小型圆柱螺旋压缩弹簧检测

发布时间：2024-06-21 作者：中析研究所浏览：

GB/T 1973.2-2005小型圆柱螺旋拉伸弹簧尺寸及参数

本部分规定了小型圆柱螺旋拉伸弹簧的标记、尺寸及参数。本部分适用于直径小于0.5mm的圆截面材料制造的一般用途的冷卷圆柱螺旋拉伸弹簧（圆钩环压中心型），以下简称弹簧。

GB/T 1973.3-2005小型圆柱螺旋压缩弹簧尺寸及参数

本部分规定了小型圆柱螺旋压缩弹簧的标记、尺寸及参数。本部分适用于直径小于0.5mm的圆截面材料制造的一般用途冷卷圆柱螺旋压缩弹簧（两端圈并紧不磨型及并紧磨平型），以下简称弹簧。

GB/T 10357.3-2013家具力学性能试验第3部分：椅凳类强度和耐久性

GB/T 10357的本部分规定了各类椅、凳的强度和耐久性的试验方法。本部分适用于家庭、宾馆、饭店等场合使用的各种椅、凳类家具。本部分不适用于转椅、儿童用椅和陶瓷、藤柳等材料制作的椅凳类家具。

GB/T 14250-2008衡器术语

本标准规定了衡器的术语及其定义。本标准适用于衡器的标准编写、书籍出版、文件编制、技术交流等方面。

GB 28478-2012户外休闲家具安全性能要求.桌椅类产品

本标准规定了野营、家用和商用桌椅类户外休闲家具通用的安全技术要求，成人用的野营、家用、商用户外桌椅的机械安全要求和检验方法。本标准适用于野营、家用和商用桌椅类户外休闲家具。本标准不包括材料设计/结构或制造过程。本部分不适用于使用非常频繁的商用户外家具、软包和覆面材料可拆卸的家具、永久固定的家具和街用家具。

HB/Z 246-1993长寿精密冲模设计与制造要求

本标准规定了长寿精密冲裁模结构要求，有关技术参数，主要零件设计方法及主要零件制造要求等。　　本标准适用于长寿精密冲裁模的设计与制造，也适用于其它冲模的设计与制造。

HB/Z 268-1995冲裁模设计与制造指南

本标准规定了冲裁模的设计程序和依据、模具结构、常用装置、特种冲裁模具的设计、模具计算方法、模具标准件的选用原则、模具材料及热处理要求，以及模具零件、模架和模具装配试模的技术要求。　　本标准适用于冲孔、落料、复合、级进等冲裁模具的设计和制造，也适用于其它冲模的设计和制造。

HB/Z 296-1996塑料注射模设计与制造指南

本标准规定了塑料注射模的依据、设计程序和模具的制造要求。　　本标准适用于塑料注射模的设计与制造。

NB/T 42054-2015小型水轮机操作器技术条件

本标准规定了小型水轮机操作器的基本技术条件、试验要求、现场安装与运行、供货范围、验收及性能保证等。本标准适用于工作容量在50 000N·m以下的水轮机操作器及油压装置。

QC/T 231-2014摩托车和轻便摩托车反冲起动器技术条件

本标准规定了摩托车和轻便摩托车用反冲起动器的术语和定义、要求、试验方法、检验规则、标志、包装及储存等内容。本标准适用于摩托车和轻便摩托车反冲起动器。

JB/T 9022-2012振动筛设计规范

本标准规定了振动筛设计的术语、定义、设计总则、设计依据、基本结构、技术参数的确定以及主要零部件的设计与计算方法。本标准适用于直线振动筛和圆振动筛的设计。

JB/T 11871.3-2014数控卷簧机第3部分:精度

JB/T 11871的本部分规定了数控卷簧机的几何精度、工作精度及检验方法。本部分适用于材料截面直径小于或等于20 mm的双工位、多工位数控卷簧机。

DIN EN 15827-2011轨道交通.转向架和驱动装置要求.德文版本EN 15827-2011

This European Standard consolidates all the separate requirements specified in rolling stock TSLs and European Standards relating to bogies and running gear together into an overall requirement and process that ensures a functional and safe design is achieved for a defined operating envelope. There are many European Standards that specify the design requirements and associated processes of bogie and running gear components and sub-assemblies.There are also European Standards that specify vehicle performance and validation requirements that depend directly on the bogies or running gear.The objective of this standard is to bring all these separate design criteria together.This is accomplished by specifying the design and validation processes to be used for bogies and running gear with particular focus on the two key disciplines of dynamic behaviour and structural integrity.To ensure that safe operation can be continued througnout the product life the definition of a maintenance plan is also required.

DIN EN ISO 10846-2-2008声学和振动.弹性元件的振动-声传输特性的实验室测量.第2部分:传输运动用弹性支撑件的动态劲度测定用直接法

This part of ISO 10846 specifies a method for determining the dynamic transfer stiffness for translations ofresilient supports, under specified preload. The method concerns the laboratory measurement of vibrations onthe input side and blocking output forces and is called "the direct method" The method is applicable to testelements with parallel flanges (see Figure 1).Resilient elements, which are the subject of this part of ISO 10848. are those which are used to reduce the transmission of vibration in the lower part of the audible frequency range (typically 20 Hz to 500 Hz) to a structure which may, for example, radiate unwanted fluid-borne sounri (airborne, waterborne or others), and the transmission of low-frequency vibrations (typically 1 Hz to 80 Hz), which may, for example, act upon human subjects or cause damage to structures of any size when vibration is too severe.NOTE I In practice, the size of tbe available test rig(s) can restrict the use of very small or very large resilient supportsNOTE 2 Samples of continuous supports of strips and mats are included in this method. Whether or not the sampledescribes the behaviour of the complex system sufficiently is the responsibility of the user of this part o1 I SO 10846Measurements for translations normal and transverse to the flanges are covered in this purl of ISO 10846.The direct method covers the frequency range from 1 Hz up to a frequency/UL, which is usually determinedby the test rigNOTE 3 Because of the large vadety of test rigs and test elements,/UL is variable In this part o1 ISO 10846, theadequacy of the test rig is not defined for a fixed frequency range, but on the basis of measured data, as described in 61to 6.4.

DIN EN ISO 10846-5-2009声学和振动.弹性元件振动声传导特性的实验室测量.第5部分:平移运动弹性支座低频传导刚度的传动点测定法(ISO 10846)

This part of ISO 10846 specifies a driving point method for determining the low-frequency transfer stiffness fortranslations of resilient supports, under a specified preload. The method concerns the laboratorymeasurement of vibrations and forces on the input side with the output side blocked, and is called the "drivingpoint method".The stiffness resulting from measuring the input displacement (velocity, acceleration) and input force is the dynamic driving point stiffness. Only at low frequencies, where the driving point stiffness and the transfer stiffness are equal, can this method be used for determination of the dynamic transfer stiffness.NOTE 1 In ISO 10846-2, the direct method for measuring the dynamic transfer stiffness is covered. The direct method covers the determination of the low-frequency dynamic transfer stiffness and it covers, in principle, a wider frequency range than the driving point method. Nevertheless, the driving point method is covered in the ISO 10846 series of international standards as well. It is considered as a valuable option for owners of (often expensive) test rigs for driving point stiffness measurements, to extend the use of these rigs with the determination of low-frequency dynamic transferstiffness.The method is applicable to test elements with parallel flanges (see Figure 1).Resilient elements, which are the subject of this part of ISO 10846, are those which are used to reducea) the transmission of vibration in the lower part of the audible frequency range (typically 20 Hz to 200 Hz) to a structure which may, for example, radiate unwanted fluid-borne sound (airborne, waterborne or others), andb) the transmission of low-frequency vibrations (typically 1 Hz to 80 Hz) which may, for example, act upon human subjects or cause damage to structures of any size when vibration is too severe.NOTE 2 In practice, the size of available test rig(s) determines restrictions for very small and for very large resilient supports.NOTE 3 Samples of continuous supports of strips and mats are included in the method. Whether or not the sampledescribes the behaviour of the complex system sufficiently is the responsibility of the user of this part of ISO 10846.Measurements for translations normal and transverse to the flanges are covered in this part of ISO 10846.The method covers the frequency range from f:l = 1 Hz to the upper limiting frequency fUL- Typically50 Hz ≤f<(index)UL> ≤ 200 Hz.The data obtained according to the method specified in this part of ISO 10846 can be used for the following:-- product information provided by manufacturers and suppliers;

DIN EN ISO 26909-2010弹簧.词汇表(ISO 26909-2009).三种语言版本EN ISO 26909-2010

ISO 26909:2009 specifies terms and definitions commonly used in the metal springs industry. Specifically, these terms appear in technical product documentation. Heat-treatment and surface-treatment terms pertinent to springs are included. Terms in ISO 26909:2009 are grouped into the following seven categories: a) general features of springs; b) application of springs in machinery and engineering; c) layouts and nomenclature of springs; d) specification requirements; e) design and calculation; f) manufacturing and processing; g) testing and inspection.

BS 8509-2008+A1-2011家用儿童床.安全性要求和试验方法

This British Standard specifies requirements for the safety of children’sbeds for domestic use with a maximum internal width of 1 000 mm anda maximum height of bed base of 600 mm .The requirements apply to children’s beds that are fully assembled andready for use.This British Standard does not apply to beds for adults, foldawaybeds, bunk and high beds, cabin/mid-height beds, children’s cots,bedside cots and children’s cots that allow free access for the child bymeans of a hinged opening or removal of some vertical bars/slats.This standard does not cover products that have been incorporated intochildren’s beds, for example luminaires, tables or storage furniture.

BS EN 15800-2008圆形金属丝制圆柱螺旋状弹簧.冷卷绕压缩弹簧的质量规范

This European Standard applies to cylindrical helical compression springs made of round spring wire. Cold coiledcompression springs can be made with wire up to about 16 mm diameter. (See also EN 13906-1).Cylindrical helical springs made of round wire from European Standard materials are subject to the limiting values in Table 1.A specification for the parameters of cold formed helical compression springs is given in Annex B.

BS EN ISO 10846-2-2008声学和振动.弹性元件的振动-声学传输性能的实验室测量.第2部分:连续变换活动用弹性支架动态刚性的测定直接法

This part of ISO 10846 specifies a method for determining the dynamic transfer stiffness for translations ofresilient supports, under specified preload. The method concerns the laboratory measurement of vibrations onthe input side and blocking output forces and is called “the direct method”. The method is applicable to testelements with parallel flanges.Resilient elements, which are the subject of this part of ISO 10846, are those which are used to reduce- the transmission of vibration in the lower part of the audible frequency range (typically 20 Hz to 500 Hz) to a structure which may, for example, radiate unwanted fluid-borne sound (airborne, waterborne or others),and- the transmission of low-frequency vibrations (typically 1 Hz to 80 Hz), which may, for example, act uponhuman subjects or cause damage to structures of any size when vibration is too severe.NOTE 1 In practice, the size of the available test rig(s) can restrict the use of very small or very large resilient supports.NOTE 2 Samples of continuous supports of strips and mats are included in this method. Whether or not the sampledescribes the behaviour of the complex system sufficiently is the responsibility of the user of this part of ISO 10846.Measurements for translations normal and transverse to the flanges are covered in this part of ISO 10846.The direct method covers the frequency range from 1 Hz up to a frequency fUL, which is usually determinedby the test rig.NOTE 3 Because of the large variety of test rigs and test elements, fUL is variable. In this part of ISO 10846, theadequacy of the test rig is not defined for a fixed frequency range, but on the basis of measured data, as described in 6.1to 6.4.The data obtained according to the method specified in this part of ISO 10846 can be used for the following:- product information provided by manufacturers and suppliers;- information during product development;- quality control;- calculation of the transfer of vibration energy through isolators.

BS EN ISO 10846-5-2009声学和振动.弹性元件振动声传导特性的实验室测量.第5部分:平移运动弹性支座低频传导刚度的传动点测定法

This part of ISO 10846 specifies a driving point method for determining the low-frequency transfer stiffness fortranslations of resilient supports, under a specified preload. The method concerns the laboratorymeasurement of vibrations and forces on the input side with the output side blocked, and is called the “drivingpoint method”.The stiffness resulting from measuring the input displacement (velocity, acceleration) and input force is the dynamic driving point stiffness. Only at low frequencies, where the driving point stiffness and the transfer stiffness are equal, can this method be used for determination of the dynamic transfer stiffness.NOTE 1 In ISO 10846-2, the direct method for measuring the dynamic transfer stiffness is covered. The direct methodcovers the determination of the low-frequency dynamic transfer stiffness and it covers, in principle, a wider frequency range than the driving point method. Nevertheless, the driving point method is covered in the ISO 10846 series of international standards as well. It is considered as a valuable option for owners of (often expensive) test rigs for driving point stiffness measurements, to extend the use of these rigs with the determination of low-frequency dynamic transferstiffness.The method is applicable to test elements with parallel flanges (see Figure 1).Resilient elements, which are the subject of this part of ISO 10846, are those which are used to reducea) the transmission of vibration in the lower part of the audible frequency range (typically 20 Hz to 200 Hz) toa structure which may, for example, radiate unwanted fluid-borne sound (airborne, waterborne or others),andb) the transmission of low-frequency vibrations (typically 1 Hz to 80 Hz) which may, for example, act uponhuman subjects or cause damage to structures of any size when vibration is too severe.NOTE 2 In practice, the size of available test rig(s) determines restrictions for very small and for very large resilientsupports.NOTE 3 Samples of continuous supports of strips and mats are included in the method. Whether or not the sampledescribes the behaviour of the complex system sufficiently is the responsibility of the user of this part of ISO 10846.Measurements for translations normal and transverse to the flanges are covered in this part of ISO 10846.The method covers the frequency range from f1 = 1 Hz to the upper limiting frequency fUL. Typically50 Hz u fUL u 200 Hz.The data obtained according to the method specified in this part of ISO 10846 can be used for the following:- product information provided by manufacturers and suppliers;- information during product development;- quality control, and- calculation of the transfer of vibration through isolators.