C233 标准查询与下载

T/CI 201-2023 全息数据存储系统

本文件规定了全息数据存储读写方式、数据通道编解码方式、全息光盘伺服系统、全息光盘的结构与规格、全息存储介质及性能评价方式、全息数据存取性能评价方式。 本文件适用于数据存储行业的全息数据存储应用。

Holographic data storage system

T/QGCML 2011-2023 3D打印机一体式刮板刮除技术要求

本文件规定了3D打印机一体式刮板刮除技术要求的术语和定义、构成及原理、技术要求、试验方法、检验规则、标志、包装、运输及贮存。 本文件适用于3D打印机一体式刮板刮除技术。

3D printer integrated scraper scraping technical requirements

T/QGCML 2009-2023 新型全彩3D打印机快速消除粘黏方法

本文件规定了新型全彩3D打印机快速消除粘黏方法的术语和定义、构成及原理、技术要求、试验方法、检验规则、标志、包装、运输及贮存。 本文件适用于新型全彩3D打印机快速消除粘黏方法。

New full-color 3D printer quickly eliminates stickiness

T/QGCML 2013-2023 3D打印机用打印头预防拉丝方法

本文件规定了3D打印机用打印头预防拉丝方法的术语和定义、构成及原理、技术要求、试验方法、检验规则、标志、包装、运输及贮存。 本文件适用于3D打印机用打印头预防拉丝方法。

Methods to prevent wire drawing in print heads of 3D printers

T/QGCML 2010-2023 3D打印粉末及其制备方法

本文件规定了3D打印粉末及其制备方法的术语和定义、一般要求、技术要求、试验方法、制备方法。 本文件适用于3D打印粉末制备。

3D printing powder and preparation method thereof

T/ZHAS 27-2023 标签打印机一体式带盒

1  范围 2  规范性引用文件 3  术语和定义　 4  分类　 5  要求　 6  试验方法　 7  检验规则　 8  标志、包装、运输和贮存　

All-in-one label printer ribbon

T/CASME 454-2023 纸质档案数字化操作规程

本文件规定了纸质档案数字化规程的术语和定义、基本原则、管理要求、操作流程、质量管理和文档控制等内容。

Operating Procedures for Digitization of Paper Archives

T/CMIF 186-2023 复印机再制造过程规范

    再制造（Remanufacturing）是指对废旧产品进行专业化修复或升级改造，使其质量特性（包括产品功能、技术性能、绿色性和经济性等）不低于原型新品水平的绿色制造过程。再制造面向产品生命周期的末端，以废旧产品资源利用率最大化、再制造产品性能最优化、生产资源消耗最小化和环境污染最小化为目标，打通“资源-产品-报废-再制造产品”的循环产业链条，构筑节能、环保和可持续的工业绿色发展模式。相对于传统的新品制造及废旧机电产品资源化利用模式，再制造在成本、节能、节材、减排、高效和高值化等方面优势明显，高度契合国家绿色发展战略和制造强国战略，是制造业转型升级的重要方向，也是我国实现“双碳”目标的最佳技术手段之一。     我国是世界上潜力最大的复印机市场，拥有全球最多的复印机零配件生产企业，淘汰和报废数量大。开展复印机设备再制造，一方面可降低新品复印机制造过程对金属和石油产品等资源的消耗，另一方面可降低复印机旧件环保处理过程中的环境污染，同时有效利用废旧复印机蕴含的高附加值，实现变废为宝。     复印机再制造产品已被国家列入再制造产品目录。尽管我国开展复印机等办公设备再制造实践已有较长时间，包括复印机再制造关键工艺技术、试点企业认定和产品目录制定等方面的工作，并形成了一定的产业规模，但是在复印机再制造标准研究方面仍处于初期阶段，关键共性技术标准缺失导致的生产和市场运行不规范，限制了复印机再制造行业的健康快速发展。本文件的发布，将有助于复印机再制造行业的规范和发展。     本文件规定了复印机再制造的总体要求、再制造流程和再制造要求等内容。     本文件适用于废旧复印机的再制造活动。 前言 ···························································································································· III 引言 ····························································································································· V 1 范围 ·························································································································· 1 2 规范性引用文件 ·········································································································· 1 3 术语和定义 ················································································································· 1 4 总体要求 ···················································································································· 2 5 再制造流程 ················································································································· 2 6 再制造要求 ················································································································· 3 6.1 初步检验 ··············································································································· 3 6.2 再制造性评估 ········································································································· 3 6.3 拆解 ····················································································································· 3 6.4 清洗 ····················································································································· 3 6.5 检测与分类 ············································································································ 3 6.6 再制造加工 ············································································································ 3 6.7 再制造装配 ············································································································ 4 6.8 软件更新或升级 ······································································································ 4 6.9 产品检验 ··············································································································· 4 6.10 产品标识与产品信息 ······························································································ 4 6.11 质量保证及包装 ···································································································· 4 参考文献 ························································································································ 5

Copier remanufacturing process specification

T/CCOEA 3-2020 办公设备维修工职业技能评价规范

4　基本要求　 4.1 职业环境条件　 4.2 职业能力特征　 4.3 普通受教育程度　 4.4 职业道德要求　 4.5 法律法规知识　 4.6 通用基础知识　 4.6.1 材料基础知识　 4.6.2 机械基础知识　 4.6.3 电工电子基础知识　 4.6.4 光学基础知识　 4.6.5 计算机与互联网基础知识　 4.6.6 色彩学基础知识　 4.6.7 办公用纸张基本知识　 4.7办公设备专业知识　 4.7.1 办公设备分类与基本构造　 4.7.2 静电成像设备基础知识　 4.7.3 喷墨成像设备基础知识　 4.7.4 热成像设备基础知识　 4.7.5 针式打印机基础知识　 4.7.6 模板成像设备基础知识　 4.7.7 扫描和传真基础知识　 4.7.8 投影仪基础知识　 4.7.9 图像质量评价知识　 4.8 办公设备安全生产和环境保护知识 4.8.1 安全生产知识　 4.8.2 环境保护知识　 5　工种等级设置和工作要求　 5.1工种等级设置　 5.2五级/初级工工作要求　 5.3 四级/中级工工作要求　 5.4 三级/高级工工作要求　 5.5 二级/技师工作要求　 5.6 一级/高级技师工作要求　 6培训要求 6.1培训期限　 6.2培训教师　 6.3培训场地　 7　职业技能鉴定　 7.1申报条件　 7.2理论知识和操作技能权重表 7.3鉴定方式　 7.4监考人员、考评人员与考生比例　 7.5鉴定时间　 7.6鉴定场所与设备 附录A（规范性附录）办公设备维修工职业守则 表1.五级/初级工的工作要求　 表2.四级/中级工的工作要求　 表3.三级/高级工的工作要求　 表4.二级/技师的工作要求　 表5.一级/高级技师的工作要求　 表6.办公设备维修工理论知识权重表　 表7.办公设备维修工操作技能权重表　

Specification for skill level assessment of office equipment maintain and service worker

T/CCOEA 2-2020 绿色设计产品评价技术规范 办公设备用静电成像有机光导鼓

4评价原则　 5 评价方法　 6 评价指标　 7 评价流程　 8 评价要求　 9评价报告　7 10.文档管理　 附 录A（资料性附录）静电成像有机光导鼓产品生命周期评价方法　 附录 B （规范性附录）静电成像有机光导鼓产品符合性评价指标计算方法　 附录C（资料性附录）静电成像OPC鼓产品生命周期现场采集数据表与计算示例　 附录D（规范性附录）静电成像OPC鼓印品质量和运行性能　 附录E（资料性附录）静电成像OPC鼓碳排放计算方法　 附录F（资料性附录）静电成像OPC鼓绿色设计产品评价报告示例　 表1静电成像OPC鼓绿色设计产品评价指标和判定依据　 表C.1静电成像OPC鼓产品原材料获取阶段数据采集与物理法墨粉产品碳排放计算示例　14 表C.2 生产制造阶段数据采集表　 表C.3 使用阶段数据采集表　 表C.4 废弃物处置阶段数据采集表　 表D.1 静电成像OPC鼓印品质量指标和技术要求　 表D.2 彩色OPC鼓印品质量指标和技术要求　 表D.3 静电成像OPC鼓运行性能考核项目和技术要求　 表 F.1 静电成像OPC鼓绿色设计产品评价报告示例　 图1 静电成像OPC鼓绿色设计评价流程　 图A.1静电成像OPC鼓产品生命周期评价系统边界

Technical specifications for green-design product assessment- office equipment-electrostatic organic photoconductor

T/CCOEA 1-2020 绿色设计产品评价技术规范 办公设备用静电成像干式墨粉

4　评价原则　 5　评价方法　 6　评价指标　 7　评价流程　 8　评价要求　 9　评价报告　 10 文档管理　 引言　IV 1　范围　1 2　规范性引用文件　1 3　术语和定义　2 4　评价原则　3 5　评价方法　3 6　评价指标　4 7　评价流程　6 8　评价要求　6 9　评价报告　7 10文档管理　8 附录A（资料性附录）静电成像干式墨粉产品生命周期评价方法　 附录B（规范性附录）静电成像干式墨粉产品符合性评价指标计算方法　 附录C（资料性附录）静电成像干式墨粉生命周期现场数据采集表与计算示例　 附录D（规范性附录）静电成像干式墨粉印品质量　 附录E（资料性附录）静电成像干式墨粉碳排放计算方法　 附录F（资料性附录）静电成像干式墨粉绿色设计产品评价报告示例　 表1静电成像干式墨粉绿色设计产品评价指标和判定依据　 表C.1墨粉产品原材料获取阶段数据采集与物理法墨粉产品碳排放计算示例　 表C.2 生产制造阶段数据收集表　 表C.3 使用阶段数据收集表　 表C.4 废弃物处置阶段数据收集　 表D.1  干式单组份墨粉印品质量指标和技术要求　 表D.2干式双组份墨粉印品质量指标和技术要求　16 表D.3  物理法彩色墨粉印品质量指标和技术要求　16 表D.4  化学法彩色墨粉印品质量指标和技术要求　17 表 F.1 静电成像干式墨粉绿色设计产品评价报告示例　19 图1静电成像干式墨粉绿色设计评价流程　6 图A.1静电成像干式墨粉产品生命周期评价系统边界　10

Technical specifications for green-design product assessment- Office Equipment-electrostatic dry toner

T/ZZB 1335-2019 高清成像用光学低通滤波片

本标准规定了高清成像用光学低通滤波片的术语和定义、产品结构、基本要求、技术要求、试验方法、检验规则、标志、包装、运输、贮存和质量承诺。 本标准适用于单反相机、工业相机、摄像机等高清成像设备用光学低通滤波片(以下简称“滤波片”)。

Optical low pass filter for high-definition imaging