桌面式小尺寸零件精度检测装置结构设计-机械毕业设计资料-原创设计

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目：桌面式小尺寸零件精度检测

装置结构设计

摘要

本研究旨在设计一种桌面式小尺寸零件精度检测装置，以提升零件检测效率和质

量。考虑到轴类零件检测的复杂性，本研究采用了光学技术和机电结合的方法，设计

了一种高精度的检测装置，旨在解决目前零件检测工作中存在的不足，并提升检测效

率和精度。本研究采用了结构设计和工程技术相结合的方法。首先通过分析现有零件

检测过程中存在的问题和不足，确定了设计方向。然后充分利用机电、光电等领域的

知识，设计了一种集成光学技术的检测装置。在设计过程中，采用了三爪卡盘及顶尖

结构进行定位处理，配合高精度的数据采集设备和光栅传感器，实现了全方位、高效

率的零件检测。

通过本设计研究，成功开发出一种桌面式小尺寸零件精度检测装置，实现了零件检

测的自动化和高精度化。该装置结构紧凑，使用方便，并能够满足一般机械加工车间

的零件检测需求。同时，通过光学技术的应用，提高了检测精度和效率，为市场需求

提供了可靠的解决方案。

采用了光学技术和机电结合的设计方法，提高了检测精度和效率。设计了一种结构

紧凑、使用方便的桌面式小尺寸零件精度检测装置，满足了市场对于零件检测的自动

化需求。利用了三爪卡盘、顶尖结构等定位处理技术，有效解决了轴类零件检测中的

定位难题。通过高精度的数据采集设备和光栅传感器，实现了全方位、高效率的零件

检测，为解决目前零件检测工作中的技术难题提供了可靠的解决方案。

关键词：精度检测；光栅；结构设计；三爪卡盘；驱动

ABSTRACT

Now our national independent industry standard development work is relatively fast,

many of the original processing and design standards are implemented in accordance with

international standards, but with the continuous improvement of our country's technical

level, independent determination of standards is no longer an empty talk, for the current part

testing process, Whether it can achieve a good detection effect is very important. In the

current parts detection work, the detection work of shaft parts is relatively complicated,

because the error of shaft not only affects the subsequent use effect, but also the accuracy

detection of shaft itself is difficult to implement. This can also see the importance of the

current design and research of shaft parts testing devices. In this paper, the structure of the

desktop small size parts accuracy detection device was designed, through the now more

common parts detection process, to determine the shortcomings of the current parts detection

work, how to improve the quality and efficiency of the detection is the focus of this design,

in the design, make full use of electromechanical, photoelectric and other aspects of

knowledge, Through optical technology to detect the processing of the whole part, the

accuracy of this detection is relatively high, the signal after the completion of the detection is

calculated and processed by the computer, to be analyzed, to determine whether the

corresponding processing technical requirements are met, and to display through the

corresponding display device, so that the operator can more intuitively understand the

detection results. The three-jaw chuck and the top structure are used to locate the device that

needs to be detected, and because the detection is all-round, a special grating sensor structure

is arranged in the three directions, and the high-precision data acquisition card is used for

data acquisition, and the communication between the PC and the data acquisition device is

realized by using the USB interface, and the parts are automatically judged to be qualified. It

can realize efficient and automatic testing of shaft parts and meet the testing needs of general

machining workshops. In this paper, the desktop small size parts accuracy detection device is

divided into four main parts, including power system, grating detection device and sliding

table device, and the design ideas of each part are discussed. In the design, according to the

design requirements of the desktop small size parts accuracy detection device, servo motor is

selected as the driving motor of the desktop small size parts accuracy detection device. The

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标签： #结构设计 #结构 #设计

摘要：

题目：桌面式小尺寸零件精度检测装置结构设计I摘要摘要本研究旨在设计一种桌面式小尺寸零件精度检测装置，以提升零件检测效率和质量。考虑到轴类零件检测的复杂性，本研究采用了光学技术和机电结合的方法，设计了一种高精度的检测装置，旨在解决目前零件检测工作中存在的不足，并提升检测效率和精度。本研究采用了结构设计和工程技术相结合的方法。首先通过分析现有零件检测过程中存在的问题和不足，确定了设计方向。然后充分利用机电、光电等领域的知识，设计了一种集成光学技术的检测装置。在设计过程中，采用了三爪卡盘及顶尖结构进行定位处理，配合高精度的数据采集设备和光栅传感器，实现了全方位、高效率的零件检测。通过本设计研究，成功...

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