Swatch说明书
7T92 潜水精工表 说明书
154155使用本錶實施潛水前須知潛水前，確認手錶是否操作正常並要掌握以下列舉的各項注意事項。
潛水前●勿用本錶實施使用氦氣的飽和潛水。
●在水中，時時刻刻用旋轉環計量已經過的時間。
●確認:‧秒針是否以1秒鐘間隔移動。
‧錶殼上的“‧”標記是否指向更換電池的理想時間。
（請參閱173頁上的“電池之更換”。
）‧錶冠是否被完全擰緊。
‧各按鈕是否被完全擰緊。
‧水晶罩或錶帶上是否有可看到的裂痕。
‧錶帶或錶鏈是否與錶殼緊密相連。
‧錶帶或錶鏈上的鉤子是否將錶帶或錶鏈與手腕牢牢扣住。
‧旋轉環是否流暢地按逆時針方向轉動（轉環不能太鬆也不能太緊）‧時間及日曆是否設定准確。
若出現任何故障，請與指定的精工服務中心聯絡。
潛水中●勿在手錶上有水氣的狀態下或在水中操作錶冠或按鈕。
●避免使手錶撞擊到岩石等堅硬的物體上。
●旋轉環在水中的轉動會略有鈍感，此非本錶之故障。
潛水後●用清水沖洗手錶以清除海水、泥沙等。
●清洗後將手錶徹底擦幹以免錶殼生鏽。
156目錄頁設定時間及調整秒錶指針位置 (159)設定日期 (162)如何使用秒錶 (163)測距儀 (166)遙測儀 (168)旋轉環 (170)螺絲擰入錶冠 (171)安全鎖定按鈕之操作 (172)更換電池 (173)如何保護手錶品質 (175)規格 (178)☆ 關於手錶之保養，請參閱附頁的環球保修書及使用手冊上的“如何保護手錶品質”。
157精工 機件編號 7T92秒錶158159設定時間及調整秒錶指針位置在秒針處於12點鐘位置時拉出到第二格。
旋轉以設定時針和分針。
● 根據本手錶之設計，當錶冠處於第二格時可實施下列各項操作: 1）時間設定 2）秒錶指針位置調整一旦錶冠被拉出到第二格，務必要確認時間並調整時間。
若有必要，此時還可調整秒錶指針的位置。
160秒錶秒針秒針按壓2秒鐘以選擇要調整的秒錶指針。
反覆按壓以將選出的秒錶指針設定到“0”位置。
按照時間報時信號推回到正常位置。
161162●在設定日期之前，務必先設定主時間。
司博威登山表博锐系列说明书
TO BE GREATBRAVO博锐user manual用户手册A.功能简介¾时、分、秒、年、月、日及星期显示，年范围2000~2099年¾5组响闹功能：一组带贪睡功能，四组指定日期响闹¾整点报时功能¾秒表功能，99组秒表记录查询，最大计时23小时59分59秒停止¾倒计时功能，最大倒计时99：59：59¾指南针、高度、气压、温度、天气预报功能，及指南针、气压、高度、温度校正功能¾12/24小时制¾世界时间功能，可显示28个城市的时间及夏令时功能¾LCD对比度可设定¾3秒EL背光B.产品功能模式1.在任意模式，按A键一次亮EL3秒。
2.时间功能模式¾按A键一次亮EL3秒；按住A键2秒进入时间设置模式。
¾按B键进入闹铃模式。
¾按C键进入温度及高度测量模式。
¾按D键进入指南针测量模式。
¾按E键进入气压、温度及天气预报测量模式。
时间设置模式¾按住A键2秒，滴一声进入设置时区闪烁，1分钟无按键操作自动退出设置状态，并保留当前设置值。
→对比度b).按E键，被设置项目加1，按住E键快速递增。
c).按C键，被设置项目减1，按住C键快速递减。
d).秒钟设置时，秒在30~59秒按E或C键秒归零，并向分进1；秒在0~29秒，按E或C键秒清0。
e).设置夏令时（DST）时，按E或C键开或关闭(OFF、ON),夏令时开启有‘DST’显示，关闭则无‘DST’显示。
f).在设置12/24小时制时，按E或C键切换12/24时制。
g).在设置对比度时，按E被设置项目加1，按住E键2秒后快速递增；按C键被设置项目减1，按住C键2秒后快速递减。
对比度可设置范围(1~16)。
h).在设置时区时,按E向上调整时区，按C键向下调整时区。
I).按A键退出设置状态.3.闹铃设置模式¾SIG整点报时模式下，按E键，开启或关闭整点报时开启有‘CHIME’显示，关闭则无‘CHIME’显示，按C键顺序切换五组闹铃。
swatchag2006说明书
swatchag2006说明书Swatch AG 2006说明书引言：Swatch AG 2006是瑞士手表制造商Swatch Group推出的一款手表。
本文将详细介绍Swatch AG 2006手表的特点、功能和使用方法。
一、外观设计Swatch AG 2006手表采用了简约时尚的设计，表盘直径为40毫米，表壳材质为不锈钢。
它的表盘采用了瑞士经典的造型，搭配简洁的指针和刻度，整体风格大气而不失细节。
二、功能特点1. 时间显示：Swatch AG 2006手表具有准确的时间显示功能，采用了瑞士精密的机芯，能够提供精准的时间信息。
2. 日历显示：该手表还配备了日历功能，能够显示当前日期，方便用户了解日常日期。
3. 防水性能：Swatch AG 2006手表具备30米的防水性能，适合日常生活中的水洗手、雨水飞溅等场景使用。
然而，不建议在游泳、潜水等水下活动中佩戴。
4. 耐用性：该手表采用了高品质的材料制作，具备较高的耐用性，能够经受日常使用带来的摩擦和碰撞。
5. 超薄设计：Swatch AG 2006手表厚度仅为6.7毫米，采用了超薄设计，佩戴轻便舒适，不会给手腕带来负担。
三、使用方法1. 时间调整：Swatch AG 2006手表的时间调整非常简单，只需拔出表冠，逆时针旋转即可调整时间。
调整完毕后，将表冠推回原位即可。
2. 日历调整：要调整手表的日历，需要将表冠旋转到第一档位，然后顺时针旋转即可调整日期。
请注意，调整日期时请避免在21:00至3:00之间进行，以免损坏机芯。
3. 防水注意事项：尽管Swatch AG 2006手表具备一定的防水性能，但请避免将手表浸入水中，特别是在游泳或潜水时。
如果手表不慎进水，请尽快将手表送至Swatch售后服务中心进行维修。
4. 日常保养：为了保持手表的正常运行和外观美观，建议定期对手表进行保养。
可以使用柔软的布轻轻擦拭表盘和表带，避免接触化学物质和高温环境。
四、注意事项1. 避免碰撞：虽然Swatch AG 2006手表具备一定的耐用性，但仍建议避免与硬物碰撞，以免损坏表壳或表镜。
埃皮洛格 Mini 海利克斯建议材料设置说明书
30s 100p
Thin Veneer
500 f
30s 22p
30s 18p
30s 14p
30s 12p
30s 9p
Cutting 1/8” (3 mm)
500 f
25s 100p
30s 100p
35s 100p
40s 100p
45s 100p
Cutting 1/4” (6 mm)
500 f
8s 100p
Cutting
2500 f
50s 50p
50s 45p
50s 40p
50s 35p
50s 25p
Wood
Photo Engraving
600 DPI
40s 100p
45s 100p
50s 100p
55s 100p
Hale Waihona Puke 60s 100pClipart/Text Engraving 600 DPI
30s 100p
APPENDIX B: MATERIAL SETTINGS
Epilog Mini / Helix Suggested Material Settings
Epilog Mini / Helix Suggested Material Settings
Material
DPI/Freq. 30 watt
40 watt
- 140 -
Appendix B: Material Settings
Epilog Mini / Helix Suggested Material Settings • These are only suggestions: Every type of material will react differently with the laser, even from one plastic to the next. But don’t feel that
SWATCH-店铺操作规范
• •
• （注意事项：） • a.发生丢失不得隐瞒不报，如私自解决一经发现将严肃处理。 • b.向顾客展示产品前后过程中，随时关注产品位置。在收回产品时，更要严 格检查表盒内实际产品是否存在，随时保持货品安全意识。
残损
• 残损品：店内货品发现残损情况不能正常销售的（表镜裂、表镜深度 划痕无法抛光、表头磕伤、特殊包装缺少或损坏、缺少配件未通报主 管的），当班人员按零售价均分赔偿，不能分清责任的现有全店人员 按零售价均分赔偿。 • 店内货品缺少电池，当班人员按电池零售价的10倍赔偿，不能分清责 任的现有全店人员按零售价10倍均分赔偿。 • 店内货品有电池但没有电量，又未通知主管的，当班人员按电池零售 价赔偿，不能分清责任的现有全店人员按电池零售价均分赔偿。 • 调回公司的货品必须做好清洁，保证调回货品、保单、说明书、表盒 后的型号价签及表盒完整干净，表膜只留原表镜的。未作完整的清洁， 调回人员按10元/只处罚。
试戴
• • • • • 1.主动为客人试戴，一次最多取出3支手表给客人观看 2.货品贵重要亲自为客人佩带、摘除，如未按照执行，发生掉落或其他问题 自行承担 3.带手套将产品清洁后放回货柜陈列，避免留下指印影响产品美观及损坏 4.带包装货品观看后收回时,注意货品安全,仔细核对货品是否损坏 5.高价位货品观看、试戴时,店长或当班同事需要在销售过程中予以协助,以保 证销售成交及货品安全. （注意事项：） 在销售过程中,每笔销售专人负责,避免因交接不当引起丢失
陈列货品保养
• • • 1.表膜美观包好,一物一签,调好当地时间保持一致 2.新货到店，当天陈列出样 3.陈列产品9成新时与库存进行替换
• • • • •
（注意事项：） a.货品必须在九成新时与库存替换,避免产品过于老旧,影响销售 b.出样时,表膜要包装美观,齐全,不可包一半露一半,产生两种颜色效果 c.首饰\FF产品同上 d. 产品在陈列后，特别包装不得损坏丢失，否则照价赔偿
swatchツール导入とテスト手顺书
swatch監視導入手順書リス作業者確認者▼作業名：swatch監視導入手順書swatch監視導入手順書作業内容トNo.リストNo.緊急状況連絡員緊急状況連絡方式[root@TEST01 ~]# cd /download/[root@TEST01 download]# lscheck_traffic.sh nagios-3.4.3.tar.gz nagios-plugins-1.4.16.tar.gz nrpe-2.13.tar.gz p nagios nagios-plugins-1.4.16 nrpe-2.13 pnp4nagios-0.6.15 r swatch-3.2.3-7.el6.noarch.rpm[root@TEST01 download]# rpm -ivh swatch-3.2.3-7.el6.noarch.rpm警告: swatch-3.2.3-7.el6.noarch.rpm: ヘッダ V3 RSA/SHA256 Signature, key ID 0608b895: NOKEY エラー: 依存性の欠如:perl(Date::Parse) は swatch-3.2.3-7.el6.noarch に必要とされていますperl(Date::Calc) は swatch-3.2.3-7.el6.noarch に必要とされていますperl(Date::Manip) は swatch-3.2.3-7.el6.noarch に必要とされています「perl-Date-Calc」、「perl-TimeDate」、「perl-Date-Manip」をダウンロードして、/download/rpm[root@TEST01 rpm]# rpm -ivh perl-Date-Calc-6.3-2.3.noarch.rpm警告: perl-Date-Calc-6.3-2.3.noarch.rpm: ヘッダ V3 RSA/SHA256 Signature, key ID 0608b895: N エラー: 依存性の欠如:perl(Bit-Vector) は perl-Date-Calc-6.3-2.3.noarch に必要とされていますperl(Carp-Clan) は perl-Date-Calc-6.3-2.3.noarch に必要とされています[root@TEST01 rpm]# rpm -ivh perl-Date-Manip-6.14-0_15.el6.noarch.rpm警告: perl-Date-Manip-6.14-0_15.el6.noarch.rpm: ヘッダ V3 RSA/SHA256 Signature, key ID 0608エラー: 依存性の欠如:(atrpms) は perl-Date-Manip-6.14-0_15.el6.noarch に必要とされていますperl(YAML-Syck) は perl-Date-Manip-6.14-0_15.el6.noarch に必要とされています[root@TEST01 rpm]# rpm -ivh perl-TimeDate-1.20-1.el6.rfx.noarch.rpm必要なパッケージをダウンロードして、/download/rpm/にSCPする[root@TEST01 download]# cd /download/rpm/[root@TEST01 rpm]# lsgd-devel-2.0.35-11.el6.x86_64.rpm perl-Date-Calc-6.3-2.3.noarch.rpm perl-Bit-Vector-7.1-1.el6.rfx.x86_64.rpm perl-TimeDate-1.20-1.el6.rfx.noarch.rpm perl-Carp-Clan-6.04-1.el6.rfx.noarch.rpm perl-YAML-Syck-1.17-1.el6.rfx.x86_64.rpm php-devel-5.3.3-40.el6_6.x86_64.rpm rrdtool-devel-1.3.8-7.el6.x86_64.rprrdtool-perl-1.3.8-7.el6.x86_64.rpm perl-Date-Manip-6.14-0_15.el6.noarch.rpm atrpms-77-1.noarch.rpm[root@TEST01 rpm]# rpm -ivh perl-Carp-Clan-6.04-1.el6.rfx.noarch.rpm[root@TEST01 rpm]# rpm -ivh perl-Bit-Vector-7.1-1.el6.rfx.x86_64.rpm[root@TEST01 rpm]# rpm -ivh perl-Date-Calc-6.3-2.3.noarch.rpm[root@TEST01 rpm]# rpm -ivh perl-YAML-Syck-1.17-1.el6.rfx.x86_64.rpm[root@TEST01 rpm]# rpm -ivh atrpms-77-1.noarch.rpm[root@TEST01 rpm]# rpm -ivh perl-Date-Manip-6.14-0_15.el6.noarch.rpm[root@TEST01 rpm]# yum install perl-devel「df」ファイルを設定する[root@TEST01 ~]# vi /etc/swatch.conf(以下の内容を追加する)watchfor /SERVICE ALERT/iecho redmail=pbits-mbiz-alert-external@, subject=Have SEVICE ALERT,please chec throttle 01:00「nagios」のログを監視して、メールを送信できるかのをテストする[root@TEST01 ~]# /usr/local/sbin/swatch -c /etc/swatch.conf -t /usr/local/nagios/var/nagios [2] 17124[root@TEST01 ~]#*** swatch version 3.1.1 (pid:17124) started at 2015年 2月 9日 月曜日 13:23:53 JST[root@TEST01 ~]# ps -ef |grep swatchroot 17124 20319 0 13:23 pts/1 00:00:00 /usr/bin/perl/usr/local/bin/swatch -c /etc/swatch.conf -t /usr/local/nagios/var/nagios.logroot 17125 17124 0 13:23 pts/1 00:00:00 /usr/bin/perl /root/.swatch_script.17124 root 31226 20319 0 13:58 pts/1 00:00:00 grep swatch[root@TEST01 ~]#メールが受信かのを確認する[root@TEST01 ~]#vi /etc/rc.d/rc.local(以下の内容は末尾に追加する)/usr/local/sbin/swatch -c /etc/swatch.conf -t /usr/local/nagios/var/nagios.log &p4nagios-0.6.15 rpm□ID 0608b895: NOKEYして、/download/rpm/にSCPする□key ID 0608b895: NOKEY□ature, key ID 0608b895: NOKEY□□6.rfx.noarch.rpml6.rfx.x86_64.rpm64.rpm15.el6.noarch.rpm□□□□□□□□ALERT,please check;□/nagios/var/nagios.log & 3:23:53 JST□ch_script.17124□□。
AS x70i DUO 读卡器使用手册说明书
Reading DeviceAS x70i DUO/IRRLAS x70i DUO/IRIRAS x70i DUO/KEY Manual and operational descriptionManual and operational descriptionAS x70i DUO (all variants)Page 2 © SKIDATA AG, January 2004SKIDATA AG Technical DocumentationUntersbergstrasse 40A-5083 GartenauTelephone +43 6246 888-0,Telefax +43 6246 888-7Internet e-mail ****************Copyright© 2004 by SKIDATA AG. All rights reserved. All information in thefollowing document is protected by copyright law. No part of thisdocument may be reproduced without the written consent of SKI-DATA AG. SKIDATA AG reserves the right to make any changesof specification and other information in this document withoutfurther notice.Please noteDuring the compilation of this Technical Documentation, greatcare has been taken to ensure the accuracy of the informationcontained in it. However, despite our constant effort to ensure thehighest degree of accuracy and comprehensiveness possible,the information provided cannot be guaranteed to be absolutelyerror-free.TrademarksThis documentation may contain representations of registered product or service trademarks owned by SKIDATA AG or thirdparties, as well as references to proprietary know-how protectedby copyright laws or other legal provisions. In any case the intel-lectual property rights remain exclusively with their respectiveowners.Declaration of ConformityThe AS x70i DUO product family has been developed, designedand manufactured in accordance with the following EU directive:R&TTE (99/5/EC)0408Version January 2004AS x70i DUO (all variants) Manual and operational descriptionNote:In the US only the variants AS x70i DUO/KEY and AS x70iDUO/IRRL are sold and operated. Hence, only these two variantsare FCC certified and the FCC rules are subject to these variantsonly.FCC 15.19:This device complies with Part 15 of the FCC Rules. Operationis subject to the following two conditions: (1) this device may notcause harmful interference, and (2) this device must accept anyinterference received, including interference that may cause un-desired operation.FCC 15.21:IMPORTANT: Any changes to or modifications of AS x70i DUO(all variants) unless expressly approved by SKIDATA AG, mayvoid the user's authority to operate this device.© SKIDATA AG, January 2004 Page 3Manual and operational description AS x70i DUO (all variants)AS x70i DUO (all Variants) 1Document Management – Version TableTab. 1: Document Version Table for Installation & Maintenance Instructions1 AS x70i DUO (all Variants) 16 1.0 08-01-2004Page 4 © SKIDATA AG, January 2004AS x70i DUO (all variants) 11AS x70i DUO/IRRLAS x70i DUO/IRIRAS x70i DUO/KEYVersion 1.016 pagesCopyright 2004 by SKIDATA AG1 AS x70i DUO (all variants) 1.1Contents1.1 Contents1.1Contents 21.2Safety Instructions 31.2.1General safety instructions and warnings 31.2.1.1Notes concerning wearers of medical devicesand implants 31.2.1.2Danger of injury by rotating parts 51.2.2Safety instructions – Turnstile DKZ 350 51.2.2.1Operating hazards of Turnstile 350 61.2.2.2Safety precautions during maintenance 61.2.2.3Obligation of the operator to meet safety requirements61.2.2.4Safety and warning devices 71.2.2.5Training of operating personnel 71.2.2.6Appropriate use 71.2.2.7Warranty and liability 71.2.3Electromagnetic Compatibility (EMC) 81.3Reading device AS x70i DUO 91.3.1Replacing the reader mechanismassembly 91.3.1.1Removing the protective hood of the readermechanism assembly 111.3.1.2Removing the protective hood of the readermechanism assembly (old version) 121.3.2Cable connections inside the reader 131.3.3Replacing traffic light lamps 141.3.4Cleaning the barcode scanner 151.3.5Replacing the Compact Flash card 16 Page 2 © SKIDATA AG, Version 1.0AS x70i DUO (all variants)1 Safety Instructions1.2© SKIDATA AG, Version 1.0 Page 31.2 Safety InstructionsAll components of the AS x70i DUO (all variants) have been sub-jected to a series of safety tests. Any remaining dangers that may exist are pointed out during system training courses as well as in this manual and the installation guide.1.2.1 General safety instructions and warnings System devices may be used exclusively for their intendedpurpose, as specified by the manufacturer.Unauthorised modifications of the devices as well as the useof replacement parts and/or add-on devices not approved by the manufacturer may increase the risk of electric shock or cause other serious bodily harm and will void the manufac-turer’s warranty.The setup, installation, maintenance and configuration of thedevices is limited to certified electricians with special training in accident prevention.The executive or commissioned technician, or the projectmanager, is responsible for ensuring that the devices are in-stalled and configured in compliance with local technical re-quirements as well as other applicable local rules andregulations. This applies particularly to cable dimensions, protection against risks, earth connection, deactivation, dis-connection, insulation testing, and overcurrent protection.1.2.1.1 Notes concerning wearers of medicaldevices and implantsSKIDATA™ devices are CE certified and therefore comply with all applicable health and safety guidelines.Like all handsfree scanners and contactless RF devices (e.g., ski lift access control devices), SKIDATA™ handsfree products used for contactless processing (reading and coding) of chip-based data carriers inevitably generate an electromagnetic field in close proximity to the antenna. To ensure the greatest possible safety for wearers of active medical implants (e.g. pacemakers), RF-based SKIDATA™ devices have been subjected to further tests by an accredited testing body.The test results indicate that SKIDATA™ devices, when used as directed, are perfectly safe for pacemaker wearers passing a handsfree ski lift access gate (note that this does not necessarily apply to devices by other manufacturers). However, to safeguard the health of those concerned (e.g. pacemaker wearers) and to comply with statutory warning obligations, people wearing medi-cal devices (e.g. pacemakers) should be required to adhere to the general recommendations for the use of electromagnetic de-vices in addition to the following guidelines:1AS x70i DUO (all variants)1.2Safety InstructionsPage 4 © SKIDATA AG, Version 1.0Persons affected by these guidelines (e.g. pacemaker wear-ers) are not allowed to place keycards or other contactless (electronic) access control data carriers next to the implant when passing an access device.When passing through an access gate, a minimum distanceof 30 cm should be kept between the antenna and the implant (to ensure this minimum distance, the use of a Swatch Access watch or Gore [s-key] gloves is recommended).Wearers of medical implants such as pacemakers shouldavoid leaning against an antenna unit.For wearers of medical implants such as pacemakers, thetime of exposure to the RF scanning signal should be as short as possible when passing through the gate at normal speed; when queuing, they should stand at an appropriate distance from RF-based devices.Persons experiencing problems such as dizziness or nauseawhen passing an antenna should leave the scanning range of the device immediately.Antennas must bear a warning label or prohibit label (shown in figures below), which must be readily visible to wearers of medi-cal devices. In addition, a warning sign with the above-mentioned safety guidelines should be placed at every point of initial access (e.g. cash desks).Also, lift staff should receive appropriate instructions to be able to provide information and assistance if and when required.Fig. 1:Warning labelAS x70i DUO (all variants)1 Safety Instructions1.2© SKIDATA AG, Version 1.0 Page 51.2.1.2 Danger of injury by rotating partsOperators should be aware of the danger of bruising by the rotat-ing worm drive inside Turnstile DKZ 350. DANGER OF INJURY – Never touch these parts while the unit is in operation.1.2.2 Safety instructions – Turnstile DKZ 350The DKZ 350 Turnstile unit is a machine as defined by EU Direc-tive ‘98/37/EC Machinery’. This directive sets forth the safety re-quirements to be met by both the manufacturer and the operator of the turnstile unit.The DKZ 350 Turnstile Unit has been designed and manufac-tured in accordance with the most advanced technological stan-dards and in full compliance with acknowledged technical rules and regulations. However, the possibility of impairment to mate-rial assets or injury to users or operators cannot be ruled out completely. Remaining dangers are pointed out in this manual as well as during system training courses.The turnstile unit may be used onlyfor its intended purpose (see below)if it is operationally safeAny faults which might impair the operating safety of the unitmust be removed without delay.To ensure a safe and fault-free operation of the DKZ 350Turnstile, operators must be familiar with the basic instruc-tions and regulations regarding operating safety.Fig. 2:Prohibition label1AS x70i DUO (all variants)1.2Safety InstructionsPage 6 © SKIDATA AG, Version 1.0 These instructions, particularly the safety instructions, must befollowed by all operators responsible for maintaining and con-figuring the unit.Applicable local rules and regulations for accident preventionmust be adhered to at all times.1.2.2.1 Operating hazards of Turnstile 350 There is a theoretical risk of small children being hit in theback of the head by the automatically controlled turnstile bars. This danger can be virtually eliminated by deactivating the light sensor.(Note: Automatic control of the turnstile bars facilitates the proc-ess of clearing the gate, as it requires no force on the part of the user.)In model DKZ 350 S1 with only one bar, the automatic control function cannot be deactivated. The use of model DKZ 350 S1 turnstiles therefore requires additional measures to minimise the risk of injury to small children. Such measures might include multi-lingual warning messages, pictograms, etc, to caution ac-companying adults against the danger.1.2.2.2 Safety precautions during maintenance Danger of injury to fingers by rotating worm drive when gear casing is open.To avoid injury, turn off the turnstile unit during maintenanceor avoid reaching into the gear casing while the turnstile bars are in motion.When maintenance work is performed on the turnstile unit, theaccess area must be cordoned off for the duration.1.2.2.3 Obligation of the operator to meet safetyrequirements According to EU Directive ‘98/37/EC Machinery’ operator is un-der obligationto provide adequate means for securing the danger areaaround the turnstile unit and to caution against remaining safety hazards;to restrict handling of the turnstile unit to authorised personnelwho have been properly instructed in the operation of the turn-stile and who have been advised of possible dangers in train-ing courses provided by SKIDATA AG and the study of theSafety Instructions 1.2 safety regulations and instructions contained in this documen-tation;to ensure safety around the access area;to ensure that the required system maintenance tasks are car-ried out regularly.1.2.2.4 Safety and warning devicesThe protection and warning devices to be installed around the danger area of the turnstile are to be kept in good condition. Warning signs and information posters are to be kept in read-able condition.1.2.2.5 Training of operating personnel Configuration and maintenance of the DKZ 350 Turnstile Unit is restricted to personnel with proper training and experience.1.2.2.6 Appropriate useThe DKZ 350 Turnstile Unit is intended exclusively for controlling passage through personnel access and exit points. The unit can be operated either manually or automatically in combination with a control device for verifying access authorisations. Users can clear the DKZ 350 Turnstile with their skis on.Any use not described in this documentation is considered as be-ing inappropriate. SKIDATA AG will under no circumstances as-sume liability for any damage arising from such inappropriate use of the turnstile unit.1.2.2.7 Warranty and liabilityIn the event of damage to person or property, all warranty and li-ability claims shall be excluded, should this damage be attribut-able to one or more of the following:Inappropriate use of the DKZ 350 Turnstile UnitImproper installation of the turnstile or any part thereofInadequate or missing warning facilities and/or safety devices inside the danger area around the DKZ 350 Turnstile UnitIrregular or insufficient maintenanceUse of material not approved by SKIDATA AGInsufficient structural renovationInsufficient training of operating personnelUnauthorised constructional or technical modifications of the DKZ 350 Turnstile Unit, particularly modifications of the turn-stile drum or its support fixture1.2Safety InstructionsDisaster situations brought about by impact of foreign bodiesor acts of God.1.2.3 Electromagnetic Compatibility (EMC)All integral devices of Access Control System 350 have been de-veloped, designed and manufactured in full compliance with EUDirective ‘89/336/EWG Electromagnetic Compatibility’.Compliance with EU Directive ‘89/336/EEC ElectromagneticCompatibility’ must be maintained during operation. This requiresthatSpecified max. network connection distances are not ex-ceededNetwork connections are properly installed and maintainedNetwork terminals are connected as specified, and star dis-tributor links are properly installed and maintainedNetwork cable screens are properly installed and maintainedRecommendation: connect each AS x70i DUO to the potentialequalisation panel by way of a 16 mm2 earth leadAll system devices and facility installations subject to EMCregulations are inspected regularly and repaired if required.Reading device AS x70i DUO 1.31.3 Reading device AS x70i DUO1.3.1 Replacing the reader mechanism assemblyRemoving the reader mechanism assemblyUsing a 4 mm Allen wrench, unfasten and remove the fasten-ing screw (Allen screw) at the rear of the reader.Press in the locking screw at the rear.Carefully tilt the top section towards the front, as indicated bythe arrow in the illustration below.Disconnect the cables leading into the interior of the casing(cables for heater, signal light control, etc.).Remove the reader top section by lifting it up and taking it outof its housing.Fig. 3:Replacing the reader top section1.3Reading device AS x70i DUOReinstalling the reader mechanism assemblyPlace the top section into the groove at the bottom of the frontopening of the housing.Reconnect all cables, making sure they are completely insidethe housing to avoid them being pinched.Push the mechanism assembly back into the housing.Fasten the Allen screw at the rear of the reader using a 4 mmAllen screw.Fig. 4:Opening the reader top sectionReading device AS x70i DUO 1.31.3.1.1 Removing the protective hood of the readermechanism assemblyPress against the locking tab at the base of the hood (see il-lustration below: (2)).Remove the hood, bottom first (see illustration below: (2)).Fig. 5:Removing the protective hood ofthe reader mechanism assembly1.3Reading device AS x70i DUO1.3.1.2 Removing the protective hood of the readermechanism assembly (old version)Using a 2 mm Allen wrench, unfasten and remove the four Al-len screws that hold the hood in place.Remove the hood.Fig. 6:Removing the protective hood ofthe reader mechanism assemblyReading device AS x70i DUO 1.3connections inside the reader1.3.2 CableFig. 7: Cable connections inside the reader1.3Reading device AS x70i DUO1.3.3 Replacing traffic light lampsIn the current production of the AS x70i DUO, LEDs are used forthe traffic light. These LED lamps are maintenance free. Olderversions of the AS x70i DUO use festoon bulbs. The replacing ofthe bulbs is described below.To ensure water tightness after replacing the lamp(s), the screwwashers should be replaced with O-rings.SKIDATA™ article code for O-rings : AS 350 ZA, No. 535200020Make sure the lamps are positioned tightly in the lamp holder(press the contact plates of the lamp holder inwards as nec-essary)When re-assembling the traffic light, ensure precise position-ing of the sealing washers.Be careful not to fasten the screws too tightly.Fig. 8:Replacing traffic light lampsReading device AS x70i DUO 1.3 The red/green traffic light is illuminated by special incandescent lamps. Spares are available from your SKIDATA™ service pro-vider or from commercial hardware stores.Technical specifications:Festoon bulb, 24 V / 5 W, length: 37.5 mmItem code for red lamp: 470030050Item code for green lamp: 4700300521.3.4 Cleaning the barcode scannerDirt accumulating on the optical system of the reader may cause a reduction in recognition rate and ticket reading speed. This can be prevented by cleaning the lenses of the barcode scanner at regular intervals (at least once every four weeks; more frequently if the device is exposed to conditions that cause heavy soiling). The lenses must also be cleaned in case of reading errors.Note that the barcode scanner module of the AS x70i DUO can-not be de-installed. As a result, the scanner modules may only be cleaned by trained staff.1.3Reading device AS x70i DUOCompact Flash cardthe1.3.5 ReplacingTo replace the compact flash card, proceed as follows:Push the card ejection button (see illustration below).Take out the card.Insert the new card (ensure correct alignment).Fig. 9:Replacing the Compact Flashcard。
卡西欧wvA3100石英表说明书
卡西欧wvA3100石英表说明书卡西欧wvA3100石英表说明书：方法/步骤分步阅读将卡西欧石英表解开，戴在手上不容易调节，可以看到右侧有调节旋钮。
有些石英表有日期，有些没有，要仔细看清楚，有些石英表上面内盘不仅仅有日期还有星期、整点指示等。
确认上面的日期对不对，而且基本上两个月就要调节一次，因为上面一般设置为31天，有些月份只有30天，二月28/29天，这些都要调节，不然日期就会不准。
用手按压住调节旋钮，轻轻往外侧拉，一般有两个档位，一个第一个档位就是调节日期的，第二个档位调节时间，拉到第二个档位时间就停止了，所以还是比较好认。
缓慢向外拉，听到清脆的咔的一声，即为拉出第一个档位，然后逆时针调节，可以看到日期逐渐增加，反向无动作。
调节到准确的日期，如果日期超过，只能重新转到31再转到新的日期，调节无误后记得要旋钮按压回去即可。
扩展：在佩戴卡西欧手表之前，大家一定要先仔细的阅读一下卡西欧手表说明书，因为只有掌握了卡西欧手表说明书上面的内容，大家才能够正确的使用手表。
在卡西欧手表说明书上会向我们讲解一些相关的知识，以及后续的保养问题。
比如说在卡西欧手表说明书上就告诉了我们如何去调时间，首先可以长按左上按键10秒左右，然后再切换至左下的按钮。
按右上和右下来调节时间，完成后按一下左上确定就可以了。
当然卡西欧手表说明书上也会告诉我们关于手表的各个按键的意义，每一个按键都有它指定的功能，大家切记千万不要胡乱的按健。
而且在卡西欧手表说明书上还会告诉我们使用时的一些规范性问题，比如说如果大家平时没有办法天天去佩戴手表，如果是长期不佩戴的话，也应该定期的上线，然后使机芯片转动，如果是石英手表的话，因为它的使用寿命一般是在1~2年，所以电池应该定期的更换。
这些使用规范性的问题都会在说明书上提到。
一般来说卡西欧手表说明书分为两种类型，一种是纸质的，随着卡西欧手表盒子一起给到大家的手中。
另外一种是电子版本的，因为现在大家都是在网络上操作，所以也会给大家一个电子版本的说明书。
卡西欧人气款登山系列太阳能三重感应多功能男士石英手表使用说明
卡西欧人气款登山系列太阳能三重感应多功能男士石英手表使用说明
卡西欧人气款登山系列太阳能三重感应多功能男士石英手表的使用说明如下：
1. 首次使用前，请将手表放在充足的阳光下进行充电。
可以使用室内灯光代替阳光，但充电时间可能会稍长一些。
2. 时间和日期调整：按下表冠（表冠位于手表右侧），将其轻轻拉出一个位置，可旋转表冠来调整时、分、秒的指针。
当调整完毕后，将表冠推回原位。
3. 多功能设置：按下表冠并保持按压几秒钟，手表会进入设置模式。
通过旋转表冠来调整不同的功能设置，如闹钟、秒表、倒计时等。
4. 光线感应：手表具备光线感应功能，当手表处于暗处时，屏幕会自动亮起，且时间显示会自动调整亮度以适应不同环境。
在光线充足的环境下，手表屏幕会自动关闭以节省能源。
5. 传感器功能：该手表具备三重传感器功能，包括温度传感器、气压传感器和高度传感器。
这些功能可以用来测量周围环境的温度、气压和海拔等信息，在户外活动中非常实用。
6. 防水功能：这款手表具备一定的防水性能，可以在日常生活中防止水滴、雨水的侵入，但不适合水下活动或长时间浸泡在水中。
这些是卡西欧人气款登山系列太阳能三重感应多功能男士石英手表的基本使用说明，希望对您有帮助。
如有更多特定问题，请参考手表附带的详细说明书或咨询卡西欧官方客服。
3 SWATCH 售后及检测表
解答顾客疑问的标准答复
• • 1.Swatch手表走时有声音？ 答：Swatch石英手表的特殊机芯构造改变了钟表的机芯建造在底盘上的传 统，而是直接建造在表壳上，手表的零件也从151个简化到了51个，是钟表 界的一次革命性的改变。Swatch中标准款的石英三针表，在运转时，会带 有一定的声音，此种现象，并非质量问题，而是Swatch表款设计中的特点。 2.日历跳跃在23点—4点之间？ 答：手表的日历跳跃方式分为快跳和慢跳。快跳在24：00时，直接跳日历， 大部分用在机械表中。 Swatch公司为了延长手表的使用寿命，石英手表的日历设计为慢跳，即从 22：00开始缓慢跳跃直至凌晨4：00基本结束。
• • • •
更换配件——电池
• 1 拿到客人更换电池的手表后，仔细检查外观。如外观磨损或表镜裂要及时 向顾客讲明；如手表老化则要向顾客讲明更换电池时要先打开后盖，可能出 现的脱落、碎裂现象，征得顾客同意后，方可打开电池后盖。 2 手表停走有两种原因：（1）没电了（2）手表自身原因坏了。因此换电池 前要先用陈列手表电池试一下停走手表是否没电。不可以直接拆店内销售用 的电池试表。 3 给客人开据小票后，让客人带好手表一同去交费，不可把手表留在柜台。 避免发生不必要的纠纷。 4 收到小票核对无误后，将新电池当着客人的面拆开并装进表中，盖好后盖， 请客人确认无误后，交付给客人使用。 5 如客人的手表不是电池原因停走，而客人还想解决，则询问清楚客人的购 买日期和保单留存情况，按程序进行检测。 注意事项：表带、电池无保修。
• • •
• •
3.Swatch手表是一次性的？ 答：Swatch手表不是一次性的，而是一体成型的。Swatch由有机玻璃和表 壳一体成型制造，对生产技术有较高的要求。这是Swatch手表与传统手表 的不同之处，也是Swatch手表的优点和特点。
swatch地球款说明书
swatch地球款说明书
同时拥有两块或两块以上的手表。
斯沃琪（Swatch）不仅是一种新型的优质手表，同时还将带给人们一种全新的观念：手表不再只是一种昂贵的奢侈品和单纯的计时工具，而是一种“戴在手腕上的时装”。
斯沃琪手表使用说明：日常养护Swatch腕表部分产品采用有机玻璃及塑料材质一体成型制造，所以在使用中请您注意：30米防水腕表仅限于一般梳洗及雨淋等日常防水。
请避免腕表在热水浴、桑拿浴或温度变化很大的环境中使用。
除200米潜水型手表外，请不要佩戴其他防水等级的腕表游泳表壳、表带和把头需经常清洁，并保持干净。
您可用温水清洗，然后擦干（不适用皮革等制品斯沃琪手表使用说明：注意事项。
和汽车一样，手表是需要洗油保养的，越贵重的手表维修保养费用也越高。
还有表带，玻璃等易损的外观件，如果是异型的表壳日后就可能不容易配到。
所以要考虑手表的售后服务和配件供应问题，一般来说大品牌的手表问题都不大。
斯沃琪手表使用说明：售后服务
为了得到优质完善的售后服务，在质保期内，请勿自行打开腕表及其电池后盖，腕表的检测或更换电池等工作，请联系任何一家Swatch特许零售店或维修中心。
有效的质保卡必须清楚地注明购买日期和型号，并盖有特许零售店的店章。
请妥善保存购表凭证：质保
卡及发票等，并在要求提供售后服务时出示以上凭证。
在中国，SWATCH 公司仅授权SWATCH特约经销商进行腕表的销售活动，并无网上售卖方式。
任何特许零售店和维修中心不提供非正规渠道产品及假货的全球质保服务。
TIMEX T2P103DH说明书
本说明书适用于天美时 T2P103DH 、T49866等采用Intelligent Quartz智能石英机芯的手表。
飞返计时器第4中间指针调节重新调节第4 中间指针的步骤：1.把表冠拔到如上图所示的.和两个指针分别会自动重置到所在弧线的开始端。
2.第4中间指针应该指向12点钟的位置。
如果第4中间指针在拉出表冠到最外部的位置后的5秒钟内没有指向12点钟的位置，可以按按钮A或者B来逆时针或者顺时针移动该指针直到它指向12点钟的位置。
3.把拔出的表冠推回到“关闭位置”-第二时区最上面的指针“Upper hand”显示第二时区的时间。
注意它的刻度是24小时。
午夜时指针可以在两端。
中午时在中间位置。
通常来说，时区的差异是按小时递增的。
在这种情况下，第二时区的分钟值和手表的分针所指向的时间一致。
怎样调节第二时区：1.把表冠拉到中间档。
上针显示第二时区的时间，第4中针显示第二时区的分钟数。
2.假设第二时区的时间和第一时区（当前时区）拥有相同的分钟数，第4中针应该和第一时区的分针指向同一刻度。
如果这两个指针指向不一致，或者如果第二时区的分钟和第一时区不一样，按按钮B来移动第4中针到期望的位置。
3.按按钮A来移动上针（按一个小时递增）来调节时间。
按住按钮A可以快速移动上针。
4.设置完成后，推进拔出的表冠。
飞返计时器该手表提供一个4小时的飞返计时器。
1.按按钮A启动。
第4中针显示以0.2秒精度的秒数。
底针显示分钟的最后一位数字，改数字最大为10并一直重复。
上针显示总时间，包含时和分，以10分钟为单位。
计时器记可以记时到4个小时直到自动停止。
2.再按一下按钮A可以停止计时器。
所有的指针都会停止转动。
3.可以按按钮A来恢复计时器。
4.按按钮B来重置飞返计时器到零位置。
计时器重置后，所有的指针都会回到0位置。
8秒钟后，手表恢复显示第二时区的时间。
5.当计时器运行时，按住按钮B可以重置，重启飞返计时器。
松开按钮B会重启计时器。
shades包说明书
Package‘shades’October14,2022Version1.4.0Date2019-08-02Title Simple Colour ManipulationAuthor Jon ClaydenMaintainer Jon Clayden<****************>DescriptionFunctions for easily manipulating colours,creating colour scales and calculating colour distances. Suggests testthat,covr,ggplot2Enhances colorspaceEncoding UTF-8License BSD_3_clause+file LICENCEURL https:///jonclayden/shadesBugReports https:///jonclayden/shades/issuesRoxygenNote6.1.1NeedsCompilation noRepository CRANDate/Publication2019-08-0216:00:02UTCR topics documented:addmix (2)complement (3)coords (3)dichromat (4)distance (5)gradient (6)saturation (7)shade (8)space (10)swatch (11)warp (12)12addmix Index13addmix Colour mixturesDescriptionThese functions allow colours to be mixed in any colour space,either additively(like light)or subtractively(like paint).The infix form%.)%is an alternative for addmix,and%_/%for submix, with the mixing amount beingfixed to1in these cases.Usageaddmix(base,mixer,amount=1,space=NULL)submix(base,mixer,amount=1,space=NULL)X%.)%YX%_/%YArgumentsbase,X A vector of base colours,or a palette function or scale.mixer,Y A vector of colours to mix in.amount The amount of each colour to mix in,relative to the amount of the base.This will be recycled to the length of mixer.space A string giving the space in which to perform the mixing,or NULL.In the latter case,the space of base will be used.ValueNew colours of class"shade",or a new palette function.Author(s)Jon Clayden<****************>Examplesaddmix(c("red","green","blue"),"red")submix(c("cyan","magenta","yellow"),"cyan")complement3 complement Complementary coloursDescriptionThis function returns the complement of its argument,the"opposite"colours in the specified space.Usagecomplement(shades,space=NULL)Argumentsshades One or more colours,in any suitable form(see shade),or a palette function or scale.space The space in which to take the complement.ValueNew colours of class"shade",or a new palette function.Examplescomplement("cyan")complement("cyan",space="HSV")complement("cyan",space="Lab")coords Retrieve the coordinates of a colour vectorDescriptionThis function retrieves the coordinates of a colour vector’s elements,within whatever space it is currently defined.Usagecoords(x,...)Argumentsx An R object....Additional arguments to methods.4dichromatValueA matrix giving colour coordinates in the relevant space,one colour per row.Columns are typicallynamed.Author(s)Jon Clayden<****************>Examplescoords("red")dichromat Simulate colour appearance for dichromatsDescriptionThis functions manipulates colours to simulate the effects of different kinds of colour blindness,and specifically dichromacy,in which only two of the usual three types of photoreceptors are present.There are three types,corresponding to the loss of red,green or blue photoreceptors.Usagedichromat(shades,type=c("protanopic","deuteranopic","tritanopic","none"))Argumentsshades One or more colours,in any suitable form(see shade).type The type of colour vision deficiency to simulate:protanopia(red blindness), deuteranopia(green blindness)or tritanopia(blue blindness).The latter is therarest in the population."none"is also available,as a pass-through option.Abbrevations,such as thefirst letter,may be used,and multiple values are ac-ceptable.ValueNew colours of class"shade"in LMS space,representing projections of the original shades onto a submanifold appropriate to the type of dichromacy being simulated.Author(s)Jon Clayden<****************>ReferencesBrettel,H.,Viénot,F.and Mollon,J.D.(1997).Computerized simulation of color appearance for dichromats.Journal of the Optical Society of America A14(10):2647-2655.distance5 Examplesdichromat(c("red","green","blue"))distance Colour distanceDescriptionThis function calculates a distance measure that aims to quantify the perceptual difference betweena vector of colours and a reference colour.The measure in question is the CIE Delta E(2000),which is calculated based on colour coordinates in Lab space.Usagedistance(shades,reference)Argumentsshades One or more colours,in any suitable form(see shade).reference A single reference colour.ValueA numeric vector of distances.Author(s)Jon Clayden<****************>References/index.html?Eqn_DeltaE_CIE2000.htmlExamplesdistance(c("red","green","blue"),"red")6gradient gradient Colour gradientsDescriptionThis function returns a set of colours interpolating between the specified key colours,equally sepa-rated in the specified space.Usagegradient(shades,steps=NULL,space=NULL)Argumentsshades Two or more colours,in any suitable form(see shade),or a named colour map such as"viridis".steps An integer giving the number of shades required in the palette.If NULL,a func-tion will instead be returned that takes this argument.space The colour space to traverse.Defaults to the current space of shades,or"Lab"for the matplotlib colour maps,or"sRGB"otherwise.DetailsThe key colours may be specified explicitly,or else a built-in colour map may be used.The maps available are currently those developed for Python’s matplotlib2.0,namely"magma","inferno", "plasma"and"viridis",and certain ColorBrewer palettes,namely"Blues","Reds","YlOrRd"(yellow-orange-red)and"RdBu"(red-grey-blue,a balanced diverging scale).ValueA character vector of class"shade"containing the gradient elements in the specified space,or apalette function.Author(s)Jon Clayden<****************>Referenceshttp://bids.github.io/colormap/for the matplotlib colour maps;http://colorbrewer2.org for the ColorBrewer ones.Examplesgradient(c("red","blue"),5)gradient(c("red","blue"),5,space="Lab")gradient("viridis",5)saturation7 saturation Query or change colour propertiesDescriptionThese functions obtain the value of a colour property,or modify it.They will convert between colour spaces as required,but the RGB representation will be appropriately updated in the result.Usagesaturation(shades,values=NULL)brightness(shades,values=NULL)lightness(shades,values=NULL)chroma(shades,values=NULL)hue(shades,values=NULL)opacity(shades,values=NULL)delta(...)scalefac(...)recycle(...)Argumentsshades One or more colours,in any suitable form(see shade),or a palette function or scale.values New values for the property in question,with NA as a pass-through value that will leave the property as-is.If NULL,the current value(s)will be returned.Mayalso be a function computing new values from old ones,such as delta,whichadds its argument,or scalefac,which multiplies it....Arguments to replacement functions delta,scalefac and recycle,which will be concatenated.DetailsBrightness and lightness differ technically,in the sense that one is absolute and the other is relative.Intuitively,a grey square on white paper is brighter under bright sunlight than in a dark room,but its lightness(relative to the white around it)is constant between conditions.In these functions, brightness is“value”in HSV space and is between0and1,while lightness is defined in Lab space and is between0and100.Saturation and chroma are also related.Hue is defined in HSV space, with red at0º(and360º),which is generally the most familiar parameterisation.ValueCurrent colour property values,or new colours of class"shade".If shades is a function,the result will be a new function that wraps the old one and modifies its return value accordingly.NoteThe colour property functions are vectorised over both of their arguments,such that the dimensions of the result will be c(length(values),dim(shades)).However,the recycle function can be used to suppress the usual dimensional expansion,and instead follow R’s standard recycling rule.Author(s)Jon Clayden<****************>Examplessaturation(c("papayawhip","lavenderblush","olivedrab"))saturation("papayawhip",0.7)saturation("papayawhip",delta(0.2))saturation("papayawhip",scalefac(1.5))saturation(c("red","green"),c(0.4,0.6))saturation(c("red","green"),recycle(0.4,0.6))shade The shade classDescriptionObjects of class"shade"are simply standard R character vectors representing one or more8-bit (s)RGB colours in CSS-like hex format,but with extra attributes giving the current colour space and coordinates.Usageshade(x,...)##S3method for class shadeshade(x,...)##S3method for class colorshade(x,...)##S3method for class matrixshade(x,space="sRGB",alpha=NULL,...)##S3method for class charactershade(x,...)##Default S3method:shade(x,...)##S3method for class shadeprint(x,...)##S3method for class shadex[i]##S3replacement method for class shadex[i]<-value##S3method for class shadec(...)##S3method for class shaderep(x,...)##S3method for class shaderev(x)##S3method for class shadex==y##S3method for class shadex!=y##S3method for class equal.shadeall(target,current,hexonly=FALSE,...)Argumentsx,y R objects,or"shade"objects for methods....Additional parameters to methods.For c,any number of colours in any accept-able form.space For a matrix,the space in which coordinates are being provided.alpha For a matrix,an associated vector of opacity values between0and1,if required.i An index vector.value A vector of replacement colours.target,currentShade vectors to compare.hexonly If TRUE,compare only on the basis of the hex strings.Otherwise test for equal coordinates.10space DetailsComparison between"shade"objects x and y is achieved by converting y(the second argument) into the colour space of x and then comparing coordinates,after any clipping.ValueA character vector of class"shade",with additional attributes as follows.space A string naming a color space.coords A matrix giving colour coordinates in the relevant space,one colour per row. NoteWhen concatenating,shades that are all from the same space will remain in that space,but shades from different spaces will be warped to“XYZ”space.Author(s)Jon Clayden<****************>Exampless<-shade(c("red","green","blue"))s[1]s[1]<-"pink"space Retrieve the space of a colour vectorDescriptionThis function retrieves the colour space in which its argument is currently defined.Usagespace(x,...)Argumentsx An R object....Additional arguments to methods.ValueA string naming a colour space.swatch11 Author(s)Jon Clayden<****************>Examplesspace("red")swatch Simple colour swatchesDescriptionThis function provides a simple visualisation of a colour series as a series of boxes against the specified background colour.If the input has more than one dimension then the boxes will be arranged in a grid(flattening further dimensions after the second).Usageswatch(x,bg="white",...)Argumentsx One or more colours,in any suitable form(see shade).bg A background colour....Additional arguments(currently unused).Author(s)Jon Clayden<****************>Examplesswatch(c("red","green","blue"))12warp warp Shift colours between spacesDescriptionThis function shifts the current colour space of its arguments to the specified space,returning a new object of class"shade".Usagewarp(x,space)Argumentsx An R object which can be coerced to class"shade".space A string naming the new space.DetailsValid names for spaces are currently those supported by the convertColor function,namely“sRGB”,“Apple RGB”,“CIE RGB”,“XYZ”,“Lab”and“Luv”;plus“RGB”(which is treated as an alias for “sRGB”),“HSV”,“LCh”and“LMS”.Case is not significant.ValueA new object of class"shade".NoteLMS space,used for chromatic adaptation and simulating colour blindness,is not uniquely defined.Here we use the(linearised)Bradford transform,obtained by Lam(1985)and used widely in ICC colour profiles and elsewhere,to transform to and from CIE XYZ space.R uses the D65standard illuminant as the reference white for the“Lab”and“Luv”spaces.Author(s)Jon Clayden<****************>ReferencesLam,K.M.(1985).Metamerism and colour constancy.PhD thesis,University of Bradford.See AlsoconvertColorExampleswarp("red","HSV")Index!=.shade(shade),8==.shade(shade),8[.shade(shade),8[<-.shade(shade),8 %.)%(addmix),2%_/%(addmix),2 addmix,2all.equal.shade(shade),8 brightness(saturation),7 c.shade(shade),8 chroma(saturation),7 complement,3 convertColor,12 coords,3delta(saturation),7 dichromat,4 distance,5gradient,6hue(saturation),7 lightness(saturation),7 opacity(saturation),7 print.shade(shade),8 recycle(saturation),7 rep.shade(shade),8 rev.shade(shade),8 saturation,7scalefac(saturation),7 shade,3–7,8,11shades(shade),8 space,10submix(addmix),2swatch,11warp,12 13。
Swatch手表雅典奥运系列产品知识
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从最基本的元素开始——点、线、面。让一点跟着一点。让一 小块一小块石头依次排列组成线。一个简单的几何形状。这个形状 不断重复自己，用着无限的耐心，构造出最美的形象。什么？一件 艺术品？不，现在还不是。一件艺术品需要时间的沉淀。 取一根无止境的线，将它折断两次，来表示出它的起点和终点。 公元前776 年，第一届古奥运会举行的年代。2004 年，奥运会又再 次在起源地重新举行的年代。对雅典来说，现在来算算当中的间隔。 2780年。足够长的时间来酝酿一件艺术品了吧！ 你来做个评判吧。用不锈钢将这一优雅包裹起来，将它环绕在 你的手腕上。感觉怎么样？是不是像一件艺术品？用石头建造的殿 堂，用不锈钢包裹的美丽。
ASTRAPI 紫色精灵 GP126 Price: 398 RMB
躺在山坡的草地上俯视大海。闻着空气中弥漫的青草香和 花香，感受身下大地的温暖。你完全陶醉了，一点也不想醒来。 空气中弥漫着难以名状的神奇魔法。静悄悄的，你专心地注意着 最细微的颤动，现在你感觉到了，你知道它来了。是来自远古神 灵的召唤吗？从你心中升腾起一种色彩，你的灵魂深处突然被激 发出一道灵感之光，是宙斯——雷神和暴风使者，风神和雨神， 还有……但是粉色从哪里来的？这是什么？花中的闪电吗？不， 不是远古的神谕，不是恼怒的天神，也不是神话故事。这只是一 朵花。玫瑰中的闪星，弥漫的粉色，宝石中镶嵌的色彩。别具一 格，造型完美，酷劲十足。就躺在这里，陶醉在希腊的草地上。
从表面上来看，没有比它更简单的东西了。只是计时的 一样工具。三个刻度盘分别表示秒钟，分钟和时钟从开始到 结束的不断流逝。深蓝色的表盘上点缀着白色的刻度、指针 和标记。日期和地点构成了表面的框架。776：古奥运会开始。 2004：奥运会回家了。这就是全部。 不完全是，往往在表面下有很多隐藏的故事。在闪着微 光的蓝色海面下藏着克罗诺斯的神奇故事，或者被称为神的 背叛者。克罗诺斯杀死了自己的父亲并吞噬了自己所有的孩 子，除了宙斯，模范好孩子，还是持续了他们家族的传统： 他杀死了自己的父亲克罗诺斯，在奥林匹克山掌管了众神。 至今你还能发现他就在那里与自己的朋友玩耍，在永恒的舞 台上诉说着充满激情的传说，悲剧或闹剧——现在看来仍然 和过去一样有趣。快点，就要开场了！
swatches包说明说明书
Package‘swatches’October14,2022Type PackageTitle Read,Inspect,and Manipulate Color Swatch FilesVersion0.5.0Date2017-12-20Maintainer Bob Rudis<**********>Description There are numerous places to create and download colorpalettes.These are usually shared in'Adobe'swatchfile formats ofsome kind.There is also often the need to use standard palettesdeveloped within an organization to ensure that aesthetics are carried overinto all projects and output.Now there is a way to read these swatchfiles in R and avoid transcribing or converting color values by hand oror with other programs.This package provides functions to read andinspect'Adobe Color'('ACO'),'Adobe Swatch Exchange'('ASE'),'GIMP Palette'('GPL'), 'OpenOffice'palette('SOC')files and'KDE Palette'('colors')files.Detaileddescriptions of'Adobe Color'and'Swatch Exchange'file formats as well as otherswatchfile formats can be found at</swatches/colors/fileformats.php>.URL https:///hrbrmstr/swatchesBugReports https:///hrbrmstr/swatches/issuesLicense MIT+file LICENSEEncoding UTF-8NeedsCompilation yesImports httr,pack,stringr,xml2,tools,colorspace,grDevices,graphics,methods,statsSuggests testthat,covrDepends R(>=3.2.0)RoxygenNote6.0.1.9000Author Bob Rudis[aut,cre](<https:///0000-0001-5670-2640>)Repository CRANDate/Publication2017-12-2115:43:03UTC12read_acoR topics documented:read_aco (2)read_ase (3)read_gpl (4)read_kde (5)read_palette (5)read_soc (6)show_palette (7)swatches (7)trim_palette (7)Index9 read_aco Read colors from Adobe Color(ACO)filesDescriptionGiven a path or URL to an.acofile,this function will return a named character vector(if colornames are present)of hex RGB colors.Usageread_aco(path,use_names=TRUE,.verbose=FALSE)Argumentspath partial or fullfile path or URL to an ACOfileuse_names add color names to the vector(defaults to TRUE).See NOTE.verbose show extra information about ACOfile processingNoteWhen using named color palettes in a ggplot2scale_context,you must unname,set use_namesto FALSE or override their names to map to your own factor levels.Examples#built-in paletteeighties<-read_aco(system.file("palettes","tomorrow_night_eighties.aco",package="swatches")) print(eighties)show_palette(eighties)#from the internet directly##Not run:tomorrow_night<-read_aco("https://bit.ly/tomorrow-night-aco")print(tomorrow_night)show_palette(tomorrow_night)read_ase3 ##End(Not run)read_ase Read colors from Adobe Swatch Exchange(ASE)filesDescriptionGiven a path or URL to an.asefile,this function will return a named character vector(if colornames are present)of hex RGB colors.Usageread_ase(path,use_names=TRUE,.verbose=FALSE)Argumentspath partial or fullfile path or URL to an ASEfileuse_names add color names to the vector(defaults to TRUE).See NOTE.verbose show extra information about ASEfile processingNoteWhen using named color palettes in a ggplot2scale_context,you must unname,set use_namesto FALSE or override their names to map to your own factor levels.Also,Neither Lab nor greyscalecolors are supported.Examples#built-in palettekeep_the_change<-read_ase(system.file("palettes","keep_the_change.ase",package="swatches")) print(keep_the_change)show_palette(keep_the_change)#from the internet directly##Not run:github<-"https:///picwellwisher12pk/en_us/raw/master/Swatches/Metal.ase"metal<-read_ase(github)print(metal)show_palette(metal)##End(Not run)4read_gpl read_gpl Read colors from GIMP Palette(GPL)filesDescriptionGiven a path or URL to an.gplfile,this function will return a named character vector(if color names are present)of hex RGB colors.Usageread_gpl(path,use_names=TRUE,.verbose=FALSE)Argumentspath partial or fullfile path or URL to a GPLfileuse_names add color names to the vector(defaults to TRUE).See NOTE.verbose show extra information about GPLfile processingNoteWhen using named color palettes in a ggplot2scale_context,you must unname,set use_names to FALSE or override their names to map to your own factor levels.Also,Neither Lab nor greyscale colors are supported.Examples#built-in palettegimp16<-read_gpl(system.file("palettes","base16.gpl",package="swatches"))print(gimp16)show_palette(gimp16)#from the internet directly##Not run:bright<-read_gpl(URL)print(bright)show_palette(bright)##End(Not run)read_kde5 read_kde Read colors from KDE Palette(colors)filesDescriptionGiven a path or URL to an.colorsfile,this function will return a named character vector(if color names are present)of hex RGB colors.Usageread_kde(path,use_names=TRUE,.verbose=FALSE)Argumentspath partial or fullfile path or URL to a GPLfileuse_names add color names to the vector(defaults to TRUE).See NOTE.verbose show extra information about GPLfile processingNoteWhen using named color palettes in a ggplot2scale_context,you must unname,set use_names to FALSE or override their names to map to your own factor levels.Examples#built-in palettefourty<-read_kde(system.file("palettes","fourty.colors",package="swatches"))print(fourty)#show_palette(fourty)#show_palette(bright)read_palette Read colors from palettefilesDescriptionGiven a path or URL to an palettefile,this function will attempt to determine which palettefile format to read by thefile type and return a named character vector(if color names are present)of hex RGB colors.Usageread_palette(path,use_names=TRUE,.verbose=FALSE)6read_socArgumentspath partial or fullfile path or URL to a GPLfileuse_names add color names to the vector(defaults to TRUE).See NOTE.verbose show extra information about GPLfile processingNoteWhen using named color palettes in a ggplot2scale_context,you must unname,set use_names to FALSE or override their names to map to your own factor levels.read_soc Read colors from OpenOffice Palette(SOC)filesDescriptionGiven a path or URL to an.socfile,this function will return a named character vector(if color names are present)of hex RGB colors.Usageread_soc(path,use_names=TRUE,.verbose=FALSE)Argumentspath partial or fullfile path or URL to a GPLfileuse_names add color names to the vector(defaults to TRUE).See NOTE.verbose show extra information about GPLfile processingNoteWhen using named color palettes in a ggplot2scale_context,you must unname,set use_names to FALSE or override their names to map to your own factor levels.Examples#built-in palettesoc_file<-system.file("palettes","ccooo.soc",package="swatches")system(sprintf("cat%s",soc_file))ccooo<-read_soc(soc_file)print(ccooo)show_palette(ccooo)#from the internet directly##Not run:galaxy<-read_soc("https:///ui/VisualDesign/docs/colors/galaxy.soc") print(galaxy)show_palette(galaxy)##End(Not run)show_palette7 show_palette Display a color paletteDescriptionGiven a character vector(hex RGB values),display palette in graphics window.Usageshow_palette(palette)Argumentspalette vector of character hex RGB valuesExamples#built-in palettekeep_the_change<-read_ase(system.file("palettes","keep_the_change.ase",package="swatches")) print(keep_the_change)#show_palette(keep_the_change)swatches Read,Inspect,and Manipulate Color Swatch FilesDescriptionRead,Inspect,and Manipulate Color Swatch Filestrim_palette Try to intelligently reduce a large palette down to a reasonable smallerset of colorsDescriptionGiven a palette and a desired number of colors to use,this function will compute CIEDE2000and attempt to reduce the input set to a disctinct smaller set of colors based on color distances. Usagetrim_palette(pal,n=5)8trim_paletteArgumentspal input palette to reductn number of desired colorsValuevector of n colors from palNoteinternal CIEDE2000color distance implementation by Gaurav Sharma&Maynard P BaalthazarIndexread_aco,2read_ase,3read_gpl,4read_kde,5read_palette,5read_soc,6show_palette,7swatches,7swatches-package(swatches),7trim_palette,79。
斯沃琪洛克 AFS 球阀产品手册说明书
Swagelok® Alternative Fuel Ser vice (AFS) Ball ValvesFor High-Pressure, High-Flow ApplicationsSwagelok AFS Ball Valves■ Working pressures up to 6000 psig (413 bar)■ Flow coefficients (C v) from 4.0 to 13.8■ Fractional and metric Swagelok tube fittings; ISO and NPT pipe end connections available■ 316 stainless steel body and end connections■ Manual and pneumatic actuation2 Swagelok Alternative Fuel Service (AFS) Ball ValvesCertifications■ ANSI / AGA NGV 3.1 / CGA 12.3-M95,Classification: Manual valve Pressure: 4500 psig (310 bar)Temperature: –40 to 250°F (–40 to 121°C)■ ANSI / IAS NGV 4.6 / CSA 12.56-M99,Classification: Class APressure: 4500 psig (310 bar)Temperature: –40 to 185°F (–40 to 85°C)■ ECE R110 Manual Service Valve Type ApprovalClassification: Class 0Pressure: 3770 psig (260 bar)Temperature: –40 to 248°F (–40 to 120°C)■ Certifications do not include attachments to the valve,such as actuators or a different handle mechanism.Features■ High flow—C v from 4.0 to 13.8■ All wetted components arecompatible with hydrogen andcompressed natural gas (CNG)■ Maximum pressure rating: 6000 psig(413 bar)■ Temperature rating: –40 to 250°F(–40 to 121°C)■ Low operating torque■ No packing adjustment required ■ Field repairable with seal kitSwagelok Alternative Fuel Service (AFS) Ball ValvesImportant InformationAbout Swagelok AFS Ball ValvesSwagelok AFS ball valves are designed to be used inthe fully open or fully closed position.Valves that have not been cycled for a period of timemay have a higher initial actuation torque.Pressure-Temperature RatingsRatings are based on ASME Code for Pressure Piping B31.3, Process Piping. To determine working pressure ratings in accordance with ASME B31.1, Power Piping, for 316 stainless steel, multiply pressure by:■ 0.86 for temperatures from 100 to 200°F (37 to 93°C).■ 0.82 for temperatures up to 250°F (121°C).consistent, low actuation torquechemical compatibilitypressure systemsSwagelok Alternative Fuel Service (AFS) Ball Valves 3USAUSAEUROFlow Data at 70°F (20°C)NitrogenFlow,stdL/minNitrogenFlow,stdft3/minPressure Drop, psiPressure Drop, barInlet Pressure 3600 psig (248 bar)Inlet Pressure 5000 psig (344 bar)NitrogenFlow,stdL/minNitrogenFlow,stdft3/minPressure Drop, psiPressure Drop, barMaterials of ConstructionWetted components listed in italics.412510113131418678919121615174 Swagelok Alternative Fuel Service (AFS) Ball ValvesOrdering Information and DimensionsSelect an ordering number.Dimensions, in inches (millimeters), are for reference only and are subject to change.➀ V alves can be ordered with two different end connections. Contact your authorized Swagelok sales and service representative.➁ N ot available with AGA, IAS, and ECE R110 certifications; not recommended for panel mounting; not available with pneumatic actuator.➂ T hread type ISO/BSP (tapered), based on DIN 3852, Swagelok RT fittings.See specifications ISO 7/1, BS EN ISO 10226-1, and JIS B0203.Options and AccessoriesLocking Brackets■ Designed to lock valve in the openand closed position■ Accommodates shackle diametersup to 0.344 in. (8.7 mm)■ To order the locking bracket factory-assembled on a valve, add -LH to the valve ordering number.Example: SS-AFSS6-LHTo order the locking bracket for fieldassembly, use kit ordering number: SS-51K-AFS-LHHandle OptionsBlack nylon directional handles are standard.■ To order adirectional handle ofanother color,add a handleto the valve ordering number.Example: SS-AFSS6-RD■ To order a nylon ovalhandle, add -K to the valve ordering number.Example: SS-AFSS6-K ■ To order a black aluminumdirectional handle, add -AHD to the valve ordering number.Example: SS-AFSS6-AHDHandle KitsThe replacement handle kit includes a handle with set screw and instructions.■ Black nylon directional handle kitordering number: NY-5K-AFS-BKTo order a nylon directional handle kitin a color other than black, replace -BK in the kit ordering number with a handle color designator.Example: NY-5K-AFS -RD ■ Nylon oval handle kit orderingnumber: NY-5K-AFSK-BK■ Black aluminum directional handle kitordering number: A-5K-AFS-BKStem Seal Material OptionUltralow-temperature fluorocarbon FKM is standard. Ultralow-temperature nitrile (Buna C) is available as an option to enhance valve cycle life. Valves with ultralow-temperature nitrile have atemperature rating of –40 to 200°F (–40 to 93°C) and are not certified to AGA, IAS, or ECE R110.To order, add -BCS to the valve ordering number.Example. SS-AFSS6-BCSSwagelok Alternative Fuel Service (AFS) Ball Valves 5SwagelokPneumatic ActuatorsThe Swagelok rack and pinion pneumatic actuator is compact,lightweight, easily mountable, and can be operated with standard shop air. The actuators are available in spring-return and double-acting modes. For technical data, including materials of construction, air displacement, and weight, see the Swagelok Ball Valve Actuation Options catalog, MS-02-343.DimensionsDimensions, in inches (millimeters), are for reference only and are subject to change.Actuated assemblies mustbe properly aligned andsupported. Improper alignment or inadequate support of the actuated assembly may result in shorter valve life.Actuator Pressure at Maximum System PressureRequired pressures based on valve performance using pressurized air or nitrogen.For dual-mounted assemblies (two valves mounted to one actuator), add DM to the ordering number. Example: SS-AFSS6-33DHT DMActuator Service Ratings➀ M aximum working pressure for valves mounted to low-temperature service actuators is4500 psig (310 bar).Factory-Assembled ActuatorsTypical Ordering NumberD = Double actingC = Normally closed spring return O = Normally open spring returnD H TActuator Service N one = StandardHT = High temperature LT = Low temperature ➀➀ M aximum working pressurefor valves mounted to low-temperature service actuators is 4500 psig (310 bar).Ordering InformationActuators for Field AssemblyOrder one actuator kit and one mounting bracket kit for each valve.Mounting bracket kit ordering number:MS-MB-AFS-133➀ M aximum working pressure for valves mounted to low-temperature service actuators is 4500 psig (310 bar).6 Swagelok Alternative Fuel Service (AFS) Ball ValvesISO 5211-Compliant Pneumatic ActuatorsSwagelok ISO 5211-compliant rack and pinion pneumatic actuators are available in spring-return and double-acting modes.For technical data, including actuator materials of construction and weight, see the Swagelok Ball Valve Actuation Options catalog, MS-02-343.For additional information on selecting and sizing ISO 5211-compliantactuators, see the Actuated Ball Valve Selection Guide—ISO 5211-Compliant Actuator Mounting Bracket Kits, MS-02-136.Factory-Assembled ActuatorsTypical Ordering NumberD = Double actingC4 = Normally closed spring return O4 = Normally open spring returnD H TActuator Service N one = StandardHT = High temperatureActuated assemblies mustbe properly aligned andsupported. Improper alignment or inadequate support of the actuated assembly may result in shorter valve life.Ordering InformationActuators for Field AssemblyOrder one actuator kit and one mounting bracket kit for each valve.Mounting bracket kit ordering number:SS-MB-AFS-F05-14DIN-MActuator Service RatingsDimensionsDimensions, in inches (millimeters), are for reference only and are subject to change.Swagelok Alternative Fuel Service (AFS) Ball Valves 7Maintenance KitsKit components are of the same materials and grades listed in Materials of Construction, page 3.Seat Seal KitsThe seat seal kit contains two seats, seat O-rings, seatbackup rings, seat springs, end screw gaskets, lubricant with Material Safety Data Sheet (MSDS), and instructions.Kit ordering number: SS-9K-AFSStem and Seat Seal KitsThe stem and seat seal kit contains a stem O-ring, two guide rings, stem backup ring, thrust washer, packing bolt gasket, two seats, seat O-rings, seat backup rings, seat springs, end screw gaskets, lubricant with Material Safety Data Sheet (MSDS), and instructions.Kit ordering number: SS-91K-AFSTo order a kit with a stem O-ring of optional ultralow-temperature nitrile (Buna C) material, use kit ordering number: SS-91K-AFS-BCSOptions for ISO 5211-Compliant andSwagelok Pneumatic ActuatorsSwagelok offers a range of accessories to enhance instrumentation and process ball valve performance and control, including solenoid valves, limit switches, and position sensors. Factory assemblies and kits for field assembly are available.For more information, see the Swagelok Ball ValveActuation Options catalog, MS-02-343.Safe Product SelectionWhen selecting a product, the total system design must be considered to ensure safe, trouble-free performance. Function, material compatibility, adequate ratings,proper installation, operation, and maintenance are the responsibilities of the system designer and user.Warranty InformationSwagelok products are backed by The Swagelok Limited Lifetime Warranty. For a copy, visit or contact your authorized Swagelok representative.Swagelok—TM Swagelok Company © 2004–2014 Swagelok Company Printed in U.S.A., AGS November 2014, R11MS-02-303。
斯沃琪手表使用说明书
斯沃琪手表使用说明书斯沃琪手表使用说明书欢迎购买斯沃琪手表！以下是关于如何使用和保养您的手表的详细说明。
1. 开始使用- 在首次佩戴之前，确保将手表的塑料保护膜完全撕掉，以避免损坏表盘和镜面。
- 使用表冠（表头）顺时针旋转，使指针调到准确的时间。
请注意，我们建议您不要在手表指针指向8点至4点之间调节时间，以避免损坏机械装置。
- 拉出表冠使其进入调整日期的位置，然后轻轻旋转表冠以调整日期。
- 调整完毕后，将表冠推回到原位，确保它紧密地与表壳连接。
2. 基本操作- 斯沃琪手表通常具有基本操作按钮，如表冠、侧按钮等。
根据具体型号的不同，操作方式可能会有所差异，请参阅您手表的用户手册。
- 通常情况下，按下表冠可以启动或停止手表的计时功能，再次按下可重置计时器。
侧按钮可能用于控制闹钟、启动计时器等功能。
3. 保养与维护- 斯沃琪手表是精密的机械设备，需要定期保养以确保其正常运行。
建议您每两年左右将手表送至授权的斯沃琪服务中心进行维修和维护。
- 避免将手表暴露在极端温度、湿度或磁场下，以减少对手表机芯的影响。
- 避免在手表上涂抹香水、化妆品等物质，以防止腐蚀或损坏手表表带。
- 如果手表防水，请确保在接触水源前将表冠完全推回到原位。
并避免在深水或热水环境中使用非专业防水的手表。
4. 故障排除- 如果您遇到手表停止运行或其他异常情况，请首先检查电池是否需要更换。
如需更换电池，请参照用户手册中的指示，或联系斯沃琪服务中心进行维修。
- 如果手表出现较大的损坏，例如碎裂的表面或磨损的表带，请立即联系授权的斯沃琪服务中心进行修复。
以上就是斯沃琪手表使用说明书的基本内容。
我们希望这些说明可以帮助您更好地了解和使用您的斯沃琪手表。
如果您有任何其他问题或需要进一步的帮助，请随时联系我们的客户服务团队。
祝您使用愉快！。
Avamar 系统管理员指南说明书
a system administrator’s guide to monitoring avamar EMC Proven Professional Knowledge Sharing 2011Kelly MillsSolutions ArchitectEMC Corporation*******************Table of ContentsExecutive Summary (3)Introduction (3)Audience (3)Avamar Architecture (4)Avamar Notification Features (4)Setting up the SYSLOG environment (4)Nagios Overview (9)Sample Nagios Configuration (10)Advanced Nagios Configuration (13)PLUGINS (13)PASSIVE CHECKS (14)Conclusion (15)Appendix (16)SAMPLE SWATCH AVAMAR CONFIGURATION (16)EMC Proven Professional Knowledge Sharing 2Executive SummaryBackup and recovery infrastructure is critical to the life of any business. Longer data retention requirements and legal regulations for data storage and retrieval contribute to the need for a robust but agile backup solution. Given strict recover time and recover point objectives that define many service level agreements, the backup team operates around the clock. This group must be conscious of costs and often work with constrained budgets. A monitoring solution needs to be dependable and cost effective.EMC Avamar® is a software/hardware backup and recovery solution that takes advantage of data commonality in the environment and deduplicates the data at the source client and globally at the Avamar server. Avamar detects changes at the subfile level and uses local cache files to speed file comparison and processing. The result is fast client-side processing, low network bandwidth utilization (as only the changed blocks are sent to the Avamar server), and lower storage consumption. Although Avamar includes mechanisms for self-alerting, external monitoring should be added.Nagios is a powerful enterprise-class monitoring system that enables organizations to quickly identify and resolve infrastructure problems. This Open Source tool—with a large community of developers and support—is easily customizable for your situation and add-ons can be created to meet your needs.Syslog-NG is a leading Open Source solution for log collection and management. It provides a central logging set up that can be used to filter messages with tools such as SWATCH.IntroductionThis article will describe a general solution for monitoring the Avamar environment from a Systems Administrator viewpoint using Nagios and Syslog. It will highlight some of Avamar’s built-in utilities and focus on how they can interact with external tools.AudienceThis article is intended for Avamar administrators with knowledge of UNIX/Linux administration. It is not intended as a step-by-step guide for installing and configuring each package but to make the user aware of the capabilities.EMC Proven Professional Knowledge Sharing 3Avamar ArchitectureAvamar is a disk-based backup solution. The Avamar software installs on top of EMC-provided hardware or qualified customer hardware. This article will focus on the EMC-provided data storage solution. Hardware configurations can consist of single node or multiple node implementations. A node is a physical server running the Red Hat Linux operating system. The two basic nodes are the Utility node and the Data node. The Utility node provides internal Avamar server processes and services, including the administrator server, jobs scheduling, authentication, and maintenance and web access. The Data node is dedicated to providing storage for the backups. In an Avamar single node implementation, the Utility and Data node functions reside on the same physical node. In a multiple node configuration, the Utility node is its own dedicated physical node. The amount of capacity and protection needed will determine the number of Data nodes.Avamar Notification FeaturesAvamar system activity and operational status is reported as various event codes to the Utility node MCS service. Examples of events include maintenance activity status, failed logins, or client activations. Each event contains useful information such as the event code, date and time stamp, category, type, summary, and what generated the event.Notification options can consist of email messages, pop-up alerts, Syslog, SNMP, and events sent directly to EMC support. For this article, we will use the Syslog feature to achieve our desired results. Notifications are configured as Profiles via the Avamar Console.Setting up the SYSLOG environmentThe building blocks for setting up the SYSLOG monitoring environment will be in this order:1. Identifying a server to act as the Monitoring server2. Setting up the SYSLOG-NG server3. Setting up SWATCH to filter the SYSLOG-NG messages4. Configuring SYSLOG on the Avamar nodes5. Setting up the Avamar SYSLOG ProfileYou will need a new or existing Linux/UNIX server in your environment that can be used as the central monitoring server. This sever can be a virtual machine or physical server. You need to install the base operating system such as Red Hat, Solaris, HPUX, or flavor of your choice. For details on installing the OS and packages, please consult the respective OS manuals.EMC Proven Professional Knowledge Sharing 4Download a copy of SYSLOG-NG for your OS to your central monitoring server. You will need to disable the syslog service that comes with your OS before installing. Install the SYSLOG-NG package. You can edit the syslog-ng.conf file to customize it with you preferences. For example, you can have SYSLOG-NG create a directory for each host that sends it a message and name the log file using your standard naming convention. Here is an example:Start the SYSLOG-NG process. Verify the process is running by using the ―ps‖ command.SWATCH, a free tool that uses pattern matching to filter log messages, will monitor log files as they are written in real-time. As patterns are matched, SWATCH will then carry out specific actions as defined in the configuration file. Those actions can be simple email notifications or execution of a script. Download a copy SWATCH for your OS platform and install as per the platform.Now we must edit the syslog-ng.conf file to have it call SWATCH when a new message arrives and process it. Here is an example:After the syslog-ng.conf file has been updated, we will need to configure the SWATCH configuration file to look for certain patterns and send notifications. You can use regular expressions for pattern matching. Please see a sample Avamar SWATCH configuration in the Appendix. In this example, we are watching for the Avamar code ―22605‖, which is a Node Offline event. We use the keyword watchfor.We then can use the keyword mail or pipe to act upon that match. In this example, we are using the pipe keyword to send the text of the message to a homegrown internal script called notify which then sends it along to a recipient.EMC Proven Professional Knowledge Sharing 5The complete stanza would look like this:Here is an example of the EMAIL alert message:The SYSLOG-NG service needs to be restarted each time that the swatchrc file is updated. SWATCH does have the ability to point the swatchrc configuration file against an existing log file for testing.Avamar now needs to be configured to take advantage of the central monitoring server.We must add a line to the /etc/syslog.conf file on ALL the Avamar nodes (including the spare node on multiple node implementation). This allows us to capture all system messages regardless of if the Avamar application is running. It also provides a central location for archiving syslog messages. The entry in the syslog.conf file on each Avamar node needs to point to the central monitoring server. For example, if the central monitoring server had IP 1.2.3.4, it would look like this:You will then need to restart the syslog service on the Avamar node using the command―service syslog restart‖.EMC Proven Professional Knowledge Sharing 6Back on the central monitoring server, in the location you configured for the host directories to be created, you should now see a directory for this Avamar node. That directory will contain a log file with a new entry.To capture Avamar application-generated syslog events, we need to create a profile in the Avamar console. Launch the Avamar console. From the Tools menu, click Manage Profiles.Click on Local Syslog to highlight and then click Copy. Save the new profile.EMC Proven Professional Knowledge Sharing 7Highlight the new profile and click Edit from the top menu. Click on the Syslog Notification tab. EMC Proven Professional Knowledge Sharing 8Enter the IP address of the central monitoring server. The port will stay at the default of 514. Check the ―Include extended event data‖ checkbox. This option causes the alert message to be delimited using tags for easier parsing by SWATCH. Click OK.Highlight the new profile you created and then click Enable from the top menu.A syslog central monitoring system is now in place. The benefits to this setup include:∙ALL default Avamar events are sent to central monitor for processing. This eliminates the need to pick and choose what alerts you want Avamar to send from the long list.∙In a multiple Avamar grid environment, you wouldn’t have to log in to each console and modify events that are no longer needed as this is done centrally.∙Syslog on the physical nodes will send server-based events outside of the Avamar application that might be specific to that hardware platform.∙In a multiple node configuration, the Spare node is now monitored using Syslog so that you can fix any issues before the need arises to use it.∙ A central SWATCH configuration provides a quick way to add alerts or notification options.Nagios OverviewNagios is a graphical monitoring application that can easily provide tactical overviews of your environment. You can monitor physical devices as well as process and services running on those devices. You can further customize Nagios by placing hosts and services into groups. Nagios provides methods for creating users and user groups. The notification section is highly configurable to meet your reporting needs. Nagios can monitor your environment in several ways.1. Active Checks: Nagios will use protocols such as PING and HTTP to externally connectto devices. Nagios can also use SSH or NRPE to connect to a device and run a plugin(script).2. Passive Checks: An outside process contacts Nagios.Nagios comes with many built-in plugins and commands that will enable you to start monitoring servers very quickly.EMC Proven Professional Knowledge Sharing 9Here is a screen shot of the tactical overview page:Sample Nagios ConfigurationOnce you download and install Nagios on your central monitoring server, you will need to set up some configuration files. First define contacts and contact groups in the Nagios contacts.cfg and contactsgroup.cfg file respectively. This will allow you to notify certain individuals or groups of people. You can set time ranges for notification as well as what types of severity alerts should be sent to which parties.In this example, we will set up Nagios to ―ping‖ our Avamar nodes to determine if they are up. For simplicity you can add all your nodes into a file called avamar_hosts.cfg. This file defines ALL Avamar nodes.EMC Proven Professional Knowledge Sharing 10A typical entry looks like this for each node:You can also create an avamar_group.cfg file that would group certain Avamar nodes together. For example, hostgroup ―avamar-servers‖ would contain ALL nodes, whereas hostgroup―avamar-utility-servers‖ would only contain the utility nodes. A typical entry would look like this:Now we can create a service configuration file that defines what we want Nagios to check for. This file contains default settings such as name of the service, what checks are allowed, if notifications are enabled, time period that checks are allowed, the contact group, polling interval, and so on.In this example, we created a file called avamar_service.cfg. This file contains our default settings for whenever this service is used. It also contains our ―ping‖ check. Here is an example of that check.As you can see, we are using the avamar-service default settings, we are applying this check against the hostgroup ―avamar-servers‖, the service description name will show up as PING in the browser, and last, we are calling the built-in command ―check-host-alive‖.Once all configuration changes are made, the Nagios service needs to be reloaded using the /etc/init.d/Nagios reload command. If errors are detected, you can troubleshoot by calling the Nagios binary and pointing to the configuration file, i.e. /usr/local/Nagios/bin/Nagios –v../etc/Nagios.cfgHere is a screen shot of the PING service for our node ―localhost‖:You can also drill down into the service for more detail:Advanced Nagios ConfigurationPLUGINSNagios can be set up to do very elaborate checks via plugins on the nodes. You might want to have Nagios check node capacity or GSAN status. The plugin on the node can return information to be displayed in the browser window and depending on the exit code, it can trigger the appropriate alert and notification. There are two ways that Nagios can connect to the server and run the plugin.1. NRPE – this is a daemon process that is installed and runs on each server to bemonitored2. SSH – With the use of SSH keys, Nagios can connect to the server and runcommandsIn this example, we will connect to a Utility node using SSH and run a plugin to see if any of the nodes are above 60% utilization. On the Avamar Utility node, we have created a script called―nodeutil‖. The purpose of this script is to check each node and put Nagios into a warning state if the node utilization is between 60% and 62%. It will put Nagios into a critical state if the node utilization is 63% or higher. Here is what Nagios looks like after the check is run:We can also connect to the utility node and run other plugins to check Avamar-specific services, for instance, the status of the GSAN. The logic of your plugin needs to be aware that the GSAN status changes based on the maintenance job that is running and should account for that. This prevents false Nagios alerts. Here is a screen shot of more checks that you can monitor:PASSIVE CHECKSPassive checks can also be used to update Nagios about events. In this example, we will tie together the SYSLOG/SWACTH setup used earlier to contact Nagios. Recall that SWACTH can run a script if a pattern is matched. Nagios has a built-in command that you can call and assign variables. In this case we have SWACTH call a homegrown script called ―alert_nagios‖ that looks at the error message to determine the node name and then calls the Nagios command―submit_check_result‖ .Here is our SWATCH configuration to check for Garbage Collect failure:Here are the ―alert_nagios‖ script contents:Here is what Nagios looks like after the check runs:You can also update Nagios the same way to show that a check was successful.Here is our SWATCH configuration to check for Garbage Collect success:Here is what Nagios looks like after the check:ConclusionMonitoring Avamar includes not only the application itself but the devices that make up the Avamar infrastructure. Syslog and Nagios are free tools that provide limitless options for building a solid central monitoring solution. These tools extend the packaged Avamar features to create a comprehensive monitoring system. The added capabilities and automated coverage help alleviate the time you spend worrying about backups.AppendixSAMPLE SWATCH AVAMAR CONFIGURATION。
Swatch说明书
3 /6
USER MANUAL
TOUCH ALARM
SHOW ALARM TIME
~4 secs. Touch your Swatch. Hands move to show alarm time for approx. 4 seconds.
STOP ALARM
Touch your Swatch to stop alarm.
WARNING NOTE
IMPORTANT: After being submerged in salt water, the Scuba 200 Chrono should always be rinsed with fresh water. CAUTION: The Irony Scuba 200 Chrono is not a professional diving watch.
~4 secs. Hands stop by accident and show the result of your game for some seconds... ...then, hands turn back to time.
5 /6
USER MANUAL
SCUBA FUNCTION: ELAPSED TIME
READJUSTMENT TOUCH / FUN
TEST / OK
5 sec.
ADJUST HAND/+HOUR
1. 2.
Go to 12
pull within 5 sec.
ADJUST HAND/+MINUTES
1. 2.
Go to 12
GO
Push crown for 5 seconds. If both hands go to 12 o’clock, test is ok. Push crown again and hands go back to time.
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Hands come together at 12 o‘clock and start to rotate at least on full turn.
IMPORTANT: If hands are not exactly at 12 o‘clock, they have to be readjusted.
~4 secs. Hands stop by accident and show the result of your game for some seconds... ...then, hands turn back to time.
5 /6
USER MANUAL
SCUBA FUNCTION: ELAPSED TIME
USER MANUAL
TIME SETTING Standard
SET
ABC
GO
ABC
Lorem ipsum TOUCH / FUN
Minute Hour
SET
1. 2.
GO
A: Normal position of the crown C: Position for setting the time
SET
READ
Using the adjustment ring For setting the start time and duration of an activity, line up the marker on the adjustment ring with the minute hand. Timing starts at the time indicated by the marker. The elapsed time is indicated by the minute hand pointing the number on the adjustment ring.
ALARM ON/OFF
o n
...CHANGE ON/OFF
o on
SHOW LAST ALARM
1. 2.
...SET NEW ALARM
1. 2.
GO
Switch alarm on/off and set alarm time Press crown and hands go to actual mode on or off. Press crown again to change mode.
WARNING NOTE
IMPORTANT: After being submerged in salt water, the Scuba 200 Chrono should always be rinsed with fresh water. CAUTION: The Irony Scuba 200 Chrono is not a professional diving watch.
1 /6
USER MANUAL
DATE OR DAY SETTING STANDARD
SET
ABC
GO
ABC
To set the date, pull the crown out to position B, and turn anticlockwise. To set the day, turn the crown in a clockwise direction. After resetting has been completed, press the crown back to position A.
If hands are not exactly at 12 o’clock, pull crown to position 2. Turn clockwise to readjust hour hand. Turn counter clockwise to readjust minute hand. Push crown back and hands turn back to show time.
4 /6
USER MANUAL
ALARM DEMO
TOUCH GAME
2 sec.
Press crown for 2 seconds to start alarm demo. To stop, press crown again.
Touch your Swatch.
IMPORTANT: When the hands do not show correctly ONOFF (alarm mode), the Touch Alarm must be adjusted (e.g. after battery change or a hard knock).
3 /6
USER MANUAL
TOUCH ALARM
SHOW ALARM TIME
~4 secs. Touch your Swatch. Hands move to show alarm time for approx. 4 seconds.
STOP ALARM
Touch your Swatch to stop alarm.
6 /6
Pull crown to position 1 and the hands go to the last alarm time. To set a new alarm time, turn crown (turn slowly = minutes, turn quickly = hours). Then push crown back and hands turn back to time and alarm mode will be “on”.
To set the time, pull the crown out to position C and turn clockwise or anticlockwise. After resetting has been completed, press the crown back to position A.
READJUSTMENT TOUCH / FUN
TEST / OK
5 sec.
ADJUST HAND/+HOUR
1. 2.
Go to 12
pull within 5 sec.
ADJUST HAND/+MINUTES
1. 2.
Go to 12
GO
Push crown for 5 seconds. If both hands go to 12 o’clock, test is ok. Push crown again and hands go back to time.
To set the time, pull the crown to position 2. Turn slowly to correct minutes. Turn quickly to correct hours. After resetting has been completed, push the crown back.
2 /6
USER MANUAL
LOOMI FUNCTION: DISPLAY TOUCH LOOMI
TOUCH YOUR SWATCH
LOOMI ON
~4 secs.
LOOMI
LIGHT FUNCTION
Push
POP
POP-IN
POP-OUT
POP ON CLOTHES
Note: Wear your Swatch simply with its band or try „popping“ it directly onto your clothes.