CN206430693U

CN206430693U - The optical measuring equipment of single-station non-contact plane degree and Quick Response Code position degree

Info

Publication number: CN206430693U
Application number: CN201621445986.4U
Authority: CN
Inventors: 赵志冰; 蔡敏明; 李玉杰; 胡田军; 杜荣钦; 高云峰
Original assignee: Han s Laser Technology Industry Group Co Ltd
Current assignee: Shenzhen Hans Semiconductor Equipment Technology Co Ltd
Priority date: 2016-12-27
Filing date: 2016-12-27
Publication date: 2017-08-22
Anticipated expiration: 2026-12-27

Abstract

The utility model discloses a kind of single-station non-contact plane degree and the optical measuring equipment of Quick Response Code position degree, including cabinet assembly, industrial computer, X/Y moving parts, X are to moving parts, side CCD measurement assemblies, dot laser measurement assembly, front CCD measurement assemblies and positioning clamp component；The side of the cabinet assembly sets industrial computer, the positioning clamp component is arranged on cabinet assembly, the X/Y moving parts, X are respectively positioned on the side of positioning clamp component to moving parts, set-point laser measuring assembly, front CCD measurement assemblies on the X/Y moving parts, the X are connected to setting side CCD measurement assemblies on moving parts.The utility model can adjust measured zone in real time, for different products, can also be accurately performed gap, the measurement of offset, thus the convenience with wide applicability and operation.

Description

The optical measuring equipment of single-station non-contact plane degree and Quick Response Code position degree

Technical field

The utility model belongs to product surface flatness and Quick Response Code position measurement technical field, and in particular to Yi Zhongdan The optical measuring equipment of station non-contact plane degree and Quick Response Code position degree.

Background technology

Electronics industry that electronic product and accessory, Precision Machinery Elements etc. are related to, machining manufacturing industry, precision instrument Measurer industry, needs to detect workpiece surface flatness in process of production, and enter the Quick Response Code of unique trackability Row position measurement, if detected with Traditional Man, is visually observed, scale amount, or with OMM, OEM special measurement instrument, and Hand-held barcode scanning gun, then efficiency is low, and accuracy is low, and result data uniformity is poor, and the requirement to peopleware is also very high, it is artificial because The error that element is caused also than larger, can also cause scratch, deformation, distortion to cause product rejection, or even can not be produced to product The true measurement of product, some big bulky products and workpiece can not also realize manual measurement.

With developing rapidly for every profession and trade, the importance of quality control is self-evident, and recruitment cost is improved constantly, to product The demand that flatness and Quick Response Code position degree carry out automatic detection is just more and more stronger.

Utility model content

In view of this, main purpose of the present utility model is to provide a kind of single-station non-contact plane degree and Quick Response Code The optical measuring equipment of position degree, measured zone can be adjusted in real time and gap, the measurement of offset is accurately performed.

To reach above-mentioned purpose, what the technical solution of the utility model was realized in：

The utility model embodiment provides the optical measurement of a kind of single-station non-contact plane degree and Quick Response Code position degree Equipment, it is characterised in that the equipment includes cabinet assembly, industrial computer, X/Y moving parts, X and measured to moving parts, side CCD Component, dot laser measurement assembly, front CCD measurement assemblies and positioning clamp component；The side of the cabinet assembly sets industry control Machine, the positioning clamp component is arranged on cabinet assembly, and the X/Y moving parts, X are respectively positioned on positioning fixture to moving parts Set-point laser measuring assembly, front CCD measurement assemblies and tie point is driven on the side of component, the X/Y moving parts The measurement point position of laser measuring assembly, front CCD the measurement assemblies workpiece for measurement along along X or Y-axis mobile collection positioning clamp component Confidence is ceased and front Quick Response Code, and the X is connected to setting side CCD measurement assemblies on moving parts and driven side CCD to survey Measure side Quick Response Code of the component along X to workpiece for measurement on mobile collection positioning clamp component.

In such scheme, the cabinet assembly includes cabinet, upper skin plate, castor, and the top of the cabinet sets upper cover Panel, the bottom corner of the cabinet sets castor.

In such scheme, the X/Y moving parts include the first X-axis elaborate servo platform and protective cover, Y-axis elaborate servo Platform and protective cover, the Y-axis elaborate servo platform and protective cover are located above the first X-axis elaborate servo platform and protective cover.

In such scheme, the X is one second X-axis elaborate servo platform and protective cover to module is moved.

In such scheme, the side CCD measurement assemblies include the first CCD camera, the first CCD secured adjusted bottom plates, institute CCD camera is stated positioned at CCD secured adjusteds bottom plate and by CCD secured adjusted bottom plate adjustment positions.

In such scheme, the dot laser measurement assembly includes dot laser measurement head, measurement head and installs adjustable plate, the point Laser measuring head is arranged on measurement head and installs on adjustable plate and install adjustable plate adjusting position by the measurement head.

In such scheme, the positive CCD measurement assemblies include the second CCD camera, the 2nd CCD secured adjusted bottom plates, institute The second CCD camera is stated on the 2nd CCD secured adjusted bottom plates and position is adjusted by the 2nd CCD secured adjusteds bottom plate Put.

In such scheme, the positioning clamp component includes clamp bottom board, at least one positioning block of clamp and fixture positioning Pin, described at least one positioning block of clamp and clamp locating pin are respectively positioned on clamp bottom board and clamp workpiece for measurement.

In such scheme, the industrial computer and the display being arranged at the top of upper cover panel, the keyboard being arranged on cabinet Mouse is connected.

Compared with prior art, the utility model drives side by X/Y moving parts and X in detection to moving parts Face CCD measurement assemblies, dot laser measurement assembly, front CCD measurement assemblies automatic identification are located at workpiece for measurement on clamp assembly Position, in such manner, it is possible to adjust measured zone in real time, for different products, can also be accurately performed gap, the survey of offset Amount, thus the convenience with wide applicability and operation.

Brief description of the drawings

Fig. 1 provides the optics of a kind of single-station non-contact plane degree and Quick Response Code position degree for the utility model embodiment The stereogram of measurement equipment；

Fig. 2 provides the optics of a kind of single-station non-contact plane degree and Quick Response Code position degree for the utility model embodiment The stereogram of another angle of measurement equipment；

Fig. 3 is Fig. 1 front view；

Fig. 4 is Fig. 3 right view；

Fig. 5 provides the optics of a kind of single-station non-contact plane degree and Quick Response Code position degree for the utility model embodiment The front view of measurement equipment；

Fig. 6 provides the optics of a kind of single-station non-contact plane degree and Quick Response Code position degree for the utility model embodiment The structural representation of the positioning clamp component of measurement equipment.

Embodiment

In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation Example, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only to explain The utility model, is not used to limit the utility model.

The utility model embodiment provides the optical measurement of a kind of single-station non-contact plane degree and Quick Response Code position degree Equipment, as shown in figures 1 to 6, the equipment include cabinet assembly 10, industrial computer 20, X/Y moving parts 30, X to moving parts 40, side Face CCD measurement assemblies 50, dot laser measurement assembly 60, front CCD measurement assemblies 70 and positioning clamp component 80；The stack of cabinets The side of part 10 sets industrial computer 20, and the positioning clamp component 80 is arranged on cabinet assembly 10, the X/Y moving parts 30th, X is respectively positioned on set-point laser measurement on the side of positioning clamp component 80, the X/Y moving parts 30 to moving parts 40 Component 60, front CCD measurement assemblies 70 and tie point laser measuring assembly 60, front CCD measurement assemblies 70 are driven along X or Y The measurement point positional information and front Quick Response Code of workpiece for measurement on axle mobile collection positioning clamp component 80, the X is to exercise group Set side CCD measurement assemblies 50 to connect on part 40 and drive side CCD measurement assemblies 50 along X to mobile collection positioning fixture The side Quick Response Code of workpiece for measurement on component 80.

As shown in Fig. 1,4, the cabinet assembly 10 includes cabinet 101, upper skin plate 102, castor 103, the cabinet 101 Top upper skin plate 102 is set, the bottom corner of the cabinet 101 sets castor 103.

As shown in figure 1, the X/Y moving parts 30 include the first X-axis elaborate servo platform and protective cover 301, Y-axis are accurate Servo platform and protective cover 302, the Y-axis elaborate servo platform and protective cover 302 are located at the first X-axis elaborate servo platform and anti- The top of shield 301, the Y-axis elaborate servo platform and protective cover are translated along the first X-axis elaborate servo platform and protective cover 301, The dot laser measurement assembly 60, front CCD measurement assemblies 70 are arranged on Y-axis elaborate servo platform and protective cover by connecting plate On 302, drive dot laser measurement assembly 60, front CCD measurement assemblies 70 along Y-axis elaborate servo platform by platform connecting plate and Protective cover 302 is translated.

The X is one second X-axis elaborate servo platform and protective cover 401, the side CCD measurement groups to module 40 is moved Part 50 is arranged on the second X-axis elaborate servo platform and protective cover 401 by platform connecting plate, drives side CCD measurement assemblies 50 Translated along the second X-axis elaborate servo platform and protective cover 401.

As shown in Fig. 2 the side CCD measurement assemblies 50 include the first CCD camera 501, the first CCD secured adjusted bottom plates 502, the CCD camera 501 is located at CCD secured adjusteds bottom plate 502 and passes through the adjustment position of CCD secured adjusteds bottom plate 502.

As shown in figure 1, the dot laser measurement assembly 60, which includes dot laser measurement head 601, measurement head, installs adjustable plate 602, the dot laser measurement head 601 is arranged on measurement head and installs on adjustable plate 602 and install regulation by the measurement head The adjusting position of plate 602.

As shown in figure 1, the positive CCD measurement assemblies 70 include the second CCD camera 701, the 2nd CCD secured adjusted bottom plates 702, second CCD camera 701 is located on the 2nd CCD secured adjusteds bottom plate 702 and passes through the 2nd CCD secured adjusteds The adjusting position of bottom plate 702.

As shown in figure 5, the positioning clamp component 80 includes clamp bottom board 801, at least one positioning block of clamp 802 and folder Has alignment pin 803, described at least one positioning block of clamp 802 and clamp locating pin 803 are respectively positioned on clamp bottom board 801 and clamped Workpiece for measurement, it is ensured that the stabilization of workpiece for measurement.

The utility model also includes control system, and the control system report includes motion control card, IO cards, power supply box, sky Air cock, panel control function button, the display 110 for showing measurement data result.

Motion control card and the IO card is for controlling the motion control software and data of X/Y moving parts to calculate analysis Data processing algorithm software.

As shown in Fig. 1,4, the industrial computer 20 is with being arranged on the display 110 at the top of skin plate 102, being arranged on cabinet Keyboard and mouse 120 on 101 is connected.

Workpiece for measurement is placed on that positioning clamp component is after 80s, and X/Y moving parts 30 are moved, drive dot laser measurement assembly 60 and Positive CCD measurement assemblies 70 obtain product surface point value and front Quick Response Code positional information, and X drives side to moving parts 40 Face CCD measurement assemblies 50 obtain side Quick Response Code positional information, and send the data to industrial computer 20, and software systems pass through algorithm Analyzing and processing, shows measurement result on display 110.

Measurement process of the present utility model is specially：By manually product is positioned on clamp assembly 80, starts and survey After range sequence, X/Y moving parts 30 and X to moving parts 40 drive side CCD measurement assemblies 50, dot laser measurement assembly 60, The positive automatic identification product space of CCD measurement assemblies 70, industrial control system is according to side CCD measurement assemblies 50, front CCD measurement groups The positional information that part 70 is provided, control X/Y moving parts 30 and motion from X to moving parts 40, the CCD measurement assemblies 50, The positive automatic measurement product of CCD measurement assemblies 70 front and side Quick Response Code position degree, the dot laser measurement assembly 60 are automatic Obtain after each point value in product front, the numerical value for obtaining each measurement point, so as to be evaluated, after having detected, manually from locating clip Workpiece is removed on tool, this measurement is completed, rear display 110 is measured and shows measurement result data, and stored record result, Manually remove product.

Described above, preferred embodiment only of the present utility model is not intended to limit protection of the present utility model Scope.

Claims

1. a kind of optical measuring equipment of single-station non-contact plane degree and Quick Response Code position degree, it is characterised in that the equipment Including cabinet assembly (10), industrial computer (20), X/Y moving parts (30), X to moving parts (40), side CCD measurement assemblies (50), dot laser measurement assembly (60), front CCD measurement assemblies (70) and positioning clamp component (80)；The cabinet assembly (10) side sets industrial computer (20), and the positioning clamp component (80) is arranged on cabinet assembly (10), the X/Y motions Component (30), X are respectively positioned on the side of positioning clamp component (80), the X/Y moving parts (30) to moving parts (40) and set Put dot laser measurement assembly (60), front CCD measurement assemblies (70) and drive tie point laser measuring assembly (60), front CCD measurement assemblies (70) measurement point positional information of workpiece for measurement and just along along X or Y-axis mobile collection positioning clamp component (80) Face Quick Response Code, the X is connected to setting side CCD measurement assemblies (50) on moving parts (40) and is driven side CCD to measure Side Quick Response Code of the component (50) along X to workpiece for measurement on mobile collection positioning clamp component (80).

2. the optical measurement of a kind of single-station non-contact plane degree according to claim 1 and Quick Response Code position degree is set It is standby, it is characterised in that：The cabinet assembly (10) includes cabinet (101), upper skin plate (102), castor (103), the cabinet (101) top sets upper skin plate (102), and the bottom corner of the cabinet (101) sets castor (103).

3. the optical measurement of a kind of single-station non-contact plane degree according to claim 1 or 2 and Quick Response Code position degree Equipment, it is characterised in that：The X/Y moving parts (30) include the first X-axis elaborate servo platform and protective cover (301), Y-axis essence Close servo platform and protective cover (302), the Y-axis elaborate servo platform and protective cover (302) are flat positioned at the first X-axis elaborate servo Above platform and protective cover (301).

4. the optical measurement of a kind of single-station non-contact plane degree according to claim 3 and Quick Response Code position degree is set It is standby, it is characterised in that：The X to moving parts (40) be one second X-axis elaborate servo platform and protective cover (401).

5. the optical measurement of a kind of single-station non-contact plane degree according to claim 3 and Quick Response Code position degree is set It is standby, it is characterised in that：The side CCD measurement assemblies (50) include the first CCD camera (501), the first CCD secured adjusted bottom plates (502), the CCD camera (501) is located at CCD secured adjusteds bottom plate (502) and adjusted by CCD secured adjusteds bottom plate (502) Whole position.

6. the optical measurement of a kind of single-station non-contact plane degree according to claim 4 and Quick Response Code position degree is set It is standby, it is characterised in that：The dot laser measurement assembly (60) includes dot laser measurement head (601), measurement head and installs adjustable plate (602), the dot laser measurement head (601) is arranged on measurement head and installs on adjustable plate (602) and pacified by the measurement head Fill adjustable plate (602) adjusting position.

7. the optical measurement of a kind of single-station non-contact plane degree according to claim 5 and Quick Response Code position degree is set It is standby, it is characterised in that：The positive CCD measurement assemblies (70) include the second CCD camera (701), the 2nd CCD secured adjusted bottom plates (702), second CCD camera (701) is located on the 2nd CCD secured adjusteds bottom plate (702) and solid by the 2nd CCD Determine regulating base board (702) adjusting position.

8. the optical measurement of a kind of single-station non-contact plane degree according to claim 7 and Quick Response Code position degree is set It is standby, it is characterised in that：The positioning clamp component (80) include clamp bottom board (801), at least one positioning block of clamp (802) and Clamp locating pin (803), described at least one positioning block of clamp (802) and clamp locating pin (803) are respectively positioned on clamp bottom board (801) and workpiece for measurement is clamped.

9. the optical measurement of a kind of single-station non-contact plane degree according to claim 8 and Quick Response Code position degree is set It is standby, it is characterised in that：The industrial computer (20) and be arranged at the top of skin plate (102) display (110), be arranged on cabinet (101) keyboard and mouse (120) connection on.