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EOM-104 Series Hardware User’s ManualEdition 3.1, July 2019/product© 2018 Moxa Inc. All rights reserved.EOM-104 Series Hardware User’s Manual The software described in this manual is furnished under a license agreement and may be used only in accordancewith the terms of that agreement.Copyright Notice© 2018 Moxa Inc. All rights reserved.TrademarksThe MOXA logo is a registered trademark of Moxa Inc.All other trademarks or registered marks in this manual belong to their respective manufacturers.DisclaimerInformation in this document is subject to change without notice and does not represent a commitment on the part of Moxa.Moxa provides this document as is, without warranty of any kind, either expressed or implied, including, but not limited to, its particular purpose. Moxa reserves the right to make improvements and/or changes to this manual, or to the products and/or the programs described in this manual, at any time.Information provided in this manual is intended to be accurate and reliable. However, Moxa assumes no responsibility for its use, or for any infringements on the rights of third parties that may result from its use.This product might include unintentional technical or typographical errors. Changes are periodically made to the information herein to correct such errors, and these changes are incorporated into new editions of the publication.Technical Support Contact Information/supportMoxa AmericasToll-free: 1-888-669-2872 Tel: +1-714-528-6777 Fax: +1-714-528-6778Moxa China (Shanghai office) Toll-free: 800-820-5036Tel: +86-21-5258-9955 Fax: +86-21-5258-5505Moxa EuropeTel: +49-89-3 70 03 99-0 Fax: +49-89-3 70 03 99-99Moxa Asia-PacificTel: +886-2-8919-1230 Fax: +886-2-8919-1231Moxa IndiaTel: +91-80-4172-9088 Fax: +91-80-4132-1045Table of Contents1.Introduction ...................................................................................................................................... 1-1Overview ........................................................................................................................................... 1-2 Package Checklist ............................................................................................................................... 1-2 Product Features ................................................................................................................................ 1-2 EOM-104 Hardware Specifications ......................................................................................................... 1-3 EOM-104 Hardware Block Diagram ....................................................................................................... 1-3 Appearance ........................................................................................................................................ 1-3 EOM-104 Evaluation Kit................................................................................................................ 1-3EOM-104 Embedded Module ......................................................................................................... 1-4EOM-104 Carrier Board ................................................................................................................ 1-4Dimensions (unit: mm) ................................................................................................................ 1-5 2.EOM-104 Functionality ...................................................................................................................... 2-1EOM-104 Embedded Module Functions .................................................................................................. 2-2 LAN Ports .......................................................................................................................................... 2-2 Console Port ...................................................................................................................................... 2-2 GPIO ................................................................................................................................................. 2-2 Jumper .............................................................................................................................................. 2-2 Pin Assignments ................................................................................................................................. 2-2 Mechanical Specifications of the Pin Headers .......................................................................................... 2-4 3.EOM-104-DK Functionality ................................................................................................................ 3-1EOM-104-DK Development Board ......................................................................................................... 3-2 Combining the EOM-104-DK with the Embedded Module .......................................................................... 3-2 LED Indicators .................................................................................................................................... 3-2 Wiring Requirements ........................................................................................................................... 3-2 Connecting the Power ......................................................................................................................... 3-3 External Power Input ........................................................................................................................... 3-3 Grounding the EOM-104 Evaluation Kit .................................................................................................. 3-3 Console Ports and Pin Assignments ....................................................................................................... 3-3 LAN Ports and Pin Assignments ............................................................................................................ 3-4 Reset Button ...................................................................................................................................... 3-4 Dip Switch and Terminal Block ............................................................................................................. 3-4 Schematic .......................................................................................................................................... 3-5 4.PCB and Layout Guideline ................................................................................................................. 4-1General Rules ..................................................................................................................................... 4-2 Power Ground Rules ............................................................................................................................ 4-2 Chassis Ground .................................................................................................................................. 4-2 Magnetic Noise Zone ........................................................................................................................... 4-3 Differential Signal Layout ..................................................................................................................... 4-3 ESD Protection ................................................................................................................................... 4-31Introduction Thank you for purchasing the Moxa EOM-104 Embedded Module. The product’s features include four 10/100Mbps Ethernet ports, one UART serial ports. These features make the EOM-104 ideal for the core module ofan industrial embedded system design.The EOM-104 Evaluation Kit, which is designed for system and software program development at thesystem evaluation stage, is also available. The kit includes the EOM-104 and EOM-104-DK, which is the carrier board used to evaluate the EOM-104.In this manual, we introduce the hardware features and functions of the EOM-104 Embedded Module andthe EOM-104 Evaluation Kit. After a brief introduction to the hardware features, the manual focuses on installation and hardware configuration with device interfaces.The following topics are covered in this chapter:❒Overview❒Package Checklist❒Product Features❒EOM-104 Hardware Specifications❒EOM-104 Hardware Block Diagram❒AppearanceEOM-104 Evaluation KitEOM-104 Embedded ModuleEOM-104 Carrier BoardDimensions (unit: mm)OverviewThe EOM-104 Embedded Module is designed for system integration in industrial Ethernet applications. Themodule features one UART serial ports, four 10/100 Mbps Ethernet ports. In addition, you may order theEOM-104 Evaluation Kit. The kit includes an EOM-104 embedded module, an EOM-104-DK carrier board,and the items needed for setting up. The kit is makes it easy for users to evaluate the functionality of theEOM-104. You can develop and integrate specific systems on the module in advance to make the EOM-104Embedded Module completely compatible with industrial systems and applications. The EOM-104 lets youbuild an application with a powerful Ethernet switch capability, while small in size. The EOM-104 is suited for control systems that use a distributed, embedded architecture, such as those systems used formanufacturing automation, intelligent transportation systems, medical management, and data acquisitionand control.Package ChecklistThe EOM-104 package includes the EOM-104 Embedded Module only. The EOM-104 Evaluation Kit isavailable for evaluation purposes. The EOM-104 Evaluation Kit package contains the following items:•One EOM-104 Embedded Module•One EOM-104-DK, the carrier board of the EOM-104 Evaluation Kit•Quick installation guide (printed)•Document & software CD•Ethernet cable•Null modem cable•Universal Power Adaptor•Warranty cardNOTE Please notify your sales representative if any of the above items are missing or damaged.Product FeaturesThe EOM-104 Embedded Module has the following features:•ARM9 16/32-bit 166 MHz processor•On-board 16 MB RAM, 8 MB flash•Four 10/100 Mbps Ethernet for network switching•One UART serial ports for console control•Built-in Watchdog Timer•Four GPIOs reserved for system integration•Compact size design for easy integration at any field site•Full-function Evaluation Kit for quick evaluation and application development•-40 to 75 °C wide temperatureEOM-104 Hardware SpecificationsNOTE The latest specifications for Moxa’s products can be found at https://. EOM-104 Hardware Block DiagramAppearanceEOM-104 Evaluation KitEOM-104 ModuleEmbedded ModuleEOM-104 CarrierBoardEOM-104 Embedded ModuleEOM-104 Carrier BoardDimensions (unit: mm)2EOM-104 FunctionalityIn this chapter, we interoduce the basic features of the EOM-104 Embedded Module.The following topics are covered in this chapter:❒EOM-104 Embedded Module Functions❒LAN Ports❒Console Port❒GPIO❒Jumper❒Pin Assignments❒Mechanical Specifications of the Pin HeadersEOM-104 Series Hardware EOM-104 FunctionalityEOM-104 Embedded Module FunctionsThe EOM-104 Embedded Module is designed to be integrated directly into the user’s system and application.The module has four 10/100 Mbps LAN ports, one RS-232 console port, and four GPIO signals. In addition,the EOM-104 uses 32-bit 166 MHz communication processor and non-block switch, which ensures excellent performance for data transmission. The EOM-104 is an ideal solution for manufacturing automation,intelligent transportation monitoring, and remote device control.LAN PortsThe EOM-104 Embedded Module has four 10/100 Mbps LAN ports that can be used to set up a redundantEthernet network for non-block operation, and ports 1 and 2 on the module provide an on-board (built-in)transformer with 1.5 KV isolation protection.Console PortThe EOM-104 Embedded Module has one RS-232 serial console port for on-site configuration. It supportsTxD, RxD, DTR, DSR and GND RS-232 signals. To use the console port for configuration, refer to theSoftware User's Manual.GPIOThe EOM-104 Embedded Module provides four software-selectable GPIOs. The GPIOs help customers design the functions they need. These GPIOs are reserved for future use and are not included in the standardversion of the firmware.JumperThe EOM-104 Embedded Module provides “JP3” for configuring the Turbo Ring function. Turbo Ring issupported on ports 3 and 4 on the module. (Ports 1 and 2 are not supported.). JP3 is a 2 x 2 pin connector(4 pins), Short pin 3 with pin 4 to enable Turbo Ring for ports 3 and 4. Similarly, short pin 1 with pin 2 toenable ports 3 and 4 to be the "Ring Master" of the Turbo Ring network.JP3 JumperFunctions Pin NumberRING MASTER ENABLE 1, 2TURBO RING ENABLE 3 4Pin AssignmentsThere are one 40-pin pin headers and two 9-pin pin headers on the EOM-104 embedded module. To use the EOM-104 Embedded Module to develop your own independent system, refer to the following tables for thepin assignments.JP1Signals JP1 Pin No. SignalsPort 2 TX- 1 2 Port 2 TX+Port 2 RX- 3 4 Port 2 RX+NC 5 6 NCPort 1 RX+ 7 8 Port 1 RX-Port 1 TX+ 9 10 Port 1 TX-NC 11 12 NCGND 13 14 GNDVCC(3.3V) 15 16 VCC(3.3V)GND 17 18 GNDUART DTR 19 20 UART DSRUART TXD 21 22 UART RXDGPIO 4 23 24 GPIO 3GPIO 2 25 26 GPIO 1RING MASTER ENABLE 27 28 TURBO RING ENABLEMASTER LED 29 30 RING LEDPort 1 LINK/ACK LED 31 32 RESET DEFAULT INPUTPort 3 LINK/ACK LED 33 34 Port 4 LINK/ACK LEDMANUAL RESET INPUT 35 36 Port 2 LINK/ACK LEDVCC(3.3V) 37 38 VCC(3.3V)GND 39 40 GNDJ1/J2Signals J1 Pin No. Signals J2 Pin No. GND 1 GND 1Port 4 TX+ 2 Port 3 TX+ 2Port 4 TX- 3 Port 3 TX- 3VCC(3.3V) 4 VCC(3.3V) 4VCC(3.3V) 5 VCC(3.3V) 5Port 4 SD 6 Port 3 SD 6Port 4 RX- 7 Port 3 RX- 7Port 4 RX+ 8 Port 3 RX+ 8Mechanical Specifications of the Pin Headers Refer to the following figures for the mechanical specifications of the Pin Headers on the EOM-104Embedded Module. The figure1 define the mechanical specifications of JP1. The figure2 define themechanical specifications of J1 and J2.3EOM-104-DK FunctionalityThis chapter includes information about the EOM-104-DK (carrier board of the EOM-104 Evaluation Kit).The following topics are covered in this chapter:❒EOM-104-DK Development Board❒Combining the EOM-104-DK with the Embedded Module❒LED Indicators❒Wiring Requirements❒Connecting the Power❒External Power Input❒Grounding the EOM-104 Evaluation Kit❒Console Ports and Pin Assignments❒LAN Ports and Pin Assignments❒Reset Button❒Dip Switch and Terminal Block❒SchematicEOM-104-DK Development BoardThe EOM-104 Evaluation Kit is a well-designed PCB board with complete layout. The kit helps usersevaluate, develop, and integrate the EOM-104 Embedded Module into their systems and applications.Simply combine the EOM-104 Embedded Module with the Evaluation Kit to start porting the relevantsoftware, and create a solution for the applications you wish to implement.Combining the EOM-104-DK with the Embedded ModuleInsert the EOM-104 Embedded Module vertically onto the EOM-104-DK. Note that the Pin marked “JP1” onthe Embedded Module must be matched with the Pin marked “JP5” on the EOM-104-DK. Be careful wheninstalling the board to avoid damaging the pins.LED IndicatorsThe following table explains the function of the LED indicators located on the EOM-104-DK.LED Name LED Color LED FunctionPower Yellow Power is on and system functions normally.TURBO RING Green Lights up when the Turbo Ring function is enabledRING MASTER Green Lights up when device is set to Ring Master.GPIO 1 to 4 Green Lights up when GPIO output is 1.Port 1 to 4 Green Ethernet port status is “Link”Port 1 to 4 Flash Ethernet port is transferring data.Wiring RequirementsThis section describes how to connect the EOM-104 Evaluation Kit to devices.Please read the following safety precautions before proceeding with the installation of any electronic device: •Use separate paths to route wiring for power and devices. If power wiring and device wiring paths must cross, make sure the wires are perpendicular at the intersection point.NOTE: Do not run signal or communication wiring and power wiring in the same wire conduit. To avoidinterference, wires with different signal characteristics should be routed separately.•Use the type of signal transmitted through a wire to determine which wires should be kept separate. The rule of thumb is that wiring that shares similar electrical characteristics can be bundled together.•Keep input wiring and output wiring separate.•It is advisable to label the wiring to all devices in the system.•Be sure to disconnect the power cord before installing and/or wiring your EOM-104 Evaluation Kit.Connecting the PowerYou may use the power jack for connecting the power. The power input range of the EOM-104 Evaluation Kit is from 12 to 24 VDC. If the power is properly supplied, the “Power” LED will light up in yellow after 3 to 5seconds.External Power InputThe EOM-104 Evaluation Kit also accepts 3.3 V power input through J5 connector. There is no protection on JP5 to EOM-104. Make sure this external power input is within 3.3 VDC±5% and is capable of providing 1 A of current or higher.Grounding the EOM-104 Evaluation KitGrounding and wire routing help limit the effects of noise caused by electromagnetic interference (EMI).Connect the ground wire from the ground screw to the grounding surface before connecting devices.Console Ports and Pin AssignmentsThe serial console port on the EOM-104 Evaluation Kit is a DB9 type RS-232 DTE port, which supports TxD, RxD, DTR, DSR and GND signals. It is designed to configure the EOM-104 embedded module. It can beconnected to a PC through a null modem cable.The pinouts of the RS-232 console port are shown in the figure below.Pin Signal1 NC2 RxD3 TxD4 DTR5 GND6 DSR7 NC8 NC9 NC– –LAN Ports and Pin AssignmentsThe EOM-104 Evaluation Kit has four 10/100 Mbps LAN ports for connecting to network. The LAN ports use 8-pin RJ45 connectors. See the following diagram for the pinouts.8-pin RJ45Pin Signal 1 Tx+ 2 Tx- 3Rx+ 4 – 5 – 6 Rx- 7 – 8–Reset ButtonThe EOM-104 Evaluation Kit has two reset buttons, “Manual Reset” and “Reset to Default.”Press the Manual Reset button for hardware reset ofthe EOM-104 Evaluation Kit and the EOM-104 embedded module.Press the Reset button continuously for at least 5 seconds to load the software factory defaultconfiguration. After the factory default configuration has been loaded, the system will reboot automatically.Dip Switch and Terminal BlockThe EOM-104 Evaluation Kit provides one 6-pin dip switch and one 4-pin terminal block. Each pin on terminal block can be input or output depending on the user's definition. Function Table: FunctionDIP Pin Terminal BlockLED Ring Master Enable S1-1 Turbo Ring Enable S1-2 GPIO4 S1-3 J3-4 D13 GPIO3 S1-4 J3-3 D12 GPIO2 S1-5 J3-2 D11 GPIO1S1-6J3-1D10Schematic4PCB and Layout Guideline This chapter describes how to design your product withthe EOM-104 embedded module to complying withEMI and EDS standards.The printed circuit board is the most important factor that affects EMI, ESD and the performance. Thedesign skills in this chapter are to minimize digital and common mode noises and provide shielding between the PCB’s internal circuit and the external environment. These PCB design skills should apply to the entire PCB design.The following topics are covered in this chapter:❒General Rules❒Power Ground Rules❒Chassis Ground❒Magnetic Noise Zone❒Differential Signal Layout❒ESD ProtectionGeneral RulesPlace components so as to avoid long loop traces. Choose a metal box to shield the printed circuit board.Use a ferrite core on the DC power cord to reduce EMI. PCB and Layout Guideline Provide controlledimpedance on all high-speed digital signals traces with right termination schemes to prevent reflection andringing. Ensure that the power line is rated for the application and optimized with decoupling capacitors.Keep power and ground noise under 100mV peak to peak. Ensure that the switching DC-DC converter isfiltered and properly shielded as the DC-DC power converter can produce a great deal of EMI noise. Avoidvia and pad in the path on any critical signal as via and pad will induce unwanted capacitance andinductance which can cause reflection and distortion.Power Ground RulesDo not split the ground plane into separate planes for analog, digital, power pins. A single and contiguousground plane is recommended. Route high-speed signals above a solid and unbroken ground plane. Fillcopper in the unused area of signal planes and connect these coppers to the ground plane through vias.Stagger the placement of vias to avoid creating long gap in the plane due to via voids.Chassis GroundThe chassis ground and magnetics serve two purposes: they help to reduce EMI noise emissions from thesignal ground plane to the PCB’s external environment and also act as a shield to protect the PCBcomponents from ESD. Place the chassis ground on all PCB layers and use connection mounting holes to join the chassis ground on different PCB layers This chassis ground on the PCB is directly connected to the metal shield of equipment through the connection mounting holes. Use a trench/moat to isolate the chassisground plane from the signal ground plane. The chassis ground region extends from the front edge of thePCB board (RJ45 connectors) to the magnetics and around the edge of the board as shown in below.Magnetic Noise ZoneVoid both power and ground planes on all PCB layers directly under the magnetics. Chassis ground shouldextend from the magnetics to the RJ45 connector. Do not route any digital signals between the PHY andRJ45 connector. Add transformer to Port 1 and Port 2 as shown in figure 3 when connecting to externalcable is required.Differential Signal LayoutDifferential pair (TX+/- or RX+/-) should be routed away from all other signals and keeps 100 ohmsdifferential Impedance. Keep both traces of each differential pair as identical to each other as possible.Route each differential pair on the same PCB layer. Route both TX+/- and RX+/- pairs far away from eachother at least 20 mil space as shown below.ESD ProtectionVarious ESD protection methods and devices can be used. The level of ESD protection provided by eachmethod varies and depends on the type of protection device used. Consult the specific manufacture’s datasheet to determine the level of ESD protection and proper connection. The most essential in ESD protection is to discharge ESD energy to earth and avoid the ESD voltages destroy or cause the circuitrymalfunctioning.Place transient voltage suppressor (TVS) devices and Ferrite bead on the TX +/- and RX+/- differential pairs as figure 4 to help increase ESD protection. These devices are connected in parallel with the I/O lines to beprotected.Connect all unused inputs to either ground with a 1K resistor or power with a 10K resistor, depending on the desired strap-in setting of the chip.。
苏打绿时间2003-20122006 台中跨年2007 台南跨年2007 台中跨年2007 高雄跨年2008 台中跨年2008 高雄跨年2009 台北跨年2009 高雄跨年2010 江苏跨年2011 高雄跨年2012 高雄跨年2012 台中跨年2013 中墟跨年2013 高雄跨年2003-7-13 第4届海洋音乐祭2004-5-30 发行了首张单曲《空气中的视听与幻觉》2004-5-30 政大School Rock演唱会2004-7-17 第5届海洋音乐祭发行第二张单曲《飞鱼》2004-8-27 the wall2004-9-18 band hunting決賽2004-11-17 发行第三张单曲《Believe in music》2004-11-21 硬地音乐展2004-12-16 政大School Rock II演唱会2005-3-22 公视节目2005-8-12 海洋音乐祭2005-8-13 金G金曲排行榜2005-9-3 发表第一张专辑苏打绿2005-9-10 金G金曲排行榜2005-9-16 娱乐@亚洲2005-9-23 国光帮帮忙2005-10-8 康定路八号2005-10-14 金G金曲排行榜2005-11-7 银河网路电台专访2005-11-11 [V]接客:苏打绿(很早期宣传同名专辑的节目) 2005-11-19 the wall 制服之夜2005-12-1 疯狂luck92005-12-25 苏打绿圣诞香港行2006-2-7 东风音乐通2006-3-25 the wall2006-4-1 December Night 15秒练习曲2006-5-5 第17届金曲奖星光大道:苏打绿2006-5-10 政大live2006-5-16 东方流行风2006-5-26 the wall2006-7-23 海洋音乐祭2006-8-11 新加坡“今年夏天特别绿”演唱会2006-8-19 [V] CIRCUS黑涩会2006-8-26 西门钉小宇宙新歌发表会2006-9-3 诚品敦南店小宇宙新歌发表会2006-9-13 小宇宙MV开拍2006-9-18 发行单曲《迟到千年》2006-9-30 The Wall Live House2006-10-7 全国广播电台节目第一期《空气中的视听与幻觉》2006-10-19 高雄科大2006-10-20 发表《小宇宙》专辑2006-10-23 完全娱乐2006-11-6 PK黑涩会MM2006-11-7 娱乐e世代2006-11-11 News98音乐5432006-11-13 东方流行风2006-11-15 探班LOVE DJ2006-11-18 Hit FM Hit DJ2006-11-18 连续八周爬墙摇滚纪事2006-11-21 飞碟电台JOHNNY SHOW2006-11-27 银河网路电台专访2006-11-28 中廣音樂網WAVE愛從零開始苏打绿代班2006-12-2 苏打绿-娱乐百分百:真心话听证会2006-12-2 简单生活节天空舞台表演2006-12-10 与阿霈乐团于自由时报演唱会表演2006-12-13 完全娱乐-全民拼智商2006-12-22 KISSRADIO - DEAR台南2006-12-25 耶诞有爱美梦成真演唱会2006-11-28 中廣音樂網WAVE愛從零開始苏打绿代班2006-12-29 Wave爱热闹-苏打绿代班2007-1-6 ESPN超级篮球比赛代言及开幕战表演2007-1-29 参加王菀之天使之音”音乐会2007-2-2 “书展之歌-隐形翅膀”演唱会2007-2-3 Hito流行音乐颁奖典礼2007-2-18 周日狂热夜2007-3-10 第一届摇滚风城音乐祭2007-3-31 担任张韶涵台北演唱会嘉宾2007-5-5 台客摇滚嘉年华演唱会2007-5-13 全国广播苏打绿2007-5-19 政大80周年烟火晚会2007-6-1 新加坡幸福零時差访问2007-6-12 娱乐亚洲-金曲奖特辑2007-6-12 我报-新加坡美食大赏2007-6-16 金曲奖2007-6-18 当我们同在金曲2007-7-8 海洋音乐祭2007-7-28 野台开唱2007-8-5 ROCK DJ 青峰代班主持2007-8-11 新加坡今年夏天特别绿演唱会2007-8-19 ROCK DJ 青峰代班主持2007-8-26 ROCK DJ 青峰代班主持2007-9-2 ROCK DJ 青峰代班主持2007-9-8 娱乐亚洲2007-9-9 娱乐亚洲2007-9-9 ROCK DJ 青峰代班主持2007-9-25 吳青峰又來探班之午餐DJ2007-9-26 吳青峰又來探班之不睡DJ2007-10-1 吳青峰又來探班之夜貓DJ2007-10-3 吳青峰又來探班之活力DJ2007-11-2 发布《无与伦比的美丽》专辑2007-11-3 小巨蛋演唱会2007-11-5 苏打绿经典采访from《天下杂志群》2007-11-6 苏打绿UFO电台音乐档2007-11-8 飞碟广播2007-11-12 飞碟电台DJ黄子佼2007-11-15 上海NOKIA音乐潮拜会2007-11-17 MTV卡拉卡拉榜2007-11-18 周日狂热夜2007-11-19 银河网路电台专访2007-11-23 银河星VJ:苏打绿2007-11-24 台北午茶DJ2007-11-26 模范棒棒糖2007-11-28 港都电台2007-11-30 开运万事通2007-12-1 我猜我猜我猜猜猜2007-12-3 大学生了没2007-12-13 百分百听证会2007-12-15 参加张韶涵好友音乐会2007-12-18 香港Wild Day Out Pub Party2007-12-22 好友音乐节2007-12-23 NOKIA音乐让我说2007-12-25 苏打绿&阿霈乐团-世纪大对决2007-12-31 青峰张悬2008-1-1 The Wall红包场之夜2008-1-14 苏打绿代言小型演唱会2008-1-19 左光平.娃娃广播节目现场电话连线青峰2008-2-6 公视音乐大团结2008-2-6 NEW Monday 潮?星vblog:苏打绿最爱香港2008-3 担任北京尚雯婕演唱会嘉宾2008-3-3 苏打绿绘画大比拼2008-3-6 苏打绿做客新浪2008-3-8 美味鉴定团2008-4-4 垦丁春浪音乐节2008-4-27 新竹市清华大学2008-4-29 《娱乐E世代》2008-5-2 桃园县清云科技大学2008-5-2 发布《陪我歌唱》专辑2008-5-8 北京工体慈善2008-5-13 FUN音樂主持:蘇打綠2008-5-14 商业电台叱吒903商业二台采访2008-5-15 香港电台第二台2008-5-17 台中市东海大学2008-5-18 台北县淡江大学2008-5-22 美眉普普风2008-5-23 香港有线《苏打绿陪你吃喝唱》专访上集2008-5-24 香港有线《苏打绿陪你吃喝唱》专访下集2008-5-24 高雄师范大学2008-5-24 hito排行榜2008-5-25 香港商业电台-国语类2008-5-27 香港娱乐直播娱乐专访:苏打绿2008-5-29 粉丝同乐会2008-5-31 苏打绿香港电台第二台节目访问2008-6-1 台北教育大学2008-6-5 线动真音乐(香港有线)2008-6-7 周日狂热夜2008-6-12 香港2008-6-13 演唱会2008-6-14 MTV卡拉卡拉榜-新曲教唱(青福)2008-6-15 北京演唱会2008-6-18 飞碟电台特别连线青峰吴教授亲解《多希望你在》2008-6-28 香港火爆音乐空间2008-6-29 北京签售2008-6-30 做客新浪2008-6-30 做客中歌榜2008-7-1 搜狐专访2008-7-5 第19届金曲奖颁奖礼最佳乐团奖2008-7-12 贡寮海洋音乐祭2008-7-29 海峽飛虹_專訪臺灣人氣樂團蘇打綠2008-7-30 新城国语力颁奖礼2008-8-2 新加坡演唱会2008-8-6 Love DJ-主唱主动敲通告2008-8-7 发行《小巨蛋现场全纪实2007》2008-8-7 他的求学故事-吴青峰电台访问2008-8-23 沈春华lifeshow 青峰小威2008-9-6 城市之音青峰专场2008-9-10 娱乐e世代(青峰、小威、娃娃)2008-9-13 城市之音青峰专场2008-9-19 上海演唱会2008-10-18 日本演唱会2008-10-25 成都歌友会2008-11-1 诺基亚音乐朝拜汇北京场2008-11-15 诺基亚音乐朝拜汇上海场2008-11-16 第九届CCTV-MTV音乐盛典2008-11-18 Simple life eTV 独家专访2008-12-4 王牌大明星陈珊妮吴青峰2008-12-7 简单生活节2008-12-24 广州演唱会2008-12-26 香港新城劲爆颁奖礼2009-1-18 法国戛纳MIDEM专业唱片展2009-1-29 音乐万万岁2009-2-26 文茜的异想世界2009-4-4 垦丁春浪音乐节2009-4-10 hit fm连线主唱2009-4-17 hit fm连线青峰+馨仪+阿龚2009-4-19 诺基亚派对2009-4-22 出席品木宣言世界地球日活动2009-5-2 Circus 狗仔队2009-5-5 靡靡小客厅2009-5-6 kiss radio2009-5-6 HitFm高雄902009-5-7 大千电台2009-5-8 发布《春-日光》专辑2009-5-10 HITO不想睡週末2009-5-11 蘇打綠@晚安1682009-5-12 娱乐e世代2009-5-13 FUN音乐2009-5-14 hitm台中Wake Up DJ2009-5-16 我猜我猜我猜猜猜2009-5-16 天才冲冲冲2009-5-16 高雄中山大学2009-5-17 桃园中原大学2009-5-17 Kiss Radio 非常星期天2009-5-18 环宇电台苏打绿访问2009-5-19 Gold FM DJ Leon专访2009-5-20 台中广播街头巷尾2009-5-21 飞碟电台夜光家族2009-5-21 大千电台Super Night2009-5-21 参加啊利物浦2009-5-22 表演2009-5-22 飞碟电台下班女王2009-5-23 全国买单2009-5-23 百万歌星2009-5-23 i radio star DJ2009-5-23 台南中华医事科技大学2009-5-24 音乐万万岁2009-5-25 飞碟电台陶子晚报2009-5-25 台北好事联播网Best首选星2009-5-26 亚洲电台流行多一点2009-5-26 大社会2009-5-26 青春之歌2009-5-26 KISS一把照- KISS大明星之電台訪問蘇打綠2009-5-27 王牌大明星2009-5-28 midnight you & me2009-5-30 台中侨光技术学院2009-5-31 好事联播网娱乐飞行船2009-6-3 娱乐百分百2009-6-3 聚焦3602009-6-4 娱乐百分百2009-6-6 天才冲冲冲2009-6-6 Fun音乐2009-6-6 Play DJ2009-6-7 台北教育大学2009-6-11 亞洲電台音樂All Star2009-6-12 挑战1012009-6-13 SPORT b. 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实训六对乙酰氨基酚片的质量检验一、实训目标通过本实训,要求掌握对乙酰氨基酚片的质量检验的程序、方法与操作技能,掌握检验结果的处理与判断,能够规范书写检验原始记录及检验报告书。
二、质量标准对乙酰氨基酚片Duiyixian’anjifen PianParacetamol Tablets本品含对乙酰氨基酚(C8H9NO2)应为标示量的95.0%~105。
0%.【性状】本品为白色片、薄膜衣或明胶包衣体,除去包衣后显白色。
【鉴别】取本品的细粉适量(约相当于对乙酰氨基酚0.5g),用乙醇20ml分次研磨使对乙酰氨基酚溶解,滤过,合并滤液,蒸干,残渣照对乙酰氨基酚项下鉴别(1)(2)项试验,显相同反应.【检查】溶出度取本品,照溶出度测定法(附录1[1]ⅩC第一法),以稀盐酸24ml 加水至1000ml为溶出介质,转速为每分钟100 转,依法操作,经30分钟时,取溶液5ml 滤过,精密量取续滤液1ml,加0。
04%氢氧化钠溶液稀释至50ml,摇匀,照紫外-可见分光光度法(附录ⅣA),在257nm 的波长处测定吸光度,按C8H9NO2的吸收系数(E cm%11)为715计算出每片的溶出量,限度为标示量的80%,应符合规定。
其他应符合片剂项下有关的各项规定(附录ⅠA).【含量测定】取本品10片,精密称定,研细,精密称取适量(约相当于对乙酰氨基酚40mg),置250ml量瓶中,加0.4%氢氧化钠溶液50ml及水50ml,振摇15分钟,加水至刻度,摇匀,用干燥滤纸滤过,精密量取续滤液5ml,照对乙酰氨基酚含量测定项下方法,自“置100ml量瓶中”起,依法测定,即得.【类别】同对乙酰氨基酚。
【规格】(1)0.1g(2) 0。
3g(3)0.5g【贮藏】密封保存。
四、实训过程(一)仪器、试药准备及实训用液的制备1、实训用仪器与试药的准备仪器:溶出仪、紫外分光光度仪、电子或分析天平(感量0。
1mg)、托盘天平、称量瓶、试管、小烧杯(50ml、10ml)、量筒(1000ml、100ml)、胶头滴管、移液管(5ml、1ml)、量瓶(250ml、100ml、50ml)、注射器(10ml)、漏斗、干燥器、玻棒及乳钵。
国家食品药品监督管理局关于进口药品目录中新增非药用物品的通告
正文:
---------------------------------------------------------------------------------------------------------------------------------------------------- 国家食品药品监督管理局关于进口药品目录中新增非药用物品的通告
(国食药监注[2005]11号)
为了方便非药用物品通关,规范口岸管理,我局于2004年3月16日下发了《关于进口药品目录中非药用物品进口通关有关事宜的通告》(以下简称《通告》)(国食药监注〔2004〕62号),公布了一批非药用物品,并规定将定期公布新增内容。
根据《通告》要求,我局对近期非药用物品进口情况进行了整理,现将新增的非药用物品公布如下:
一、食品添加剂类:
异麦芽酮糖。
二、药品合成前体:
羟基苯甘氨酸、四乙酰核糖、7-ANCA、硫酸头孢吡肟、头孢匹胺酸、头孢地嗪酸。
三、其它:
褪黑素、胆碱甲酸酯、3-O-甲氧基甲基-16,17-O-硫酰基-16-表雌三醇。
特此通告
国家食品药品监督管理局
二00五年一月十日
——结束——。
1 月2 月3 月日一二三四五六日一二三四五六日一二三四五六1 2 3 1 2 3 4 5 6 7 1 2 3 4 5 64 5 6 7 8 9 10 8 9 10 11 12 13 14 7 8 9 10 11 12 13 11 12 13 14 15 16 17 15 16 17 18 19 20 21 14 15 16 17 18 19 20 18 19 20 21 22 23 24 22 23 24 25 26 27 28 21 22 23 24 25 26 27 25 26 27 28 29 30 31 29 28 29 30 314 月5 月6 月日一二三四五六日一二三四五六日一二三四五六1 2 3 1 1 2 3 4 54 5 6 7 8 9 10 2 3 4 5 6 7 8 6 7 8 9 10 11 12 11 12 13 14 15 16 17 9 10 11 12 13 14 15 13 14 15 16 17 18 19 18 19 20 21 22 23 24 16 17 18 19 20 21 22 20 21 22 23 24 25 26 25 26 27 28 29 30 23 24 25 26 27 28 29 27 28 29 3030 317 月8 月9 月日一二三四五六日一二三四五六日一二三四五六1 2 3 1 2 3 4 5 6 7 1 2 3 44 5 6 7 8 9 10 8 9 10 11 12 13 14 5 6 7 8 9 10 11 11 12 13 14 15 16 17 15 16 17 18 19 20 21 12 13 14 15 16 17 18 18 19 20 21 22 23 24 22 23 24 25 26 27 28 19 20 21 22 23 24 25 25 26 27 28 29 30 31 29 30 31 26 27 28 29 3010 月11 月12 月日一二三四五六日一二三四五六日一二三四五六1 2 1 2 3 4 5 6 1 2 3 43 4 5 6 7 8 9 7 8 9 10 11 12 13 5 6 7 8 9 10 11 10 11 12 13 14 15 16 14 15 16 17 18 19 20 12 13 14 15 16 17 18 17 18 19 20 21 22 23 21 22 23 24 25 26 27 19 20 21 22 23 24 25 24 25 26 27 28 29 30 28 29 30 26 27 28 29 30 313111 月2 月3 月日一二三四五六日一二三四五六日一二三四五六1 12345 1 2 3 4 52 3 4 5 6 7 8 6 7 8 9 10 11 12 6 7 8 9 10 11 12 9 10 11 12 13 14 15 13 14 15 16 17 18 19 13 14 15 16 17 18 19 16 17 18 19 20 21 22 20 21 22 23 24 25 26 20 21 22 23 24 25 26 23 24 25 26 27 28 29 27 28 27 28 29 30 3130 314 月5 月6 月日一二三四五六日一二三四五六日一二三四五六1 2 1 2 3 4 5 6 7 1 2 3 43 4 5 6 7 8 9 8 9 10 11 12 13 14 5 6 7 8 9 10 11 10 11 12 13 14 15 16 15 16 17 18 19 20 21 12 13 14 15 16 17 18 17 18 19 20 21 22 23 22 23 24 25 26 27 28 19 20 21 22 23 24 25 24 25 26 27 28 29 30 29 30 31 26 27 28 29 307 月8 月9 月日一二三四五六日一二三四五六日一二三四五六1 2 1 2 3 4 5 6 1 2 33 4 5 6 7 8 9 7 8 9 10 11 12 13 4 5 6 7 8 9 10 10 11 12 13 14 15 16 14 15 16 17 18 19 20 11 12 13 14 15 16 17 17 18 19 20 21 22 23 21 22 23 24 25 26 27 18 19 20 21 22 23 24 24 25 26 27 28 29 30 28 29 30 31 25 26 27 28 29 303110 月11 月12 月日一二三四五六日一二三四五六日一二三四五六1 12345 1 2 32 3 4 5 6 7 8 6 7 8 9 10 11 12 4 5 6 7 8 9 10 9 10 11 12 13 14 15 13 14 15 16 17 18 19 11 12 13 14 15 16 17 16 17 18 19 20 21 22 20 21 22 23 24 25 26 18 19 20 21 22 23 24 23 24 25 26 27 28 29 27 28 29 30 25 26 27 28 29 30 31 30 312。
主vs客比分结果北京时间美东时间火箭 vs 国王98-89胜2005-11-0309:30:002005-11-0220:30:00火箭 vs 黄蜂84-91负2005-11-0609:30:002005-11-0520:30:00火箭 vs 魔术74-76负2005-11-0909:30:002005-11-0820:30:00热火 vs 火箭88-84负2005-11-1109:00:002005-11-1020:00:00篮网 vs 火箭91-99胜2005-11-1309:00:002005-11-1220:00:00凯尔特人 vs 火箭102-82负2005-11-14 07:00:002005-11-1318:00:00森林狼 vs 火箭89-94胜2005-11-16 09:00:002005-11-1520:00:00马刺 vs 火箭86-80负2005-11-1810:30:002005-11-1721:30:00火箭 vs 活塞70-78负2005-11-1910:30:002005-11-1821:30:00步行者 vs 火箭85-74负2005-11-21 07:00:002005-11-2018:00:00小牛 vs 火箭102-93负2005-11-23 09:30:002005-11-2220:30:00火箭 vs 太阳88-100负2005-11-24 08:30:002005-11-2319:30:00灰熊 vs 火箭86-81负2005-11-26 09:00:002005-11-2520:00:00火箭 vs 公牛89-94负2005-11-27 09:30:002005-11-2620:30:00火箭 vs 老鹰100-85胜2005-11-30 09:30:002005-11-2920:30:00北京时间2005年12月休斯敦火箭赛程主vs客比分结果北京时间美东时间火箭 vs 灰熊75-90负2005-12-04 09:30:002005-12-0320:30:00火箭 vs 凯尔特人91-73胜2005-12-0709:30:002005-12-0620:30:00国王 vs 火箭95-106胜2005-12-09 11:30:002005-12-0822:30:00开拓者 vs 火箭86-100胜2005-12-12 10:00:002005-12-1121:00:00勇士 vs 火箭105-111胜2005-12-15 11:30:002005-12-1422:30:00雷霆 vs 火箭98-104胜2005-12-16 11:30:002005-12-1522:30:00快船 vs 火箭89-81负2005-12-18 04:30:002005-12-1715:30:00湖人 vs 火箭74-76胜2005-12-19 10:30:002005-12-1821:30:00火箭 vs 猛龙81-94负2005-12-22 09:30:002005-12-2120:30:00掘金 vs 火箭108-86负2005-12-24 10:00:002005-12-2321:00:00火箭 vs 爵士74-82负2005-12-28 09:30:002005-12-2720:30:00黄蜂 vs 火箭92-90负2005-12-29 09:00:002005-12-2820:00:00北京时间2006年01月休斯敦火箭赛程主vs客比分结果北京时间美东时间火箭 vs 勇士89-94负2006-01-01 08:00:002005-12-3119:00:00奇才 vs 火箭111-123胜2006-01-04 08:00:002006-01-0319:00:00骑士 vs 火箭81-90胜2006-01-06 09:00:002006-01-0520:00:00猛龙 vs 火箭112-92负2006-01-07 08:00:002006-01-0619:00:00火箭 vs 掘金90-92负2006-01-09 09:30:002006-01-0820:30:00山猫 vs 火箭111-106负2006-01-11 08:30:002006-01-1019:30:00火箭 vs 国王80-88负2006-01-1209:30:002006-01-1120:30:00火箭 vs 黄蜂80-86负2006-01-15 2006-01-14 09:30:00 20:30:00老鹰 vs 火箭94-83负2006-01-1703:00:002006-01-1614:00:00火箭 vs 小牛76-103负2006-01-1909:30:002006-01-1820:30:00公牛 vs 火箭108-109胜2006-01-2109:30:002006-01-2020:30:00活塞 vs 火箭99-97负2006-01-23 07:00:002006-01-2218:00:00雄鹿 vs 火箭80-97胜2006-01-24 09:00:002006-01-2320:00:00火箭 vs 山猫102-78胜2006-01-26 09:30:002006-01-2520:30:00火箭 vs 森林狼92-96负2006-01-28 10:30:002006-01-2721:30:00火箭 vs 热火95-101负2006-01-30 04:30:002006-01-2915:30:00灰熊 vs 火箭86-77负2006-01-31 09:00:002006-01-3020:00:00北京时间2006年02月休斯敦火箭赛程主vs客比分结果北京时间美东时间火箭 vs 雄鹿86-84胜2006-02-02 09:30:002006-02-0120:30:00火箭 vs 雷霆100-77胜2006-02-04 09:30:002006-02-0320:30:00尼克斯 vs 火箭89-93胜2006-02-06 01:00:012006-02-0512:00:0076人 vs 火箭81-87胜2006-02-07 08:00:002006-02-0619:00:00火箭 vs 湖人78-89负2006-02-09 09:30:002006-02-0820:30:00火箭 vs 爵士102-88胜2006-02-12 09:30:002006-02-1120:30:00火箭 vs 尼克斯90-83胜2006-02-13 09:30:002006-02-1220:30:00快船 vs 火箭97-128胜2006-02-15 11:30:002006-02-1422:30:00太阳 vs 火箭109-75负2006-02-17 11:00:002006-02-1622:00:00火箭 vs 快船106-102胜2006-02-23 09:30:002006-02-2220:30:00火箭 vs 勇士91-88胜2006-02-25 09:30:002006-02-2420:30:00魔术 vs 火箭84-89胜2006-02-27 04:30:002006-02-2615:30:00火箭 vs 太阳94-111负2006-02-28 09:30:002006-02-2720:30:00北京时间2006年03月休斯敦火箭赛程主vs客比分结果北京时间美东时间火箭 vs 76人101-106负2006-03-02 10:00:002006-03-0121:00:00火箭 vs 掘金89-78胜2006-03-04 09:30:002006-03-0320:30:00火箭 vs 开拓者102-84胜2006-03-06 09:30:002006-03-0520:30:00森林狼 vs 火箭87-93胜2006-03-08 09:00:002006-03-0720:00:00火箭 vs 步行者103-99胜2006-03-09 09:30:002006-03-0820:30:00马刺 vs 火箭88-81负2006-03-13 04:30:002006-03-1215:30:00火箭 vs 篮网77-90负2006-03-14 09:30:002006-03-1320:30:00火箭 vs 小牛81-95负2006-03-16 10:00:002006-03-1521:00:00火箭 vs 马刺77-92负2006-03-19 09:30:002006-03-1820:30:00火箭 vs 快船91-99负2006-03-2109:30:002006-03-2020:30:00小牛 vs 火箭88-72负2006-03-2209:00:002006-03-2120:00:00黄蜂 vs 火箭92-93胜2006-03-2409:00:002006-03-2320:00:00火箭 vs 骑士102-104负2006-03-27 2006-03-26 02:00:00 13:00:00火箭 vs 雷霆115-87胜2006-03-3009:30:002006-03-2920:30:00北京时间2006年04月休斯敦火箭赛程主vs客比分结果北京时间美东时间火箭 vs 奇才105-103胜2006-04-01 09:00:002006-03-3120:00:00湖人 vs 火箭104-88负2006-04-03 04:30:002006-04-0215:30:00雷霆 vs 火箭104-87负2006-04-05 10:00:002006-04-0422:00:00开拓者 vs 火箭76-75负2006-04-06 10:00:002006-04-0522:00:00勇士 vs 火箭93-100胜2006-04-08 10:30:002006-04-0722:30:00国王 vs 火箭86-77负2006-04-10 09:00:002006-04-0921:00:00爵士 vs 火箭85-83负2006-04-11 09:00:002006-04-1021:00:00火箭 vs 森林狼79-82负2006-04-13 08:30:002006-04-1220:30:00火箭 vs 灰熊81-93负2006-04-16 08:30:002006-04-1520:30:00掘金 vs 火箭83-86胜2006-04-18 09:00:002006-04-1721:00:00火箭 vs 马刺87-89负2006-04-20 08:00:002006-04-1920:00:00。
Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS341SCOPE1.1This method describes a procedure for testing noise levels applicable to item 10paragraph (a) of Schedule I, Part I of the Hazardous Products Act.1.2The purpose of the test is to determine the sound level emitted by the product at thedistance and orientation from the user’s ear normally encountered during reasonable andforeseeable use.2APPLICABLE DOCUMENTS2.1Hazardous Products Act, Schedule I, Part2.2Anthropometry of Infants, Children and Youths to Age 18 for Product Safety Design;Michigan University, Ann Arbor, 31 May 772.3Brüel & Kjær instruction manuals for the sound level meters and PC software2.4Book 5, Reference Manual, Laboratory Policies and Procedures, Product SafetyLaboratory (PSL) hereinafter referred to as Book 52.5Project 2005-0851 validation of Mechanical Test Method M04: Test Method to Determinethe Noise Level of Toys.2.6Project 2005-0873 Type A Uncertainty of Measurement from T esting of Noise-emittingToys.2.7Standard Operating Procedure for Brüel & Kjær Sound Level Meter Type 2240.2.8Standard Operating Procedure for Brüel & Kjær Sound Level Meter Type 2250.3APPARATUS3.1Sound Level Meter Brüel & Kjær, Type 2250 or T ype 2240, or equivalent.3.2Brüel & Kjær Sound Level Calibrator T ype 4231, or equivalent.3.3Coordinate Measuring System to support and position the Sound Level Meter.3.4Support for the toy being evaluated.3.5 A stopwatch with a resolution of 0.1 s or better.Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS344SAMPLINGThe following test procedures should be conducted on three sam ple elements, or less if three are not available.5TESTING PROCEDURE5.1Perform the acoustical calibration and initial setup of the Sound Level Meter according tothe Standard Operating Procedure associated with the particular instrument. Ensure thatthe sound Level Meter is set to measure the maximum “A” frequency-weighted and “F”tim e-weighted sound pressure level.5.2Attach the Sound Level Meter to the Coordinate Measuring System.5.3Measure the background noise level.5.4Establish the group of the toy (See Appendix B) and the coordinates/orientation for testing(See Appendix A).5.5Identify each sound generating button(s) and/or sound generating mechanism(s) on eachtoy.5.6If the product being tested requires batteries to generate sound, install new battery(ies) ofthe type and voltage specified by the m anufacturer of the product.5.7Position the toy according to the individual Appendices from step 5.4.5.8Activate the Sound Level Meter to begin recording and then generate the sound for aminimum of 5 seconds using a foreseeable use force on the button or mechanism.5.9Repeat step 5.8 for all other buttons or sound generating mechanisms on the toy.5.10Repeat steps 5.8 to 5.9 four more times.6QUALITY CONTR OL PROC EDURES6.1Ensure that all measuring instruments are functional and are calibrated with traceability tonational or international standards.6.2Testing and the results obtained according to this method include uncertainty associatedwith the following:(I)uncertainty of any or all calibrations by an accredited calibration laboratory of theapparatus stated and used in this method;Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34 (ii)standard uncertainty or standard deviation of a series of repeated m easurem ents of noise levels or with instrum ents stated and used in this m ethod (documented inthe Equipm ent Record binder);, where (iii) a coverage factor (k = 1.96) to express an expanded uncertainty (U = kucuis the combined standard uncertainty) for a level of confidence ofcapproximately 95%, assuming normal distribution (Reference: General Guidelinesfor Evaluating and Expressing the Uncertainty of Accredited Laboratories’Measurem ent Results, CLAS Reference Docum ent 5, May 1999).6.3Ensure that the background noise level is below 60 dB(A) before testing.7TEST REPORTThe test report shall contain the following information:7.1 A description of the product to include (where available) brand, style, country of origin,size, photo, UPC, and other pertinent information.7.2The num ber of sample elements tested.7.3 A listing of the equipment used in the testing of the toys.7.4The results of the tests (conducted in the sequence presented in section 5 of this testmethod) with specific details for any non-compliance or potential problems observed.7.4.1The position, i.e., the group, coordinates, and orientation of the toy in relation tothe microphone of the Sound Level Meter.7.4.2 A brief description of the sound generating mechanism(s) and any special orcomplex actions required for their activation.7.4.3The background noise level recorded before testing.7.4.4The five noise levels recorded for each sound generating mechanism of eachsam ple element in dB(A).7.4.5The analyst's name and signature as well as the name(s) and signature(s) of thereviewer(s).Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34APPENDIX "A"DESCRIPTION OF THE COORDINATE SYSTEMA.1The coordinate system is used to describe the position of the centre of the toy’s surfacemost closely associated with the em ission of sound in relation to a child's ear whilerespecting the legislative requirem ent of “ordinary” use. During laboratory m easurem entsof noise, the child's ear is assumed to be the microphone of the Sound Level Meter. From anthropometric data, the 95th percentile for male and female in the 2 - 3.5 years agecategory was used as a guideline for development of the coordinates.A.2 The origin of the coordinates "O" is assumed to be at the centre of the microphone face. A.3 The x-axis is assumed to be an imaginary horizontal line running through both ears, andwhich is perpendicular to the microphone face.A.4 The y-axis is assumed to be a horizontal line perpendicular to the x-axis and intersectingit at the origin.A.5 The z-axis is assum ed to be a vertical line going through the origin "O".A.6The coordinate system is shown in the following sketch.Sketch of Coordinate SystemPart B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34APPENDIX "B"COOR DINATES FOR INDIVIDUAL GROUP OF TOYSB.1 A GROUP OF TOYS INCLUDING SQUEEZE TOYS, RATTLES AND OTHER TOYSINTENDED FOR H ANDHELD USEThis group includes toys that are intended to be used or operated while being held in thehand. Some examples of these types of toys include rattles, squeeze toys, toy tools,sm all electronic games, stuffed anim als, and dolls. Position the squeeze toy, rattle, orother handheld toy in such a way that the distance between the centre of the microphoneand the source of noise is equal to 150 m m. This distance is measured along the x-axis.The air from the source of noise should be blown perpendicular to the longitudinal axis ofthe microphone (i.e., in the direction of Y or Z). See examples below.coordinates:x = 150 m my = 0 mmz = 0 mmPart B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34 B.2 A GR OU P OF TOY S INCLUD ING MUSICAL INSTR UM ENTS USING BLOW ING AIRFROM MOUTHThe position of the source of noise from the origin is described by the coordinates asfollows:x = 75 m my = 100 mm + Dwhere D is the distance between the child's mouth and the centre of noise source.z = 45 mmThe air from the source of noise should be blown perpendicular to the longitudinal axis ofthe microphone (i.e., in the direction of Y). See exam ple below.Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34 B.3 A GROUP OF TOYS INCLUDING TELEPHONES, EAR-PHONES AND SIMILAR TOYSINTENDED TO B E USED CLOSE TO T HE EARPosition telephones, ear-phones and similar types of toys in such a way that the distancebetween the centre of the ear piece and the centre of the microphone is equal to 10 mm(x = 10 mm). The ear piece faces the microphone, during testing. See exam ple below.coordinates:x = 10 m my = 0 mmz = 0 mmPart B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34B.4 A GROUP OF TOYS INTENDED FOR TABLETOP, FLOOR O R CRIB/PLAYPEN USEThis group includes toys intended to be played with while attached to or resting on atabletop, floor, or crib/playpen. Some exam ples include board games, xylophones,vehicles, push/pull toys with flexible handles, stacking toys, activity toys that attach to cribrails, etc. The position of the toy’s surface, most closely associated with the centre of thesound source, from the origin, is described by the coordinates as follows:x = 0 m my = 0 mmz = 300 mmSee examples below.Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34B.5 A GROUP OF T OYS INCLUDING LON G BARRELLED GU NSRationale for coordinate selection: The end of the butt of the long barrelled gun ispressed against the child's shoulder and the child's head is inclined to aim the gun. Insuch a body position, the distance between the child's ear and the longitudinal axis of thebarrel in direction of axis x was estimated as 50 m m. The distance between the ear,which is above the end of the butt, and the noise source is equal to y = D. The ear is onthe same level as the longitudinal axis of the barrel, therefore z = 0.The longitudinal axis of the barrel is in a horizontal position and is parallel with the frontface of the m icrophone. The position of the toy’s surface, most closely associated withthe centre of the sound source, from the origin, is described by the coordinates as follows:x = 50 m my = 0 mm + Dwhere D is the distance between the ear and the source of noise.z = 0 mmSee example below.Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34B.6 A GROUP OF TOYS INCLUDING PISTOLSRationale for selecting the coordinates: The child is holding the pistol in a stretched arm.The distance between the child's ear and the pistol grip was estimated as y = 400 mm.This distance has to be adjusted by D, which is a distance between the pistol grip and thesource of the noise. The longitudinal axis of the pistol barrel is on the ear level and in thesame plane as the ear. Therefore, coordinates x = 0 and z = 0.The longitudinal axis of the barrel is in a horizontal position and is parallel with the frontface of the m icrophone. The position of the toy’s surface, most closely associated withthe centre of the sound source, from the origin, is described by the coordinates as follows:x = 0 m my = 400 mm + Dwhere D is the distance between the centre of the pistol grip and thesource of sound.z = 0 mmSee example below.Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34 B.7 A GROUP INCLUDING PUSH/PULL TO YS WHER E THE SOUN D IS GENERATEDWHEN THE TO Y IS INTENDED TO BE PUSHED OR PULLED WITH THE USE O F ANELONGATED, STIFF HANDLENOT E. Push and pull toys that have a flexible handle or have push button soundproducing mechanisms are assessed according to B.4 A GROU P OF TOY S INTENDEDFOR TABLETO P, FLOOR OR CR IB/PLAYPEN USEThe position of the toy’s surface, most closely associated with the centre of the soundsource, from the origin, is described by the coordinates as follows:x = 60 m my = 500 mmz = 800 mmSee example below.Part B: Test Methods Section, Method M -04TEST METHOD TO DETERMINE THE NOISE LEVEL OF TOYS34B.8 A GROUP INCLUDING TAPE RECORDERSUse standard prerecorded tape appropriate for the age group for testing, if required.Rationale for selecting the coordinates: The child is bending over the playing taperecorder to adjust the buttons. The ear is 300 m m above the noise source.The position of the toy’s surface, most closely associated with the centre of the soundsource, from the origin, is described by the coordinates as follows:x = 0 m my = 0 mmz = 300 mmSee example below.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . END . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .。