七颗钻石的小卡
7 diamonds(7钻分析法)
4
9
3-correct part 钻石3-正确的零件
Stages 1&2 阶段1和2
can any of these cause the problem? 这些能够引起问题吗?
工艺流程 •Is the parts routing current? •零件的路线是否是当前的? •Are the correct part numbers identified on the material racks? •物料架上标识的零部件号码正确吗? •Are parts stocked in correct location on the rack? •零件在料架上的正确位置吗? •Are all pull cards available? •是否所有的拉动卡可得到? •Has a paa been issued changing part usage? •是否有paa发布更改零件的使用? •Has the paa expired? •Paa过期了? •Is error proofing needed? •防错是否需要? •Is existing error proofing device working correctly? •现有的防错设备是否工作正常?
Production corrects 生产正确
是否正确？ Correct Process?
工具 生产 Production
是否正确？
Correct Tool?
2
零部件
生产 Production
是否正确？
Correct Part?
3
SQA/供应商 SQA/Supplier
零部件质量？ Parts Quality?
4
8
2-correct tool 钻石2-正确的工具
MIPI_DSI_Specification_v1b_8320061508
MIPI Alliance Standard for Display Serial InterfaceV1.0MIPI Board approved 5 April 2006* Caution to Implementers *This document is a MIPI Specification formally approved by the MIPI Alliance Board of Directors per the process defined in the MIPI Alliance Bylaws. However, the Display Working Group has identified certain technical issues in this approved version of the specification that are pending further review and which may require revisions of or corrections to this document in the near future. Such revisions, if any, will be handled via the formal specification revision process as defined in the Bylaws.A Release Notes document has been prepared by the Display Working Group and is available to all members. The intent of the Release Notes is to provide a list of known technical issues under further discussion with the working group. This may not be an exhaustive list; its purpose is to simply catalog known issues as of this release date. Implementers of this specification should be aware of these facts, and take them into consideration as they work with the specification.Release Notes for the Display Serial Interface Specification can be found at the following direct, permanent link:https:///members/file.asp?id=4844MIPI Alliance Standard for Display Serial InterfaceVersion 1.00a – 19 April 2006MIPI Board Approved 5-Apr-2006Further technical changes to DSI are expected as work continues in the Display Working GroupNOTICE OF DISCLAIMER12The material contained herein is not a license, either expressly or impliedly, to any IPR owned or controlled 3by any of the authors or developers of this material or MIPI. The material contained herein is provided on 4an “AS IS” basis and to the maximum extent permitted by applicable law, this material is provided AS IS 5AND WITH ALL FAULTS, and the authors and developers of this material and MIPI hereby disclaim all 6other warranties and conditions, either express, implied or statutory, including, but not limited to, any (if7any) implied warranties, duties or conditions of merchantability, of fitness for a particular purpose, of8accuracy or completeness of responses, of results, of workmanlike effort, of lack of viruses, and of lack of 9negligence.10ALSO, THERE IS NO WARRANTY OF CONDITION OF TITLE, QUIET ENJOYMENT, QUIET11POSSESSION, CORRESPONDENCE TO DESCRIPTION OR NON-INFRINGEMENT WITH REGARD 12TO THIS MATERIAL OR THE CONTENTS OF THIS DOCUMENT. IN NO EVENT WILL ANY13AUTHOR OR DEVELOPER OF THIS MATERIAL OR THE CONTENTS OF THIS DOCUMENT OR 14MIPI BE LIABLE TO ANY OTHER PARTY FOR THE COST OF PROCURING SUBSTITUTE15GOODS OR SERVICES, LOST PROFITS, LOSS OF USE, LOSS OF DATA, OR ANY INCIDENTAL, 16CONSEQUENTIAL, DIRECT, INDIRECT, OR SPECIAL DAMAGES WHETHER UNDER17CONTRACT, TORT, WARRANTY, OR OTHERWISE, ARISING IN ANY WAY OUT OF THIS OR18ANY OTHER AGREEMENT, SPECIFICATION OR DOCUMENT RELATING TO THIS MATERIAL, WHETHER OR NOT SUCH PARTY HAD ADVANCE NOTICE OF THE POSSIBILITY OF SUCH1920DAMAGES.21Without limiting the generality of this Disclaimer stated above, the user of the contents of this Document is further notified that MIPI: (a) does not evaluate, test or verify the accuracy, soundness or credibility of the2223contents of this Document; (b) does not monitor or enforce compliance with the contents of this Document;24and (c) does not certify, test, or in any manner investigate products or services or any claims of compliance 25with the contents of this Document. The use or implementation of the contents of this Document may26involve or require the use of intellectual property rights ("IPR") including (but not limited to) patents,27patent applications, or copyrights owned by one or more parties, whether or not Members of MIPI. MIPI does not make any search or investigation for IPR, nor does MIPI require or request the disclosure of any2829IPR or claims of IPR as respects the contents of this Document or otherwise.30Questions pertaining to this document, or the terms or conditions of its provision, should be addressed to: 31MIPI Alliance, Inc.32c/o IEEE-ISTO33445 Hoes Lane34Piscataway, NJ 0885435Attn: Board SecretaryContents3637Version 1.00 – 13 April 2006 (i)381Overview (8)391.1Scope (8)401.2Purpose (8)412Terminology (Informational) (9)422.1Definitions (9)432.2Abbreviations (10)442.3Acronyms (10)453References (Informational) (13)463.1DBI and DBI-2 (Display Bus Interface Standards for Parallel Signaling) (13)473.2DPI and DPI-2 (Display Pixel Interface Standards for Parallel Signaling) (13)3.3DCS (Display Command Set) (14)48493.4CSI-2 (Camera Serial Interface 2) (14)503.5D-PHY (MIPI Alliance Standard for Physical Layer) (14)514DSI Introduction (15)524.1DSI Layer Definitions (16)534.2Command and Video Modes (17)4.2.1Command Mode (17)54554.2.2Video Mode Operation (17)564.2.3Virtual Channel Capability (18)5DSI Physical Layer (19)57585.1Data Flow Control (19)595.2Bidirectionality and Low Power Signaling Policy (19)605.3Command Mode Interfaces (20)615.4Video Mode Interfaces (20)625.5Bidirectional Control Mechanism (20)5.6.1Clock Requirements (21)64655.6.2Clock Power and Timing (22)666Multi-Lane Distribution and Merging (23)676.1Multi-Lane Interoperability and Lane-number Mismatch (24)686.1.1Clock Considerations with Multi-Lane (25)696.1.2Bi-directionality and Multi-Lane Capability (25)706.1.3SoT and EoT in Multi-Lane Configurations (25)717Low-Level Protocol Errors and Contention (28)727.1Low-Level Protocol Errors (28)737.1.1SoT Error (28)747.1.2SoT Sync Error (29)757.1.3EoT Sync Error (29)7.1.4Escape Mode Entry Command Error (30)76777.1.5LP Transmission Sync Error (30)787.1.6False Control Error (31)797.2Contention Detection and Recovery (31)807.2.1Contention Detection in LP Mode (32)817.2.2Contention Recovery Using Timers (32)7.3Additional Timers (34)82837.3.1Turnaround Acknowledge Timeout (TA_TO) (34)847.3.2Peripheral Reset Timeout (PR_TO) (35)7.4Acknowledge and Error Reporting Mechanism (35)85868DSI Protocol (37)878.1Multiple Packets per Transmission (37)888.2Packet Composition (37)898.3Endian Policy (38)908.4General Packet Structure (38)8.4.2Short Packet Format (40)92938.5Common Packet Elements (40)948.5.1Data Identifier Byte (40)958.5.2Error Correction Code (41)968.6Interleaved Data Streams (41)978.6.1Interleaved Data Streams and Bi-directionality (42)988.7Processor to Peripheral Direction (Processor-Sourced) Packet Data Types (42)998.8Processor-to-Peripheral Transactions – Detailed Format Description (43)1008.8.1Sync Event (H Start, H End, V Start, V End), Data Type = xx 0001 (x1h) (43)1018.8.2Color Mode On Command, Data Type = 00 0010 (02h) (44)1028.8.3Color Mode Off Command, Data Type = 01 0010 (12h) (44)1038.8.4Shutdown Peripheral Command, Data Type = 10 0010 (22h) (44)8.8.5Turn On Peripheral Command, Data Type = 11 0010 (32h) (44)1041058.8.6Generic Short WRITE Packet, 0 to 7 Parameters, Data Type = xx x011 (x3h and xBh) (44)1068.8.7Generic READ Request, 0 to 7 Parameters, Data Type = xx x100 (x4h and xCh) (44)1078.8.8DCS Commands (45)1088.8.9Set Maximum Return Packet Size, Data Type = 11 0111 (37h) (46)1098.8.10Null Packet (Long), Data Type = 00 1001 (09h) (46)8.8.11Blanking Packet (Long), Data Type = 01 1001 (19h) (46)1101118.8.12Generic Non-Image Data (Long), Data Type = 10 1001 (29h) (47)1128.8.13Packed Pixel Stream, 16-bit Format, Long packet, Data Type 00 1110 (0Eh) (47)8.8.14Packed Pixel Stream, 18-bit Format, Long packet, Data type = 01 1110 (1Eh) (48)1131148.8.15Pixel Stream, 18-bit Format in Three Bytes, Long packet, Data Type = 10 1110 (2Eh) (49)1158.8.16Packed Pixel Stream, 24-bit Format, Long packet, Data Type = 11 1110 (3Eh) (50)1168.8.17DO NOT USE and Reserved Data Types (50)1178.9Peripheral-to-Processor (Reverse Direction) LP Transmissions (51)1188.9.1Packet Structure for Peripheral-to-Processor LP Transmissions (51)1198.9.2System Requirements for ECC and Checksum and Packet Format (51)1208.9.3Appropriate Responses to Commands and ACK Requests (52)1218.9.4Format of Acknowledge with Error Report and Read Response Data Types (53)1228.9.5Error-Reporting Format (53)8.10Peripheral-to-Processor Transactions – Detailed Format Description (54)1231248.10.1Acknowledge with Error Report, Data Type 00 0010 (02h) (55)1258.10.2Generic Short Read Response with Optional ECC, Data Type 01 0xxx (10h – 17h) (55)8.10.3Generic Long Read Response with Optional ECC and Checksum, Data Type = 01 1010 126127(1Ah) 551288.10.4DCS Long Read Response with Optional ECC and Checksum, Data Type 01 1100 (1Ch)..56 1298.10.5DCS Short Read Response with Optional ECC, Data Type 10 0xxx (20h – 27h) (56)1308.10.6Multiple-packet Transmission and Error Reporting (56)1318.10.7Clearing Error Bits (56)1328.11Video Mode Interface Timing (56)1338.11.1Traffic Sequences (57)1348.11.2Non-Burst Mode with Sync Pulses (58)1358.11.3Non-Burst Mode with Sync Events (58)1368.11.4Burst Mode (59)1378.11.5Parameters (60)1388.12TE Signaling in DSI (61)1399Error-Correcting Code (ECC) and Checksum (63)1409.1Hamming Code for Packet Header Error Detection/Correction (63)1419.2Hamming-modified Code for DSI (63)9.3ECC Generation on the Transmitter and Byte-Padding (67)1421439.4Applying ECC and Byte-Padding on the Receiver (67)9.5Checksum Generation for Long Packet Payloads (68)14414510Compliance, Interoperability, and Optional Capabilities (70)14610.1Display Resolutions (70)14710.2Pixel Formats (71)14810.3Number of Lanes (71)14910.4Maximum Lane Frequency (71)15010.5Bidirectional Communication (71)15110.6ECC and Checksum Capabilities (72)15210.7Display Architecture (72)15310.8Multiple Peripheral Support (72)154Annex A (Informative) Contention Detection and Recovery Mechanisms (73)A.1PHY Detected Contention (73)155156A.1.1Protocol Response to PHY Detected Faults (73)MIPI Alliance Standard for Display Serial Interface 1571 Overview158The Display Serial Interface (DSI) specification defines protocols between a host processor and peripheral 159160devices that adhere to MIPI Alliance specifications for mobile device interfaces. The DSI specification 161builds on existing standards by adopting pixel formats and command set defined in MIPI Alliance 162standards for DBI-2 [2], DPI-2 [3], and DCS [1].1.1 Scope163Interface protocols as well as a description of signal timing relationships are within the scope of this 164165specification.166Electrical specifications and physical specifications are out of scope for this document. In addition, legacy interfaces such as DPI-2 and DBI-2 are also out of scope for this specification. Furthermore, device usage 167168of auxiliary buses such as I2C or SPI, while not precluded by this specification, are also not within its 169scope.1.2 Purpose170171The Display Serial Interface specification defines a standard high-speed serial interface between a 172peripheral, such as an active-matrix display module, and a host processor in a mobile device. By 173standardizing this interface, components may be developed that provide higher performance, lower power, 174less EMI and fewer pins than current devices, while maintaining compatibility across products from 175multiple vendors.2 Terminology (Informational)176177The MIPI Alliance has adopted Section 13.1 of the IEEE Standards Style Manual, which dictates use of the 178words “shall”, “should”, “may”, and “can” in the development of documentation, as follows:179The word shall is used to indicate mandatory requirements strictly to be followed in order to conform to the standard and from which no deviation is permitted (shall equals is required to).180181The use of the word must is deprecated and shall not be used when stating mandatory requirements; must is 182used only to describe unavoidable situations.183The use of the word will is deprecated and shall not be used when stating mandatory requirements; will is 184only used in statements of fact.185The word should is used to indicate that among several possibilities one is recommended as particularly 186suitable, without mentioning or excluding others; or that a certain course of action is preferred but not 187necessarily required; or that (in the negative form) a certain course of action is deprecated but not 188prohibited (should equals is recommended that).189The word may is used to indicate a course of action permissible within the limits of the standard (may 190equals is permitted).191The word can is used for statements of possibility and capability, whether material, physical, or causal (can 192equals is able to).193All sections are normative, unless they are explicitly indicated to be informative.2.1 Definitions194195Forward Direction: The signal direction is defined relative to the direction of the high-speed serial clock. 196Transmission from the side sending the clock to the side receiving the clock is the forward direction.197Half duplex: Bidirectional data transmission over a Lane allowing both transmission and reception but 198only in one direction at a time.199HS Transmission: Sending one or more packets in the forward direction in HS Mode. A HS Transmission 200is delimited before and after packet transmission by LP-11 states.201Host Processor: Hardware and software that provides the core functionality of a mobile device.Lane: Consists of two complementary Lane Modules communicating via two-line, point-to-point Lane 202203Interconnects. A Lane is used for either Data or Clock signal transmission.204Lane Interconnect: Two-line point-to-point interconnect used for both differential high-speed signaling 205and low-power single ended signaling.206Lane Module: Module at each side of the Lane for driving and/or receiving signals on the Lane.207Link: A complete connection between two devices containing one Clock Lane and at least one Data Lane. 208LP Transmission: Sending one or more packets in either direction in LP Mode or Escape Mode. A LP 209Transmission is delimited before and after packet transmission by LP-11 states.Packet: A group of two or more bytes organized in a specified way to transfer data across the interface. All 210211packets have a minimum specified set of components. The byte is the fundamental unit of data from which 212packets are made.213Payload: Application data only – with all Link synchronization, header, ECC and checksum and other 214protocol-related information removed. This is the “core” of transmissions between host processor and 215peripheral.216PHY: The set of Lane Modules on one side of a Link.217PHY Configuration: A set of Lanes that represent a possible Link. A PHY configuration consists of a 218minimum of two Lanes: one Clock Lane and one or more Data Lanes.219Reverse Direction: Reverse direction is the opposite of the forward direction. See the description for 220Forward Direction.221Transmission: Refers to either HS or LP Transmission. See the HS Transmission and LP Transmission 222definitions for descriptions of the different transmission modes.223Virtual Channel: Multiple independent data streams for up to four peripherals are supported by this 224specification. The data stream for each peripheral is a Virtual Channel. These data streams may be 225interleaved and sent as sequential packets, with each packet dedicated to a particular peripheral or channel. 226Packet protocol includes information that directs each packet to its intended peripheral.227Word Count: Number of bytes.2.2 Abbreviations228229e.g. Forexample2.3 Acronyms230231AM Active matrix (display technology)232ProtocolAIP ApplicationIndependent233ASP Application Specific Protocol234BLLP Blanking or Low Power intervalPixel235perBPP Bits236Turn-AroundBTA Bus237InterfaceCSI CameraSerial238DBI Display Bus InterfaceDI Data239Identifier240DMA Direct Memory Access241DPI Display Pixel InterfaceDSIDisplay Serial Interface242 DT Data Type243 ECC Error-Correcting Code 244 EMI Electro Magnetic interference 245 EoTEnd of Transmission246 ESD Electrostatic Discharge 247 FpsFrames per second248 HS High Speed 249 ISTOIndustry Standards and Technology Organization250 LLP Low-Level Protocol 251 LP Low Power 252 LPI Low Power Interval 253 LPS Low Power State (state of serial data line when not transferring high-speed serial data) 254 LSBLeast Significant Bit255 Mbps Megabits per second256 MIPI Mobile Industry Processor Interface 257 MSBMost Significant Bit258 PE Packet End 259 PF Packet Footer 260 PH Packet Header 261 PHY Physical Layer 262 PI Packet Identifier 263 PPI PHY-Protocol Interface 264 PS Packet Start 265 PT Packet Type 266 PWB Printed Wired Board267 QCIFQuarter-size CIF (resolution 176x144 pixels or 144x176 pixels)268 QVGA Quarter-size Video Graphics Array (resolution 320x240 pixels or 240x320 pixels)269RAM Random Access Memory270271RGB Color presentation (Red, Green, Blue)272SLVS Scalable Low Voltage Signaling273SoT Start of Transmission274SVGA Super Video Graphics Array (resolution 800x600 pixels or 600x800 pixels) 275VGA Video Graphics Array (resolution 640x480 pixels or 480x640 pixels)VSA Vertical276ActiveSync277WVGA Wide VGA (resolution 800x480 pixels or 480x800 pixels)278CountWC Word3 References (Informational)279280[1] MIPI Alliance Standard for Display Command Set, version 1.00, April 2006281[2] MIPI Alliance Standard for Display Bus Interface, version 2.00, November 2005[3] MIPI Alliance Standard for Display Parallel Interface, version 2.00, September 2005282283[4] MIPI Alliance Standard for D-PHY, version 0.65, November 2005284Design and Analysis of Fault Tolerant Digital System by Barry W. Johnson285Error Correcting Codes: Hamming Distance by Don Johnson paper286Intel 8206 error detection and correction unit datasheet287National DP8400-2 Expandable Error Checker/Corrector datasheetMuch of DSI is based on existing MIPI Alliance standards as well as several MIPI Alliance standards in 288289simultaneous development. In the Application Layer, DSI duplicates pixel formats used in MIPI Alliance 290Standard for Display Parallel Interface [3] when it is in Video Mode operation. For display modules with a 291display controller and frame buffer, DSI shares a common command set with MIPI Alliance Standard for 292Display Bus Interface [2]. The command set is documented in MIPI Alliance Standard for Display 293Command Set [1].3.1 DBI and DBI-2 (Display Bus Interface Standards for Parallel Signaling)294295DBI and DBI-2 are MIPI Alliance specifications for parallel interfaces to display modules having display 296controllers and frame buffers. For systems based on these specifications, the host processor loads images to 297the on-panel frame buffer through the display processor. Once loaded, the display controller manages all 298display refresh functions on the display module without further intervention from the host processor. Image 299updates require the host processor to write new data into the frame buffer.300DBI and DBI-2 specify a parallel interface; that is, data is sent to the peripheral over an 8-, 9- or 16-bit-301wide parallel data bus, with additional control signals.302The DSI specification supports a Command Mode of operation. Like the parallel DBI, a DSI-compliant 303interface sends commands and parameters to the display. However, all information in DSI is first serialized 304before transmission to the display module. At the display, serial information is transformed back to parallel 305data and control signals for the on-panel display controller. Similarly, the display module can return status 306information and requested memory data to the host processor, using the same serial data path.3.2 DPI and DPI-2 (Display Pixel Interface Standards for Parallel Signaling)307DPI and DPI-2 are MIPI Alliance specifications for parallel interfaces to display modules without on-panel 308309display controller or frame buffer. These display modules rely on a steady flow of pixel data from host 310processor to the display, to maintain an image without flicker or other visual artifacts. MIPI Alliance 311specifications document several pixel formats for Active Matrix (AM) display modules.312Like DBI and DBI-2, DPI and DPI-2 are specifications for parallel interfaces. The data path may be 16-, 31318-, or 24-bits wide, depending on pixel format(s) supported by the display module. This specification 314refers to DPI mode of operation as Video Mode.Some display modules that use Video Mode in normal operation also make use of a simplified form of 315316Command Mode, when in low-power state. These display modules can shut down the streaming video 317interface and continue to refresh the screen from a small local frame buffer, at reduced resolution and pixel318depth. The local frame buffer shall be loaded, prior to interface shutdown, with image content to be319displayed when in low-power operation. These display modules can switch mode in response to power-320control commands.3.3 DCS (Display Command Set)321322DCS is a specification for the command set used by DSI and DBI-2 specifications. Commands are sent 323from the host processor to the display module. On the display module, a display controller receives andinterprets commands, then takes appropriate action. Commands fall into four broad categories: read 324325register, write register, read memory and write memory. A command may be accompanied by multiple 326parameters.3.4 CSI-2 (Camera Serial Interface 2)327CSI-2 is a MIPI Alliance standard for serial interface between a camera module and host processor. It is 328329based on the same physical layer technology and low-level protocols as DSI. Some significant differencesare:330331•CSI-2 uses unidirectional high-speed Link, whereas DSI is half-duplex bidirectional Link332•CSI-2 makes use of a secondary channel, based on I2C, for control and status functions333CSI-2 data direction is from peripheral (Camera Module) to host processor, while DSI’s primary data334direction is from host processor to peripheral (Display Module).3.5 D-PHY (MIPI Alliance Standard for Physical Layer)335MIPI Alliance Standard for D-PHY [4] provides the physical layer definition for DSI. The functionality 336337specified by the D-PHY standard covers all electrical and timing aspects, as well as low-level protocols, 338signaling, and message transmissions in various operating modes.4 DSI Introduction339340DSI specifies the interface between a host processor and a peripheral such as a display module. It builds on 341existing MIPI Alliance standards by adopting pixel formats and command set specified in DPI-2, DBI-2 342and DCS standards.343Figure 1 shows a simplified DSI interface. From a conceptual viewpoint, a DSI-compliant interface 344performs the same functions as interfaces based on DBI-2 and DPI-2 standards or similar parallel display 345interfaces. It sends pixels or commands to the peripheral, and can read back status or pixel information 346from the peripheral. The main difference is that DSI serializes all pixel data, commands, and events that, in 347traditional or legacy interfaces, are normally conveyed to and from the peripheral on a parallel data bus 348with additional control signals.349From a system or software point of view, the serialization and deserialization operations should be 350transparent. The most visible, and unavoidable, consequence of transformation to serial data and back to 351parallel is increased latency for transactions that require a response from the peripheral. For example, 352reading a pixel from the frame buffer on a display module will have a higher latency using DSI than DBI. 353Another fundamental difference is the host processor’s inability during a read transaction to throttle the 354rate, or size, of returned data.355356Figure 1 DSI Transmitter and Receiver Interface4.1 DSI Layer Definitions357Application Processor Peripheral358Figure 2 DSI Layers359360A conceptual view of DSI organizes the interface into several functional layers. A description of the layers 361follows and is also shown in Figure 2.362PHY Layer: The PHY Layer specifies transmission medium (electrical conductors), the input/output 363circuitry and the clocking mechanism that captures “ones” and “zeroes” from the serial bit stream. This part 364of the specification documents the characteristics of the transmission medium, electrical parameters for 365signaling and the timing relationship between clock and Data Lanes.366The mechanism for signaling Start of Transmission (SoT) and End of Transmission (EoT) is specified, as 367well as other “out of band” information that can be conveyed between transmitting and receiving PHYs. 368Bit-level and byte-level synchronization mechanisms are included as part of the PHY. Note that the 369electrical basis for DSI (SLVS) has two distinct modes of operation, each with its own set of electrical 370parameters.371The PHY layer is described in MIPI Alliance Standard for D-PHY [4].372Lane Management Layer: DSI is Lane-scalable for increased performance. The number of data signals 373may be 1, 2, 3, or 4 depending on the bandwidth requirements of the application. The transmitter side of the 374interface distributes the outgoing data stream to one or more Lanes (“distributor” function). On the receiving end, the interface collects bytes from the Lanes and merges them together into a recombined data 375376stream that restores the original stream sequence (“merger” function).Protocol Layer: At the lowest level, DSI protocol specifies the sequence and value of bits and bytes 377378traversing the interface. It specifies how bytes are organized into defined groups called packets. The 379protocol defines required headers for each packet, and how header information is generated and interpreted.The transmitting side of the interface appends header and error-checking information to data being 380381transmitted. On the receiving side, the header is stripped off and interpreted by corresponding logic in the 382receiver. Error-checking information may be used to test the integrity of incoming data. DSI protocol also383documents how packets may be tagged for interleaving multiple command or data streams to separate384destinations using a single DSI.385Application Layer: This layer describes higher-level encoding and interpretation of data contained in the386data stream. Depending on the display subsystem architecture, it may consist of pixels having a prescribed387format, or of commands that are interpreted by the display controller inside a display module. The DSI 388specification describes the mapping of pixel values, commands and command parameters to bytes in the389packet assembly. See MIPI Alliance Standard for Display Command Set [1].4.2 Command and Video Modes390391DSI-compliant peripherals support either of two basic modes of operation: Command Mode and Video392Mode. Which mode is used depends on the architecture and capabilities of the peripheral. The mode393definitions reflect the primary intended use of DSI for display interconnect, but are not intended to restrict 394DSI from operating in other applications.Typically, a peripheral is capable of Command Mode operation or Video Mode operation. Some Video 395396Mode displays also include a simplified form of Command Mode operation in which the display may 397refresh its screen from a reduced-size, or partial, frame buffer, and the interface (DSI) to the host processor398may be shut down to reduce power consumption.Mode3994.2.1 Command400Command Mode refers to operation in which transactions primarily take the form of sending commands401and data to a peripheral, such as a display module, that incorporates a display controller. The display 402controller may include local registers and a frame buffer. Systems using Command Mode write to, and readfrom, the registers and frame buffer memory. The host processor indirectly controls activity at the 403404peripheral by sending commands, parameters and data to the display controller. The host processor can also 405read display module status information or the contents of the frame memory. Command Mode operationrequires a bidirectional interface.406407Operation4.2.2 VideoMode408Video Mode refers to operation in which transfers from the host processor to the peripheral take the form of409a real-time pixel stream. In normal operation, the display module relies on the host processor to provide410image data at sufficient bandwidth to avoid flicker or other visible artifacts in the displayed image. Video 411information should only be transmitted using High Speed Mode.412Some Video Mode architectures may include a simple timing controller and partial frame buffer, used to413maintain a partial-screen or lower-resolution image in standby or low-power mode. This permits the 414interface to be shut down to reduce power consumption.415To reduce complexity and cost, systems that only operate in Video Mode may use a unidirectional data416path.。
Fitbit Charge 3 手冊 4.0说明书
使用手冊4.0 版目錄開始 (6)包裝盒內物品 (6)為智慧手環充電 (7)透過手機進行設定 (8)在 Fitbit 應用程式中查看您的資料 (8)佩戴 Charge 3 (9)整日佩戴和運動時的佩戴方式 (9)慣用手 (10)佩戴與保養技巧 (11)更換錶帶 (12)移除錶帶 (12)安裝新錶帶 (13)基本資訊 (14)導覽 Charge 3 (14)基本導覽 (14)快速設定 (16)調整設定 (18)查看電池電量 (18)變更錶面 (19)手機通知 (20)設定通知 (20)查看傳入通知 (20)管理通知 (21)關閉通知 (21)接聽或拒接來電 (22)回覆訊息 (Android 手機) (22)計時 (23)設定鬧鐘 (23)使用計時器和碼錶 (23)2查看統計資料 (24)追蹤每日活動目標 (24)選擇目標 (24)追蹤每小時的活動 (25)追蹤您的睡眠 (25)設定睡眠目標 (25)瞭解您的睡眠習慣 (26)查看您的心率 (26)練習引導式呼吸 (27)運動和心臟健康 (28)自動追蹤您的運動 (28)使用運動應用程式追蹤與分析運動 (28)GPS 要求 (29)自訂運動設定與快速鍵 (30)查看您的運動摘要 (30)查看您的心率 (30)預設心率區間 (30)自訂心率區間 (31)分享您的活動 (31)感應式付款 (32)使用信用卡和轉帳卡 (32)設定感應式付款 (32)購物 (33)變更預設卡片 (34)支付交通費用 (34)天氣 (35)待辦事項 (36)更新、重新啟動和清除 (37)重新啟動 Charge 3 (37)清除 Charge 3 (37)更新 Charge 3 (38)疑難排解 (39)3沒有 GPS 訊號 (40)其他問題 (40)一般資訊和規格 (41)感應器與元件 (41)材質 (41)無線技術 (41)觸覺反饋 (41)電池 (41)記憶體 (41)顯示幕 (42)錶帶大小 (42)環境條件 (42)瞭解詳情 (42)退貨政策和保固 (42)Regulatory and Safety Notices (43)USA: Federal Communications Commission (FCC) statement (43)Canada: Industry Canada (IC) statement (44)European Union (EU) (45)Customs Union (46)Argentina (46)Australia and New Zealand (46)Belarus (47)China (47)India (48)Indonesia (48)Israel (49)Japan (49)Mexico (49)Morocco (50)Nigeria (50)Oman (50)Pakistan (51)Philippines (51)Serbia (51)South Korea (52)Taiwan (52)4United Arab Emirates (54)Vietnam (55)Zambia (55)Safety Statement (55)56 開始利用 Fitbit Charge 3 對於自己的身體、健康以及進度有更深入的認識。
钻石的基本知识钻石基本知识和钻石选购建议
钻石的基本知识钻石基本知识和钻石选购建议如果婚姻一定需要钻戒，这样买可以省点钱本身读过珠宝设计，最近有几个朋友在银行信息港看到blue nile钻石促销活动，一直来问我钻石钻戒要怎么选择，想说写一篇攻略分享给大家好了。
现在的钻戒一般都是自选钻石，再搭配戒托，这样预算比较灵活点。
今天主要讲钻石，看大家兴趣吧，我下次有空再写一篇钻戒戒托搭配攻略。
最基础的钻石4C我看站内有其他人说过，这里不再重复叙述概念。
基本上在选购前你要搞清楚钻石4C分别代表什么意思、对一颗钻石的外表有怎样的影响。
除了最基本的4C，还可以考量抛光、对称度、荧光、切割深度、桌面以及长宽比率。
4C当中，切割Cut最重要以下找了几张图感受一下poor, good, very good, ideal等级切割之间的差别。
不良poor好good非常好very good理想idealBuy Shy4C 中最容易被误解的是克拉数。
它代表钻石的重量、而不是尺寸。
同一克拉重量的钻石，哪颗看上去更大，在于切割等级。
克拉数小的钻石采用较高的切割等级会看起来较大。
钻石价格会在0.5克拉数和整数克拉数的位置明显上调，所以大家选购时，可以试着避开这些数量级，也就是老外说的buy shy。
例如想要3克拉的钻石，你可以去寻找2.97克拉的，克拉数上的微小差异，基本很难看出来。
小贴士VG及以上切割等级的小克拉钻石看起来会比实际大。
同样道理，VG 以下切割等级的大克拉钻石，会显得比实际小。
如果就是喜欢大克拉的钻石，但预算有限，可考虑良好切割﹑SI1-SI2 净度及I 或J 色的钻石。
当然手指越小，钻石看起来就越大。
另外可以关注桌面直径，钻石镶嵌入戒托后，这部分是露出来的，同等克拉数的钻石，桌面直径大的相比之下视觉也会大。
举个栗子（可能不太恰当因为同高同重不同BMI的人视觉效果也不一样但我基本是这个意思吧），好比2个同样体重同样身高的人，脂肪分布不同（腰细腿粗VS腰粗腿细），看上去也会一瘦一胖。
深圳水贝买钻石攻略
深圳水贝买钻石攻略准备在深圳水贝购买钻石？本攻略将为您提供深圳水贝买钻石的一些基本知识和购买建议。
无论您是第一次购买钻石还是对水贝市场已有一定了解，本攻略都会为您提供有用的信息，帮助您做出明智的购买决策。
1. 水贝市场概述水贝市场是中国最大的珠宝钻石交易中心之一，位于深圳市。
这里聚集了各种珠宝、钻石批发商和零售店，提供了大量的选择和竞争，使得价格更具竞争力。
2. 鉴定钻石品质的四个C在购买钻石之前，了解鉴定钻石品质的四个C是非常重要的。
这四个C分别是：- 切工（Cut）：影响钻石的光彩和火彩。
- 颜色（Color）：衡量钻石的颜色纯度。
- 净度（Clarity）：评估钻石是否有内部或外部瑕疵。
- 克拉重量（Carat Weight）：钻石的重量。
了解这些因素如何影响钻石的品质可以帮助您选择出符合自己需求的钻石。
3. 选择合适的购买方式在水贝市场，您可以选择从批发商或零售店购买钻石。
下面是两种不同购买方式的优缺点：3.1. 从批发商购买优点： - 更低的价格：批发商通常以更低的价格销售钻石，因为他们直接从供应商购买，并且没有额外的中间环节。
- 更大的选择：批发商通常有更广泛的选择，可以提供各种不同的钻石款式。
缺点： - 需要一定的专业知识：由于没有零售店的销售人员指导，您需要自己了解一些关于钻石品质和价格的知识。
- 可能需要自行安排鉴定：购买钻石后，您可能需要自行安排专业鉴定，以确保您所购买的钻石符合您的期望。
3.2. 从零售店购买优点： - 购买经验：零售店通常有专业的销售人员，可以为您提供购买钻石的建议和指导。
- 已经鉴定：零售店的钻石经过专业鉴定，您可以更加放心购买。
缺点： - 较高的价格：由于零售店有额外的中间环节，所以价格通常会比批发商高一些。
- 选择可能有限：零售店可能会有较小的选择范围，无法提供您所需的特定类型的钻石。
根据您的个人偏好和需求，选择合适的购买方式。
4. 寻找信誉良好的商家在水贝市场购买钻石时，寻找信誉良好的商家是非常重要的。
autoliv AS 244
Autoliv Inc. StandardPackage & Transport Label – AS 244AUTOLIV INC. STANDARD Package & Transport LabelAS 244Distribution to: responsible persons as per Distribution List AS 0-2 –28-Jun-2011 Author: Darrel Vincent Approved by: Svante Mogefors Version: 4.3 Release date: 14-Jul-2011 Pages: 30Table of ContentsAS 244INTRODUCTION (3)1PURPOSE (3)2SCOPE (3)3RESPONSIBILITY (3)4LABEL REQUIREMENTS (4)5DATA BLOCKS (SUMMARY) (5)6DATA AREA FORMAT (6)7DATA AREAS (DETAILED) (7)7.1C ONSIGNEE B LOCK (7)7.2L OCATION B LOCK (7)7.3D ELIVERY REFERENCE B LOCK (7)7.4O RDER REFERENCE B LOCK (7)7.5C ROSS-D OCK B LOCK (7)7.6C ONSIGNOR A DDRESS B LOCK (7)7.7T ARE B LOCK (8)7.8P ART N UMBER B LOCK (8)7.9Q UANTITY B LOCK (8)7.10P ART D ESCRIPTION B LOCK (8)7.11C ONSIGNOR C ODE B LOCK (8)7.12P ART INFORMATION B LOCK (9)7.13L ABEL C ONTAINER ID B LOCK (9)7.14P RODUCT B ATCH/L OT NUMBER B LOCK (9)7.15D ATA I DENTIFIERS (10)8MEDIA REQUIREMENTS (11)8.1L ABELS (11)8.2E NGLISH M ARKINGS (11)8.3T YPE OF F ONT (11)8.4B ARCODE S YMBOLOGY (11)8.5B ARCODE R EADABILITY (11)9LABEL LOCATION AND PROTECTION (12)9.1L ABEL L OCATION (12)9.2L ABEL P ROTECTION (12)9.3P ROTECTIVE C OATING OF L ABELS (12)9.4A DHESIVES F OR R ETURNABLE C ONTAINERS (12)9.5A DHESIVES F OR E XPENDABLE C ONTAINERS (12)10APPENDICES (13)11MODIFICATION INDEX (14)IntroductionTo improve the logistic and traceability processes in our supply-chain goodlabels are one of the basic requirements.1 PurposeThis specification provides the standards for printing and applying different size package and transport labels. The labels are designed to improve theproductivity and controls at suppliers and internally at Autoliv, by allowingeffective and efficient capture of data for traceability, production counts,warehouse input/output, cycle checking, shipper generation, forwarding, freight transfer control, receiving, and other inventory controls. Strict adherence tothese specifications for the labels will reduce implementation costs and increase benefits for Autoliv and its suppliers.2 ScopeThe primary purpose of the labels is identification of goods. This is not justlimited to the item numbers. Because of the nature of Autoliv’s products, lottraceability is also a very important identification criterion.The material can be tracked at different levels:•Shipment, the shipment at receipt;•Pallet, the pallets in the shipment;•Box, the boxes on the pallet;•Product, the products in the box.3 ResponsibilityThe Purchase, Logistics or Plant Quality Manager is responsible and must make sure that the standard is observed by the supplier both internally andexternally. Only one person should be made responsible for each Autoliv plant to avoid conflicts.4 Label RequirementsThe following packing requirements need to be followed:• Autoliv allows mixed load multiple packages, but only one part number per package;• Autoliv does not allow part numbers with different part revisions on a pallet; • Autoliv allows multiple batches/lots for one part number on a pallet;• Autoliv requires for certain products an identification label containing Autoliv part number, vendor id, lot or batch number and quantity (human readable and code 39 barcode) to be applied to individual items or packets of parts inside of a container or box.This label is required for products like: - rolls of labels, of webbing etc - printer ribbons- small components in individual packages (ex. Plastic bags of 100 clips).A written exception must be obtained from Autoliv for exemption from this requirement.• Electronic components that are on tape & reel shall be labeled on the reel.Each box loaded on a pallet should contain a Package Label. On each pallet two Transport Labels should be applied on different sides. Depending on the content of the pallet this could be a Master or Mixed-Load Transport Label (Group label).Different label formats are allowed which are mentioned in more detail in the next paragraph. The choice depends on the size of the packages and should be defined in the packaging agreement which is part of the purchase agreement.Autoliv allows the following formats/sizes . Thepreferred label is marked with a star (*). This is done to each destination either Europe or U.S.A.M = Master TransportLabelG = Mixed-Load TransportLabelS = Single Package LabelNote : Supplier labels must conform to the standard required by the receivingplants region.Destination - Format M G S AppendixEuropeOdette Transport (OTL)* X X X A VDA (small)X X X B Odette Package (OPL)* X C Credit card size* X D B10X X X E Electronics Credit Card X H U.S.A.B10*X X X F Odette Transport (OTL)2 X X X G Odette Package (OPL)2 X I B10*2D PDF417XXXK5 Data blocks (summary)This section will define the data, which needs to be printed on these labelsregardless of the format selected. The contents can be split into two groups.The first group consists of shipping information which is specific to theshipment. The second group applies to the part which is shipped. For each ofthe blocks in the group a flag defines whether the block needs to be used oneither a M aster, G roup(Mixed-Load) or S ingle label.Shipping dataBlock Description M G S Consignee Buyer’s unloading location M M C3 Location Buyer’s final delivery point and Material Handling code M M C3 Delivery Reference Delivery note number M M C1 Order Reference Order reference number or RAN# C5- Note1 Cross-Dock Cross Dock info.: Ship To and Ship Windows and DockCode and Line FeedC2- M2 Tare Weight and number of boxes M - - Part dataBlock Description M G S Part Buyer’s Part number and description M - M Quantity Package or transport unit Quantity M - M Consignor Supplier Name and address M M M Consignor Coded Supplier Code M M M Serial Number Supplier package or transport unit identification number M M M Lot/Batch No. Supplier’s identification for lot or batch of produced parts - - M Part info Buyer’s Part Revision - - M Supplier reference Supplier information C4C4C4 Notes :4- Document reference on Simple label :Conditional for Europe (Delivery Note)Mandatory for US (RAN#) – Supplier may requestdeviation to omit the RAN#, Ship To, and Ship Window information through the receiving plants materialmanager.2) Cross-DockS/M Label: only applicable for U.S.A. When shippingthrough cross-dock or using cross-dock functions “B10 label” is mandatory.M label: “Ship-To” is Mandatory, “Ship Window” block should contain “MASTER LABEL”3)Package-Label: Consignee and Location are allowed tobe printed4)Supplier reference: free block for supplier, only if labelarea is not used for other block5)Order Reference: is conditional on a master label whenall boxes on the pallet refer to the same order C = Conditional (see Notes) M = Mandatory- = Not applicable6 Data Area FormatDispatch Number BlockTo be used for shipping reference designated by the buyer; otherwise left blank.DATA ELEMENT NUMBERDATA ELEMENT NAMEST FT HG BC RemarksDelivery Note no M an..10 7/5 N Delivery Note number (Europe) Order Number M n..13 7/5 15K RAN Number (USA)name of the blockdescription of the blocksegment description as defined by Autoliv. This description contains:•the data element number;•its name;•its status – ST:•C Conditional – the data element is only printed if agreed by the parties involved•M Mandatory – the data element must always be printed.• A Autoliv – the details vary by relationship and are described in the purchase agreement•its format – FT: indication of the representation and length of the value entered for a data element:a indicates an alphabetical data element whereby a3 means it has a fixed length of 3 alphabeticalcharacters, whereas a..3 indicates a variable length with a maximum of 3 alphabetical characters.N indicates a numerical data element whereby n6 means it has a fixed length of 6 numeric digits, whereas n..6 indicates a variable length with a maximum of 6 numeric digits.An indicates an alpha-numerical data element whereby an5 means it has a fixed length of 5 alpha-numerical digits, whereas an..35 indicates a variable length with a maximum of 35 alpha-numerical digits.•the font height to be used – HG: indication of the height of the font, first number defines size for a large label, second number should be used for a small label.•bar code indicator BC: flag indicating whether a bar code is to be included in this area and the prefix to be included.7 Data Areas (Detailed)Each of the data blocks will be described in detail regarding its contents. Anexplanation of the format can be found in the first paragraph of this chapter.7.1 Consignee BlockThe destination name and address as designated by the buyer.DATADATA ELEMENT NAME ST FT HG BC Remarks ELEMENTParty Name M an..20 5/5 Company NameAddress M an..20 5/5 U.S.A.: Place + State + Postal CodeEurope: Country + Postal Code + City7.2 Location BlockFinal Destination point, the name and place to which the goods are to be finally delivered. Destination and gate can be coded.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTFinal Delivery Point M an..5 13/7Material Handling code M an..8 13/77.3 Delivery reference BlockTo be used for shipping reference designated by the buyer. For Europe this block is used as a reference to the delivery note number.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTDelivery Note no M an..10 7/5 N Delivery Note number7.4 Order reference BlockTo be used for order reference designated by the buyer. For U.S.A. it would contain the RAN Number.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTOrder reference M n..13 7/5 15K RAN#7.5 Cross-Dock BlockTo be used for cross dock information designated by the buyer. This is only applicable for U.S.A.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTShip-To M n..2 7/5 Plant codeShip Window M an..5 7/5 Window time7.6 Consignor Address BlockName and shipping address of the supplier, and country of origin designated by the supplier.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTParty Name C an..30 5/5 U.S.A.: Company + Place + State +Zip CodeEurope: Company + Postal Code +City7.7 Tare BlockWeight of goods in (kg) or (lb) excluding transport packaging. Unit of measurement must be printed in the title of the field in brackets.Amount of Boxes in the shipment.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTNet weight M n..5 5Gross weight M n..5 5Amount of boxes M n..3 57.8 Part Number BlockPart number designated by the buyer for the product in the package.The part number is the one received by the supplier in the delivery scheduleDATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTBuyer‘s Article number M an..22 13/5 PVSP Sign (Safety Item) C Symbol - - On buyer’s request a sign for safetyitems (VSP) must be added. Thesymbol consists of a circle andtriangle and should be located at thefar right.7.9 Quantity BlockQuantity in the package. When the unit of measurement is pieces, no notation is required. When the unit of measurement is not pieces (e.g. kilograms, pairs, meters, etc.) it must be noted in human readable form only.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENT6853 Quantity of articles in package M n..7 13/5 Q No leading zeros6410 Unit of measurement M an..3 13/5 Only applicable for items which donot have Unit of measure equal toPCE/EA7.10 Part Description BlockMandatory plain language description of articles or products, designated by the buyer or according to agreement between supplier and buyer.DATADATA ELEMENT NAME ST FT HG BC Remarks ELMENTArticle description M an..30 5/57.11 Consignor Code BlockThe supplier code is defined as the buyer’s designated supplier code.DATADATA ELEMENT NAME ST FT HG BC Remarks ELEMENTSeller, coded M an..10 5/5 V7.12 Part information BlockDate: Date of production or dispatch date. The date will be printed in the format YYMMDD (Y=year, M=Month, D=Day) preceded by the character “P” or “D”. The date to be used is defined in the purchase agreement.Part Revision code: Designated by receiver to specify engineering changes, as agreed between buyer and supplier. Information will be coded (e.g. A01).DATADATA ELEMENT NAME ST FT HG BC Remarks ELEMENTDate of Production, coded C an..7 5/5Date of Dispatch, coded C an..7 5/5Part Revision code C an..14 5/5 Part revision letter7.13 Label Container ID BlockThe serial number/container id must be a unique number (not necessarily in sequential order) assigned by the supplier, not the buyer. Suppliers must avoid repeating serial numbers/container ids within at least one year. Each shipping container or pack bearing the label must have a unique serial number/container id. S, M, 4S and G for separate destinations must be differentiated from othersNote: it is permitted to use the lot number as a serial number/container id as long as both the requirements for serial number/container id & lot are met.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTPackage label number M an..9 5/5 3S Simple container (U.S.A.)Package label number M n..9 5/5 S Simple container (Europe)Transport label number M an..9 5/5 5S Mixed Pallet (U.S.A.)Transport label number M n..9 5/5 G Mixed Pallet (Europe)Transport label number M an..9 5/5 4S Master (U.S.A.)Transport label number M n..9 5/5 M Master (Europe)7.14 Product Batch/Lot number BlockThe batch/lot number shall be a unique number assigned by the supplier to a maximum pre-determined quantity of parts defined as a batch/lot.The exact definition of this max. predetermined qty is described in the purchase agreement between the trading partners.DATA ELEMENT NAME ST FT HG BC Remarks DATAELEMENTProduct batch/lot number M an..11 5/5 HQuality assured sign C an..3 7/5 On buyer’s request a Quality Assuredsign (AQP) must be added. It should belocated at the far right.7.15 Data IdentifiersData identifiers in bar coded information provide automated systems the ability to verify that the correct field on a label or within an electronic data interchange (EDI) transaction is being used. The data identifiers within AS 244 are based upon the existing standard used in the automotive industry (ANSI, Odette…) DI as implemented by Autoliv are provided in the following table:DataApplicable Region Associated Data DefinitionIdentifier15K North America (Autoliv RAN number)P North America,Item Identification Code assigned by CustomerEurope & ROW(Rest of World)Q North America,Quantity, Number of Pieces (numeric only)Europe & ROW3S North America Unique Package Identification assigned by Supplier(lowest level of packaging which has a package ID code) 4S North America Package Identification assigned by Supplier to masterpackaging containing like items on a single customerorder1T North America Traceability Number assigned by the Supplier toidentify/trace a unique group of entities (e.g., lot, batch,heat)Supplier Code assigned by CustomerV North America,Europe & ROWH Europe / ROW Traceability Number assigned by the Supplier toidentify/trace a unique group of entities (e.g., lot orbatch)M Europe / ROW Package Identification assigned by Supplier to masterpackaging containing one itemG Europe / ROW Package Identification assigned by Supplier to a mixedload packaging (containing several items)S Europe / ROW Unique Package Identification assigned by Supplier(lowest level of packaging which has a package ID code)8 Media Requirements8.1 LabelsThe size of the label shall be in accordance with the agreed format (seeappendix I). The format may, if required, be printed on larger paper. Shrinking the label to a smaller size is also allowed if the barcodes are still readable.The label paper shall be white in color with black printing.All labels shall be completely and securely adhered to their containers. Anycontainer which is relabeled shall have the preceding label removed orobliterated.Containers shall be marked with quick-drying permanent waterproof ink, which will withstand normal abrasion. All old labels should be removed.8.2 English MarkingsShipping containers shall be marked with the applicable information, in English, as required by the following subparagraphs, unless otherwise specified byAutoliv.8.3 Type of FontThe preferred font is Helvetica bold. The character sizes are defined for each field being part of the range (1.5, 2.5, 5.0, 7.0, 13.0 mm).8.4 Barcode SymbologyBar codes shall be the Code 39 symbology and shall conform to the following specifications.•Code ConfigurationThe three (3) characters ($, %, “,”) of the 3-of-9 symbology shall not be usedon the label.•Check DigitsCheck digits shall not be added to the bar codes or human readableinterpretation.•Code Density and DimensionsThe bar heights depend on the size of the label. For each bar code symbol,the narrow element (X) dimension range shall be from 0.33 – 0.43 mm. Theratio of the average width of the wide elements to the average width of thenarrow elements shall be 3:1. For optimum scanning, the leading and trailingquiet zone should be at least 6 mm. Intercharacter gap width should be thesame as the width of the average narrow elements, plus or minus theelement width tolerance.8.5 Barcode ReadabilityThe supplier is responsible for the readability of the barcodes. Barcodes areexpected to meet the requirements of the governing bodies (AIAG B10 andOdette).9 Label Location and Protection9.1 Label LocationEach box shall contain one label. Each pallet or stillage shall contain two labels placed on different sides of the pallet. It should always be possible to scan the labels.9.2 Label ProtectionLabel protection against moisture, weathering, abrasion, etc., may be required in harsh environments and is encouraged whenever practical. Laminates,sprays, window envelopes, and clear plastic pouches are examples of possible protection methods. In choosing any protection method, care should be taken to assure the protected labels meet reflectivity and contrast requirements and can be scanned with contact and non-contact devices.9.3 Protective Coating of LabelsIf needed, labels shall be waterproof by coating the entire outer surface of the label with waterproof lacquer, varnish, clear acrylic coating compound or label adhesive. Transparent tape is authorized for use on packs and related items.Pouches containing the label are allowed.9.4 Adhesives For Returnable ContainersAdhesives for returnable containers shall be removable type pressure sensitive adhesive based on synthetic elastomers featuring moderately high initial tack, good resistance to static shear, a high level of ultimate adhesive, and cleanremoveability.9.5 Adhesives For Expendable ContainersAdhesive types can be pressure sensitive or dry gummed as long as adherence to the package is assured and application is wrinkle free. If the specified label cannot be affixed to the package/container because of container size or design, special arrangements will be required.10 AppendicesThe labels shown in the appendices are examples only, exact data will vary by supplierAppendix A – Europe – OTLAppendix B – Europe – VDA (small)Appendix C – Europe – OPLAppendix D – Europe – Credit Card LabelAppendix E – Europe – B10Appendix F – U.S.A. – AIAG B10 (Container, Master, Mixed) Appendix G – U.S.A. – OTLAppendix H – Electronics – Credit Card LabelAppendix I – U.S.A. – OPLAppendix J – Label sizesAppendix K – USA – B10 2D PDF41711 Modification IndexVersion#Date/AuthorModification1.0 30.11.2000/D. v. DrielFirst version2.0 14.12.2001/D. v. Driel 4. Label Requirements: Autoliv requires an identification label for certain products … .8.1. Labels: All old labels should be removed.10. Attachments: U.S.A. – B10 With P.O. instead of RAN. Add text: the labels are shown are example only, exact data will vary by supplier.3.0 30.10.2002/A. Erdmark Cosmetic change, page 13, batch number 12 digits : 11 data characters + 1 DI (“or 2 DI” is removed).Add part no (human readable characters) to Europe credit card label page 16.Page 12,13 change data identifier field pack no. from “S” to “M”4.0 29.03.2006/S. Brawner Page 3: Section 1: “Guideline” changed to “standard “to implymandatory.Section 4:Updated list of products with individual labelsPage 5: Section 5: Shipping data, Block Order Reference change from M (Mandatory) to C (Conditional) with the note mandatory for US (RAN#).Page 8 : section 7.8: added reference to the origin of the part number Page 9: Section 7.13: Allow alphanumeric label serial number.Created 1 B10 label for ANAadded data ID relevant for Europe and ROWAdded text to state labels to conform to the region of thereceiving plant.Section 7.14: Changed to Batch/Lot number instead of just Batch or Lot number.Added section 7.15 for data identifier definition.Page 10: Data Identifier List addedPage 11: Section 8.5: “Barcodes are expected …. “ addedAll Appendices: modified block title of Part number (remove reference to revision letter)Appendix D: remove date to keep label conform to Odette standard4.1 19-Mar-2010/D.Anderson Page 5: Added fields Dock Code and Line Feed to the Cross-Dock section. Appendix F (Container): Reorganized sub-blocks and bar codes to meet the B-10 Guide. Increased the height of the Lot Number bar code to the minimum. Added two human readable fields: Dock Code and Line Feed. Appendix F (Master): Added pageAppendix F (Mixed): Added pageAppendix J: Adjusted dimensions4.2 26-Apr-2010/D.Andersson Appendix F (Container): Added note to Appendix F (Container): Implementation deadline for the 19-Mar-2010/4.1 version of the label is September 7, 2010.4.3 14-Jul-2011/D. Vincent Added Appendix K: USA – BI0 2D PDF417 version. Implementation 15th Aug-2011.Autoliv Inc. StandardPackage & Transport Label – AS 244AS 244 version 4.3 / 14-Jul-2011page 27 of 30Autoliv Inc. StandardPackage & Transport Label – AS 244AS 244 version 4.3 / 14-Jul-2011page 28 of 30Appendix J: Label sizesAutoliv Inc. StandardPackage & Transport Label – AS 244AS 244 version 4.3 / 14-Jul-2011page 29 of 30Appendix J: Label size84Sizes are not to scale for visibility purpose。
读书心得250字作文
读书心得250字作文读书心得250字作文1高尔基说过：“书是人类进步的阶梯。
”书，它可以使我们扩大视野、增长见识、丰富积累、提高素质，有着十分积极的意义。
读书最大的乐趣就是从中找到自己不知道的事情。
里面有少年时期的叛逆，美丽风景的描写，鲜为人知的秘密或故事，探索奥秘，还有给人鼓励的感人事迹。
读书是一种休闲。
烦闷时，读书可以解闷;当你劳累的时候，读上一本书，它使你的灵魂得带到了解脱，不再有了世俗的烦恼，融入了这本书的世界，体会其中的无限乐趣。
读书给人恬淡、宁静、心安理得的快乐，是名利、金钱不可取代的，书就像人类的精神营养剂，缺了它，生活必缺陷。
读书心得250字作文2今天，当我阅读《童年的馒头》后，我知道了母亲的疾苦，她们是多么的劳累呀!从我们刚出生起，从一个还不会说话的男孩到刚毅勇敢的少年男孩，哪一些不经历着风吹雨打的考验啊?对，是我们的母亲，她们每天都在辛辛苦苦地挣钱，养育我们长大成人，其实我们的父母最大的愿望就是有朝一日，盼我们成大器。
在时间的流逝中，我们是否体会到了母爱的伟大，所以我今后要多多报答母亲对我的养育之恩，俗话说：“滴水之恩，当涌泉相报。
”但我体会到了母爱的无私中透露着平凡，却又暗含着一些伟大。
母爱它就像一股暖流，渗入了我们的心肺，母爱它就像一副翅膀，带我们飞向高远的未来。
啊!多么伟大的母亲，它就像《童年里的馒头》一样呵护着我们!读书心得250字作文3今天读了冰心的一本诗词名著：《繁星春水》，内容很生动、有趣。
让我读后爱不释手，同时感到很奇妙，我最喜欢她写的：春天的早晨，怎样的可爱呢!融洽的风，飘扬的衣袖，静悄的心情。
真美! 在她的笔下把一切的事物，如繁星、春水写的是那样的美妙、生机勃勃。
仿佛把人带入梦幻般的境界。
话题作文繁星春水读后感300字(3篇)话题作文繁星春水读后感300字(3篇)。
还有我感觉到冰心对一些词的注重，如一些写母亲的一词句，更是感人，她把对母亲的深情深情的融入在她的笔下。
读书心得体会作文300字
读书心得体会作文300字读书心得体会作文300字汇总9篇读书心得体会作文300字篇1今天，我在家里看书，我家的书可多了，有《水浒传》、《三国演义》等等，还有许多唐诗背诵的书。
爸爸买唐诗的书品种至少有十多种，他还时常同我玩背唐诗的游戏。
爸爸给我买书是希望我多看书，这样可以增长知识丰富才干。
我一有空，就会选一两本来看，我最喜欢看的是《儿童漫画》，它里面有笑话、作文，还有朱德庸的漫画作品“绝对小孩”等。
《儿童漫画》发行的那几天，妈妈一下班回家我就问个不停，问《儿童漫画》是否已经拿来了，要是有，我就爱不释手，非常投入地去读它。
要是没有，我将会感觉到很失望的。
《儿童漫画》里知识非常丰富，很多小朋友都爱读。
读书，我要好好读书，读好书，长大后争取做一个有出息的人。
通过读书，我明白了一个道理“读书就像吃甘蔗，读得越多也就吃得越甜”。
读书心得体会作文300字篇2读了《一粒种子》之后我知道了为什么国王、富翁、商人和士兵都不能让种子发芽，而农夫却可以。
因为国王、富翁、商人和士兵，耕、锄、浇这三样都没有做到，而农夫耕、锄、浇这三样都做到了，种子开花了，农夫身上都是香味。
我从《一粒种子》这个故事中得到了启示。
就是要勤劳的耕、锄、浇这样才能让花开放，如果没有做到花就不会开放，就像国王、富翁、商人和士兵一样，种了几年种子都没有发芽。
我作为一个小学生，我觉得我们真正需要的是勤奋，只要勤奋的帮种子耕、锄、浇。
只要把这三样一件不剩的全部都做到了，就行了。
农夫就做到了，种子开花了，每个路过的人只要看一下花，身上就有香味，带着和平和微笑，那是多么美好的事情。
如果是我。
我也会像农夫一样，每天帮种子耕、锄、浇让种子开花，让每个人带着和平和微笑回家的。
读书心得体会作文300字篇3“丢弃了不离不弃黄金琐，忘记了莫失莫忘通灵玉”，好一个多情潇洒的贾宝玉，娇嫩多病的林黛玉，塑造了一个发生在清朝封建家庭的动人爱情悲剧。
作者曹雪芹通过《红楼梦》，揭示了当时封建社会的黑暗，也表达了他的不满与愤怒。
时代少年团二专单封小卡汇总
时代少年团二专单封小卡汇总1.引言1.1 概述时代少年团二专单封小卡汇总是一个关于时代少年团二专单封小卡的全面总结和汇集。
时代少年团作为一支备受瞩目的男子演唱团体，其专辑和音乐作品一直备受粉丝们的热爱与支持。
而封小卡，则是这些专辑中的一种特殊形式。
在这篇长文中，我们将对时代少年团二专单中的所有封小卡进行概述和综合分析。
通过对时代少年团二专单封小卡的全面梳理，我们可以更好地了解每个封小卡的设计风格、主题以及所传达的意义。
这些封小卡往往以精美的图案和富有创意的设计吸引了粉丝们的眼球。
它们不仅仅是一张印刷品，更是时代少年团音乐作品的一种延伸和表达。
每张封小卡都有自己独特的风格和主题，通过图案和文字的组合，表达了不同的情感和内涵。
在这篇长文中，我们将详细介绍每个封小卡的设计特点和背后的故事。
通过对封小卡的分析，我们可以更好地理解时代少年团的音乐理念和创作风格。
同时，我们也将探讨封小卡在时代少年团宣传和推广中的作用。
封小卡作为专辑的重要组成部分，不仅仅是一种装饰，更是一种向粉丝们传达情感和情感的方式。
它们的存在为专辑增添了一种独特的艺术价值和品味。
通过这篇长文，我们希望能够为粉丝们进一步深入了解时代少年团二专单封小卡提供资料和参考。
同时，我们也将讨论封小卡的发展趋势和可能的未来演变。
随着时代少年团音乐作品的持续推出，封小卡的设计和内容也将不断更新和创新。
我们将展望未来封小卡在音乐推广和粉丝互动中的更大潜力和发展空间。
总而言之，时代少年团二专单封小卡汇总是一篇对时代少年团音乐专辑中封小卡的全面总结和分析。
通过综合梳理每个封小卡的设计风格和意义，我们可以更好地理解时代少年团的音乐理念和创作风格。
同时，我们也将展望封小卡未来的发展趋势和可能的创新。
希望这篇长文能够为时代少年团的粉丝们提供深入了解和探索的机会。
1.2文章结构1.2 文章结构:本文主要分为三个部分，即引言、正文和结论。
在引言部分，我将对整篇文章进行一个概述，说明本文主要讨论的内容以及所使用的论证和分析方法。
粉色钻石鉴定方法
粉色钻石鉴定方法
嘿，朋友们！今天咱来聊聊那迷人又稀罕的粉色钻石鉴定方法呀！
你说这粉色钻石，那可真是宝贝中的宝贝呀！就好像夜空中最闪亮的星星，一下子就抓住了你的心。
那粉嫩嫩的颜色，多招人喜欢呀！但咱可得知道怎么分辨真假，可不能被那些坏家伙给骗了呀！
先看看颜色呗！真正的粉色钻石，那颜色可不是随随便便的粉，而是有一种特别的韵味，就像春天里最娇艳的花朵的颜色，自然又迷人。
要是那颜色看着怪怪的，过于鲜艳或者暗淡，那你可得多个心眼啦！
再摸摸它的质感呀！好的粉色钻石摸起来光滑细腻，就像丝绸一样。
要是感觉糙糙的，那肯定不对劲呀！这就好比你摸一块上等的布料和一块粗糙的麻袋，那差别能不大嘛！
还有切工也很重要呢！好的切工能让钻石更加闪耀，火彩四溢。
你想想，就像一个优秀的舞者，在舞台上尽情展现自己的魅力。
如果切工不好，那可就像一个没睡醒的人在跳舞，毫无光彩可言呀！
咱再说说净度。
这就像人的心灵一样，纯净的当然更好啦！要是里面有很多杂质呀，那可就大打折扣了。
哎呀，你想想，要是你花了大价钱买了个假的或者品质不好的粉色钻石，那得多郁闷呀！这可不像买个普通东西，能随便将就。
所以咱可得瞪大了眼睛，仔细分辨。
你说这粉色钻石鉴定是不是挺有意思的？就像一场侦探游戏，我们要找出那个真正的宝贝。
别嫌麻烦，这可是为了咱自己的宝贝和钱包着想呀！咱可不能让那些不良商家得逞，对吧？
总之，鉴定粉色钻石可得用心，多看看，多摸摸，多比较。
相信自己的眼睛和感觉，别轻易被那些花言巧语给骗了。
咱要做个聪明的买家，把那最美的粉色钻石带回家，让它成为我们的骄傲和珍爱！这就是我想说的，大家可都记住了没呀！。
时代少年团理想之徒卡册购买须知
时代少年团理想之徒卡册购买须知
摘要：
1.时代少年团理想之徒卡册简介
2.卡册购买渠道和价格
3.购买卡册的注意事项
4.卡册的保修和售后服务
正文：
【时代少年团理想之徒卡册简介】
时代少年团理想之徒卡册是一款专为时代少年团粉丝打造的卡册，其中包含了时代少年团成员的精美照片和励志名言。
这款卡册不仅具有收藏价值，还能激励粉丝积极向上，追求自己的理想。
【卡册购买渠道和价格】
时代少年团理想之徒卡册可以在官方商城和指定实体店购买。
官方商城的价格为每册99 元，指定实体店的价格可能会有所不同。
请各位粉丝在购买时注意选择正规渠道，避免购买到假冒产品。
【购买卡册的注意事项】
1.请在购买前仔细阅读商品描述和评价，确保购买的卡册符合自己的期待。
2.购买卡册时请务必留下正确的收货地址和联系方式，以便我们能及时为您发货。
3.如有疑问，请及时联系卖家，我们会竭诚为您解答。
【卡册的保修和售后服务】
我们承诺，所有销售的时代少年团理想之徒卡册均为正品，并提供以下售后服务：
1.卡册自购买之日起，非人为损坏的情况下，享受7 天无理由退换货服务。
2.如出现质量问题，请在收到商品后24 小时内联系卖家，我们将尽快为您安排换货。
3.售后服务联系方式：请在官方商城或指定实体店购买页面查找售后服务联系方式。
读书心得体会作文300字合集十篇
Only action can add strength to life.（页眉可删）读书心得体会作文300字合集十篇读书心得体会作文300字篇1读书破万卷，下笔如有神。
读书百遍。
这句话充分说明了读书的重要性。
有人不爱读书，把读书当作一种痛苦；有人酷爱读书，读起来都会忘记时间。
其实读书是一种乐趣，是一种享受。
《恐龙王国大百科》这本书让我惊奇不已，最大的是阿根廷龙，最小的是细鳄龙；非常笨的剑龙和很聪明的伤齿龙……《大侦探小卡莱》这本书中的主角小卡莱是个大侦探。
他从不放过可疑之处，但是有时他仔细过头了。
一次他看见窗台上有一些血迹，就以为是杀人案，又仔细观察了3天3夜，最终查出是一个人划破了流出的一些血。
看到这儿，我不禁捧腹大笑。
我还读了很多书，有《三国演义》《水浒传》《西游记》……我很爱读书。
有一次，妈妈出去了，叫我在家做作业。
妈妈前脚出门，我就拿起书如饥似渴地看起来。
时间似流水，直到妈妈回来我依然在看书，作业一字不动，被妈妈臭骂了一顿。
当你遨游在书海里时，你会忘记一切，把自己当做书中的人物。
读书心得体会作文300字篇2我很喜欢读书，因为书可以让我们得到很多知识，可以让我们进步，还可以让我们变得高尚。
我觉得读的书也要有选择，可以读有益的、有价值的书。
如果读一些漫画类的书，不但里面的话都不好，而且更不能学到知识。
读书时，我会先把这篇__通读一遍，把自己不会的字上面标上拼音。
然后再认真读一遍，把整篇__读懂，要知道这篇__讲的是什么，给我们揭示什么道理。
接着用笔把这篇__描写生动的地方和好词好句都用直线画下来，再抄到本子上，以后写作文可以运用上。
干完这些事后，我可以在没事的时候翻一翻、看一看。
我觉得读书时间也比较重要，我可以没事的时候读，这样可以让我的生活更充实。
或者睡觉前读，这样明天可以记得很清楚。
总之，我觉得读一本好书、有读书的好习惯、还要合理分配时间读书是最重要的。
我喜欢读书。
读书心得体会作文300字篇3我是一个“小书虫”只要有时，就会像着了魔似的，一头扎进书的海洋里，津津有味的读起书来。
读书心得体会作文300字集锦八篇
读书心得体会作文300字当看完一本著作后，大家心中一定有不少感悟，不能光会读哦，写一篇读书心得吧。
为了让您不再为写读书心得头疼，下面是小编帮大家整理的读书心得体会作文300字8篇，供大家参考借鉴，希望可以帮助到有需要的朋友。
读书心得体会作文300字篇1拥有了书籍，就拥有了知识；拥有了知识，就拥有了智慧；拥有了智慧就拥有了力量。
这就是我对书藉的看法。
我读了《七颗钻石》觉得文中那个小姑娘很伟大，她有一颗钻石一般的爱心，在生与死面前，她能把生的希望留给他人，也正是因为她的爱心感动了上天，这个美丽的传说留给了我们。
它使我深深地体会到，爱是世界上最有力量的东西，爱能改变一切。
比如《和时间赛跑》这篇文章告诉了我们时间不等人这个道理，还告诉我们以深刻的启示；虽然“光阴似箭，日月如梭，“虽然，所有时间里的事物过去就永远不会回来了，但是，假若你一直和时间赛跑，你就习以成功。
还有《她是我的朋友》这篇文章告诉了我们人间有无私的奉献，就像阮恒那样虽然自己觉得献血会死，但他还是选择了献血。
可见，朋友在阮恒心中是多么重要，阮恒侍人真诚，无私助人的品质值得让我们每一个人学习。
总之在这一个学期里我学到了许多知识，还告诉了我们一个道理，知识是人类的海洋，我们一定要珍惜它，拥有它。
这样走遍世界都不怕。
读书心得体会作文300字篇2我觉得一本好书，蕴含着丰富的知识和美好的情感。
阅读一本好书，就是跨越时间和空间。
同睿智而高尚的人对话，这是多么美妙的事情啊。
古今中外有成就的人，都喜欢阅读，并善于从书中汲取营养，从而走上了成功之路。
一本你喜爱的书就是一位朋友，也是你一处想去就去的故地。
一本你喜爱的书就是一位良师，也是一位可以倾心交谈的知己。
没有一艘非凡的战舰，能像一册书，把我们带到浩瀚的天地。
没有一匹神奇的骏马，能像一首诗，带我们领略人世间的真谛。
俗话说，活到老学到老。
那些作家，文学家知识渊博，但还是努力的读书。
读过一本好书，像交了一个益友。
河南教育厅
河南省教育厅教电教〔2016〕722号河南省教育厅关于公布第三届全省教育信息化应用优秀成果评选结果的通知各省辖市、直管县（市）教育局，各高等学校，厅直属各中等职业学校、实验学校：根据我厅《关于举办第三届全省教育信息化应用优秀成果评选活动的通知》（教电教〔2016〕319号），在各地教育部门积极组织、层层评选推荐的基础上，经我厅组织专家评审，共评出获奖优秀成果716个，其中，优秀论文193篇，信息技术与课程融合优质课420节，优秀教育电视节目类103个。
希望获奖教师总结经验，再创佳绩；全省广大教师也应再接再厉，刻苦钻研，努力培养教育信息化素养，提高教育教学水平。
—1—附件：2016年第三届全省教育信息化应用优秀成果获奖情况2016年9月6日—2—附件2016年第三届全省教育信息化应用优秀成果获奖情况一、信息技术与课程融合优质课证书编号获奖等次优质课名称授课教师单位指导教师豫教〔2016〕18563号一等奖画风王聪驻马店市第十小学庞春红豫教〔2016〕18564号一等奖看书李玉华鹤壁市第四小学郭爱军豫教〔2016〕18565号一等奖荷花姬婷婷许昌市文化街小学张育红豫教〔2016〕18566号一等奖雨后的森林贾丽娜鹤壁市第四小学郭爱军豫教〔2016〕18567号一等奖倾斜的伞吴黎霞信阳市胜利路学校张孝成豫教〔2016〕18568号一等奖语言活动藏在哪里了李亚开封市群英幼儿园李亚豫教〔2016〕18569号一等奖蒲公英的梦涂雨信阳市第十三小学葛敏豫教〔2016〕18570号一等奖咏华山庞薇河南省实验小学苏霞豫教〔2016〕18571号一等奖雨铃铛王军豪长垣县芦岗培森小学张春莲豫教〔2016〕18572号一等奖笋芽儿孙素敏开封市马市街小学豫教〔2016〕18573号一等奖鸭子和白兔请客高俊贤洛阳市龙门第五小学张继峰豫教〔2016〕18574号一等奖生活中常见的盐乔明明焦作市万方中学赵满喜豫教〔2016〕18575号一等奖玩转电磁铁（二）毋苗苗焦作市山阳区焦东路小学原杰豫教〔2016〕18576号一等奖Why do you like pandas?黄德怀河南省实验中学黄德怀—3—豫教〔2016〕18577号一等奖犟龟张凯开封市实验幼儿园豫教〔2016〕18578号一等奖手捧空花盆的孩子李笑雅洛阳市洛龙区龙盛小学豫教〔2016〕18579号一等奖找不到快乐的波斯猫付丽鹤壁市山城区第六小学崔丽雪豫教〔2016〕18580号一等奖春天真好牛伟丽平顶山高新技术产业开发区第一小学杨光甫豫教〔2016〕18581号一等奖乡村四月冯耀庭济源市天坛潘村小学豫教〔2016〕18582号一等奖棉花姑娘黄玉英开封市通话县育英小学黄玉英豫教〔2016〕18583号一等奖归园田居（其一）杨付有许昌实验中学侯芳豫教〔2016〕18584号一等奖写出事件的波澜杨青山信阳高中余祖海豫教〔2016〕18585号一等奖征友启事彭雪梅信阳商城县第三小学李梅豫教〔2016〕18586号一等奖放小鸟刘程元河南省实验小学张琳豫教〔2016〕18587号一等奖绘本故事中的反复张萍长垣县直实验小学姬利梅豫教〔2016〕18588号一等奖小路的减法邹英信阳罗山县城关镇西街小学李玉宏豫教〔2016〕18589号一等奖小雨沙沙安静平顶山市新华区体育路小学王伟豫教〔2016〕18590号一等奖望大陆王晓兵洛阳市新安县学林小学张丽娟豫教〔2016〕18591号一等奖乡村四月曹霞漯河小学豫教〔2016〕18592号一等奖数学藏藏乐任贝妮开封市教育幼儿园豫教〔2016〕18593号一等奖The Attributive Clause丁文杰河南省实验中学豫教〔2016〕18594号一等奖合欢树马宗慧平顶山市郏县第一高级中学王晓红豫教〔2016〕18595号一等奖书香琴韵解心忧宋红莉郑州44中顾宇燕—4—豫教〔2016〕18596号一等奖青山不老赵冬青中牟县官渡路小学校东平豫教〔2016〕18597号一等奖葡萄沟杨丽郑州经济技术开发区朝凤路小学李文利豫教〔2016〕18598号一等奖圆明园的毁灭和江彬郑州大学实验小学王明霞豫教〔2016〕18599号一等奖家赵晓娜郑州市郑东新区心怡路小学拜然豫教〔2016〕18600号一等奖体积和体积单位黄锐郑州市中原区航西小学豫教〔2016〕18601号一等奖吆喝王萍焦作市第十七中学位会娟豫教〔2016〕18602号一等奖黃河颂郑艳玲长垣县蒲北中心校李凤云豫教〔2016〕18603号一等奖丑小鸭支慧开封市县街小学豫教〔2016〕18604号一等奖学步崔庆玲长垣县凯杰学校王云芳豫教〔2016〕18605号一等奖坐井观天王雪梅焦作市塔南路小学梅素霞豫教〔2016〕18606号一等奖成语识字郝华英新乡市红旗区世青国际学校豫教〔2016〕18607号一等奖识字6席肖敬河南省实验小学苏霞豫教〔2016〕18608号一等奖找不到快乐的波斯猫许华茹驻马店市西平县焦庄大王庄小学豫教〔2016〕18609号一等奖坐井观天耿继玲鹤壁市淇滨区福源小学刘振威豫教〔2016〕18610号一等奖金孔雀轻轻跳万方辉平顶山市叶县第四小学王辰杰豫教〔2016〕18611号一等奖赏樱花赵瑜鹤壁市实验学校牛庆莉豫教〔2016〕18612号一等奖可贵的沉默钮辉漯河市实验小学豫教〔2016〕18613号一等奖生命生命赵凤琴焦作市山阳区解放东路第一小学武利霞豫教〔2016〕18614号一等奖雨的形成马倩华新乡市牧野区教文体局教研室侯瑞丽—5—豫教〔2016〕18615号一等奖血液循环王梦丽长垣县凯杰学校尚林芝豫教〔2016〕18616号一等奖Beauty in common things张惠贞河南省实验中学豫教〔2016〕18617号一等奖Teaching plan of the attributive clause afterprepositions in Unit5book2孔春华河南省实验中学豫教〔2016〕18618号一等奖Are you feeling bored姜妍霞漯河小学豫教〔2016〕18619号一等奖自定义动画—路径类宋珊珊平顶山市特殊教育学校张晓东豫教〔2016〕18620号一等奖一个小村庄的故事李晓芳漯河市郾城区伊坪小学王朝霞豫教〔2016〕18621号一等奖杨氏之子刘跃红焦作市解放区幸福街小学张翠豫教〔2016〕18622号一等奖三顾茅庐秦伟峰河南省实验小学刘程元豫教〔2016〕18623号一等奖自然之道娄芳萍通许县练城乡彪岗小学娄芳萍豫教〔2016〕18624号一等奖小圆点的魅力朱微新蔡县月亮湾小学苏振豫教〔2016〕18625号一等奖我们身边的线条常讴东济源市沁园中心校豫教〔2016〕18626号一等奖生活中的色彩—色彩的联想郭晓丽洛阳市老城区坛角小学豫教〔2016〕18627号一等奖认识社会与价值选择杜锐敏鹿邑一高豫教〔2016〕18628号一等奖一次函数的图像和性质孙坤鹿邑县张店中心校豫教〔2016〕18629号一等奖比例的意义和基本性质郭秋霞平顶山市新华区新鹰小学张大勇豫教〔2016〕18630号一等奖平行线判定和性质孔静济源市沁园中学豫教〔2016〕18631号一等奖Book I Unit3lesson3鲁秋峰平顶山市鲁山县第一高级中学徐茹娟豫教〔2016〕18632号一等奖We will have a class fashion show.王明珍新蔡县现代双语实验学校姚宇阳豫教〔2016〕18633号一等奖Unit5Why do you like pandas?高志鹃鹤壁市实验学校—6—豫教〔2016〕18634号一等奖场景的定义与构成要素徐春玲河南工业大学豫教〔2016〕18635号一等奖欧姆定律王晶永城市第五初级中学李颖豫教〔2016〕18636号一等奖运动电荷在磁场中受到的力张博许昌市第三高级中学孙颜军豫教〔2016〕18637号一等奖怎样正确演唱儿歌——以儿歌弹唱《讲卫生》为例韩姼姼郑州幼儿师范高等专科学校豫教〔2016〕18638号一等奖伴随着你章晶金洛阳市嵩县车村镇第二初级中学吴琳豫教〔2016〕18639号一等奖综合性学习：黄河·母亲河李荣华永城市实验中学莫琳豫教〔2016〕18640号一等奖七颗钻石李军超平顶山市宝丰县山河路小学朱宏亮豫教〔2016〕18641号一等奖土地的誓言潘振永城市第一初级中学黄秀玲豫教〔2016〕18642号一等奖狼母郑凯永城市第五初级中学聂鹏程豫教〔2016〕18643号一等奖滥竽充数苏婕鹤壁市鹤翔小学豫教〔2016〕18644号一等奖江城子·密州出猎苏涛永城市第六初级中学周秀云豫教〔2016〕18645号一等奖黄河的主人李珍永城市第一小学菅淑琴豫教〔2016〕18646号一等奖一夜的工作孙敏鹿邑县唐集中心小学豫教〔2016〕18647号一等奖购买上帝的男孩肖琳永城市第一小学肖秋云豫教〔2016〕18648号一等奖甜甜的泥土马存友新蔡县今是中学李晓宇豫教〔2016〕18649号一等奖最棒的玉米郭晓娜汝州市临汝镇回民小学王恩典豫教〔2016〕18650号一等奖出塞曹万莉永城市第九小学张艳豫教〔2016〕18651号一等奖船长刘桃玲洛阳市涧西区教育局彭桂梅豫教〔2016〕18652号一等奖三峡情李慧杰平顶山市湛河区实验小学梁文涛—7—豫教〔2016〕18653号一等奖创业的关键要素王云涛河南工业大学豫教〔2016〕18654号一等奖How do you get to school？张永丽郑州市第77中学陈金瑞豫教〔2016〕18655号一等奖细菌常建伟鹤壁市第二中学豫教〔2016〕18656号一等奖鸟的天堂张清友鹤壁市山城区第六小学豫教〔2016〕18657号二等奖猴子种树席亚荣驻马店市西平县柏亭朱洪小学豫教〔2016〕18658号二等奖七律·长征樊俊巧汝州市汝南街道办事处余堂小学豫教〔2016〕18659号二等奖桂林山水赵小婷洛阳市宜阳县韩城镇赵小婷豫教〔2016〕18660号二等奖五彩池李秋驻马店市西平县柏城邵庄小学豫教〔2016〕18661号二等奖七律•长征介红玉洛阳市新安县学紫苑小学张小卡豫教〔2016〕18662号二等奖搭石李彦芹漯河小学豫教〔2016〕18663号二等奖狼李霄飞开封市第十三中学豫教〔2016〕18664号二等奖春雨的色彩刘俊艳卫辉市实验小学豫教〔2016〕18665号二等奖桥陈绍丽焦作市武陟县育英实验小学刘小芬豫教〔2016〕18666号二等奖猴子种树李会鹤壁市湘江小学梁敏豫教〔2016〕18667号二等奖三个儿子成剑霞济源市承留北勋小学李萍豫教〔2016〕18668号二等奖三个儿子杨二苗许昌市文化街小学樊宏慧豫教〔2016〕18669号二等奖动手做做看孙雅娜漯河市郾城区西南街小学春海军豫教〔2016〕18670号二等奖小树摇张凯驻马店市西平县焦庄管庄小学豫教〔2016〕18671号二等奖自己的花是让别人看的王朝霞源汇区泰山中路小学—8—豫教〔2016〕18672号二等奖鸟的生殖和发育齐秋梅焦作市第十七中学史新华豫教〔2016〕18673号二等奖陶罐和铁罐刘金苗登封市书院河路小学高瑞红豫教〔2016〕18674号二等奖念奴娇赤壁怀古李红利郑州市第一中学王惠明豫教〔2016〕18675号二等奖一个小村庄的故事焦素楼登封市书院河路小学程丽平豫教〔2016〕18676号二等奖艺术照设计朱贺郑州市盲聋哑学校王宝环豫教〔2016〕18677号二等奖It's raining!王志华郑州市68中学张玲菊豫教〔2016〕18678号二等奖比的意义石宇霞郑州市管城回族区创新街小学马宇豫教〔2016〕18679号二等奖探究种子萌发的环境条件刘杰郑州八中岳春成豫教〔2016〕18680号二等奖还鱼儿一个美丽的家刘颖郑州市二七区京广路小学王晶晶豫教〔2016〕18681号二等奖乃哟乃郭丽丽登封市书院河路小学高瑞红豫教〔2016〕18682号二等奖端午的鸭蛋张艳平郑州八中岳春成豫教〔2016〕18683号二等奖Could you please tell me where the restroomsare?杨瑞娟郑州枫杨外国语学校豫教〔2016〕18684号二等奖古典概型崔姗姗郑州市第十九中学吴红梅豫教〔2016〕18685号二等奖原地运球张亮济源市北海李庄小学史方丽豫教〔2016〕18686号二等奖My School(Fun Time)苏惠芳河南省实验学校郑东小学王萍豫教〔2016〕18687号二等奖Let’s celebrate!时培育平顶山市第十一中学赵雨豫教〔2016〕18688号二等奖Is he your brother?陈思倩开封市县街小学吴彩霞豫教〔2016〕18689号二等奖Units Topic1sectionA胡留杰驻马店市正阳县王勿桥中心学校豫教〔2016〕18690号二等奖多姿的“拉伸”和“扭曲”张丽娜焦作市东环小学张海涛—9—豫教〔2016〕18691号二等奖信任沈翠红长垣县直实验小学殷永萍豫教〔2016〕18692号二等奖闻官军收河南河北王素贞漯河小学豫教〔2016〕18693号二等奖背影沈菲菲开封市第十三中学豫教〔2016〕18694号二等奖葡萄沟贾爱萍杞县城关镇南关小学豫教〔2016〕18695号二等奖韦德的心愿樊高利汝州市王寨乡胡庄小学豫教〔2016〕18696号二等奖和田的维吾尔人杨慧芳济源市河苑街小学豫教〔2016〕18697号二等奖沁园春雪王维群驻马店市西平县第一中学李文理豫教〔2016〕18698号二等奖孙权劝学于佳佳平顶山市第四十一中学张俊伟豫教〔2016〕18699号二等奖惊弓之鸟马向芹杞县大同小学豫教〔2016〕18700号二等奖狼靳小丽汝州市米庙镇第三初级中学豫教〔2016〕18701号二等奖七颗钻古仝星星滑县半坡店乡第一初中王淑变豫教〔2016〕18702号二等奖爱发脾气的孩子胡伟伟鹤壁市淇滨小学田慧豫教〔2016〕18703号二等奖风陈敏超鹤壁市淇滨区明达小学杨志娟豫教〔2016〕18704号二等奖快乐的小青蛙石月新洛阳市偃师市实验小学王利红豫教〔2016〕18705号二等奖不用嗓子的歌手杨巧莲信阳商城县实验小学彭雪梅豫教〔2016〕18706号二等奖音乐巨人贝多芬尹枝荣信阳息县张陶中学唐迟豫教〔2016〕18707号二等奖习作-看图写一段话邹静许昌市毓秀路小学王晓会豫教〔2016〕18708号二等奖十年后的礼物刘锦灵周口市太康县第二实验小学谢海英豫教〔2016〕18709号二等奖乡愁王叶苗鹿邑县实验中学—10—豫教〔2016〕18710号二等奖安塞腰鼓曹国辉长垣县一中初中部王卫民豫教〔2016〕18711号二等奖乡愁张道荣驻马店市正阳县彭桥乡中心学校豫教〔2016〕18712号二等奖水的净化苏国宏鹤壁市第四中学豫教〔2016〕18713号二等奖社会主义制度的确立韩超焦作市23中薛海霞豫教〔2016〕18714号二等奖植物的有性生殖李焕青洛阳市东升第三中学豫教〔2016〕18715号二等奖精卵结合孕育新的生命路晓芳平顶山市第十五中学张建军豫教〔2016〕18716号二等奖两端都栽的植树问题李玲莉南阳市油田实验小学杨建领豫教〔2016〕18717号二等奖太极拳理论与实践课程赵蕾河南工业大学豫教〔2016〕18718号二等奖排球教学与信息化的运用李向阳漯河小学豫教〔2016〕18719号二等奖lesson3Body Language许稳驻马店第二高中豫教〔2016〕18720号二等奖what can you do?王佳琼许昌市兴华路小学张慧君豫教〔2016〕18721号二等奖Don't eat in class周文茜开封市化建中学豫教〔2016〕18722号二等奖自定义动画赵培许昌市第六中学韩俊超豫教〔2016〕18723号二等奖故都的秋吴晓丽平顶山市鲁山县第一高级中学丁明照豫教〔2016〕18724号二等奖乡下人家王秋波河南理工大学附属小学窦艳莉豫教〔2016〕18725号二等奖莲叶青青彭伟娜洛阳市宜阳县高村乡王沟小学豫教〔2016〕18726号二等奖定风波李献利辉县市二中李学文豫教〔2016〕18727号二等奖绿手指亓要锋汝州市纸坊镇车渠小学豫教〔2016〕18728号二等奖马说李若虹新蔡县月亮湾中学—11—豫教〔2016〕18729号二等奖花是种给别人看的桂春梅平顶山市石龙区第三中学杨照东豫教〔2016〕18730号二等奖少年闰土王倩鹤壁市湘江小学梁敏豫教〔2016〕18731号二等奖音乐巨人贝多芬周洪强洛阳市宜阳县莲庄镇前进西区学校豫教〔2016〕18732号二等奖花是种给别人看的安慧晓平顶山市湛河区锦绣小学熊振需豫教〔2016〕18733号二等奖找春天刘晓娟焦作市城乡一体化示范区宁郭镇宁郭小学邱青霞豫教〔2016〕18734号二等奖幽径悲剧王培鹤壁市淇滨区鹿鸣中学冯亮豫教〔2016〕18735号二等奖丑小鸭关晓琪平顶山市湛河区东风路小学唐喜梅豫教〔2016〕18736号二等奖渔歌子安申景驻马店市上蔡县华陂镇华南小学豫教〔2016〕18737号二等奖二氧化碳与氢氧化钠反应的探究王健霞焦作市第二十三中学廖利萍豫教〔2016〕18738号二等奖制造平衡杨思泉济源市邵原金沟小学翟建华豫教〔2016〕18739号二等奖广而告之宋涛焦作市修武县第二实验中学宰焕芳豫教〔2016〕18740号二等奖课程图标设计李杉开封市西门大街小学豫教〔2016〕18741号二等奖我们为什么需要工匠精神鄢雪丽河南机电职业学院涂凯迪豫教〔2016〕18742号二等奖黑夜密语武乐开封实验幼儿园豫教〔2016〕18743号二等奖输血与血型侯飞洛阳市第四十四中学豫教〔2016〕18744号二等奖两栖动物的生殖和发育刘艺晶焦作市23中赵晓旗豫教〔2016〕18745号二等奖人的性别决定李颖洛阳市实验中学杜松坤豫教〔2016〕18746号二等奖包装的学问王凤河南省实验小学崔海涛豫教〔2016〕18747号二等奖中位数和众数许小丹许昌市电化教育馆李留军—12—豫教〔2016〕18748号二等奖综合与实践数学活动课《黄金分割》代慧枢开封市集英中学豫教〔2016〕18749号二等奖篮球实战技术-体前变向换手运球王凯河南工业大学豫教〔2016〕18750号二等奖Mocky's Store王宇凯河南省实验小学豫教〔2016〕18751号二等奖lesson1mocky's Birthday黄璜邓州市致远实验学校豫教〔2016〕18752号二等奖Little Rabbit李丹河南省实验小学刘永琴豫教〔2016〕18753号二等奖I have a pet.潘培许昌市古槐街小学桑向红豫教〔2016〕18754号二等奖Seasons Story Time苏惠芳河南省实验小学孟江涛豫教〔2016〕18755号二等奖光的折射赵志刚焦作市万方中学任晓辉豫教〔2016〕18756号二等奖制作课程表王利品开封市集英中学李建帮豫教〔2016〕18757号二等奖小羊肖恩阮姣姣开封市教育幼儿园豫教〔2016〕18758号二等奖百鸟朝凤闫劲松新县高级中学豫教〔2016〕18759号二等奖数高楼刘利利开封市群英幼儿园刘利利豫教〔2016〕18760号二等奖花的勇气管海莉滑县王庄镇新集中心小学王天良豫教〔2016〕18761号二等奖湖心亭看雪杨艳蕊平顶山市育才中学张婷豫教〔2016〕18762号二等奖刘三姐刘云洛阳市涧西区周山路小学韩怀珍豫教〔2016〕18763号二等奖小数的大小比较于璐漯河市源汇区许慎小学豫教〔2016〕18764号二等奖平移和旋转吴镜河南省实验小学姜现伟豫教〔2016〕18765号二等奖可能性荆晓光舞阳县第一实验小学豫教〔2016〕18766号二等奖游园不值岳利伟长垣县常村镇高村小学侯世慧—13—豫教〔2016〕18767号二等奖真理诞生于一百个问号之后庞琦漯河市实验小学豫教〔2016〕18768号二等奖异分母分数加减法刘玉梅南阳油田实验小学李玲莉豫教〔2016〕18769号二等奖分数的简单应用李邵杰洛阳高新技术产业开发区实验小学豫教〔2016〕18770号二等奖大自然的语言王利利长垣县凯杰学校杜静泓豫教〔2016〕18771号二等奖作文拟题技巧禹璐新蔡县二高豫教〔2016〕18772号二等奖图形的放大和缩小刘杨河南省实验小学姜现伟豫教〔2016〕18773号二等奖珍珠鸟白亚姣平顶山市郏县新世纪小学李小平豫教〔2016〕18774号二等奖探索图形---露在外面的面何红霞许昌实验小学查琸珩豫教〔2016〕18775号二等奖岳阳楼记徐琳获嘉县史庄镇第二初级中学冯建军豫教〔2016〕18776号二等奖平行四边形的性质袁慧焦作市山阳区教育局史新华豫教〔2016〕18777号二等奖辛亥革命侯荷婷洛阳市第一高级中学豫教〔2016〕18778号二等奖词组的输入刘芳芳漯河小学豫教〔2016〕18779号二等奖鸦片战争康佳丽平顶山市鲁山县第一高级中学程相文豫教〔2016〕18780号二等奖美国南北战争何艳玲永城市实验中学胡英豫教〔2016〕18781号二等奖手形的联想冯晓阁汝州市临汝镇回民小学王恩典豫教〔2016〕18782号二等奖左右杨梅新蔡县十里铺中心小学苏振豫教〔2016〕18783号二等奖课桌有多长梅永叶新蔡县十里铺中心小学李晓宇豫教〔2016〕18784号二等奖幂函数胡正波汝州市实验中学豫教〔2016〕18785号二等奖随机事件高建设永城市第六初级中学任振宇—14—豫教〔2016〕18786号二等奖分式的乘除国庆文永城市第五初级中学余辉豫教〔2016〕18787号二等奖平均数夏淑云永城市第六小学张士贤豫教〔2016〕18788号二等奖Topic1I have a small nose sectionA梁丽固始县城郊乡第一初级中学刘敏豫教〔2016〕18789号二等奖Body Language丁淑群永城市高级中学赵丽豫教〔2016〕18790号二等奖how do you get to school?》关永雅鹿吧县老君台中学豫教〔2016〕18791号二等奖饮酒吴梅鹿邑县西城中学豫教〔2016〕18792号二等奖古诗词鉴赏薛彩英鹿邑县西城中学豫教〔2016〕18793号二等奖小石潭记岳芳永城市第三初级中学郭亚伟豫教〔2016〕18794号二等奖马说李翠玲永城市第六初级中学张世金豫教〔2016〕18795号二等奖自然之道王妞鹿邑县马铺中心校豫教〔2016〕18796号二等奖晓出净慈寺送林子方徐喜云永城市第五小学陈艳华豫教〔2016〕18797号二等奖歌唱二小放牛郎姬月侠永城市第八小学刘春耕豫教〔2016〕18798号二等奖高考复习图文转换之徽标王慧星鹿邑一高豫教〔2016〕18799号二等奖游戏作文张党稳汝州市纸坊镇韩楼小学豫教〔2016〕18800号二等奖天上偷来的火种翟晓燕永城市第九小学余丽豫教〔2016〕18801号二等奖完形填空—词汇的使用张宁华商水县第二高级中学靳高峰豫教〔2016〕18802号三等奖9加几李樵商水县特殊教育学校李樵豫教〔2016〕18803号三等奖认识人民币朱艳红新乡市红旗区金穗大道豫教〔2016〕18804号三等奖三角形三边的关系衡培胜新乡市凤泉区鲁堡小学刘素红—15—豫教〔2016〕18805号三等奖有氧台阶韵律操赵军安新蔡县孙召中学豫教〔2016〕18806号三等奖we fly kites in spring.冯艳丽漯河小学豫教〔2016〕18807号三等奖I think that mooncakes are delicious.李娇娇开封市河南大学附属中学豫教〔2016〕18808号三等奖功陈琳驻马店市确山县竹沟镇完中豫教〔2016〕18809号三等奖文件的下载张修全信阳淮滨县高级中学吴清凤豫教〔2016〕18810号三等奖Why don't you talk to your parents?王淑君焦作市光明中学王芳豫教〔2016〕18811号三等奖螳螂捕蝉李玲鸽河南省实验小学豫教〔2016〕18812号三等奖翻越远方的大山张文捷河南省实验小学豫教〔2016〕18813号三等奖星星的新朋友王冰洛阳市新安县教育局办公室张媛媛豫教〔2016〕18814号三等奖解决问题的策略王红霞真源中心校豫教〔2016〕18815号三等奖轴对称图形马香莲焦作市修武县周庄镇周庄中心小学杨跃进豫教〔2016〕18816号三等奖小数加减法李然新乡市牧野区陵园小学马倩华豫教〔2016〕18817号三等奖克和千克孟德华焦作市实验小学殷军娣豫教〔2016〕18818号三等奖圆锥的体积张素梅鹿邑县真源中心校豫教〔2016〕18819号三等奖一次函数与正比例函数王剑焦作市第二十三中学周迎芳豫教〔2016〕18820号三等奖文言文断句冯素利汝州市第二高级中学豫教〔2016〕18821号三等奖七颗钻石薛向东济源市承留二小孙婷婷豫教〔2016〕18822号三等奖七律长征贾庆稳滑县老庙乡实验小学陈培红豫教〔2016〕18823号三等奖乡愁刘卫莉新乡市铁路第二中学—16—豫教〔2016〕18824号三等奖麻雀曹利平洛阳市偃师市大口镇中心小学豫教〔2016〕18825号三等奖平行四边形的面积邱瑜鹤壁市山城区第一小学豫教〔2016〕18826号三等奖商鞅南门立木王亚萍信阳息县临河中学王咏德豫教〔2016〕18827号三等奖正方形、长方形面积计算李景霞洛阳市洛龙区龙腾小学潘建武豫教〔2016〕18828号三等奖勾股定理第一课时杨丽君许昌市第九中学史俊祥豫教〔2016〕18829号三等奖顶碗少年齐凤华周口市太康县城关镇实验小学齐凤华豫教〔2016〕18830号三等奖有序数对张燕驻马店市西平县第四中学豫教〔2016〕18831号三等奖1000以内数的认识唐燕娜驻马店市确山县贯山小学豫教〔2016〕18832号三等奖两角和与差的正弦、余弦、正切公式王刚辉平顶山市二中杨春生豫教〔2016〕18833号三等奖山沟里的孩子位东梅长垣县魏庄街道梁寨小学赵艳豫教〔2016〕18834号三等奖圆的认识李红蕊周口市太康县城关镇实验小学李红蕊豫教〔2016〕18835号三等奖抛物线及其标准方程刘亚飞平顶山市二高张超华豫教〔2016〕18836号三等奖确定起跑线郑兴乐平顶山市新城区公明路小学艾彦丽豫教〔2016〕18837号三等奖露在外面的面冯武元鹤壁市鹿鸣小学马红昌豫教〔2016〕18838号三等奖伟大的悲剧李爱民驻马店市泌阳县高店乡中心学校豫教〔2016〕18839号三等奖巍巍中山陵武富忠驻马店市西平县专探中学孙玉珍豫教〔2016〕18840号三等奖世界经济的全球化趋势范东占滑县第六高级中学陈培红豫教〔2016〕18841号三等奖绘画游戏姜年豪河南省实验小学豫教〔2016〕18842号三等奖电脑美术——巧用动漫形象张洪学平顶山市新城区湖光小学郝秋菊—17—。