手机及其附件检测

发布时间：2024-06-21 作者：中析研究所浏览：

GB/T 13537-2009电子类家用电器用电动机通用技术条件

本标准规定了机座外径不大于90 mm的电子类家用电器用电动机的产品分类、技术要求和试验方法、检验规则、交付准备等。本标准适用于DVD录放机、录音机、摄像机、照相机、微波炉、取暖器、电子玩具、剃须刀、程控器、CPU风扇、手机等电子类家用电器电动机如交流感应电动机、串激电动机、永磁直流电动机、无刷直流电动机、同步电动机、超声波电动机、步进电动机等。本标准也适用于不用机座外径表示机座号的其他结构型式电子类家用电器用电动机。机座外径大于90 mm的电子类家用电器用电动机亦可参照采用本标准。本标准应与电子类家用电器用电动机(以下简称电机)产品专用技术条件一起使用。各类电机的具体技术指标及附加或特殊要求在产品专用技术条件中规定。

MT/T 1076-2008煤炭地质钻探规程

本标准规定了煤炭地质钻探工作野外作业工艺技术要求和安全生产要求。本标准适用于在中华人民共和国领域内的煤炭地质钻探工作设计、生产和安全评价、管理。标准不适用于使用煤炭地质钻探技术手段和方法从事其延伸业的设计、生产和安全评价、管理。

YY/T 0873.1-2013牙科旋转器械的数字编码系统第1部分：一般特征

YY/T 0873的本部分用于阐明牙科旋转器械及其附件的数字编码系统,并就其解释和用法给予说明。本部分将详细说明几类材质的编码系统,包括器械工作部分、涂层及研磨器具的结合方式。本部分的3位数字即为15位编码系统中的第1组数。本部分还进一步说明了杆/柄或独立使用的器械的孔径,以及总长度的编码数字。此处的3位数字组成了15位编码的第2组,且一共有3位(2+1)。附录A举出几个例子示范了15位编码数字的完整应用,其中部分例子包括了为金刚石器械提供的3个(额外)可选数字(16~18位)的例子。

YY/T 1285-2015牙科学口腔医疗保健人员工作区域内牙科设备位置信息系统

本标准规定了口腔医疗保健人员工作区域内牙科设备位置信息系统,在这些工作区域内可以进行直接和患者有关的诊断、治疗和其他临床操作。本信息系统提供了描述牙科设备所处位置一般信息的方法,以及描述该设备及其附件空间的灵活性和适应性特征的方法。此外,本标准提供了该区域所使用的牙科设备一般术语的定义。

QJ 2438A-2005航天器包装技术要求

本标准规定了航天器(含舱段，以下同)的包装原则、包装技术支持、包装技术要求、包装技术流程、包装容器、包装件的试验方法和检验规则。本标准适用于各类航天器的包装及包装箱的设计、制造、试验和验收。

YC/T 384.2-2018烟草企业安全生产标准化规范第2部分:安全技术和现场规范

YC/T 284的本部分规定了烟草企业安全生产标准化的安全技术和现场规范要求，包括设备设施、作业活动、作业环境和现场运行的安全要求。本部分适用于省级烟草公司(局)、省级工业公司等省级公司、烟草加工和烟草商业生产经营单位。其中，烟草商业生产经营单位特指地市级烟草公司，烟草加工单位含烟叶复烤、卷烟制造、雪茄烟制造、再造烟叶生产的单位。烟草配套和多元化投资的其他生产经营单位，如醋酸纤维、烟草印刷等单位可参照执行。

YD 5201-2014通信建设工程安全生产操作规范 2008年工信部发布的《通信建设工程安全生产操作规范》(工信部规[2008]110号)

本规范适用于各类通信建设工程项目的施工、监理、监督检查。本规范与有关标准(规范)相矛盾时,应按标准(规范)的相关规定办理。

DL 5009.1-2014电力建设安全工作规程.第1部分:火力发电

本部分适用于新建、扩建和改建的火力发电工程建设项目(含核电站常规岛)建筑、安装、调试等安全生产工作。

ITU-R INFORME M.2023 SPANISH-2000移动通信-2000(IMT-2000)频谱需求

IMT-2000 defines 3rd generation mobile systems which are scheduled to start service around the year 2000 subject to market considerations. They will provide access, by means of one or more radio links, to a wide range of telecommunication services support

ITU-T H.225.0-2009呼叫信号协议和基于分组的多媒体通信系统的媒体流分组.16号研究组

This Recommendation describes the means by which audio, video, data, and control are associated, coded, and packetized for transport between H.323 equipment on a packet-based network. This includes the use of an H.323 gateway, which inturn may be connected to H.320, H.324, or H.310/H.321 terminals on N-ISDN, GSTN, or B-ISDN respectively. The equipment descriptions and procedures are described in ITU-T Rec. H.323 while this Recommendation covers protocols and message formats. Communication via an H.323 gateway to an H.322 gateway for guaranteed Quality of Service (QoS) LANs and thusto H.322 endpoints is also possible.

ITU-T J.161-2007音频和视频编解码要求及使用电缆调制解调器通过有线电视网络提供双向音频服务.研究小组9

This Recommendation specifies the media aspects of the interfaces between IPCablecom clientdevices for audio and video communication. Specifically, it identifies the audio and video codecsnecessary to provide the highest quality and the most resource-efficient service delivery to thecustomer. This Recommendation also specifies the performance required in client devices tosupport future IPCablecom codecs. Additionally, this Recommendation describes a suggestedmethodology for optimal network support for codecs.1.1 Introduction and overviewThe quality of audio and video delivered over the IPCablecom architecture will depend on multiplefactors: the end device performance, the network's inherent quality, and the intelligence of thesystem resource allocation policy. This Recommendation specifies codecs and capabilitiessupporting audio and video applications, with a particular emphasis on the stringent requirements ofIP-based voice communications.Acceptable voice communications functionality imposes strict delay and packet-loss criteria on IPimplementations and will thus stress system resources, particularly if bandwidth becomes congestedor saturated. Video applications – while more forgiving to dropped packets and delay – requirebandwidth of at least an order of magnitude more than audio applications. The IPCablecomarchitecture is designed to support both voice and video applications simultaneously.Speech and video compression are evolving technologies. New algorithms are being enabled as moresophisticated and higher performing processors become available at lower cost. Additionally, thesystem infrastructure and mechanisms for allocating resources will evolve. Due to this dynamism, thepriority in designing the architecture is to define a robust system to accommodate evolvingtechnology without creating a legacy burden.Therefore, the IPCablecom philosophy is to establish cost-effective envelopes for network and deviceperformance to enable the most appropriate current technology, while allowing upgrades astechnology and market needs evolve. To address near-term market needs, this Recommendation alsospecifies codec and performance mandates to deliver the quality-of-service necessary for launchingcompetitive services.1.2 Purpose of this RecommendationThe purpose of this Recommendation is to extend the existing IPCablecom v1CodecRecommendation by introducing two new low-bit codecs, [ITU-T T.38] fax relay for reliable faxtransmission, [IETF RFC 2833] DTMF Relay for reliable DTMF transmission and metrics tomeasure voice quality. It is issued to facilitate design and field-testing leading to themanufacturability and interoperability of conforming hardware and software by multiple vendors.1.3 Phasing of requirementsThe codec requirements contained in this Recommendation cover both audio and video multimediaterminals (MTAs) and trunking gateways (media gateway). The term MTA-2 is used to define aterminal supporting video.In the initial phase of IPCablecom, MTAs are not required to support the MTA-2 requirements asdefined in clause 8. MTAs MUST support the requirements for audio terminals as defined inclauses 5, 6, 7, and 9.Support for video terminals will be REQUIRED in later phases of IPCablecom. All MTA-2s MUSTsupport the requirements defined in clause 8.

ITU-T SERIES Q SUPP 30-2000ITU建议Q.1707的附录:移动电信-2000(IMT-2000)的规范 Q系列:交换和信令

This Supplement is an \"information\" document and is intended as a roadmap and a source of references for documents related to IMT-2000 specifications from ITU-T as well as fi-om sources outside ITU (e.g. 3GPPs and SDOs.) The list of documents contained in

EN 15095-2007电动移动货架,传送带和存储升降机.安全要求.包含修改件A1-2008

This European Standard deals with the safety requirements for the following types of power-operated storage equipment: storage carousels; storage lifts; mobile shelving, pallet racking and cantilever racking with the objective of eliminating or minimising the hazards described in Clause 4. These hazards can arise during installation, starting up, operation, maintenance, testing and dismantling of the equipment. It is essential that the safety requirements and/or measures taken inThis standard be applied to storage equipment which operates indoors. Under difficult conditions, it is essential that additional hazard analysis and safety measures be taken into account, e. g. outdoor conditions, freezer applications, high temperatures, corrosive environment, strong magnetic fields, risk of explosive atmosphere, radioactive conditions, storage goods which due to their nature could generate hazardous situations (e. g. molten metal, acids/alkalis, fragile goods or explosives), effects of earthquakes and also contact with food. Examples of power-operated storage equipment to whichThis standard applies are shown in Annex A. With regard to buildings and parts of buildings,This standard applies only insofar that an assessment regarding hazards and risks in connection with interfaces to the storage equipment is carried out. Storage equipment whose only power source is directly used human labour or gravity are excluded from the scope of application of this standard. Power-operated storage equipment or parts of them do not fall under the regulations for passenger lifts. They are intended to handle and store goods. They are not intended to transport passengers under normal use (except for maintenance) and therefore not considered to be lifts (elevators).This standard does not take hazards into account, which arise from noisy environments or environments subject to electromagnetic interference outside the range quoted in EN 61000-6-2.