CN205342213U - Online automatic laser marking machine removes and send positioning mechanism - Google Patents
Online automatic laser marking machine removes and send positioning mechanism Download PDFInfo
- Publication number
- CN205342213U CN205342213U CN201521099355.7U CN201521099355U CN205342213U CN 205342213 U CN205342213 U CN 205342213U CN 201521099355 U CN201521099355 U CN 201521099355U CN 205342213 U CN205342213 U CN 205342213U
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- conveyer belt
- mainboard
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Abstract
The utility model discloses an online automatic laser marking machine removes and send positioning mechanism, including XY module and conveying mechanism, conveying mechanism sets up on the XY module, the last hold -down mechanism that is equipped with of conveying mechanism, the XY module includes that PMKD, X are to module and Y to the module, X all includes module bottom plate, moving platform, platform response seat, servo motor, servo motor seat, module ball, module screw nut, module lead screw support, module slide rail, module slide, module slider and module stopper to module and Y to the module, X fixes to the module bottom plate of module PMKD is last, Y fixes to the module bottom plate of module on the moving platform of X to the module, and the module ball and module ball perpendicular set up from Y to module of X to the module. In this way, the utility model discloses can adopt the move mode of cross, make pathway movement and the laser head is fixed, solves the shaking problem of laser head.
Description
Technical field
This utility model relates to laser marking machine field, particularly relates to a kind of online full-automatic laser marking machine conveyance detent mechanism.
Background technology
Laser marking machine is mainly used in the marking of the 1D/2D character pattern of PCB printed circuit board, carries out marking at a high speed, it is achieved attractive in appearance and lettering effect clearly.Owing to laser head is huge heavy again during existing marking machine mark, inertia being caused to shake, mark precision is not high；Limitation in conveying mechanism structure causes the PCB being not applied for sizes；Structure is complicated, and operation easier is high.
Utility model content
This utility model is mainly solving the technical problems that provide a kind of online full-automatic laser marking machine conveyance detent mechanism, adopt the move mode of decussation, make track move and laser head is fixed, solve due to laser head huge again heavy mobile time the inertia jitter problem that causes；Motor coordinates bilinear guide rail to carry out the width adjusting of track, makes device board width be automatically adjusted；Adopting the lifting fixing PCB of pressing structure, Double Tops rise cylinder location PCB, and double; two compression cylinders fix PCB, make that PCB is more stable to be passed in and out smoothly.
For solving above-mentioned technical problem, the technical scheme that this utility model adopts is: provide a kind of online full-automatic laser marking machine conveyance detent mechanism, including: XY module and conveying mechanism；Conveying mechanism is arranged on XY module, and described conveying mechanism is provided with hold-down mechanism；Described XY module includes fixing base plate, X to module and Y-direction module, and described X is arranged on fixing base plate to module, and described Y-direction module is arranged on X on module, and Y-direction module is vertically arranged to module with X；Described X all includes module base plate, mobile platform, platform sense base, servomotor, servo motor seat, module ball-screw, module feed screw nut, module leading screw bearing, module slide rail, module slide, module slide block and module limited block to module and Y-direction module；Described X is fixed on described fixing base plate to the module base plate of module；The module base plate of described Y-direction module is fixed on described X on the mobile platform of module, and X is vertically arranged to the module ball-screw of the module ball-screw of module Yu Y-direction module.
Preferably, described module slide rail, servo motor seat and module leading screw bearing are fixed on module base plate, servomotor is fixed in servo motor seat, module ball-screw is arranged on module leading screw bearing, and module ball-screw is parallel with module slide rail, module feed screw nut is enclosed within module ball-screw；Described servomotor is connected with module ball-screw by shaft coupling；Described module slide block is slidably disposed on module slide rail, and described module slide is fixed on module slide block, and described mobile platform is fixed on module slide, is fixed with nut seat bottom mobile platform, and nut seat is connected fixing with described module feed screw nut；Described module limited block has two, is separately fixed on the module base plate at module ball-screw two ends；Being respectively fixed at two ends with a described platform sense base near module slide rail on described module base plate, platform sense base is fixed with photoelectric sensor, on described module slide, the position of corresponding photoelectric sensor is fixed with module sensing chip.
Preferably, described conveying mechanism includes conveyer belt base plate, conveying drag chain plate, conveyer belt mainboard, mainboard bracket, conveying motor, conveying motor cabinet, conveying ball-screw, conveying feed screw nut, conveying leading screw bearing, conveyer slideway, conveying slide block, conveying slide, conveying limited block and belt mechanism；Described conveyer belt mainboard has two pieces, and two pieces of conveyer belt mainboards are divided into the fixing mainboard of conveyer belt and conveyer belt to move mainboard；Described belt mechanism and described hold-down mechanism all have two, and two belt mechanism are separately fixed on two pieces of conveyer belt mainboards, and two hold-down mechanisms are separately fixed on two pieces of conveyer belt mainboards and corresponding belt mechanism setting.
Preferably, described conveyer belt base plate is fixed on the mobile platform of described Y-direction module, and on conveyer belt base plate, distribution has some circular holes；Described conveying motor cabinet is fixed on conveyer belt base plate side, and the fixing mainboard of described conveyer belt is fixed on conveyer belt base plate opposite side by mainboard bracket, and the fixing mainboard of conveyer belt is correspondingly arranged with conveying motor cabinet；Described conveyer slideway is fixed on conveyer belt base plate, and conveyer slideway is vertical with the fixing mainboard of conveyer belt, and described conveying slide block is slidably disposed on conveyer slideway, and described conveying slide is fixed on conveying slide block；Described conveyer belt moves mainboard and is fixed on conveying slide by mainboard bracket, and conveyer belt moves mainboard and be arranged in parallel with the fixing mainboard of conveyer belt；Described conveying motor is fixed on conveying motor cabinet；Described conveying leading screw bearing has two, and two conveying leading screw bearings are separately fixed on conveying motor cabinet and the fixing main plate center place of conveyer belt；Described conveying ball-screw is arranged on two conveying leading screw bearings, and conveying ball-screw moves mainboard through described conveyer belt；Described conveying motor drives conveying ball-screw by shaft coupling；Described conveying feed screw nut is enclosed within conveying ball-screw, and conveying feed screw nut moves mainboard and is connected fixing with conveyer belt；Described conveying limited block has two pieces, and two pieces of conveying limited blocks are separately fixed on the conveyer belt base plate at conveying ball-screw two ends place；Described conveying drag chain plate is fixed on conveyer belt base plate side.
Preferably, described belt mechanism includes belt motor, drivewheel, driven pulley, regulating wheel, belt, belt guide plate, guide pad, conveying rib, duplex cylinder and jacking block；Described belt motor is fixed on conveyer belt mainboard one end, and duplex cylinder is fixed on the other end of conveyer belt mainboard, and jacking block is fixed on the piston rod of duplex cylinder；Described belt guide plate is fixed on the side of conveyer belt mainboard upper end, has belt grooves above belt guide plate；Described drivewheel is fixed on the main shaft of belt motor, and described driven pulley is arranged on conveyer belt mainboard two ends near belt guide plate place, and described regulating wheel is arranged on the position between drivewheel and driven pulley；Described belt sleeve is between drivewheel, driven pulley and regulating wheel, and leather belt buckle is in the belt grooves of belt guide plate；Described conveying rib is fixed on conveyer belt mainboard upper end, and conveying rib covers a part for described belt；Described guide pad is fixed on the conveyer belt mainboard at conveying rib two ends, and guide pad is provided with guide table near driven pulley place, and guide table upper surface flushes with described belt, and guide pad has targeting port near guide table place.
Preferably, described hold-down mechanism includes compressing the seat of honour, compressing mainboard, compression cylinder seat, compression cylinder, compression cylinder contiguous block and upper buckle；Being fixed with linear slide rail on the described compression seat of honour, the compression seat of honour at linear slide rail two ends is fixed with slide rail catch, linear slide rail is slidably provided with linear slide block, described compression mainboard is fixed on linear slide block；Described upper buckle is fixed on compression mainboard upper end, and described upper buckle is fixed with press strip；Described compression cylinder seat is fixed on the compression seat of honour, and described compression cylinder is fixed on compression cylinder seat, and described compression cylinder is connected to described compression cylinder contiguous block, and compression cylinder contiguous block is connected fixing with compressing mainboard.
Preferably, the described compression seat of honour is fixed on conveyer belt mainboard, and described press strip is arranged on above the belt stretching out in described conveying rib；Described compression cylinder is the fixing cylinder of multiposition.
The beneficial effects of the utility model are: this utility model adopts the move mode of decussation, makes track move and laser head is fixed, and solve the jitter problem of laser head.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of online full-automatic laser marking machine conveyance detent mechanism one preferred embodiment of this utility model；
Fig. 2 is the plan structure schematic diagram of shown a kind of online full-automatic laser marking machine conveyance detent mechanism；
Fig. 3 be in a kind of online full-automatic laser marking machine conveyance detent mechanism X to the perspective view of module；
Fig. 4 is the perspective view of conveying mechanism in a kind of online full-automatic laser marking machine conveyance detent mechanism；
Fig. 5 is the amplification perspective view of hold-down mechanism in a kind of online full-automatic laser marking machine conveyance detent mechanism.
In accompanying drawing, the labelling of each parts is as follows: 1, fixing base plate；2, X is to module；3, Y-direction module；4, conveying mechanism；21, module base plate；22, mobile platform；23, platform sense base；24, servomotor；25, module ball-screw；26, module slide rail；27, module slide；28, module slide block；29, module limited block；41, conveyer belt base plate；42, the fixing mainboard of conveyer belt；43, conveyer belt moves mainboard；44, conveying ball-screw；45, conveyer slideway；46, conveying motor；47, belt motor；48, belt；49, belt guide plate；410, guide pad；411, conveying rib；412, duplex cylinder；413, jacking block；51, the seat of honour is compressed；52, mainboard is compressed；53, compression cylinder；54, compression cylinder contiguous block；55, upper buckle.
Detailed description of the invention
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail, so that advantage of the present utility model and feature can be easier to be readily appreciated by one skilled in the art, thus protection domain of the present utility model being made apparent clear and definite defining.
Referring to Fig. 1 to Fig. 5, this utility model embodiment includes:
A kind of online full-automatic laser marking machine conveyance detent mechanism, including: XY module and conveying mechanism 4；Conveying mechanism 4 is arranged on XY module, and described conveying mechanism 4 is provided with hold-down mechanism；Described XY module includes fixing base plate 1, X to module 2 and Y-direction module 3；Described X all includes module base plate 21, mobile platform 22, platform sense base 23, servomotor 24, servo motor seat, module ball-screw 25, module feed screw nut, module leading screw bearing, module slide rail 26, module slide 27, module slide block 28 and module limited block 29 to module 2 and Y-direction module 3；Described X is fixed on described fixing base plate 1 to the module base plate 21 of module 2；The module base plate 21 of described Y-direction module 3 is fixed on described X on the mobile platform 22 of module 2, and X is vertically arranged to the module ball-screw 25 of the module ball-screw 25 of module 2 with Y-direction module 3.Described module slide rail 26, servo motor seat and module leading screw bearing are fixed on module base plate 21, servomotor 24 is fixed in servo motor seat, module ball-screw 25 is arranged on module leading screw bearing, and module ball-screw 25 is parallel with module slide rail 26, module feed screw nut is enclosed within module ball-screw 25；Described servomotor 24 is connected with module ball-screw 25 by shaft coupling；Described module slide block 28 is slidably disposed on module slide rail 26, described module slide 27 is fixed on module slide block 28, described mobile platform 22 is fixed on module slide 27, is fixed with nut seat bottom mobile platform 22, and nut seat is connected fixing with described module feed screw nut；Described module limited block 29 has two, is separately fixed on the module base plate 21 at module ball-screw 25 two ends；Being respectively fixed at two ends with a described platform sense base 23 near module slide rail 26 on described module base plate 21, platform sense base 23 is fixed with photoelectric sensor, on described module slide 27, the position of corresponding photoelectric sensor is fixed with module sensing chip.
Described conveying mechanism 4 includes conveyer belt base plate 41, conveying drag chain plate, conveyer belt mainboard, mainboard bracket, conveying motor 46, conveying motor cabinet, conveying ball-screw 44, conveying feed screw nut, conveying leading screw bearing, conveyer slideway 45, conveying slide block, conveying slide, conveying limited block and belt mechanism；Described conveyer belt mainboard has two pieces, and two pieces of conveyer belt mainboards are divided into the fixing mainboard 42 of conveyer belt and conveyer belt to move mainboard 43；Described belt mechanism and described hold-down mechanism all have two, and two belt mechanism are separately fixed on two pieces of conveyer belt mainboards, and two hold-down mechanisms are separately fixed on two pieces of conveyer belt mainboards and corresponding belt mechanism setting.
Described conveyer belt base plate 41 is fixed on the mobile platform 22 of described Y-direction module 3, and on conveyer belt base plate 41, distribution has some circular holes；Described conveying motor cabinet is fixed on conveyer belt base plate 41 side, and the fixing mainboard 42 of described conveyer belt is fixed on conveyer belt base plate 41 opposite side by mainboard bracket, and the fixing mainboard 42 of conveyer belt is correspondingly arranged with conveying motor cabinet；Described conveyer slideway 45 is fixed on conveyer belt base plate 41, and conveyer slideway 45 is vertical with the fixing mainboard 42 of conveyer belt, and described conveying slide block is slidably disposed on conveyer slideway 45, and described conveying slide is fixed on conveying slide block；Described conveyer belt moves mainboard 43 and is fixed on conveying slide by mainboard bracket, and conveyer belt moves mainboard 43 and be arranged in parallel with the fixing mainboard 42 of conveyer belt；Described conveying motor 46 is fixed on conveying motor cabinet；Described conveying leading screw bearing has two, and two conveying leading screw bearings are separately fixed on conveying motor cabinet and fixing mainboard 42 center of conveyer belt；Described conveying ball-screw 44 is arranged on two conveying leading screw bearings, and conveying ball-screw 44 moves mainboard 43 through described conveyer belt；Described conveying motor 46 drives conveying ball-screw 44 by shaft coupling；Described conveying feed screw nut is enclosed within conveying ball-screw 44, and conveying feed screw nut moves mainboard 43 and is connected fixing with conveyer belt；Described conveying limited block has two pieces, and two pieces of conveying limited blocks are separately fixed on the conveyer belt base plate 41 at conveying ball-screw 44 two ends place；Described conveying drag chain plate is fixed on conveyer belt base plate 41 side.Described belt mechanism includes belt motor 47, drivewheel, driven pulley, regulating wheel, belt 48, belt guide plate 49, guide pad 410, conveying rib 411, duplex cylinder 412 and jacking block 413；Described belt motor 47 is fixed on conveyer belt mainboard one end, and duplex cylinder 412 is fixed on the other end of conveyer belt mainboard, and jacking block 413 is fixed on the piston rod of duplex cylinder 412；Described belt guide plate 49 is fixed on the side of conveyer belt mainboard upper end, has belt grooves above belt guide plate 49；Described drivewheel is fixed on the main shaft of belt motor 47, and described driven pulley is arranged on conveyer belt mainboard two ends near belt guide plate 49 place, and described regulating wheel is arranged on the position between drivewheel and driven pulley；Described belt 48 is enclosed between drivewheel, driven pulley and regulating wheel, and belt 48 is stuck in the belt grooves of belt guide plate 49；Described conveying rib 411 is fixed on conveyer belt mainboard upper end, and conveying rib 411 covers a part for described belt 48；Described guide pad 410 is fixed on the conveyer belt mainboard at conveying rib 411 two ends, and guide pad 410 is provided with guide table near driven pulley place, and guide table upper surface flushes with described belt 48, and guide pad 410 has targeting port near guide table place.
Described hold-down mechanism includes compressing the seat of honour 51, compressing mainboard 52, compression cylinder seat, compression cylinder 53, compression cylinder contiguous block 54 and upper buckle 55；Being fixed with linear slide rail on the described compression seat of honour 51, the compression seat of honour 51 at linear slide rail two ends is fixed with slide rail catch, linear slide rail is slidably provided with linear slide block, described compression mainboard 52 is fixed on linear slide block；Described upper buckle 55 is fixed on compression mainboard 52 upper end, and described upper buckle 55 is fixed with press strip；Described compression cylinder seat is fixed on the compression seat of honour 51, and described compression cylinder 53 is fixed on compression cylinder seat, and described compression cylinder 53 is connected to described compression cylinder contiguous block 54, and compression cylinder contiguous block is connected fixing with compressing mainboard 52.The described compression seat of honour 51 is fixed on conveyer belt mainboard, and described press strip is arranged on above the belt 48 stretching out in described conveying rib 411；Described compression cylinder 53 is the fixing cylinder of multiposition.
This utility model conveying mechanism can regulate gripping width according to PCB size, adopt the fixing PCB of lifting pressing structure, make that PCB is more stable to be passed in and out smoothly, PCB is taken to below laser head with the move mode of decussation by XY module, solves due to the huge inertia jitter problem that heaviness causes time mobile again of laser head.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalent structure utilizing this utility model description and accompanying drawing content to make; or directly or indirectly it is used in other relevant technical fields, all in like manner include in scope of patent protection of the present utility model。
Claims (7)
1. an online full-automatic laser marking machine conveyance detent mechanism, it is characterised in that including: XY module and conveying mechanism；Conveying mechanism is arranged on XY module, and described conveying mechanism is provided with hold-down mechanism；Described XY module includes fixing base plate, X to module and Y-direction module, and described X is arranged on fixing base plate to module, and described Y-direction module is arranged on X on module, and Y-direction module is vertically arranged to module with X；Described X all includes module base plate, mobile platform, platform sense base, servomotor, servo motor seat, module ball-screw, module feed screw nut, module leading screw bearing, module slide rail, module slide, module slide block and module limited block to module and Y-direction module；Described X is fixed on described fixing base plate to the module base plate of module；The module base plate of described Y-direction module is fixed on described X on the mobile platform of module, and X is vertically arranged to the module ball-screw of the module ball-screw of module Yu Y-direction module.
2. the online full-automatic laser marking machine conveyance detent mechanism of one according to claim 1, it is characterized in that: described module slide rail, servo motor seat and module leading screw bearing are fixed on module base plate, servomotor is fixed in servo motor seat, module ball-screw is arranged on module leading screw bearing, and module ball-screw is parallel with module slide rail, module feed screw nut is enclosed within module ball-screw；Described servomotor is connected with module ball-screw by shaft coupling；Described module slide block is slidably disposed on module slide rail, and described module slide is fixed on module slide block, and described mobile platform is fixed on module slide, is fixed with nut seat bottom mobile platform, and nut seat is connected fixing with described module feed screw nut；Described module limited block has two, is separately fixed on the module base plate at module ball-screw two ends；Being respectively fixed at two ends with a described platform sense base near module slide rail on described module base plate, platform sense base is fixed with photoelectric sensor, on described module slide, the position of corresponding photoelectric sensor is fixed with module sensing chip.
3. the online full-automatic laser marking machine conveyance detent mechanism of one according to claim 2, it is characterised in that: described conveying mechanism includes conveyer belt base plate, conveying drag chain plate, conveyer belt mainboard, mainboard bracket, conveying motor, conveying motor cabinet, conveying ball-screw, conveying feed screw nut, conveying leading screw bearing, conveyer slideway, conveying slide block, conveying slide, conveying limited block and belt mechanism；Described conveyer belt mainboard has two pieces, and two pieces of conveyer belt mainboards are divided into the fixing mainboard of conveyer belt and conveyer belt to move mainboard；Described belt mechanism and described hold-down mechanism all have two, and two belt mechanism are separately fixed on two pieces of conveyer belt mainboards, and two hold-down mechanisms are separately fixed on two pieces of conveyer belt mainboards and corresponding belt mechanism setting.
4. the online full-automatic laser marking machine conveyance detent mechanism of one according to claim 3, it is characterised in that: described conveyer belt base plate is fixed on the mobile platform of described Y-direction module, and on conveyer belt base plate, distribution has some circular holes；Described conveying motor cabinet is fixed on conveyer belt base plate side, and the fixing mainboard of described conveyer belt is fixed on conveyer belt base plate opposite side by mainboard bracket, and the fixing mainboard of conveyer belt is correspondingly arranged with conveying motor cabinet；Described conveyer slideway is fixed on conveyer belt base plate, and conveyer slideway is vertical with the fixing mainboard of conveyer belt, and described conveying slide block is slidably disposed on conveyer slideway, and described conveying slide is fixed on conveying slide block；Described conveyer belt moves mainboard and is fixed on conveying slide by mainboard bracket, and conveyer belt moves mainboard and be arranged in parallel with the fixing mainboard of conveyer belt；Described conveying motor is fixed on conveying motor cabinet；Described conveying leading screw bearing has two, and two conveying leading screw bearings are separately fixed on conveying motor cabinet and the fixing main plate center place of conveyer belt；Described conveying ball-screw is arranged on two conveying leading screw bearings, and conveying ball-screw moves mainboard through described conveyer belt；Described conveying motor drives conveying ball-screw by shaft coupling；Described conveying feed screw nut is enclosed within conveying ball-screw, and conveying feed screw nut moves mainboard and is connected fixing with conveyer belt；Described conveying limited block has two pieces, and two pieces of conveying limited blocks are separately fixed on the conveyer belt base plate at conveying ball-screw two ends place；Described conveying drag chain plate is fixed on conveyer belt base plate side.
5. the online full-automatic laser marking machine conveyance detent mechanism of one according to claim 4, it is characterised in that: described belt mechanism includes belt motor, drivewheel, driven pulley, regulating wheel, belt, belt guide plate, guide pad, conveying rib, duplex cylinder and jacking block；Described belt motor is fixed on conveyer belt mainboard one end, and duplex cylinder is fixed on the other end of conveyer belt mainboard, and jacking block is fixed on the piston rod of duplex cylinder；Described belt guide plate is fixed on the side of conveyer belt mainboard upper end, has belt grooves above belt guide plate；Described drivewheel is fixed on the main shaft of belt motor, and described driven pulley is arranged on conveyer belt mainboard two ends near belt guide plate place, and described regulating wheel is arranged on the position between drivewheel and driven pulley；Described belt sleeve is between drivewheel, driven pulley and regulating wheel, and leather belt buckle is in the belt grooves of belt guide plate；Described conveying rib is fixed on conveyer belt mainboard upper end, and conveying rib covers a part for described belt；Described guide pad is fixed on the conveyer belt mainboard at conveying rib two ends, and guide pad is provided with guide table near driven pulley place, and guide table upper surface flushes with described belt, and guide pad has targeting port near guide table place.
6. the online full-automatic laser marking machine conveyance detent mechanism of one according to claim 5, it is characterised in that: described hold-down mechanism includes compressing the seat of honour, compressing mainboard, compression cylinder seat, compression cylinder, compression cylinder contiguous block and upper buckle；Being fixed with linear slide rail on the described compression seat of honour, the compression seat of honour at linear slide rail two ends is fixed with slide rail catch, linear slide rail is slidably provided with linear slide block, described compression mainboard is fixed on linear slide block；Described upper buckle is fixed on compression mainboard upper end, and described upper buckle is fixed with press strip；Described compression cylinder seat is fixed on the compression seat of honour, and described compression cylinder is fixed on compression cylinder seat, and described compression cylinder is connected to described compression cylinder contiguous block, and compression cylinder contiguous block is connected fixing with compressing mainboard.
7. the online full-automatic laser marking machine conveyance detent mechanism of one according to claim 6, it is characterised in that: the described compression seat of honour is fixed on conveyer belt mainboard, and described press strip is arranged on above the belt stretching out in described conveying rib；Described compression cylinder is the fixing cylinder of multiposition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521099355.7U CN205342213U (en) | 2015-12-25 | 2015-12-25 | Online automatic laser marking machine removes and send positioning mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521099355.7U CN205342213U (en) | 2015-12-25 | 2015-12-25 | Online automatic laser marking machine removes and send positioning mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205342213U true CN205342213U (en) | 2016-06-29 |
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ID=56170836
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521099355.7U Expired - Fee Related CN205342213U (en) | 2015-12-25 | 2015-12-25 | Online automatic laser marking machine removes and send positioning mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205342213U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105414752A (en) * | 2015-12-25 | 2016-03-23 | 苏州智合源电子科技有限公司 | On-line full-automatic laser marking machine transporting and positioning mechanism |
| CN109079311A (en) * | 2018-08-14 | 2018-12-25 | 广东工业大学 | A kind of PCB laser shooting location device |
| CN109127796A (en) * | 2018-08-30 | 2019-01-04 | 安徽擎天伟嘉装备制造有限公司 | A kind of the numerical control molding machine and its forming method of outcase of refrigerator maze trough |
-
2015
- 2015-12-25 CN CN201521099355.7U patent/CN205342213U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105414752A (en) * | 2015-12-25 | 2016-03-23 | 苏州智合源电子科技有限公司 | On-line full-automatic laser marking machine transporting and positioning mechanism |
| CN109079311A (en) * | 2018-08-14 | 2018-12-25 | 广东工业大学 | A kind of PCB laser shooting location device |
| CN109127796A (en) * | 2018-08-30 | 2019-01-04 | 安徽擎天伟嘉装备制造有限公司 | A kind of the numerical control molding machine and its forming method of outcase of refrigerator maze trough |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160629 Termination date: 20161225 |
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| CF01 | Termination of patent right due to non-payment of annual fee |