25.020 制造成型过程 标准查询与下载

T/GDEIA 03-2018 八边封站立式膜袋全自动制袋机

八边型站立袋全自动制袋机 　单位　机械型号 　　500　600 卷村最大尺寸　正面　mm　?800*w1050　?800*w1250 　侧面　　?600*w200 制袋尺寸　长度　mm　100-500 　宽度　　80-390　80-490 制袋速度　最高放料速度　m/min　32 　机械速度　无拉链　P/min　160 　　有拉链　　?30-10　30-80 封口宽度　横封　mm　5-60 　纵封　　5-50 功率　电热功率　KW　32 　伺服电机功率　　20 　主电机功率　　4 　控制系统及其它　　2 　整机总功率　　58　58 使用气压　MPa　0.6-0.8 整机重量　kg　≥900 外形尺寸（LXWXH）　mm　20500*3800*2190　20500*4000*2190

Standing automatic bag sealing machine with eight sides

T/CFA 020204.1-2018 铸造用熔融陶瓷砂

本标准规定了铸造用熔融陶瓷砂的术语和定义、牌号和代号、技术要求、试验方法、检验规则以及标识、储存、包装、运输等。

Fused ceramic sand for foundry

T/CFA 010602.2.02-2018 铸铁 第 2 部分：焊接

本标准阐明了哪些材质的铸件可以进行焊接，哪些材质的铸件不适合焊接及其原因，帮助产品设计人员选择合适的焊接工艺。 本部分包括生产焊接（精整焊和搭接焊）和修补焊接。

Cast irons-Part 2: Welding

T/CFA 010602.2.01-2018 铸铁 第1部分：材料和性能设计

本部分提供了大量有关铸铁冶金方面的资料和数据。本标准提供了目前国际和国家标准中规定的铸铁材料的基本信息：使用铸铁材料条件；铸铁材料应用选择；选择铸铁和牌号的要求；铸铁材料的优点。

Cast irons-part 1: Materials and properties for design

DB44/T 2072-2017 站立式膜袋数控制袋机生产技术要求

本标准规定了站立式膜袋数控制袋机生产技术的术语和定义，产品型号、型式与基本参数，技术要求，试验方法，检验规则，标志及包装、运输、贮存等内容。 本标准适用于以各类塑料复合薄膜、纸塑及铝塑等复合材料为膜袋材料，生产加工的站立式膜袋数控制袋机（以下简称制袋机）。

Technical requirements for the production of standing film bag number control bag machine

T/CFA 010604.3-2017 铸钢件焊补部位横贯里氏硬度试验方法

本标准规定了使用带有常规D、DC、G、C型冲击装置的里氏硬度计测定铸钢件焊补部位横贯方向硬度分布的术语和定义、符号、一般要求、试验准备、试验程序、试验结果处理、报告。 本标准适用于铸钢件的焊补部位（焊缝区、热影响区及母材区）的横贯里氏硬度试验。

Test method for transverse Leeb hardness of welding repaired parts of steel castings

T/CAMMT 4-2017 数字化无模铸造精密成形机

数字化无模铸造精密成形机（以下简称成形机）的型号与基本参数、技术要求、试验方法、检验规则、标志、包装及运输贮存。

Digital Precision Forming Machine without Pattern Casting

T/CAMMT 5-2017 数字化无模铸造精密成形机安装调试规范

无模铸造精密成形机的安装调试技术要求

Specification for Installation and Commissioning of Digital Precision Forming Machine without Pattern Casting

DIN ISO 17359 Bb.1:2017 机器的工况监测和诊断. 通用指南; 补充件1: 技术术语的解释

Condition monitoring and diagnostics of machines - General guidelines; Supplement 1: Explanations of technical terms

T/CAMMT 1-2017 无模铸造术语

砂型铸造  sand casting process 无模铸造复合成形  hybridforming without patterncasting 自适应复合铸型  self-adaptive hybrid mold 铸型铸件一体化建模  integrated model of casting and mould 砂型切削成形  sand mold cutting forming 砂型柔性挤压成形  sand mold flexible extrusion forming 砂型切削打印一体化成形  sand mold milling-printing integrated forming 砂型/砂芯在线检测  sandmold /core onlinedetection 砂型组装  sand mould assembly

Digital Forming without Pattern Casting Terminology

T/CAMMT 2-2017 无模铸造工艺规范

无模铸造的工艺流程和技术要求

Specification for Digital Forming without Pattern Casting

T/CAMMT 3-2017 无模复合铸型制造方法

无模复合铸型的制造工艺流程、砂型材料及其使用原则、检测方法

The Method of Manufacturing Hybrid Mould without Pattern Casting

VDI 3431-2016 型材弯曲 型材弯曲元件的测试说明

Bending components exhibit specific procedural characteristics. All expressions of these bending characteristics and also quality requirements together with tolerances must be defined and reviewed in order to classify a bending component as a waste part or a good-part. For the evaluation of acceptable expressions of characteristics on the bending component, the standard defines test characteristics and demonstrates methods for the documentation of the inspection criteria. For the respective test methods guidance is given for carrying out a measurement process capability test in accordance with VDA 5 are given.

Bending of profiles - Testing notes for profile bending elements

DIN ISO 18129:2016 机器的工况监测和诊断.性能诊断方法(ISO 18129-2015)

Condition monitoring and diagnostics of machines - Approaches for performance diagnosis (ISO 18129:2015)

GOST R ISO 18129-2016 机器的工况监测和诊断. 性能诊断方法

Condition monitoring and diagnostics of machines. Approaches for performance diagnosis

GOST R 57181-2016 铁轨铝热焊. 技术流程

Thermite welding of rails. Technological process

GOST R ISO 13381-1-2016 机器的工况监测和诊断. 机器工况预测. 第1部分. 通用指南

Condition monitoring and diagnostics of machines. Machine condition prognosis. Part 1. General guidelines

VDI 3405 Blatt 3-2015 增材制造工艺、快速制造 使用激光烧结和激光束熔化的零件生产设计规则

Additive manufacturing processes have their origin in prototyping and are commonly known as rapid prototyping. Currently the properties of additively manufactured parts are good enough to be used as final products. Thus, additive manufacturing processes provide an additional manufacturing option besides conventional methods. They have the potential to reduce production time and costs while increasing functionality. Each manufacturing process has its specific advantages and disadvantages. These are well known with conventional manufacturing processes. Thus, they are taken into consideration adequately during the construction of devices and when choosing the actual manufacturing process. This treasure trove of experience is fairly available with additive manufacturing processes. This standard provides a base to consider additive manufacturing as an option to produce parts for specific purposes. It addresses design and production engineers. This standard described the specific characteristics of additive manufacturing processes and gives detailed and specific constructive recommendations for laser sintering of polymer parts and for beam melting of metallic parts.

Additive manufacturing processes, rapid manufacturing - Design rules for part production using laser sintering and laser beam melting

JB/T 12271-2015 在线激光修复 轧机机架 技术规范

本标准规定了在线激光修复轧机机架的术语和定义、要求、检验方法、检验规则以及技术资料。 本标准适用于冶金行业轧机机架的在线激光修复。

Online laser repairing.Rolling-mill housing.Technical specification

JB/T 12265-2015 激光再制造 轴流风机 技术条件

本标准规定了轴流风机激光再制造的术语和定义、要求、检验方法、检验规则、标识、包装、运输、贮存和技术资料。 本标准适用于轴流风机的动叶片、静叶栅、可调静叶片和主轴的激光再制造。

Laser-aided remanufacture.Axial blower.Specification