CN209559140U - High-accuracy cambered surface precision automatic detecting machine - Google Patents
High-accuracy cambered surface precision automatic detecting machine Download PDFInfo
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- CN209559140U CN209559140U CN201920424698.8U CN201920424698U CN209559140U CN 209559140 U CN209559140 U CN 209559140U CN 201920424698 U CN201920424698 U CN 201920424698U CN 209559140 U CN209559140 U CN 209559140U
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Abstract
The purpose of this utility model is to provide a kind of high-accuracy cambered surface precision automatic detecting machines.The high-accuracy cambered surface precision automatic detecting machine, it is made of support component, upper ledge component, Three-dimensional transfer loading component, high-accuracy detection part, rotary transfer unit and electric control system, high-accuracy detection part is mounted on Three-dimensional transfer loading component, upper ledge component, Three-dimensional transfer loading component, rotary transfer unit are mounted on support component, and electric control system is mounted on support component, on upper ledge component.Cambered surface part is placed on rotary transfer unit, then, cambered surface part is transported at high-accuracy detection part by rotary transfer unit, then, the starting of Three-dimensional transfer loading component, operation, so that high-accuracy detection part detects the cambered surface of cambered surface part, then, after the detection of cambered surface part, rotary transfer unit will test the cambered surface part finished again and transport out.Entire detection process speed is fast, high-efficient, is highly suitable for machine components manufacturer.
Description
Technical field
The utility model relates to a kind of high-accuracy cambered surface precision automatic detecting machine devices.
Background technique
In machine components processing industry, there is the difficulty of processing of the part of cambered surface relatively high, is bent due to there is the part of cambered surface
Face type, therefore, common machining tool is difficult to process high-precision cambered surface part, it is generally the case that requires with processing
Center processes cambered surface part.Since when components assemble, cambered surface part is all often the part for being used as precision-fit, institute
With in machining center will be after cambered surface part completion of processing, it is necessary to be detected to the precision of cambered surface part.In order to guarantee cambered surface zero
The accuracy in detection of part meets the needs of cambered surface part mass production, it should use high-accuracy automatic detection system, institute
To research and develop a kind of high-accuracy cambered surface precision automatic detecting machine, be exactly one very urgent demand of machine components manufacturer.
Summary of the invention
The purpose of this utility model is to provide a kind of high-accuracy cambered surface precision automatic detecting machines.The high-accuracy cambered surface precision
Automatic detecting machine, by support component, upper ledge component, Three-dimensional transfer loading component, high-accuracy detection part, rotary transfer unit and electricity
Gas control system composition, high-accuracy detection part are mounted on Three-dimensional transfer loading component, upper ledge component, Three-dimensional transfer loading component, revolution
Formula transfer unit is mounted on support component, and electric control system is mounted on support component, on upper ledge component.Cambered surface part is pacified
It is placed on rotary transfer unit, then, cambered surface part is transported at high-accuracy detection part by rotary transfer unit, so
Afterwards, the starting of Three-dimensional transfer loading component, operation, so that high-accuracy detection part detects the cambered surface of cambered surface part, then, in arc
After the detection of surface parts, rotary transfer unit will test the cambered surface part finished again and transport out.Entire detection process
Speed is fast, high-efficient, is highly suitable for machine components manufacturer.
The utility model is achieved through the following technical solutions:
A kind of high-accuracy cambered surface precision automatic detecting machine, it includes support component, upper ledge component, Three-dimensional transfer loading component, height
Precision measurement component, rotary transfer unit and electric control system.
The support component is the support member of high-accuracy cambered surface precision automatic detecting machine, it include rack, support leg,
Skin plate, worktable panel, support leg, skin plate, worktable panel are mounted on the rack.
The upper ledge component, is a frame-type machine structural parts, it includes front panel, side panel, rear panel, top surface
Plate, upper frame, front panel, side panel, rear panel, top panel are mounted on frame.
The Three-dimensional transfer loading component is that a three dimensionality automatically controls mobile mechanical part, it includes Z axis mould group, Y-axis
To movable stand, Y-axis mould group, Y-axis linear guide component, X axis movable plate, X-axis mould group, X axis linear guide component, Z axis
Mould group is mounted on Y-axis movable stand, and Y-axis movable stand is mounted on Y-axis mould group, on Y-axis linear guide component, Y-axis mould group,
Y-axis linear guide component is mounted on X axis movable plate, and X axis movable plate is mounted on X-axis mould group, X axis linear guide group
On part, X-axis mould group, X axis linear guide component are mounted on the worktable panel of support component.
The high-accuracy detection part, is the component detected to the cambered surface of cambered surface part, it includes CCD group
Part, laser scanning assembly vertically move fixed frame, and CCD component, laser scanning assembly, which are mounted on, to be vertically moved on fixed frame, hang down
Translation is moved fixed frame and is mounted in the Z axis mould group of Three-dimensional transfer loading component.
The rotary transfer unit, is the component of an arc conveying surface parts in a manner of revolution, it includes positioning mould
Component one, Pneumatic pressure cambered surface component one, pneumatic side block component one, positioning mould component two, Pneumatic pressure cambered surface component two, pneumatic side block
Component two, Pneumatic pressure cambered surface component three, rotary disk, Numerical Control Cam divider, servo deceleration machine, servo motor, positioning mould component
One, Pneumatic pressure cambered surface component one, pneumatic side block component one, positioning mould component two, Pneumatic pressure cambered surface component two, pneumatic side block component
Two, Pneumatic pressure cambered surface component three is mounted on rotary disk, and rotary disk is mounted on Numerical Control Cam divider, Numerical Control Cam segmentation
Device, servo deceleration machine are mounted on the worktable panel of support component, and Numerical Control Cam divider is connect with servo deceleration machine, servo
Motor is mounted on servo deceleration machine.
The electric control system is the movement to the component of high-accuracy cambered surface precision automatic detecting machine, moves progress certainly
The system of dynamic control, it includes electric cabinet, lower station component, display screen, control panel, alarm, electric cabinet, lower station
Component is mounted in the rack of support component, and display screen, control panel are mounted on the front panel of upper ledge component, alarm installation
On the top panel of upper ledge component.
Cambered surface part is placed on the positioning mould component one of rotary transfer unit.
Then, the Pneumatic pressure cambered surface component one of rotary transfer unit, the starting of pneumatic side block component one, by cambered surface part pressure
Tightly.
Then, the servo motor starting of rotary transfer unit, by servo deceleration machine, Numerical Control Cam divider, so that
Rotary disk operation.
Then, cambered surface part, is transported to the CCD of high-accuracy detection part by the rotary disk of the rotary transfer unit of operation
At component, laser scanning assembly.
Then, Pneumatic pressure cambered surface component three starts and compresses cambered surface part front end.
Then, Z axis mould group, Y-axis mould group, X-axis mould the group starting of Three-dimensional transfer loading component and combined operating, so that high-accuracy
CCD component, the laser scanning assembly of detection part detect the cambered surface of cambered surface part.
Then, next cambered surface part is placed on positioning mould component two.
Then, the Pneumatic pressure cambered surface component two of rotary transfer unit, the starting of pneumatic side block component two, by next cambered surface
Part compresses.
Then, after the detection of cambered surface part, three reverse starting of Pneumatic pressure cambered surface component and by cambered surface part front end
It unclamps.
Then, the servo motor starting of rotary transfer unit, by servo deceleration machine, Numerical Control Cam divider, so that
Rotary disk operation.
Then, the rotary disk of the rotary transfer unit of operation will test the cambered surface part finished and transport out, meanwhile,
Next cambered surface part is transported to CCD component, at laser scanning assembly.
Then, the Pneumatic pressure cambered surface component one of rotary transfer unit, pneumatic one reverse starting of side block component, will test
Complete cambered surface part unclamps.
Then, from the positioning mould component one of rotary transfer unit, taking-up has detected the cambered surface part finished.
The utility model --- all movements, the movement of high-accuracy cambered surface precision automatic detecting machine component part, by high-accuracy
The electric control system of cambered surface precision automatic detecting machine controls operation.
It is compared with the prior art, the utility model has the beneficial effects that:
One, the working efficiency that cambered surface piece test can be greatlyd improve.
Secondly, the detection accuracy of cambered surface piece test can be greatlyd improve.
Detailed description of the invention
Fig. 1 is the utility model --- the 3-D view of high-accuracy cambered surface precision automatic detecting machine.
Wherein, 1, display screen；2, upper frame；3, control panel；4, front panel；5, top panel；6, alarm；7, below
Plate；8, side panel；9, lower station component；10, support leg；11, electric cabinet；12, rack；13, skin plate.
Fig. 2 is the utility model --- the partial view one of high-accuracy cambered surface precision automatic detecting machine.
Wherein, 14, worktable panel；15, X axis linear guide component.
Fig. 3 is the utility model --- the partial view two of high-accuracy cambered surface precision automatic detecting machine.
Wherein, 16, Y-axis mould group；17, Y-axis movable stand；18, Z axis mould group；19, fixed frame is vertically moved；20, CCD group
Part；21, X-axis mould group；22, laser scanning assembly；23, X axis movable plate；24, Y-axis linear guide component.
Fig. 4 is the utility model --- the partial view three of high-accuracy cambered surface precision automatic detecting machine.
Wherein, 25, Pneumatic pressure cambered surface component one；26, positioning mould component one；27, pneumatic side block component one；28, Pneumatic pressure
Cambered surface component three；29, rotary disk；30, Pneumatic pressure cambered surface component two；31, positioning mould component two；32, pneumatic side block component two.
Fig. 5 is the utility model --- the partial view four of high-accuracy cambered surface precision automatic detecting machine.
Wherein, 33, Numerical Control Cam divider；34, servo deceleration machine；35, servo motor.
Specific embodiment
With reference to the accompanying drawing and specific embodiment is further described the utility model:
Cambered surface part is placed in the 26 of rotary transfer unit, on positioning mould component one.
Further, rotary transfer unit 25, Pneumatic pressure cambered surface component one, 27, the starting of pneumatic side block component one, will
Cambered surface part compresses.
Further, rotary transfer unit 35, servo motor starting, by 34, servo deceleration machine, 33, numerical control it is convex
Divider is taken turns, so that 29, rotary disk is run.
Further, the rotary transfer unit of operation 29, rotary disk, cambered surface part is transported to high-accuracy test section
Part 20, CCD component, 22, at laser scanning assembly.
Further, 28, the starting of Pneumatic pressure cambered surface component three and cambered surface part front end is compressed.
Further, Three-dimensional transfer loading component 18, Z axis mould group, 16, Y-axis mould group, 21, X-axis mould group starts and combines fortune
Row so that the 20 of high-accuracy detection part, CCD component, 22, laser scanning assembly detects the cambered surface of cambered surface part.
Further, next cambered surface part is placed on 31, positioning mould component two.
Further, rotary transfer unit 30, Pneumatic pressure cambered surface component two, 32, the starting of pneumatic side block component two, will
Next cambered surface part compresses.
Further, after the detection of cambered surface part, 28, three reverse starting of Pneumatic pressure cambered surface component and by cambered surface
It unclamps part front end.
Further, rotary transfer unit 35, servo motor starting, by 34, servo deceleration machine, 33, numerical control it is convex
Divider is taken turns, so that 29, rotary disk is run.
Further, the rotary transfer unit of operation 29, rotary disk, will test the cambered surface part finished and transfer out
Come, meanwhile, by next cambered surface part be transported to 20, CCD component, 22, at laser scanning assembly.
Further, rotary transfer unit 25, Pneumatic pressure cambered surface component one, 27, pneumatic side block component one reversely opens
It is dynamic, it will test the cambered surface part finished and unclamp.
Further, from 26, positioning mould component one of rotary transfer unit, taking-up has detected the cambered surface zero finished
Part.
The utility model --- all movements, the movement of high-accuracy cambered surface precision automatic detecting machine component part, by high-accuracy
The electric control system of cambered surface precision automatic detecting machine controls operation.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying carries out change and modification appropriate.Therefore, the utility model is not limited to specific implementation disclosed and described above
Mode should also be as falling into the protection scope of the claims of the present utility model to some modifications and changes of the utility model.
In addition, although using some specific terms in this specification, these terms are merely for convenience of description, not to this reality
With novel composition any restrictions.
Claims (1)
1. a kind of high-accuracy cambered surface precision automatic detecting machine, it includes support component, upper ledge component, electric control system；
The support component, is the support member of high-accuracy cambered surface precision automatic detecting machine, including rack, support leg, skin plate,
Worktable panel, support leg, skin plate, worktable panel are mounted on the rack；
The upper ledge component is a frame-type machine structural parts, including front panel, side panel, rear panel, top panel, upper ledge
Frame, front panel, side panel, rear panel, top panel are mounted on frame；
The electric control system is the movement to the component of high-accuracy cambered surface precision automatic detecting machine, moves and controlled automatically
The system of system, including electric cabinet, lower station component, display screen, control panel, alarm, electric cabinet, lower station component peace
In the rack of support component, display screen, control panel are mounted on the front panel of upper ledge component, and alarm is mounted on upper ledge
On the top panel of component；
It is characterized in that, it includes: Three-dimensional transfer loading component, high-accuracy detection part, rotary transfer unit；
The Three-dimensional transfer loading component is that a three dimensionality automatically controls mobile mechanical part, including the movement of Z axis mould group, Y-axis
Frame, Y-axis mould group, Y-axis linear guide component, X axis movable plate, X-axis mould group, X axis linear guide component, Z axis mould group peace
On Y-axis movable stand, Y-axis movable stand is mounted on Y-axis mould group, on Y-axis linear guide component, Y-axis mould group, Y-axis
Linear guide component is mounted on X axis movable plate, and X axis movable plate is mounted on X-axis mould group, on X axis linear guide component,
X-axis mould group, X axis linear guide component are mounted on the worktable panel of support component；
The high-accuracy detection part is the component detected to the cambered surface of cambered surface part, including CCD component, laser
Scan components vertically move fixed frame, and CCD component, laser scanning assembly, which are mounted on, to be vertically moved on fixed frame, vertically move solid
Determine frame to be mounted in the Z axis mould group of Three-dimensional transfer loading component；
The rotary transfer unit, is the component of an arc conveying surface parts in a manner of revolution, including positioning mould component one,
Pneumatic pressure cambered surface component one, pneumatic side block component one, positioning mould component two, Pneumatic pressure cambered surface component two, pneumatic side block component two,
Pneumatic pressure cambered surface component three, rotary disk, Numerical Control Cam divider, servo deceleration machine, servo motor, it is positioning mould component one, pneumatic
Press cambered surface component one, pneumatic side block component one, positioning mould component two, Pneumatic pressure cambered surface component two, pneumatic side block component two, pneumatic
Pressure cambered surface component three is mounted on rotary disk, and rotary disk is mounted on Numerical Control Cam divider, and Numerical Control Cam divider, servo subtract
Fast machine is mounted on the worktable panel of support component, and Numerical Control Cam divider is connect with servo deceleration machine, servo motor installation
On servo deceleration machine；
All movements, the movement of high-accuracy cambered surface precision automatic detecting machine component part, are detected automatically by high-accuracy cambered surface precision
The electric control system of machine controls operation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920424698.8U CN209559140U (en) | 2019-04-01 | 2019-04-01 | High-accuracy cambered surface precision automatic detecting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920424698.8U CN209559140U (en) | 2019-04-01 | 2019-04-01 | High-accuracy cambered surface precision automatic detecting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209559140U true CN209559140U (en) | 2019-10-29 |
Family
ID=68311840
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920424698.8U Active CN209559140U (en) | 2019-04-01 | 2019-04-01 | High-accuracy cambered surface precision automatic detecting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209559140U (en) |
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2019
- 2019-04-01 CN CN201920424698.8U patent/CN209559140U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220916 Address after: 161000 Jiaotong street, Fulaerji District, Qiqihar City, Heilongjiang Province Patentee after: Qiqihar Chongyi Metallurgical Machinery Co.,Ltd. Address before: 518000 Room 201, building 39, cuizhuyuan community, Cuizhu Road, Luohu District, Shenzhen City, Guangdong Province Patentee before: Zhang Haoyang |