CN207336694U - A kind of hot weld detection device - Google Patents
A kind of hot weld detection device Download PDFInfo
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- CN207336694U CN207336694U CN201721409582.4U CN201721409582U CN207336694U CN 207336694 U CN207336694 U CN 207336694U CN 201721409582 U CN201721409582 U CN 201721409582U CN 207336694 U CN207336694 U CN 207336694U
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- hot weld
- workbench
- station
- voltage
- test
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Abstract
The utility model discloses a kind of hot weld detection device, including rack, workbench, electric cabinet, the workbench is fixedly installed on central rack, and rotating disk mechanism, charging and discharging mechanism, 1000V voltage-withstand tests mechanism, NG material fetching mechanisms and thermal welding mechanism are provided with the workbench；The rotating disk mechanism is located at the middle part of workbench, and does spinning movement in the counterclockwise direction along workbench center；At the rotating disk mechanism outer rim in the counterclockwise direction on be disposed with loading and unloading station, voltage-withstand test station, NG feeding stations and hot weld station；The electric cabinet is arranged at rack sidepiece.The utility model replaced using mechanization it is manual, it is time saving and energy saving, improve work efficiency, simultaneously because accurate positioning, product does not change in whole work process, it is possible to increase the uniformity of product, adds the qualification rate of product, reduce production cost.
Description
Technical field
The present invention relates to hot weld detection technique field, more particularly to a kind of hot weld detection device.
Background technology
Existing detection device, such as hot weld detection device, folder weldering detection device, airtight detecting apparatus, is intended to carry out multinomial
Detection just can determine that the qualification rate of product, and operating personnel are detected by the way of artificial detection in the prior art, or will
Product mutual disassembly after a detection is carried out, and install to next station and carry out installation detection, so time-consuming and laborious, work
It is low to make efficiency；Meanwhile product one is caused due to the variation of installation site during mutual disassembly, installation are to next station
Cause property is poor.
Especially when carrying out the hot weld processing of product, artificial detection, further leads to when carrying out hot weld in the prior art
Welded frequently with manual soldering iron, there are following defect for traditional manual welding mode hot weld：（1）Inefficiency and relatively backward；
（2）Need welding personnel to possess higher operating technology level, good welds need to be disposably realized, after otherwise influencing welding
Properties of product；（3）Using traditional artificial hot weld, operating personnel it is easy to operate error and cause the disqualification rate of product to increase,
Increase production cost.
The content of the invention
In view of the deficienciess of the prior art, the purpose of the present invention, which is that, provides a kind of hot weld detection device, use
Mechanization replace it is manual, it is time saving and energy saving, improve work efficiency, simultaneously because accurate positioning, product in whole work process
Do not change, it is possible to increase the uniformity of product, adds the qualification rate of product, reduce production cost.
To achieve these goals, the technical solution adopted by the present invention is such：A kind of hot weld detection device, including machine
Frame, workbench, electric cabinet, the workbench are fixedly installed on central rack, disk machine are provided with the workbench
Structure, charging and discharging mechanism, 1000V voltage-withstand tests mechanism, NG material fetching mechanisms and thermal welding mechanism；The rotating disk mechanism is put down positioned at work
The middle part of platform, and spinning movement is done in the counterclockwise direction along workbench center；Along the inverse time at the rotating disk mechanism outer rim
Loading and unloading station, voltage-withstand test station, NG feeding stations and hot weld station are disposed with pin direction, wherein above and below described
Material mechanism is arranged on loading and unloading station, the loading and unloading for material；The 1000V voltage-withstand tests mechanism is arranged at voltage-withstand test
On station, for 1000V voltage-withstand tests；The NG material fetching mechanisms are arranged on voltage-withstand test station, for taking for defective work
Material；The thermal welding mechanism is arranged on hot weld station, for hot weld；The electric cabinet is arranged at rack sidepiece, for entirely setting
Standby electrical control.
As a preferred embodiment, the rotating disk mechanism include dispenser, quiet disk, Moving plate, the quiet disk be coaxially disposed in
Moving plate top position；The central part of the Moving plate is arranged on the force-output shaft of dispenser with quiet disk by flange, the dispenser
Drive Moving plate intermittent rotary；The loading and unloading station, voltage-withstand test station, NG feeding stations and hot weld station are arranged at Moving plate
Edge part, be provided with localization tool bed die on each station；The edge of the quiet disk is provided with multiple materials whether there is detection
The quantity that sensor, wherein material whether there is detection sensor is identical with station quantity and be in same radial direction with localization tool bed die
Position；The positive and negative detection sensor of material is additionally provided with the workbench, the positive and negative detection sensor of the material is arranged at Moving plate
Loading and unloading station edge.
As a preferred embodiment, the charging and discharging mechanism includes manual operation platform, which is located at loading and unloading
Positive and negative detection hole is offered on station edge and manual operation platform；The positive and negative detection sensor in the vertical direction of material is set
It is placed on workbench, and the positive and negative detection sensor of material detects the positive and negative of material by positive and negative detection hole.
As a preferred embodiment, the 1000V voltage-withstand tests mechanism includes the first water of voltage-withstand test in horizontal direction
The vertical test suite of voltage-withstand test and the survey for installation on flat test suite and the second horizontal checkout component, vertical direction
Fixation kit is tried, the first level test suite is arranged on quiet disk and is in same radial position with localization tool bed die；
The test fixation kit is fixedly installed on workbench, and the second horizontal checkout component is fixedly installed in the fixed group of test
The sidepiece of part, and it is in sustained height with localization tool bed die；The vertical test suite is arranged at the upper of test fixation kit
Portion, and positioned at the position directly above of localization tool bed die.
As a preferred embodiment, the NG material fetching mechanisms include reclaimer robot, feeding material path and feeding hopper, institute
The lower end for stating feeding material path is connected with feeding hopper, upper end is arranged at NG feeding stations through workbench；It is described to take
Material manipulator is used to take out in defective work to feeding material path, and defective work is slid to feeding hopper out of feeding material path.
As a preferred embodiment, the thermal welding mechanism includes hot weld fixation kit, hot weld component, moving assembly, hot weld
Binder component, the hot weld fixation kit are used to be fixedly installed in workbench；The moving assembly is fixedly installed in hot weld
The top of fixation kit, for driving hot weld component to be moved with hot weld binder component in the vertical direction；The hot weld component connects
It is connected on moving assembly, and positioned at the position directly above of localization tool bed die；The hot weld binder component is connected to moving assembly
On, and positioned at the position directly above of localization tool bed die.
As a preferred embodiment, roller installed part is further fixedly arranged on the workbench, on the roller installed part
It is provided with the back-up roller wheel fitted closely with Moving plate lower surface.
As a preferred embodiment, start button is provided with the rack, the one-key start for equipment.
As a preferred embodiment, the top of the rack is provided with touch-screen, and debugging and the data for equipment are shown.
As a preferred embodiment, tower lamp is provided with the top of the rack, the instruction for equipment.
Compared with prior art, beneficial effects of the present invention：
1st, it is time saving and energy saving using mechanization instead of manual, improve work efficiency；
2nd, due to accurate positioning, product does not change in whole work process, it is possible to increase the uniformity of product；
3rd, traditional artificial hot weld is replaced using machinery, improves precision, add the qualification rate of product, reduce production
Cost.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the present invention；
Fig. 2 is the structure diagram of transfer disc mechanism of the present invention；
Fig. 3 is the front view of transfer disc mechanism of the present invention；
Fig. 4 is the right view of transfer disc mechanism of the present invention；
Fig. 5 is the rearview of transfer disc mechanism of the present invention；
Fig. 6 is the top view of transfer disc mechanism of the present invention.
Embodiment
With reference to specific embodiment, the invention will be further described.Following embodiments are only used for clearly illustrating
Technical scheme, and be not intended to limit the protection scope of the present invention and limit the scope of the invention.
Embodiment：
As shown in Fig. 1 ~ 6, a kind of hot weld detection device, including rack 1, workbench 2, electric cabinet 3, the workbench
2 are fixedly installed on the middle part of rack 1, and rotating disk mechanism 4, charging and discharging mechanism 5,1000V voltage-withstand tests are provided with the workbench 2
Mechanism 6, NG material fetching mechanisms 7 and thermal welding mechanism 8；The rotating disk mechanism 4 is located at the middle part of workbench 2, and flat along work
Spinning movement is done in the counterclockwise direction in 2 center of platform；At 4 outer rim of rotating disk mechanism in the counterclockwise direction on be disposed with
Discharge station 9, voltage-withstand test station 10, NG feeding stations 11 and hot weld station 12, wherein the charging and discharging mechanism 5 is arranged at
On loading and unloading station 9, the loading and unloading for material；The 1000V voltage-withstand tests mechanism 6 is arranged on voltage-withstand test station 10,
For 1000V voltage-withstand tests；The NG material fetching mechanisms 7 are arranged on voltage-withstand test station 10, the feeding for defective work；Institute
State thermal welding mechanism 8 to be arranged on hot weld station 12, for hot weld；The electric cabinet 3 is arranged at 1 sidepiece of rack, for entirely setting
Standby electrical control.
Specifically, the rotating disk mechanism 4 includes dispenser 41, quiet disk 42, Moving plate 43, the quiet disk 42 is coaxially disposed in dynamic
43 top position of disk；The central part of the Moving plate 43 passes through flange with quiet disk 42（Due to being already installed with component, Gu Tuzhong is not
Show）It is arranged on the force-output shaft of dispenser 41, the dispenser 41 drives 43 intermittent rotary of Moving plate；The loading and unloading station 9,
Voltage-withstand test station 10, NG feeding stations 11 and hot weld station 12 are arranged at the edge part of Moving plate 43, are set on each station
There is localization tool bed die 13；The edge of the quiet disk 42 is provided with multiple materials whether there is detection sensor 44, and wherein material has
The quantity of no detection sensor 44 is identical with station quantity and is in same radial position with localization tool bed die 13；The work
The positive and negative detection sensor 14 of material is additionally provided with platform 2, the positive and negative detection sensor 14 of the material is arranged at the upper and lower of Moving plate 43
Expect 9 edge of station.
Specifically, the dispenser 41 is Cam splitter, there is simple in structure, action standard using Cam splitter 41
Really, the characteristics of stable drive, output segmentation precision is high, long lifespan, multiple stations are evenly distributed on Moving plate 43, Cam splitter
43 intermittent rotary of Moving plate is driven to specified station.
Specifically, the charging and discharging mechanism 5 includes manual operation platform 51, which is located at loading and unloading station 9
Positive and negative detection hole 52 is offered on edge and manual operation platform 51；Positive and negative 14 in the vertical direction of detection sensor of material
It is arranged on workbench 2, and the positive and negative detection sensor 14 of material detects the positive and negative of material by positive and negative detection hole 52.More have
Body, it would be desirable to which the material of detection is installed in localization tool 15, then localization tool 15 is arranged to the positioning of loading and unloading station 9
On gauge bed die 13, the positive and negative detection sensor 14 of material detects the positive and negative of material, and material whether there is 44 detection station of detection sensor
On whether there is material, dispenser 41 operates so that the material movement on localization tool 15 is detected to each station.
Further, the charging and discharging mechanism 5 further includes rack 53 up and down, and the rack 53 up and down is arranged at 1 side of rack
Portion, including stock shelf 54 and blanking rack 55, wherein stock shelf 54 are arranged at 55 top position of blanking rack；The stock shelf 54 is with
55 structure of rack is identical, includes the loading and unloading slide 56 and material storing box 57 being obliquely installed, and the material storing box 57 is arranged at up and down
Expect on slide 56.Specifically, during feeding, operating personnel take out localization tool 15 and thing out of stock shelf 54 material storing box 57
Material, and by localization tool 15 on localization tool bed die 13, then charge material into localization tool 15；During blanking, operator
Member lifts down the localization tool 15 that hot weld has been handled from charging and discharging mechanism 5, is put into the material storing box 57 of blanking rack 55.Tool
Body is in use, only need to replace material storing box 57 in certain time.
Specifically, the 1000V voltage-withstand tests mechanism 6 includes the first level test suite of voltage-withstand test in horizontal direction
61 consolidate with the vertical test suite 63 of voltage-withstand test on the second horizontal checkout component 62, vertical direction and for the test of installation
Determine component 64, the first level test suite 61 is arranged on quiet disk 42 and is in same radial direction position with localization tool bed die 13
Put；The test fixation kit 64 is fixedly installed on workbench 2, and the second horizontal checkout component 62 is fixedly installed in survey
The sidepiece of fixation kit 64 is tried, and sustained height is in localization tool bed die 13；The vertical test suite 63 is arranged at survey
The top of fixation kit 64 is tried, and positioned at the position directly above of localization tool bed die 13.
More specifically, the test fixation kit 64 includes test support post 65, test upright slide rail 66, the survey
The sidepiece of examination support post 65 is provided with the first test installed part 67 of the second horizontal checkout component 62, and top is provided with vertical survey
Try the second test installed part 68 of component 63；The test upright slide rail 66 is arranged at the vertical direction of test support post 65
On, and the vertical test suite 63 is moved along test 66 in the vertical direction of upright slide rail.More specifically, described first
Horizontal checkout component 61 includes the first cylinder 69, the first probe 610, and 69 level of the first cylinder is fixedly installed on quiet disk 42
On；First probe 610 is arranged on the push rod of the first cylinder 69, and be provided with the first probe 610 several with
Corresponding first probe 611 of material voltage-withstand test point on localization tool 15；The second horizontal checkout component 62 includes second
Cylinder 612, the second probe 613,612 level of the second cylinder are fixedly installed on the first test installed part 67；Described
Two probes 613 are arranged on the push rod of the second cylinder 612, and are provided with several and localization tool on the second probe 613
Corresponding second probe 614 of material voltage-withstand test point on 15；The vertical test suite 63 includes the 3rd cylinder 615, test
Connection sliding block 616, the 3rd probe 617, the 3rd cylinder 615 are fixedly installed on the second test installed part 68 vertically；Institute
The sidepiece for stating test connection sliding block 616 is connected on test upright slide rail 66, and the push rod of the 3rd cylinder 615 of top is connected, bottom
Portion is connected with the 3rd probe 617；Be provided with 3rd probe 617 test binder component 618 with several the 3rd
Probe 619, several the 3rd probes 619 are corresponding with the material voltage-withstand test point on localization tool 15；3rd probe 617
On be provided with through hole（Due to being installed in component, Gu Tuzhong is not showed that）, test binder component 618 and be arranged in through hole；
The test binder component 618 includes eyelets 620, cylindric sliding part 621, test buffer spring 622, the tubulose
Fixing piece 620 is sheathed on outside cylindric sliding part 621 and is fixed in through hole；The both ends of the cylindric sliding part 621 are set
Test spacing head 623 is equipped with, the test buffer spring 622 is sheathed on outside cylindric sliding part 621 and positioned at the survey of bottom
Try between spacing head 623 and eyelets 620.Wherein, several first probes 611, the second probe 614, the 3rd probe 619
Multi-faceted voltage-withstand test is carried out to the voltage-withstand test point of the material on localization tool 15, improves accuracy, the test pressure
Expect component 618 on localization tool 15 material carry out binder, add stability, and test buffer spring 622 play it is slow
Punching acts on, and prevents abrasion during pressing.
More specifically, will be when to voltage-withstand test, material, which whether there is detection sensor 44, to be detected on voltage-withstand test station 10
Material is whether there is, when there is material, the first cylinder 69 of control, the second cylinder 612, the 3rd cylinder 615 are so that the first probe 611, the
Two probes 614, the 3rd probe 619 and voltage-withstand test point contact, while the 3rd cylinder 615 control test binder component 618 is to fixed
Material on the gauge 15 of position carries out binder, improves stability during several probe tests, the pressure-resistant survey of voltage-withstand test station 10
After examination, the dispenser 41 of rotating disk mechanism 4 controls Moving plate 43 to rotate so that the material on voltage-withstand test station 10 enters down
One station.
Specifically, the NG material fetching mechanisms 7 include reclaimer robot 71, feeding material path 72 and feeding hopper 73, it is described
The lower end of feeding material path 72 is connected with feeding hopper 73, upper end is arranged at NG feeding stations 11 through workbench 2；Institute
State reclaimer robot 71 to be used to take out in defective work to feeding material path 72, defective work is slid to feeding out of feeding material path 72
In hopper 73.
More specifically, the reclaimer robot 71 includes transverse shifting component 74 and vertically moves component 75, the horizontal stroke
Include lateral cylinder 76, cross slide way 77, transverse slider 78 to moving assembly 74, wherein lateral cylinder 76 controls transverse slider 78
Moved on cross slide way 77；The component 75 that vertically moves includes longitudinal cylinder 79, longitudinally connected piece 710, gripper 711,
79 in the vertical direction of longitudinal cylinder is connected on transverse slider 78 by longitudinally connected piece 710, and longitudinal cylinder 79
Push rod is connected with the movement of 711 in the vertical direction of gripper.
Specifically, the thermal welding mechanism 8 includes hot weld fixation kit 81, hot weld component 82, moving assembly 83, hot weld binder
Component 84, the hot weld fixation kit 81 are used to be fixedly installed in workbench 2；The moving assembly 83 is fixedly installed in heat
The top of fixation kit 81 is welded, for driving hot weld component 82 to be moved with 84 in the vertical direction of hot weld binder component；The heat
Weldering component 82 is connected on moving assembly 83, and positioned at the position directly above of localization tool bed die 13；The hot weld binder component
84 are connected on moving assembly 83, and positioned at the position directly above of localization tool bed die 13.
Specifically, the hot weld fixation kit 81 includes hot weld support post 85, hot weld upright slide rail 86, the hot weld branch
The bottom of support column 85 is fixedly installed on workbench 2, top is provided with the first hot weld installed part 87 of moving assembly 83；Institute
Hot weld upright slide rail 86 is stated to be arranged on the vertical direction of hot weld support post 85, and hot weld component 82 and hot weld binder component 84
Moved by moving assembly 83 along 86 in the vertical direction of hot weld upright slide rail.
Specifically, the moving assembly 83 includes mobile cylinder 88, connector 89, mobile sliding block 810, the mobile cylinder
88 are fixedly installed on the first hot weld installed part 87 vertically；The top of the connector 89 is connected with the push rod of mobile cylinder 88
Connect, sidepiece is connected with the mobile sliding block 810 being connected on hot weld upright slide rail 86, and bottom is connected with hot weld installing plate 811.
More specifically, the push rod control connector 89 of the mobile cylinder 88 vertically moves up and down, further
Mobile sliding block 810, hot weld component 82 is driven to be moved with hot weld binder component 84 along 86 in the vertical direction of hot weld upright slide rail.
The hot weld binder component 84 includes upper holding pad 812, lower holding pad 813, binder slide bar 814, hot weld buffering elastic
Spring 815, the upper holding pad 812 is fixedly connected on 811 bottom of hot weld installing plate and upper holding pad 812 and lower holding pad 813
End offers through hole（Due to being installed in component, Gu Tuzhong is not showed that）；The bottom of the binder slide bar 814 is consolidated
Surely it is arranged in the through hole of lower holding pad 813, top passes through the through hole of upper holding pad 812 and is provided with limiting section 816；The heat
Weldering buffer spring 815 is sheathed on outside binder slide bar 814, and between upper holding pad 812 and lower holding pad 813.
Specifically, the hot weld component 82 includes hot weld first 817 and soldering tip installed part 818, the soldering tip installed part 818 is set
It is placed in 812 bottom of holding pad；813 bottom centre of lower holding pad is provided with pressure head 819, and the sidepiece of pressure head 819 is set
There is the recess that hot weld first 817 is set（Due to being installed in component, Gu Tuzhong is not showed that）；The lower holding pad 813
Middle part is provided with soldering tip through hole（Due to being installed in component, Gu Tuzhong is not showed that）, and soldering tip through hole and pressure head 819
Recess is on the same line；One end of the hot weld first 817 is fixedly installed in soldering tip installed part 818, and the other end passes through soldering tip
Through hole simultaneously fits with the recess of pressure head 819.
More specifically, in processing procedure, the mobile cylinder 88 of the moving assembly 83 drives hot weld binder component 84
Move downward, the pressure head 819 of hot weld binder component 84 and the hot weld buffer spring of material joint, wherein hot weld binder component 84
815 play cushioning effect, avoid damage material；Further, the hot weld first 817 is connected with hot weld equipment, and hot weld equipment adds
Electric control hot weld first 817 carries out hot weld processing.
More specifically, will be when hot weld be handled, the detection sensor 44 that material whether there is, which is detected on hot weld station 12, empty
Material, when there is material, the pressure head 819 of control hot weld binder component 84 and material joint, while the hot weld head of hot weld component 82
817 carry out hot weld processing, the hot weld after treatment of hot weld station 12 with hot weld point contact, and the dispenser 41 of rotating disk mechanism 4 is controlled
Brake disc 43 rotates so that the material on hot weld station 12 enters next station.
Specifically, being further fixedly arranged on roller installed part 16 on the workbench 2, it is provided with the roller installed part 16
The back-up roller wheel 17 fitted closely with 43 lower surface of Moving plate.More specifically, the dispenser 41 is driving Moving plate 43 to do interval
During spinning movement, back-up roller wheel 17 plays the role of support and power-assisted.
Specifically, being provided with start button 18 in the rack 1, for the one-key start of equipment, operator is facilitated to control
System.
Specifically, the top of the rack 1 is provided with touch-screen 19, debugging and the data for equipment are shown.
Specifically, the top of the rack 1 is provided with tower lamp 20, the instruction for equipment.
Specifically, the sidepiece of the rack 1 is provided with protective glass window 21, for playing the role of safeguard protection.
Specifically, it is provided with limit hole on the localization tool bed die 13（Due to being installed in component, therefore in figure simultaneously
It is not shown）, the limited bolt 22 for stationary positioned gauge 15 is provided with the limit hole.More specifically, when in use by thing
Material is installed in localization tool 15, then localization tool 15 is arranged on localization tool bed die 13, due to being set in limit hole
There is limited bolt 22 so that localization tool 15 is installed on defined position, improves accuracy.
When it is implemented, operator presses start button 18, and debugged on touch-screen 19, in loading and unloading station
Material is loaded onto on 9 localization tool 15, rotating disk mechanism 4 controls each station rotary to pass through successively on voltage-withstand test station 10
1000V voltage-withstand tests mechanism 6 carries out voltage-withstand test, and defective work is taken out by NG material fetching mechanisms 7 in NG feeding stations 11,
Hot weld processing is carried out by thermal welding mechanism 8 on hot weld station 12, loading and unloading station 9 is eventually passed back to, passes through operator's extract
Material.
The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, some improvement and deformation can also be made, these are improved and deformation
Also it should be regarded as protection scope of the present invention.
Claims (10)
- A kind of 1. hot weld detection device, it is characterised in that：Including rack, workbench, electric cabinet, the workbench is fixed and set Central rack is placed in, rotating disk mechanism, charging and discharging mechanism, 1000V voltage-withstand tests mechanism, NG feedings are provided with the workbench Mechanism and thermal welding mechanism；The rotating disk mechanism is located at the middle part of workbench, and along workbench center in side counterclockwise Do spinning movement upwards；At the rotating disk mechanism outer rim in the counterclockwise direction on be disposed with loading and unloading station, voltage-withstand test Station, NG feeding stations and hot weld station, wherein the charging and discharging mechanism is arranged on loading and unloading station, for material Blanking；The 1000V voltage-withstand tests mechanism is arranged on voltage-withstand test station, for 1000V voltage-withstand tests；The NG reclaimers Structure is arranged on voltage-withstand test station, the feeding for defective work；The thermal welding mechanism is arranged on hot weld station, for heat Weldering；The electric cabinet is arranged at rack sidepiece, the electrical control for whole equipment.
- A kind of 2. hot weld detection device according to claim 1, it is characterised in that：The rotating disk mechanism include dispenser, Quiet disk, Moving plate, the quiet disk are coaxially disposed in Moving plate top position；The central part of the Moving plate is arranged at quiet disk by flange On the force-output shaft of dispenser, the dispenser drives Moving plate intermittent rotary；The loading and unloading station, voltage-withstand test station, NG take Material station and hot weld station are arranged at the edge part of Moving plate, and localization tool bed die is provided with each station；The quiet disk Edge is provided with multiple materials and whether there is detection sensor, wherein material whether there is detection sensor quantity it is identical with station quantity And it is in same radial position with localization tool bed die；The positive and negative detection sensor of material is additionally provided with the workbench, should The positive and negative detection sensor of material is arranged at the loading and unloading station edge of Moving plate.
- A kind of 3. hot weld detection device according to claim 1, it is characterised in that：The charging and discharging mechanism includes manually behaviour Make platform, which, which is located on loading and unloading station edge and manual operation platform, offers positive and negative detection hole；The material Positive and negative detection sensor in the vertical direction is arranged on workbench, and the positive and negative detection sensor of material passes through positive and negative detection hole Detect the positive and negative of material.
- A kind of 4. hot weld detection device according to claim 1, it is characterised in that：The 1000V voltage-withstand tests mechanism bag Include voltage-withstand test on the first level test suite and the second horizontal checkout component, vertical direction of voltage-withstand test in horizontal direction Vertical test suite and the test fixation kit for installation, the first level test suite are arranged on quiet disk and with determining Position gauge bed die is in same radial position；The test fixation kit is fixedly installed on workbench, and described second is horizontal Test suite is fixedly installed in the sidepiece of test fixation kit, and is in sustained height with localization tool bed die；The vertical survey Examination component is arranged at the top of test fixation kit, and positioned at the position directly above of localization tool bed die.
- A kind of 5. hot weld detection device according to claim 1, it is characterised in that：The NG material fetching mechanisms include reclaimer Tool hand, feeding material path and feeding hopper, the lower end of the feeding material path is connected with feeding hopper, upper end passes through workbench It is arranged at NG feeding stations；The reclaimer robot is used to take out in defective work to feeding material path, and defective work is from feeding Slid in material path to feeding hopper.
- A kind of 6. hot weld detection device according to claim 1, it is characterised in that：The thermal welding mechanism is fixed including hot weld Component, hot weld component, moving assembly, hot weld binder component, the hot weld fixation kit are used to be fixedly installed in workbench； The moving assembly is fixedly installed in the top of hot weld fixation kit, for driving hot weld component with hot weld binder component vertical Moved on direction；The hot weld component is connected on moving assembly, and positioned at the position directly above of localization tool bed die；The heat Weldering binder component is connected on moving assembly, and positioned at the position directly above of localization tool bed die.
- A kind of 7. hot weld detection device according to claim 1, it is characterised in that：Also it is fixedly installed on the workbench There is roller installed part, the back-up roller wheel fitted closely with Moving plate lower surface is provided with the roller installed part.
- A kind of 8. hot weld detection device according to claim 1, it is characterised in that：Be provided with the rack startup by Button, the one-key start for equipment.
- A kind of 9. hot weld detection device according to claim 1, it is characterised in that：The top of the rack is provided with touch Screen, debugging and data for equipment are shown.
- A kind of 10. hot weld detection device according to claim 1, it is characterised in that：Tower is provided with the top of the rack Lamp, the instruction for equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721409582.4U CN207336694U (en) | 2017-10-30 | 2017-10-30 | A kind of hot weld detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721409582.4U CN207336694U (en) | 2017-10-30 | 2017-10-30 | A kind of hot weld detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207336694U true CN207336694U (en) | 2018-05-08 |
Family
ID=62364023
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721409582.4U Expired - Fee Related CN207336694U (en) | 2017-10-30 | 2017-10-30 | A kind of hot weld detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207336694U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632244A (en) * | 2017-10-30 | 2018-01-26 | 苏州工业职业技术学院 | A kind of hot weld detection device |
-
2017
- 2017-10-30 CN CN201721409582.4U patent/CN207336694U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632244A (en) * | 2017-10-30 | 2018-01-26 | 苏州工业职业技术学院 | A kind of hot weld detection device |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20180508 Termination date: 20191030 |