CN206347978U - A kind of surface processing accuracy detection device - Google Patents

A kind of surface processing accuracy detection device Download PDF

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Publication number
CN206347978U
CN206347978U CN201621448924.9U CN201621448924U CN206347978U CN 206347978 U CN206347978 U CN 206347978U CN 201621448924 U CN201621448924 U CN 201621448924U CN 206347978 U CN206347978 U CN 206347978U
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China
Prior art keywords
axis
component
slide plate
feed screw
workbench
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CN201621448924.9U
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Chinese (zh)
Inventor
袁建军
孙洁峰
蔡玉鹏
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Jiaxing Weizhi Holdings Ltd
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Jiaxing Weizhi Holdings Ltd
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Abstract

A kind of surface processing accuracy detection device, belong to the surface accuracy detection field of communication apparatus housing, including base, bridge bracket, mounting seat, industrial computer, the workbench component that can be moved back and forth along X-direction, the Y-axis component that can be moved back and forth along Y direction and the Z axis component that can be moved back and forth along Z-direction, workbench component is on base, bridge bracket bottom is on base, mounting seat is mounted in bridge bracket top, Y-axis component is in mounting seat, Z axis component is on Y-axis component, wherein, also include laser probe, the U-shaped frid of signal processor and cross section, frid and signal processor are on Z axis component, laser probe is in the groove of frid, laser probe is connected with signal processor signal, signal processor is connected with industrial computer signal.The utility model efficiency high, precision is high, easy to use, still is able to carry out surface accuracy detection to it for the narrow and small region of communication shell space.

Description

A kind of surface processing accuracy detection device
Technical field:
The utility model is related to the surface accuracy detection field of communication apparatus housing, is especially a kind of surface processing accuracy Detection device.
Background technology:
After the completion of communication apparatus housing (such as handset shell) production, the precision of its finished surface will generally be examined Survey, otherwise underproof product will flow into subsequent processing, and then greatly increase the defect rate of finished product.Due to the surface of this housing Size is more and more complicated, and narrow space, therefore very cumbersome during detection, it is necessary to which especially attention, slightly neglects, Jiu Huizhi Connect the quality of influence final finished.At present, the widely used surface processing accuracy detection device of some manufacturers is mostly to connect Touch, tri- directions of X, Y, Z of this equipment are all mobile probe movements, and measured workpiece is not moved, by detection probe pair The surface to be measured of tested work carries out contact measurement, and its shortcoming is:1st, for the region to be measured of narrow space, contact is visited Head hardly enters detection;If the 2, housing to be measured is more soft thin, in probe contacts housing, the corresponding site of housing can become Situations such as shape, cause measurement accuracy poor, in addition, the mechanical movement error of tri- direction movement accumulations of X, Y, Z can also influence to move The measurement accuracy of dynamic probe;3rd, because the surface size for communicating housing is more, complicated, and contact is used when detecting its precision Formula detection method, therefore, detection efficiency is very low.In summary, existing surface processing accuracy detection device has been difficult to adapt to again The communication apparatus housing detection field of product diversification.
Utility model content:
The technical problems to be solved in the utility model is to provide a kind of high efficiency, high accuracy, easy to use, for space Narrow regions still are able to carry out the surface processing accuracy detection device of accuracy detection.
Technical solution of the present utility model is to provide a kind of surface processing accuracy detection with following structure and set It is standby, including base, bridge bracket, mounting seat, industrial computer, the workbench component that can be moved back and forth along X-direction, can be along Y-axis side To the Y-axis component moved back and forth and the Z axis component that can be moved back and forth along Z-direction, workbench component is on base, bridge Frame bottom is on base, and mounting seat is mounted in bridge bracket top, and Y-axis component is in mounting seat, and Z axis component is mounted in Y-axis group On part, wherein, in addition to laser probe, the U-shaped frid of signal processor and cross section, frid and signal processor are filled On Z axis component, laser probe is in the groove of frid, and laser probe is connected with signal processor signal, signal processor It is connected with industrial computer signal.
A kind of surface processing accuracy detection device described in the utility model, wherein, workbench component includes X-axis slide rail Component, X-axis feed screw nut's assembly, X-axis servomotor and the workbench for placing product to be measured, X-axis slide rail component dress Between workbench and base, X-axis servomotor is on base, screw mandrel and X-axis servo electricity in X-axis feed screw nut's assembly Nut in the rotating shaft connection of machine, X-axis feed screw nut's assembly is on workbench bottom surface.
A kind of surface processing accuracy detection device described in the utility model, wherein, Y-axis component includes Y-axis slide plate, Y-axis Slide track component, Y-axis feed screw nut's assembly and Y-axis servomotor, Y-axis slide track component are mounted between Y-axis slide plate and mounting seat, Y Axle servomotor is in mounting seat, and the screw mandrel in Y-axis feed screw nut's assembly is connected with the rotating shaft of Y-axis servomotor, Y-axis screw mandrel Nut in nut assembly is on Y-axis slide plate side.
A kind of surface processing accuracy detection device described in the utility model, wherein, Z axis component includes Z axis slide plate, Z axis Slide track component, Z axis feed screw nut's assembly and Z axis servomotor, Z axis slide rail component are mounted between Z axis slide plate and Y-axis slide plate, Z Axle servomotor is on Y-axis slide plate, and the screw mandrel in Z axis feed screw nut's assembly is connected with the rotating shaft of Z axis servomotor, Z axis silk Nut in stem nut component is on Z axis slide plate.
A kind of surface processing accuracy detection device described in the utility model, wherein, workbench, Y-axis slide plate and Z axis The two ends of slide plate are respectively arranged with organ protective cover.
After above structure, compared with prior art, a kind of surface processing accuracy detection device of the utility model has Advantages below:Different, this reality of detection one by one is carried out to the surface accuracy for communicating housing using contact probe from prior art Ranging is carried out with the new light source launched using laser probe, so as to reach what the surface accuracy for communicating housing was detected Purpose, such a method is contactless, and not only fast, efficiently, and the numerical precision measured is also very high, in addition, swashing In the range of light quantity journey, Z-direction does not need Mechanical Moving, the mechanical movement error of accumulation when decreasing motion.Just because of this reality With it is new be in ranging it is contactless, ranging is only carried out with the light of transmitting, therefore, remained to for the region of narrow space Enough carry out accuracy detection.
The organ protective cover of setting primarily serves dustproof effect.
Brief description of the drawings:
Fig. 1 is a kind of dimensional structure diagram of surface processing accuracy detection device of the utility model;
Fig. 2 is that stereochemical structure when a kind of surface processing accuracy detection device of the utility model hides organ protective cover is shown It is intended to.
Embodiment:
A kind of surface processing accuracy detection device of the utility model is made into one with reference to the accompanying drawings and detailed description Step is described in detail:
As depicted in figs. 1 and 2, in this embodiment, a kind of surface processing accuracy detection device of the utility model Including base 21, bridge bracket 16, mounting seat 17, industrial computer (not shown), laser probe 20, signal processor 14, frid 19th, the workbench component that can be moved back and forth along X-direction, the Y-axis component that can be moved back and forth along Y direction and can be along Z axis The Z axis component that direction is moved back and forth, workbench component is on base 21, and the bottom of bridge bracket 16 is installed on base 21 Seat 17 is mounted in the top of bridge bracket 16, Y-axis component in the mounting seat 17, Z axis component on Y-axis component, frid 19 it is transversal Face is U-shaped, and frid 19 and signal processor 14 are on Z axis component, and laser probe 20 is played in the groove of frid 19 The effect of laser probe 20 is protected, laser probe 20 is connected with the signal of signal processor 14, signal processor 14 is believed with industrial computer Number connection.
The workbench component include X-axis slide rail component 22, X-axis feed screw nut's assembly 23, X-axis servomotor 24 and Workbench 11 for placing product to be measured, X-axis slide rail component 22 is mounted between workbench 11 and base 21, X-axis servo Motor 24 is on base 21, and the screw mandrel in X-axis feed screw nut's assembly 23 is connected by the rotating shaft of decelerator and X-axis servomotor 24 Connect, the nut in X-axis feed screw nut's assembly 23 is on the bottom surface of workbench 11.
The Y-axis component includes Y-axis slide plate 15, Y-axis slide track component 28, Y-axis feed screw nut's assembly 27 and Y-axis servo electricity Machine 18, Y-axis slide track component 28 is mounted between Y-axis slide plate 15 and mounting seat 17, and Y-axis servomotor 18 is in mounting seat 17, Y-axis Screw mandrel in feed screw nut's assembly 27 is connected by decelerator with the rotating shaft of Y-axis servomotor 18, in Y-axis feed screw nut's assembly 27 Nut on the medial surface of Y-axis slide plate 15.
The Z axis component includes Z axis slide plate 12, Z axis slide rail component 25, Z axis feed screw nut's assembly 26 and Z axis servo electricity Machine 13, Z axis slide rail component 25 is mounted between Z axis slide plate 12 and the lateral surface of Y-axis slide plate 15, and Z axis servomotor 13 is mounted in Y-axis slide plate On 15, the screw mandrel in Z axis feed screw nut's assembly 26 is connected by decelerator with the rotating shaft of Z axis servomotor 13, Z axis feed screw nut Nut in component 26 is on the medial surface of Z axis slide plate 12, and frid 19 and signal processor 14 are mounted in the outer of Z axis slide plate 12 On side.
To reach dustproof effect, the two ends of the workbench 11, Y-axis slide plate 15 and Z axis slide plate 12 are respectively arranged with organ Protective cover 10.
In this embodiment, described X-axis slide rail component 22, X-axis feed screw nut's assembly 23, X-axis servomotor 24th, Y-axis slide track component 28, Y-axis feed screw nut's assembly 27, Y-axis servomotor 18, Z axis slide rail component 25, Z axis feed screw nut's group Part 26, Z axis servomotor 13, decelerator, organ protective cover 10, laser probe 20 and signal processor 14 are commercially available production Product, therefore its structure is not repeated herein.
In the utility model detection device, X-direction movement measured workpiece, Y, Z-direction movement laser probe 20 are this Mode can separate the mechanical movement error on tri- directions of X, Y, Z, and measurement accuracy is improved in measurement process.Just because of this Utility model is the non-contact detection equipment that ranging is carried out by laser probe 20, therefore, in the range of laser range, Z side To not needing Mechanical Moving, thus the mechanical movement error of Z-direction is unrelated with measurement result.
Embodiment described above is only that preferred embodiment of the present utility model is described, not to this practicality New scope is defined, on the premise of the utility model design spirit is not departed from, and those of ordinary skill in the art are to this Various modifications and improvement that the technical scheme of utility model is made, all should fall into the protection of the utility model claims determination In the range of.

Claims (5)

1. a kind of surface processing accuracy detection device, including base (21), bridge bracket (16), mounting seat (17), industrial computer, can edge Workbench component that X-direction is moved back and forth, the Y-axis component that can be moved back and forth along Y direction and can be along Z-direction back and forth The Z axis component of motion, the workbench component is on base (21), and bridge bracket (16) bottom is mounted in base (21) On, the mounting seat (17) is mounted in bridge bracket (16) top, and the Y-axis component is in mounting seat (17), the Z axis component dress On Y-axis component, it is characterised in that:Also include laser probe (20), the U-shaped frid of signal processor (14) and cross section (19), the frid (19) and signal processor (14) are on Z axis component, and the laser probe (20) is mounted in frid (19) Groove in, the laser probe (20) is connected with signal processor (14) signal, the signal processor (14) and industrial computer Signal is connected.
2. a kind of surface processing accuracy detection device according to claim 1, it is characterised in that:The workbench component Including X-axis slide rail component (22), X-axis feed screw nut's assembly (23), X-axis servomotor (24) and for placing product to be measured Workbench (11), the X-axis slide rail component (22) is mounted between workbench (11) and base (21), the X-axis servo electricity Machine (24) is on base (21), and the rotating shaft of screw mandrel and X-axis servomotor (24) in the X-axis feed screw nut's assembly (23) connects Connect, the nut in the X-axis feed screw nut's assembly (23) is on workbench (11) bottom surface.
3. a kind of surface processing accuracy detection device according to claim 2, it is characterised in that:The Y-axis component includes Y Axle slide plate (15), Y-axis slide track component (28), Y-axis feed screw nut's assembly (27) and Y-axis servomotor (18), the Y-axis slide rail Component (28) is mounted between Y-axis slide plate (15) and mounting seat (17), and the Y-axis servomotor (18) is mounted in mounting seat (17), Screw mandrel in the Y-axis feed screw nut's assembly (27) is connected with the rotating shaft of Y-axis servomotor (18), the Y-axis feed screw nut group Nut in part (27) is on Y-axis slide plate (15) side.
4. a kind of surface processing accuracy detection device according to claim 3, it is characterised in that:The Z axis component includes Z Axle slide plate (12), Z axis slide rail component (25), Z axis feed screw nut's assembly (26) and Z axis servomotor (13), the Z axis slide rail Component (25) is mounted between Z axis slide plate (12) and Y-axis slide plate (15), and the Z axis servomotor (13) is mounted in Y-axis slide plate (15) On, the screw mandrel in the Z axis feed screw nut's assembly (26) is connected with the rotating shaft of Z axis servomotor (13), the Z axis feed screw nut Nut in component (26) is on Z axis slide plate (12).
5. a kind of surface processing accuracy detection device according to claim 4, it is characterised in that:The workbench (11), the two ends of Y-axis slide plate (15) and Z axis slide plate (12) are respectively arranged with organ protective cover (10).
CN201621448924.9U 2016-12-27 2016-12-27 A kind of surface processing accuracy detection device Active CN206347978U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621448924.9U CN206347978U (en) 2016-12-27 2016-12-27 A kind of surface processing accuracy detection device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621448924.9U CN206347978U (en) 2016-12-27 2016-12-27 A kind of surface processing accuracy detection device

Publications (1)

Publication Number Publication Date
CN206347978U true CN206347978U (en) 2017-07-21

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CN201621448924.9U Active CN206347978U (en) 2016-12-27 2016-12-27 A kind of surface processing accuracy detection device

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111561884A (en) * 2020-04-28 2020-08-21 昆山市建设工程质量检测中心 Method for detecting surface roughness of precast concrete laminated plate

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111561884A (en) * 2020-04-28 2020-08-21 昆山市建设工程质量检测中心 Method for detecting surface roughness of precast concrete laminated plate

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