WO2022116540A1 - 一种车轮毂强度检测装置 - Google Patents

一种车轮毂强度检测装置 Download PDF

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WO2022116540A1
WO2022116540A1 PCT/CN2021/105178 CN2021105178W WO2022116540A1 WO 2022116540 A1 WO2022116540 A1 WO 2022116540A1 CN 2021105178 W CN2021105178 W CN 2021105178W WO 2022116540 A1 WO2022116540 A1 WO 2022116540A1
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detection module
fixedly installed
module
wear
arm
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PCT/CN2021/105178
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English (en)
French (fr)
Inventor
杨雯雯
刘东芳
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台州市握奇自动化设备有限公司
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Publication of WO2022116540A1 publication Critical patent/WO2022116540A1/zh

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    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
    • G01M17/00—Testing of vehicles
    • G01M17/007—Wheeled or endless-tracked vehicles
    • G01M17/013—Wheels

Definitions

  • the invention relates to the technical field of vehicle engineering, in particular to a wheel hub strength detection device.
  • the present invention provides a kelp shredding machine, which can effectively solve the above technical problems, and has the advantages of simple structure, low cost, high efficiency and high degree of automation.
  • a wheel hub strength detection device comprising a chassis module, a two-arm detection module, a side detection module, a strength detection module, and a wear resistance detection module.
  • the module includes a chassis module top plate; the two-arm detection module includes a two-arm detection module bottom plate; the side detection module includes a side detection module lower bottom plate; the strength detection module includes a strength detection module bottom plate; the The wear detection module includes a bottom plate of the wear detection module; the top plate of the chassis module in the chassis module is fixedly installed with the bottom plate of the two-arm detection module in the two-arm detection module, and the top plate of the chassis module in the chassis module and the bottom plate of the side detection module are fixedly installed.
  • the bottom plate of the side detection module is fixedly installed, the top plate of the chassis module in the chassis module and the bottom plate of the strength detection module in the strength detection module are fixedly installed, the top plate of the chassis module in the chassis module and the bottom plate of the wear detection module in the wear detection module are fixedly installed .
  • chassis module also includes a chassis module base plate, a chassis module pillar, a chassis module motor plate, a chassis module motor, a chassis module driving wheel, a chassis module belt, a chassis module driven wheel, a chassis module converter, and a chassis module hub disk.
  • the chassis module bottom plate and the chassis module pillar are fixedly installed, the chassis module pillar and the chassis module top plate are fixedly installed, the chassis module top plate and the chassis module motor plate are fixedly installed, the chassis module motor plate and the chassis module motor are fixedly installed, the chassis module motor and the chassis module are actively installed
  • the wheel is fixedly installed, the chassis module driving wheel is closely attached to the chassis module belt, the chassis module belt is closely attached to the chassis module driven wheel, the chassis module driven wheel is fixedly installed with the chassis module converter, and the chassis module converter is fixedly installed with the chassis module hub disk.
  • the two-arm detection module also includes a two-arm detection module bracket, a two-arm detection module top plate, a two-arm detection module rear cylinder seat, a two-arm detection module rear cylinder, a two-arm detection module slide rail, and a two-arm detection module.
  • the side detection module also includes a side detection module column, a side detection module top plate, a side detection module large pad, a side detection module left cylinder frame, a side detection module left cylinder, and a side detection module.
  • the top plate of the detection module is fixedly installed with the large cushion block of the side detection module, the large cushion block of the side detection module is fixedly installed with the left cylinder frame of the side detection module, the left cylinder frame of the side detection module is fixedly installed with the left cylinder of the side detection module, and the left cylinder frame of the side detection module is fixedly installed.
  • the left cylinder of the side detection module is fixedly installed with the left cylinder push plate of the side detection module.
  • the lower shaft is fixedly installed, the lower shaft of the side detection module is fixedly installed with the detector bracket of the side detection module, the detector bracket of the side detection module is fixedly installed with the detector of the side detection module, the spacer block in the side detection module and the side detection module are fixedly installed.
  • the large block of the module is fixedly installed, the spacer in the side detection module is fixedly installed with the small cylinder of the side detection module, the small cylinder push plate of the side detection module is fixedly installed with the small cylinder of the side detection module, and the small cylinder push plate of the side detection module is fixedly installed It is slidably installed with the side detection module push plate sliding plate, and the side detection module small cylinder push plate is fixedly installed with the side detection module push plate.
  • the strength detection module further includes a strength detection module bracket, a strength detection module center plate, an upper panel of the strength detection module, a system backing plate on the strength detection module, an upper cylinder on the strength detection module, a cylinder push plate on the strength detection module, Strength detection module moving center plate, strength detection module cylinder, strength detection module cylinder push plate, strength detection module connector, strength detection module detector bracket, strength detection module detector, strength detection module base plate and strength detection module bracket fixed installation ,
  • the strength detection module bracket and the strength detection module center plate are fixedly installed, the strength detection module center plate and the strength detection module upper panel are fixedly installed, the strength detection module upper panel and the strength detection module are fixedly installed on the system pad, and the strength detection module is fixed on the system pad
  • the plate and the cylinder on the strength detection module are fixedly installed, the cylinder on the strength detection module and the cylinder push plate on the strength detection module are fixedly installed, the cylinder push plate on the strength detection module and the mobile center plate of the strength detection module are fixedly installed, and the strength detection module
  • the cylinder of the strength detection module is fixedly installed, the cylinder of the strength detection module is fixedly installed with the cylinder push plate of the strength detection module, the cylinder push plate of the strength detection module is fixedly installed with the connecting piece in the strength detection module, the connecting piece in the strength detection module and the detector bracket of the strength detection module are fixedly installed Fixed installation, the strength detection module detector bracket and the strength detection module detector are fixedly installed.
  • the wear detection module further includes a wear detection module bracket, a wear detection module top plate, a left system bracket of the wear detection module, a left cylinder of the wear detection module, a left cylinder push plate of the wear detection module, and a wear resistance detection module.
  • the bracket of the test module is fixedly installed, the bracket of the wear test module and the top plate of the wear test module are fixedly installed, the top plate of the wear test module and the left system bracket of the wear test module are fixedly installed, the left system bracket of the wear test module and the left cylinder of the wear test module are fixedly installed Fixed installation, the left cylinder of the wear detection module and the left cylinder push plate of the wear detection module are fixedly installed, the left cylinder push plate of the wear detection module and the upper cylinder bracket of the wear detection module are fixedly installed,
  • the cylinder on the detection module is fixedly installed, the cylinder on the wear detection module and the cylinder push plate on the wear detection module are fixedly installed, the cylinder push plate on the wear detection module and the friction wheel bracket of the wear detection module are fixedly installed, the friction wheel on the wear detection module is fixedly installed
  • the bracket is fixedly installed with the tachometer of the wear-resistant detection module, the pad in the wear-resistant detection module is fixedly installed with the large pad at the rear of the wear-resistant detection module, and the large pad at the rear of the wear-resistant detection module is fixedly installed with the right cylinder of the wear-resistant detection module.
  • the right cylinder of the detection module is fixedly installed with the right cylinder push plate of the wear detection module
  • the right cylinder push plate of the wear detection module is fixedly installed with the detector bracket of the wear detection module
  • the detector bracket of the wear detection module is fixed to the detector of the wear detection module Install.
  • the friction wheel bracket of the wear detection module is rotatably installed with the friction wheel of the wear detection module.
  • the two-arm detection module slide rail is slidably installed with the two-arm detection module slider.
  • the present invention has the following beneficial effects: (1) the present invention can detect multiple data of the hub; (2) the present invention is fully automatic; (3) the present invention has high efficiency; (4) the present invention Low energy consumption.
  • FIG. 1 is a schematic diagram of the overall structure of the present invention.
  • FIG. 2 is a schematic structural diagram of the chassis module of the present invention.
  • FIG. 3 is a schematic structural diagram of a two-arm detection module of the present invention.
  • FIG. 4 is a schematic structural diagram of a side detection module of the present invention.
  • FIG. 5 is a schematic structural diagram of an intensity detection module of the present invention.
  • FIG. 6 is a schematic structural diagram of the wear-resistant detection module of the present invention.
  • FIG. 1 is a schematic diagram of the overall structure of the present invention, including a chassis module 1, a two-arm detection module 2, a side detection module 3, a strength detection module 4, and a wear-resistant detection module 5.
  • the chassis module 1 includes a chassis module top plate 103; two
  • the arm detection module 2 includes a two-arm detection module base plate 201;
  • the side detection module 3 includes a side detection module lower base plate 301;
  • the strength detection module 4 includes a strength detection module base plate 401;
  • the wear detection module 5 includes a wear detection module base plate 501;
  • the top plate 103 of the chassis module in the chassis module 1 and the bottom plate 201 of the two-arm detection module in the two-arm detection module 2 are fixedly installed, and the top plate 103 of the chassis module in the chassis module 1 and the bottom plate 301 of the side detection module in the side detection module 3 are fixedly installed.
  • chassis module top plate 103 in the chassis module 1 and the strength detection module bottom plate 401 in the strength detection module 4 are fixedly installed, the chassis module top plate 103 in the chassis module 1 and the wear resistance detection module bottom plate 501 in the wear detection module 5 Fixed installation.
  • the chassis module 1 further includes a chassis module bottom plate 101, a chassis module support 102, a chassis module motor plate 104, a chassis module motor 105, a chassis module driving wheel 106, a chassis module belt 107, a chassis module driven wheel 108, a chassis module converter 109, and a chassis
  • the module hub disk 110, the chassis module bottom plate 101 and the chassis module pillar 102 are fixedly installed, the chassis module pillar 102 is fixedly installed with the chassis module top plate 103, the chassis module top plate 103 is fixedly installed with the chassis module motor board 104, and the chassis module motor board 104 is fixedly installed with the chassis module
  • the motor 105 is fixedly installed, the chassis module motor 105 is fixedly installed with the chassis module driving wheel 106, the chassis module driving wheel 106 is in close contact with the chassis module belt 107, the chassis module belt 107 is in close contact with the chassis module driven wheel 108, and the chassis module driven wheel 108 is in close contact with the chassis module driven wheel 108.
  • the chassis module converter 109 is fixedly installed, and the chassis module converter 109 is fixedly installed with the chassis module hub 110 .
  • the main function of this module is to support the two-arm detection module 2, the side detection module 3, the strength detection module 4, and the wear resistance detection module 5.
  • the chassis module 1 can also provide support for the hub. First, place the hub on the chassis.
  • the chassis module motor 105 drives the chassis module driving wheel 106 to rotate, the chassis module driving wheel 106 drives the chassis module driven wheel 108 to rotate through the chassis module belt 107 , and the chassis module driven wheel 108 passes through the chassis module converter 109 .
  • the power is transmitted to the hub disk 110 of the chassis module, and at this time, the hub on the hub disk 110 of the chassis module can be rotated to perform multi-angle detection.
  • the two-arm detection module 2 further includes a two-arm detection module bracket 202, a two-arm detection module top plate 203, a two-arm detection module rear cylinder seat 204, a two-arm detection module rear cylinder 205, a two-arm detection module slide rail 206, and a two-arm detection module.
  • the arm detection module top plate 203 is fixedly installed, the two-arm detection module slider 207 is fixedly installed with the two-arm detection module rear cylinder 205, the two-arm detection module slider 207 is fixedly installed with the two-arm detection module upper support 208, and the two-arm detection module upper support 208 and the upper cylinder plate 209 of the two-arm detection module are fixedly installed, the upper cylinder plate 209 of the two-arm detection module is fixedly installed with the upper cylinder 210 of the two-arm detection module, and the upper cylinder 210 of the two-arm detection module is fixed to the upper cylinder push block 211 of the two-arm detection module Installation, the upper cylinder push block 211 of the two-arm detection module and the two-arm detection module cantilever 212 are fixedly installed, the two-arm detection module cantilever 212 and the two-arm detection module cantilever lower bracket 213 are fixedly installed, and the two-arm detection module cantilever lower bracket 213 and the two arms
  • the detection module detector bracket 214 is fixedly
  • the main function of this module is to test the strength of the wheel hub.
  • the rear cylinder 205 of the two-arm detection module can push the slider 207 of the two-arm detection module to slide on the slide rail 206 of the two-arm detection module.
  • the upper cylinder 210 of the arm detection module pushes the upper cylinder push block 211 of the two-arm detection module, so that the two-arm detection module detector 215 contacts the wheel hub.
  • the two-arm detection module detector 215 completes the detection of the wheel hub.
  • the side detection module 3 further includes a side detection module column 302, a side detection module top plate 303, a side detection module large cushion block 304, a side detection module left cylinder frame 305, a side detection module left cylinder 306, and a side detection module.
  • Module left cylinder push plate 307, side detection module push plate connecting plate 308, side detection module lower shaft 309, side detection module detector bracket 310, side detection module detector 311, side detection module middle pad 312 , side detection module small cylinder 313, side detection module small cylinder push plate 314, side detection module push plate sliding plate 315, side detection module lower bottom plate 301 and side detection module column 302 are fixedly installed, side detection module column 302 is fixedly installed with the top plate 303 of the side detection module, the top plate 303 of the side detection module is fixedly installed with the large pad 304 of the side detection module, the large pad 304 of the side detection module is fixedly installed with the left cylinder frame 305 of the side detection module, and the side The left cylinder frame 305 of the side detection module is fixedly installed with the left cylinder 306 of the side detection module, the left cylinder 306 of the side detection module is fixedly installed with the left cylinder push plate 307 of the side detection module, and the left cylinder push plate 307 of the side detection module is fixed to the side
  • the side detection module detector bracket 310 is fixedly installed with the side detection module detector 311, the pad 312 in the side detection module is fixedly installed with the side detection module large pad 304, and the pad 312 in the side detection module is fixed with the side detection module
  • the module small cylinder 313 is fixedly installed, the side detection module small cylinder push plate 314 is fixedly installed with the side detection module small cylinder 313, the side detection module small cylinder push plate 314 is slidably installed with the side detection module push plate sliding plate 315, and the side The detection module small cylinder push plate 314 is fixedly installed with the side detection module push plate connecting plate 308 .
  • the main function of this module is to test the strength of the side of the wheel hub.
  • the left cylinder 306 of the side detection module works to push the left cylinder push plate 307 of the side detection module, and then the small cylinder 313 of the side detection module works to push the small cylinder of the side detection module.
  • the cylinder push plate 314 slides on the side detection module push plate sliding plate 315, and the two forces form a vector to act on the side detection module push plate connecting plate 308, so that the side detection module detector 311 can move to a proper position.
  • the side edge detection module detector 311 works, the side edge strength detection of the wheel hub is completed.
  • the strength detection module 4 further includes a strength detection module bracket 402, a strength detection module center plate 403, an upper strength detection module panel 404, a system backing plate 405 on the strength detection module, an upper cylinder 406 on the strength detection module, and a cylinder push plate 407 on the strength detection module , strength detection module moving center plate 408, strength detection module cylinder 409, strength detection module cylinder push plate 410, strength detection module connector 411, strength detection module detector bracket 412, strength detection module detector 413, strength detection module bottom plate 401 is fixedly installed with the strength detection module bracket 402, the strength detection module bracket 402 is fixedly installed with the strength detection module center plate 403, the strength detection module center plate 403 is fixedly installed with the strength detection module upper panel 404, and the strength detection module upper panel 404 is fixed with the strength detection module The system pad 405 on the module is fixedly installed, the system pad 405 on the strength detection module is fixedly installed with the cylinder 406 on the strength detection module, the cylinder 406 on the strength detection module is fixedly installed with the
  • the push plate 407 is fixedly installed with the strength detection module moving center plate 408, the strength detection module moving center plate 408 is fixedly installed with the strength detection module cylinder 409, the strength detection module cylinder 409 is fixedly installed with the strength detection module cylinder push plate 410, and the strength detection module cylinder is fixedly installed
  • the push plate 410 is fixedly installed with the connector 411 in the strength detection module
  • the connector 411 in the strength detection module is fixedly installed with the strength detection module detector bracket 412
  • the strength detection module detector bracket 412 is fixedly installed with the strength detection module detector 413 .
  • the main function of this module is to detect the strength of the wheel hub.
  • the cylinder 406 on the strength detection module works to push the cylinder push plate 407 on the strength detection module so that the cylinder 409 of the strength detection module can move up and down.
  • the cylinder 409 of the strength detection module works to push The strength detection module cylinder pushes the plate 410 to move the strength detection module detector 413.
  • the strength detection module detector 413 works to complete the strength detection of the hub.
  • the wear detection module 5 further includes a wear detection module bracket 502, a wear detection module top plate 503, a wear detection module left system bracket 504, a wear detection module left cylinder 505, a wear detection module left cylinder push plate 506, and a wear detection module left cylinder push plate 506.
  • the detector 518, the wear detection module bottom plate 501 and the wear resistance detection module bracket 502 are fixedly installed, the wear resistance detection module bracket 502 is fixedly installed with the wear resistance detection module top plate 503, the wear resistance detection module top plate 503 and the wear resistance detection module left system bracket 504 is fixedly installed, the left system bracket 504 of the wear detection module is fixedly installed with the left cylinder 505 of the wear detection module, the left cylinder 505 of the wear detection module is
  • the main function of this module is to detect the wear resistance of the wheel hub.
  • the left cylinder 505 of the wear detection module can work to adjust the left and right positions
  • the upper cylinder push plate 509 of the wear detection module can work to adjust the upper and lower positions
  • the wear detection module can adjust the upper and lower positions.
  • the right cylinder 514 works to adjust the front and rear positions.
  • the friction wheel 511 of the wear-resistant detection module is in contact with the hub and rotates passively.
  • the tachometer 512 of the wear-resistant detection module works to measure the rotational speed to complete the wear resistance of the wheel hub. Sex detection.
  • the wear-resistant detection module friction wheel bracket 510 is rotatably installed with the wear-resistant detection module friction wheel 511 .
  • the two-arm detection module slide rail 206 is slidably installed with the two-arm detection module slide block 207 .

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Abstract

本发明公开一种车轮毂强度检测装置，包括底盘模块、两臂检测模块、侧边检测模块、强度检测模块、耐磨检测模块，底盘模块的主要作用是用来支撑两臂检测模块、侧边检测模块、强度检测模块、耐磨检测模块的同时还用来支撑被检测轮毂，两臂检测模块的主要作用是对于轮毂平整度进行检测，侧边检测模块的主要作用是对于轮毂的侧边进行检测，强度检测模块的主要作用是对于轮毂的强度进行检测，耐磨检测模块的主要作用是对于轮毂的耐磨性进行检测。本发明全程全自动，效率非常高，使用起来也非常方便，本发明能够对于轮毂的多项数据指标进行检测，最终得出一个综合的检测报告，十分全面，能够保证轮毂的安全性，是一种非常实用的发明。

Description

一种车轮毂强度检测装置 技术领域
本发明涉及车辆工程技术领域，特别涉及一种车轮毂强度检测装置。
背景技术
在现代社会中，随着工业文明的发展，城市变得越来越大，小汽车成为了很多家庭必备的出行工具，尤其对于一些经常出差的人来说，汽车也是重要的工作工具之一，而且汽车中对于汽车的轮毂的强度检测至关重要，在国外有着成熟的轮毂强度检测线，但是在国内起步较晚，没有成熟的体系，为了解决这种问题，申请号：CN201220523538.7公开了一种轮毂强度检测设备，但是这种设备的检测手段非常的单一，不能对于轮毂产生一个全面的检测，不能确保轮毂能够安全使用，实用性非常的低。
发明内容
针对上述技术问题本发明提供一种海带切丝机器，可以有效解决上述技术问题，具有结构简单、成本低廉、效率高、自动化程度高的优点。
为解决上述技术问题，本发明所使用的技术方案是：一种车轮毂强度检测装置，包括底盘模块、两臂检测模块、侧边检测模块、强度检测模块、耐磨检测模块，所述的底盘模块包括底盘模块顶板；所述的两臂检测模块包括两臂检测模块底板；所述的侧边检测模块包括侧边检测模块下底板；所述的强度检测模块包括强度检测模块底板；所述的耐磨检测模块包括耐磨检测模块底板；所述的底盘模块中的底盘模块顶板与两臂检测模块中的两臂检测模块底板固定安装，底盘模块中的底盘模块顶板与侧边检测模块中的侧边检测模块下底板固定安装，底盘模块中的底盘模块顶板与强度检测模块中的强度检测模块底板固定安装，底盘模块中的底盘模块顶板与耐磨检测模块中的耐磨检测模块底板固定安装。
进一步的，所述的底盘模块还包括底盘模块底板、底盘模块支柱、底盘模块电机板、底盘模块电机、底盘模块主动轮、底盘模块皮带、底盘模块被动轮、底盘模块转换器、底盘模块轮毂盘，底盘模块底板与底盘模块支柱固定安装，底盘模块支柱与底盘模块顶板固定安装，底盘模块顶板与底盘模块电机板固定安装，底盘模块电机板与底盘模块电机固定安装，底盘模块电机与底盘模块主动轮固定安装，底盘模块主动轮与底盘模块皮带紧贴，底盘模块皮带与底盘模块被动轮紧贴，底盘模块被动轮与底盘模块转换器固定安装，底盘模块转换器与底盘模块轮毂盘固定安装。
进一步的，所述的两臂检测模块还包括两臂检测模块支架、两臂检测模块顶板、两臂检测模块后气缸座、两臂检测模块后气缸、两臂检测模块滑轨、两臂检测模块滑块、两臂检测模块上支柱、两臂检测模块上气缸板、两臂检测模块上气缸、两臂检测模块上气缸推块、两臂检测模块悬臂、两臂检测模块悬臂下支架、两臂检测模块检测器支架、两臂检测模块检测器，两臂检测模块底板与两臂检测模块支架固定安装，两臂检测模块支架与两臂检测模块顶板固定安装，两臂检测模块顶板与两臂检测模块后气缸座固定安装，两臂检测模块后气缸座与两臂检测模块后气缸固定安装，两臂检测模块滑轨与两臂检测模块顶板固定 安装，两臂检测模块滑块与两臂检测模块后气缸固定安装，两臂检测模块滑块与两臂检测模块上支柱固定安装，两臂检测模块上支柱与两臂检测模块上气缸板固定安装，两臂检测模块上气缸板与两臂检测模块上气缸固定安装，两臂检测模块上气缸与两臂检测模块上气缸推块固定安装，两臂检测模块上气缸推块与两臂检测模块悬臂固定安装，两臂检测模块悬臂与两臂检测模块悬臂下支架固定安装，两臂检测模块悬臂下支架与两臂检测模块检测器支架固定安装，两臂检测模块检测器支架与两臂检测模块检测器固定安装。
进一步的，所述的侧边检测模块还包括侧边检测模块立柱、侧边检测模块顶板、侧边检测模块大垫块、侧边检测模块左气缸架、侧边检测模块左气缸、侧边检测模块左气缸推板、侧边检测模块推板连板、侧边检测模块下轴、侧边检测模块检测器支架、侧边检测模块检测器、侧边检测模块中垫块、侧边检测模块小气缸、侧边检测模块小气缸推板、侧边检测模块推板滑板，侧边检测模块下底板与侧边检测模块立柱固定安装，侧边检测模块立柱与侧边检测模块顶板固定安装，侧边检测模块顶板与侧边检测模块大垫块固定安装，侧边检测模块大垫块与侧边检测模块左气缸架固定安装，侧边检测模块左气缸架与侧边检测模块左气缸固定安装，侧边检测模块左气缸与侧边检测模块左气缸推板固定安装，侧边检测模块左气缸推板与侧边检测模块推板连板固定安装，侧边检测模块推板连板与侧边检测模块下轴固定安装，侧边检测模块下轴与侧边检测模块检测器支架固定安装，侧边检测模块检测器支架与侧边检测模块检测器固定安装，侧边检测模块中垫块与侧边检测模块大垫块固定安装，侧边检测模块中垫块与侧边检测模块小气缸固定安装，侧边检测模块小气缸推板与侧边检测模块小气缸固定安装，侧边检测模块小气缸推板与侧边检测模块推板滑板滑动安装，侧边检测模块小气缸推板与侧边检测模块推板连板固定安装。
进一步的，所述的强度检测模块还包括强度检测模块支架、强度检测模块中心板、强度检测模块上面板、强度检测模块上系统垫板、强度检测模块上气缸、强度检测模块上气缸推板、强度检测模块移动中心板、强度检测模块气缸、强度检测模块气缸推板、强度检测模块中连接件、强度检测模块检测器支架、强度检测模块检测器，强度检测模块底板与强度检测模块支架固定安装，强度检测模块支架与强度检测模块中心板固定安装，强度检测模块中心板与强度检测模块上面板固定安装，强度检测模块上面板与强度检测模块上系统垫板固定安装，强度检测模块上系统垫板与强度检测模块上气缸固定安装，强度检测模块上气缸与强度检测模块上气缸推板固定安装，强度检测模块上气缸推板与强度检测模块移动中心板固定安装，强度检测模块移动中心板与强度检测模块气缸固定安装，强度检测模块气缸与强度检测模块气缸推板固定安装，强度检测模块气缸推板与强度检测模块中连接件固定安装，强度检测模块中连接件与强度检测模块检测器支架固定安装，强度检测模块检测器支架与强度检测模块检测器固定安装。
进一步的，所述的耐磨检测模块还包括耐磨检测模块支架、耐磨检测模块顶板、耐磨检测模块左系统支架、耐磨检测模块左气缸、耐磨检测模块左气缸推板、耐磨检测模块上气缸支架、耐磨检测模块上气缸、耐磨检测模块上气缸推板、耐磨检测模块摩擦轮支架、耐磨检测模块摩擦轮、耐磨检测模块测速仪、耐磨检测模块后大垫块、耐磨检测模块右气缸、耐磨检测模块右气缸推板、耐磨检测模块中垫块、耐磨检测模块检测器支架、耐磨检测模块检测器，耐磨检测模块底板与耐磨检测模块支架固定安装，耐磨检测模块支架与耐磨检测模块顶板固定安装，耐磨检测模块顶板与耐磨检测模块左系统支架固定安装，耐磨检测模 块左系统支架与耐磨检测模块左气缸固定安装，耐磨检测模块左气缸与耐磨检测模块左气缸推板固定安装，耐磨检测模块左气缸推板与耐磨检测模块上气缸支架固定安装，耐磨检测模块上气缸支架与耐磨检测模块上气缸固定安装，耐磨检测模块上气缸与耐磨检测模块上气缸推板固定安装，耐磨检测模块上气缸推板与耐磨检测模块摩擦轮支架固定安装，耐磨检测模块摩擦轮支架与耐磨检测模块测速仪固定安装，耐磨检测模块中垫块与耐磨检测模块后大垫块固定安装，耐磨检测模块后大垫块与耐磨检测模块右气缸固定安装，耐磨检测模块右气缸与耐磨检测模块右气缸推板固定安装，耐磨检测模块右气缸推板与耐磨检测模块检测器支架固定安装，耐磨检测模块检测器支架与耐磨检测模块检测器固定安装。
进一步的，所述的耐磨检测模块摩擦轮支架与耐磨检测模块摩擦轮旋转安装。
进一步的，所述的两臂检测模块滑轨与两臂检测模块滑块滑动安装。
本发明与现有技术相比的有益效果是：(1)本发明能够对于轮毂的多项数据进行检测；(2)本发明全程全自动；(3)本发明效率高；(4)本发明能耗低。
附图说明
图1为本发明整体结构示意图。
图2为本发明底盘模块结构示意图。
图3为本发明两臂检测模块结构示意图。
图4为本发明侧边检测模块结构示意图。
图5为本发明强度检测模块结构示意图。
图6为本发明耐磨检测模块结构示意图。
附图标号：1-底盘模块；2-两臂检测模块；3-侧边检测模块；4-强度检测模块；5-耐磨检测模块；101-底盘模块底板；102-底盘模块支柱；103-底盘模块顶板；104-底盘模块电机板；105-底盘模块电机；106-底盘模块主动轮；107-底盘模块皮带；108-底盘模块被动轮；109-底盘模块转换器；110-底盘模块轮毂盘；201-两臂检测模块底板；202-两臂检测模块支架；203-两臂检测模块顶板；204-两臂检测模块后气缸座；205-两臂检测模块后气缸；206-两臂检测模块滑轨；207-两臂检测模块滑块；208-两臂检测模块上支柱；209-两臂检测模块上气缸板；210-两臂检测模块上气缸；211-两臂检测模块上气缸推块；212-两臂检测模块悬臂；213-两臂检测模块悬臂下支架；214-两臂检测模块检测器支架；215-两臂检测模块检测器；301-侧边检测模块下底板；302-侧边检测模块立柱；303-侧边检测模块顶板；304-侧边检测模块大垫块；305-侧边检测模块左气缸架；306-侧边检测模块左气缸；307-侧边检测模块左气缸推板；308-侧边检测模块推板连板；309-侧边检测模块下轴；310-侧边检测模块检测器支架；311-侧边检测模块检测器；312-侧边检测模块中垫块；313-侧边检测模块小气缸；314-侧边检测模块小气缸推板；315-侧边检测模块推板滑板；401-强度检测模块底板；402-强度检测模块支架；403-强度检测模块中心板；404-强度检测模块上面板；405-强度检测模块上系统垫板；406-强度检测模块上气缸；407-强度检测模块上气缸推板；408-强度检测模块移动中心板；409-强度检测模块气缸；410-强度检测模块气缸推板；411-强度检测模块中连接件；412-强度检测模块检测器支架；413-强度检测模块检测器；501-耐磨检测模块底板；502-耐磨检测模块支架；503-耐磨检测模块顶板；504-耐磨检测模块左系统支架；505-耐磨检测模块左气缸；506-耐磨检测模块左气缸推板；507-耐磨检测模块上气缸支架； 508-耐磨检测模块上气缸；509-耐磨检测模块上气缸推板；510-耐磨检测模块摩擦轮支架；511-耐磨检测模块摩擦轮；512-耐磨检测模块测速仪；513-耐磨检测模块后大垫块；514-耐磨检测模块右气缸；515-耐磨检测模块右气缸推板；516-耐磨检测模块中垫块；517-耐磨检测模块检测器支架；518-耐磨检测模块检测器。
具体实施方式
下面结合具体实施例对本发明作进一步描述，在此发明的示意性实施例以及说明用来解释本发明，但并不作为对本发明的限定。
实施例：图1为本发明整体结构示意图，包括底盘模块1、两臂检测模块2、侧边检测模块3、强度检测模块4、耐磨检测模块5，底盘模块1包括底盘模块顶板103；两臂检测模块2包括两臂检测模块底板201；侧边检测模块3包括侧边检测模块下底板301；强度检测模块4包括强度检测模块底板401；耐磨检测模块5包括耐磨检测模块底板501；底盘模块1中的底盘模块顶板103与两臂检测模块2中的两臂检测模块底板201固定安装，底盘模块1中的底盘模块顶板103与侧边检测模块3中的侧边检测模块下底板301固定安装，底盘模块1中的底盘模块顶板103与强度检测模块4中的强度检测模块底板401固定安装，底盘模块1中的底盘模块顶板103与耐磨检测模块5中的耐磨检测模块底板501固定安装。
底盘模块1还包括底盘模块底板101、底盘模块支柱102、底盘模块电机板104、底盘模块电机105、底盘模块主动轮106、底盘模块皮带107、底盘模块被动轮108、底盘模块转换器109、底盘模块轮毂盘110，底盘模块底板101与底盘模块支柱102固定安装，底盘模块支柱102与底盘模块顶板103固定安装，底盘模块顶板103与底盘模块电机板104固定安装，底盘模块电机板104与底盘模块电机105固定安装，底盘模块电机105与底盘模块主动轮106固定安装，底盘模块主动轮106与底盘模块皮带107紧贴，底盘模块皮带107与底盘模块被动轮108紧贴，底盘模块被动轮108与底盘模块转换器109固定安装，底盘模块转换器109与底盘模块轮毂盘110固定安装。本模块的主要作用是用来支撑两臂检测模块2、侧边检测模块3、强度检测模块4、耐磨检测模块5，同时底盘模块1还能提供支撑轮毂的作用，首先将轮毂放置在底盘模块轮毂盘110上，此时底盘模块电机105带动底盘模块主动轮106旋转，底盘模块主动轮106通过底盘模块皮带107带动底盘模块被动轮108旋转，底盘模块被动轮108通过底盘模块转换器109将动力传输给底盘模块轮毂盘110，此时底盘模块轮毂盘110上的轮毂能够旋转进行多角度的检测。
两臂检测模块2还包括两臂检测模块支架202、两臂检测模块顶板203、两臂检测模块后气缸座204、两臂检测模块后气缸205、两臂检测模块滑轨206、两臂检测模块滑块207、两臂检测模块上支柱208、两臂检测模块上气缸板209、两臂检测模块上气缸210、两臂检测模块上气缸推块211、两臂检测模块悬臂212、两臂检测模块悬臂下支架213、两臂检测模块检测器支架214、两臂检测模块检测器215，两臂检测模块底板201与两臂检测模块支架202固定安装，两臂检测模块支架202与两臂检测模块顶板203固定安装，两臂检测模块顶板203与两臂检测模块后气缸座204固定安装，两臂检测模块后气缸座204与两臂检测模块后气缸205固定安装，两臂检测模块滑轨206与两臂检测模块顶板203固定安装，两臂检测模块滑块207与两臂检测模块后气缸205固定安装，两臂检测模块滑块207与两臂检测模块上支柱208固定安装，两臂检测模块上支柱208与两臂检测模块上气缸板209固定安装，两臂检测模块 上气缸板209与两臂检测模块上气缸210固定安装，两臂检测模块上气缸210与两臂检测模块上气缸推块211固定安装，两臂检测模块上气缸推块211与两臂检测模块悬臂212固定安装，两臂检测模块悬臂212与两臂检测模块悬臂下支架213固定安装，两臂检测模块悬臂下支架213与两臂检测模块检测器支架214固定安装，两臂检测模块检测器支架214与两臂检测模块检测器215固定安装。本模块的主要作用是对于轮毂进行强度检测，首先两臂检测模块后气缸205能够推动两臂检测模块滑块207在两臂检测模块滑轨206上滑动，当滑动到合适位置时，此时两臂检测模块上气缸210推动两臂检测模块上气缸推块211，使得两臂检测模块检测器215与轮毂接触，此时两臂检测模块检测器215工作完成对于轮毂的检测。
侧边检测模块3还包括侧边检测模块立柱302、侧边检测模块顶板303、侧边检测模块大垫块304、侧边检测模块左气缸架305、侧边检测模块左气缸306、侧边检测模块左气缸推板307、侧边检测模块推板连板308、侧边检测模块下轴309、侧边检测模块检测器支架310、侧边检测模块检测器311、侧边检测模块中垫块312、侧边检测模块小气缸313、侧边检测模块小气缸推板314、侧边检测模块推板滑板315，侧边检测模块下底板301与侧边检测模块立柱302固定安装，侧边检测模块立柱302与侧边检测模块顶板303固定安装，侧边检测模块顶板303与侧边检测模块大垫块304固定安装，侧边检测模块大垫块304与侧边检测模块左气缸架305固定安装，侧边检测模块左气缸架305与侧边检测模块左气缸306固定安装，侧边检测模块左气缸306与侧边检测模块左气缸推板307固定安装，侧边检测模块左气缸推板307与侧边检测模块推板连板308固定安装，侧边检测模块推板连板308与侧边检测模块下轴309固定安装，侧边检测模块下轴309与侧边检测模块检测器支架310固定安装，侧边检测模块检测器支架310与侧边检测模块检测器311固定安装，侧边检测模块中垫块312与侧边检测模块大垫块304固定安装，侧边检测模块中垫块312与侧边检测模块小气缸313固定安装，侧边检测模块小气缸推板314与侧边检测模块小气缸313固定安装，侧边检测模块小气缸推板314与侧边检测模块推板滑板315滑动安装，侧边检测模块小气缸推板314与侧边检测模块推板连板308固定安装。本模块的主要作用是对于轮毂的侧边进行强度检测，首先侧边检测模块左气缸306工作推动侧边检测模块左气缸推板307，随后侧边检测模块小气缸313工作推动侧边检测模块小气缸推板314在侧边检测模块推板滑板315上滑动，两种作用力形成矢量作用在侧边检测模块推板连板308上，使得侧边检测模块检测器311能够移动到合适位置，此时侧边检测模块检测器311工作，完成对于轮毂的侧边强度检测。
强度检测模块4还包括强度检测模块支架402、强度检测模块中心板403、强度检测模块上面板404、强度检测模块上系统垫板405、强度检测模块上气缸406、强度检测模块上气缸推板407、强度检测模块移动中心板408、强度检测模块气缸409、强度检测模块气缸推板410、强度检测模块中连接件411、强度检测模块检测器支架412、强度检测模块检测器413，强度检测模块底板401与强度检测模块支架402固定安装，强度检测模块支架402与强度检测模块中心板403固定安装，强度检测模块中心板403与强度检测模块上面板404固定安装，强度检测模块上面板404与强度检测模块上系统垫板405固定安装，强度检测模块上系统垫板405与强度检测模块上气缸406固定安装，强度检测模块上气缸406与强度检测模块上气缸推板407固定安装，强度检测模块上气缸推板407与强度检测模块移动中心板408固定安装，强度检测模块移动中心板408与强度检测模块气缸409固定安装，强度检测模块气缸409与强度检测模块气缸推板410固定安装，强度检测模块气缸推板410与强度检测模 块中连接件411固定安装，强度检测模块中连接件411与强度检测模块检测器支架412固定安装，强度检测模块检测器支架412与强度检测模块检测器413固定安装。本模块的主要作用是用来对于轮毂强度进行检测，首先强度检测模块上气缸406工作推动强度检测模块上气缸推板407使得强度检测模块气缸409能够上下移动，此时强度检测模块气缸409工作推动强度检测模块气缸推板410，使得强度检测模块检测器413移动，当强度检测模块检测器413移动到合适位置时，此时强度检测模块检测器413工作完成对于轮毂的强度检测。
耐磨检测模块5还包括耐磨检测模块支架502、耐磨检测模块顶板503、耐磨检测模块左系统支架504、耐磨检测模块左气缸505、耐磨检测模块左气缸推板506、耐磨检测模块上气缸支架507、耐磨检测模块上气缸508、耐磨检测模块上气缸推板509、耐磨检测模块摩擦轮支架510、耐磨检测模块摩擦轮511、耐磨检测模块测速仪512、耐磨检测模块后大垫块513、耐磨检测模块右气缸514、耐磨检测模块右气缸推板515、耐磨检测模块中垫块516、耐磨检测模块检测器支架517、耐磨检测模块检测器518，耐磨检测模块底板501与耐磨检测模块支架502固定安装，耐磨检测模块支架502与耐磨检测模块顶板503固定安装，耐磨检测模块顶板503与耐磨检测模块左系统支架504固定安装，耐磨检测模块左系统支架504与耐磨检测模块左气缸505固定安装，耐磨检测模块左气缸505与耐磨检测模块左气缸推板506固定安装，耐磨检测模块左气缸推板506与耐磨检测模块上气缸支架507固定安装，耐磨检测模块上气缸支架507与耐磨检测模块上气缸508固定安装，耐磨检测模块上气缸508与耐磨检测模块上气缸推板509固定安装，耐磨检测模块上气缸推板509与耐磨检测模块摩擦轮支架510固定安装，耐磨检测模块摩擦轮支架510与耐磨检测模块测速仪512固定安装，耐磨检测模块中垫块516与耐磨检测模块后大垫块513固定安装，耐磨检测模块后大垫块513与耐磨检测模块右气缸514固定安装，耐磨检测模块右气缸514与耐磨检测模块右气缸推板515固定安装，耐磨检测模块右气缸推板515与耐磨检测模块检测器支架517固定安装，耐磨检测模块检测器支架517与耐磨检测模块检测器518固定安装。本模块的主要作用是用来对于轮毂的耐磨性进行检测，首先耐磨检测模块左气缸505工作能够调整左右位置，耐磨检测模块上气缸推板509工作能够调整上下位置，耐磨检测模块右气缸514工作能够调整前后位置，当移动到合适位置时，耐磨检测模块摩擦轮511与轮毂接触被动的进行旋转，此时耐磨检测模块测速仪512工作测量转速，完成对于轮毂的耐磨性检测。
耐磨检测模块摩擦轮支架510与耐磨检测模块摩擦轮511旋转安装。两臂检测模块滑轨206与两臂检测模块滑块207滑动安装。

Claims (8)

  1. 一种车轮毂强度检测装置，包括底盘模块(1)、两臂检测模块(2)、侧边检测模块3、强度检测模块(4)、耐磨检测模块(5)，其特征在于：
    所述的底盘模块(1)包括底盘模块顶板(103)；
    所述的两臂检测模块(2)包括两臂检测模块底板(201)；
    所述的侧边检测模块3包括侧边检测模块下底板(301)；
    所述的强度检测模块(4)包括强度检测模块底板(401)；
    所述的耐磨检测模块(5)包括耐磨检测模块底板(501)；
    所述的底盘模块(1)中的底盘模块顶板(103)与两臂检测模块(2)中的两臂检测模块底板(201)固定安装，底盘模块(1)中的底盘模块顶板(103)与侧边检测模块(3)中的侧边检测模块下底板(301)固定安装，底盘模块(1)中的底盘模块顶板(103)与强度检测模块(4)中的强度检测模块底板(401)固定安装，底盘模块(1)中的底盘模块顶板(103)与耐磨检测模块(5)中的耐磨检测模块底板(501)固定安装。
  2. 根据权利要求1所述的一种车轮毂强度检测装置，其特征在于：所述的底盘模块(1)还包括底盘模块底板(101)、底盘模块支柱(102)、底盘模块电机板(104)、底盘模块电机(105)、底盘模块主动轮(106)、底盘模块皮带(107)、底盘模块被动轮(108)、底盘模块转换器(109)、底盘模块轮毂盘(110)，底盘模块底板(101)与底盘模块支柱(102)固定安装，底盘模块支柱(102)与底盘模块顶板(103)固定安装，底盘模块顶板(103)与底盘模块电机板(104)固定安装，底盘模块电机板(104)与底盘模块电机(105)固定安装，底盘模块电机(105)与底盘模块主动轮(106)固定安装，底盘模块主动轮(106)与底盘模块皮带(107)紧贴，底盘模块皮带(107)与底盘模块被动轮(108)紧贴，底盘模块被动轮(108)与底盘模块转换器(109)固定安装，底盘模块转换器(109)与底盘模块轮毂盘(110)固定安装。
  3. 根据权利要求1所述的一种车轮毂强度检测装置，其特征在于：所述的两臂检测模块(2)还包括两臂检测模块支架(202)、两臂检测模块顶板(203)、两臂检测模块后气缸座(204)、两臂检测模块后气缸(205)、两臂检测模块滑轨(206)、两臂检测模块滑块(207)、两臂检测模块上支柱(208)、两臂检测模块上气缸板(209)、两臂检测模块上气缸(210)、两臂检测模块上气缸推块(211)、两臂检测模块悬臂(212)、两臂检测模块悬臂下支架(213)、两臂检测模块检测器支架(214)、两臂检测模块检测器(215)，两臂检测模块底板(201)与两臂检测模块支架(202)固定安装，两臂检测模块支架(202)与两臂检测模块顶板(203)固定安装，两臂检测模块顶板(203)与两臂检测模块后气缸座(204)固定安装，两臂检测模块后气缸座(204)与两臂检测模块后气缸(205)固定安装，两臂检测模块滑轨(206)与两臂检测模块顶板(203)固定安装，两臂检测模块滑块(207)与两臂检测模块后气缸(205)固定安装，两臂检测模块滑块(207)与两臂检测模块上支柱(208)固定安装，两臂检测模块上支柱(208)与两臂检测模块上气缸板(209)固定安装，两臂检测模块上气缸板(209)与两臂检测模块上气缸(210)固定安装，两臂检测模块上气缸(210)与两臂检测模块上气缸推块(211)固定安装，两臂检测模块上气缸推块(211)与两臂检测模块悬臂(212)固定安装，两臂检测模块悬臂(212)与两臂检测模块悬臂下支架(213)固定安装，两臂检测模块悬臂下支架(213)与两臂检测模块检测器支架(214)固定安装，两臂检测模块检测器支架(214)与两臂检测模块检测器(215)固定安装。
  4. 根据权利要求1所述的一种车轮毂强度检测装置，其特征在于：所述的侧边检测模块 (3)还包括侧边检测模块立柱(302)、侧边检测模块顶板(303)、侧边检测模块大垫块(304)、侧边检测模块左气缸架(305)、侧边检测模块左气缸(306)、侧边检测模块左气缸推板(307)、侧边o测模块推板连板(308)、侧边检测模块下轴(309)、侧边检测模块检测器支架(310)、侧边检测模块检测器(311)、侧边检测模块中垫块(312)、侧边检测模块小气缸(313)、侧边检测模块小气缸推板(314)、侧边检测模块推板滑板(315)，侧边检测模块下底板(301)与侧边检测模块立柱(302)固定安装，侧边检测模块立柱(302)与侧边检测模块顶板(303)固定安装，侧边检测模块顶板(303)与侧边检测模块大垫块(304)固定安装，侧边检测模块大垫块(304)与侧边检测模块左气缸架(305)固定安装，侧边检测模块左气缸架(305)与侧边检测模块左气缸(306)固定安装，侧边检测模块左气缸(306)与侧边检测模块左气缸推板(307)固定安装，侧边检测模块左气缸推板(307)与侧边检测模块推板连板(308)固定安装，侧边检测模块推板连板(308)与侧边检测模块下轴(309)固定安装，侧边检测模块下轴(309)与侧边检测模块检测器支架(310)固定安装，侧边检测模块检测器支架(310)与侧边检测模块检测器(311)固定安装，侧边检测模块中垫块(312)与侧边检测模块大垫块(304)固定安装，侧边检测模块中垫块(312)与侧边检测模块小气缸(313)固定安装，侧边检测模块小气缸推板(314)与侧边检测模块小气缸(313)固定安装，侧边检测模块小气缸推板(314)与侧边检测模块推板滑板(315)滑动安装，侧边检测模块小气缸推板(314)与侧边检测模块推板连板(308)固定安装。
  5. 根据权利要求1所述的一种车轮毂强度检测装置，其特征在于：所述的强度检测模块(4)还包括强度检测模块支架(402)、强度检测模块中心板(403)、强度检测模块上面板(404)、强度检测模块上系统垫板(405)、强度检测模块上气缸(406)、强度检测模块上气缸推板(407)、强度检测模块移动中心板(408)、强度检测模块气缸(409)、强度检测模块气缸推板(410)、强度检测模块中连接件(411)、强度检测模块检测器支架(412)、强度检测模块检测器(413)，强度检测模块底板(401)与强度检测模块支架(402)固定安装，强度检测模块支架(402)与强度检测模块中心板(403)固定安装，强度检测模块中心板(403)与强度检测模块上面板(404)固定安装，强度检测模块上面板(404)与强度检测模块上系统垫板(405)固定安装，强度检测模块上系统垫板(405)与强度检测模块上气缸(406)固定安装，强度检测模块上气缸(406)与强度检测模块上气缸推板(407)固定安装，强度检测模块上气缸推板(407)与强度检测模块移动中心板(408)固定安装，强度检测模块移动中心板(408)与强度检测模块气缸(409)固定安装，强度检测模块气缸(409)与强度检测模块气缸推板(410)固定安装，强度检测模块气缸推板(410)与强度检测模块中连接件(411)固定安装，强度检测模块中连接件(411)与强度检测模块检测器支架(412)固定安装，强度检测模块检测器支架(412)与强度检测模块检测器(413)固定安装。
  6. 根据权利要求1所述的一种车轮毂强度检测装置，其特征在于：所述的耐磨检测模块(5)还包括耐磨检测模块支架(502)、耐磨检测模块顶板(503)、耐磨检测模块左系统支架(504)、耐磨检测模块左气缸(505)、耐磨检测模块左气缸推板(506)、耐磨检测模块上气缸支架(507)、耐磨检测模块上气缸(508)、耐磨检测模块上气缸推板509、耐磨检测模块摩擦轮支架(510)、耐磨检测模块摩擦轮511、耐磨检测模块测速仪(512)、耐磨检测模块后大垫块(513)、耐磨检测模块右气缸(514)、耐磨检测模块右气缸推板(515)、耐磨检测模块中垫块(516)、耐磨检测模块检测器支架(517)、耐磨检测模块检测器(518)，耐磨检测模块底板 (501)与耐磨检测模块支架(502)固定安装，耐磨检测模块支架(502)与耐磨检测模块顶板(503)固定安装，耐磨检测模块顶板(503)与耐磨检测模块左系统支架(504)固定安装，耐磨检测模块左系统支架(504)与耐磨检测模块左气缸(505)固定安装，耐磨检测模块左气缸(505)与耐磨检测模块左气缸推板(506)固定安装，耐磨检测模块左气缸推板(506)与耐磨检测模块上气缸支架(507)固定安装，耐磨检测模块上气缸支架(507)与耐磨检测模块上气缸(508)固定安装，耐磨检测模块上气缸(508)与耐磨检测模块上气缸推板(509)固定安装，耐磨检测模块上气缸推板(509)与耐磨检测模块摩擦轮支架(510)固定安装，耐磨检测模块摩擦轮支架(510)与耐磨检测模块测速仪(512)固定安装，耐磨检测模块中垫块(516)与耐磨检测模块后大垫块(513)固定安装，耐磨检测模块后大垫块(513)与耐磨检测模块右气缸(514)固定安装，耐磨检测模块右气缸(514)与耐磨检测模块右气缸推板(515)固定安装，耐磨检测模块右气缸推板(515)与耐磨检测模块检测器支架(517)固定安装，耐磨检测模块检测器支架(517)与耐磨检测模块检测器(518)固定安装。
  7. 根据权利要求1所述的一种车轮毂强度检测装置，其特征在于：所述的耐磨检测模块摩擦轮支架(510)与耐磨检测模块摩擦轮(511)旋转安装。
  8. 根据权利要求1所述的一种车轮毂强度检测装置，其特征在于：所述的两臂检测模块滑轨(206)与两臂检测模块滑块207滑动安装。
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