CN208592286U - Efficient plate drilling device - Google Patents
Efficient plate drilling device Download PDFInfo
- Publication number
- CN208592286U CN208592286U CN201821177917.9U CN201821177917U CN208592286U CN 208592286 U CN208592286 U CN 208592286U CN 201821177917 U CN201821177917 U CN 201821177917U CN 208592286 U CN208592286 U CN 208592286U
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- conveyor chain
- punching component
- punching
- block
- plate
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Abstract
A kind of efficient plate drilling device, including bracket, it is relatively arranged on the holding part of bracket two sides, along the conveyor chain of mid-stent length direction setting, driving device for driving conveyor chain mobile, several pushing blocks being fixed on conveyor chain, it is set to the clamp assemblies of conveyor chain two sides, the upper punching component being set to above conveyor chain, the lower punching component being set to below conveyor chain, side punching component and the controller being set to outside conveyor chain two sides, upper punching component successively respectively from above and below punches plate with lower punching component, side punching component punches plate from side, upper punching component and the depth of lower punching component punching are all larger than the half of plate thickness, and it is less than plate thickness.So work efficiency is high, consistency is preferable and avoidable plate fracture deforms.
Description
Technical field
The utility model relates to sheet metal processing, especially a kind of efficient plate drilling device.
Background technique
Plate needs to be punched on plate when assembling processing.Existing hole knockout is to be operated by staff
Electric drill carries out punch operation on specific position on plate, and efficiency is lower, and drilling quality relies on the work shape of staff
The punching consistency of state, multiple products is poor.In addition, existing hole knockout is step punching, i.e., carried out from the side of plate
Through punch operation, it is easy to cause plate fracture to deform when running through plate.
Utility model content
In view of this, the present invention provides one kind, work efficiency is high, consistency is preferable and avoidable plate fracture becomes
The efficient plate drilling device of shape, to solve the above problems.
A kind of efficient plate drilling device is punched for multiple sides to plate, including bracket, is relatively arranged on
The holding part of bracket two sides, the conveyor chain along the setting of mid-stent length direction, the driving for driving conveyor chain to move
Device, the clamp assemblies for being set to conveyor chain two sides, is set to conveyor chain at several pushing blocks being fixed on conveyor chain
The upper punching component of top, the lower punching component being set to below conveyor chain, the side being set to outside conveyor chain two sides
Punching component and controller, the controller and driving device, clamp assemblies, upper punching component, lower punching component and side are beaten
Aperture member is all connected with, and the side of the holding part is equipped with groove, and two holding parts have reeded side and are oppositely arranged, holding part
Lower end towards the middle part of conveyor chain side be equipped with opening, the upper punching component is with lower punching component successively respectively from upper
Plate is punched in side and lower section, and side punching component punches plate from side, upper punching component and lower punching group
The depth of part punching is all larger than the half of plate thickness, and is less than plate thickness.
Further, each pushing block includes the connecting column of fixed block, jacking block and connection fixing block and jacking block.
Further, the shape of the fixed block is cuboid, and the shape of jacking block and connecting column is cylinder, jacking block
Diameter is greater than the diameter of connecting column.
Further, the clamp assemblies include upper grip block, lower grip block and for driving upper grip block to move up and down
Upper gripper cylinder.
Further, the clamp assemblies further include the lower gripper cylinder for driving lower grip block to move up and down.
Further, the upper punching component include upper punching cylinder, with upper the moving up of connecting of output end for punching cylinder
Motion block and the upper perforating head for being fixedly installed on movable block bottom.
Further, the lower punching component include lower punching cylinder, with lower the moving down of connecting of output end for punching cylinder
Motion block and the lower perforating head being fixedly installed at the top of lower movable block, perforating head in the lower perforating head face.
Further, the side punching component include side perforating cylinder, the side that is connect with the output end of side perforating cylinder
Movable block and sidesway motion block is fixedly installed on towards the side perforating head on the side of conveyor chain.
Compared with prior art, the efficient plate drilling device of the utility model includes bracket, is relatively arranged on bracket two
If the holding part of side, along mid-stent length direction setting conveyor chain, the driving device for driving conveyor chain to move,
The solid pushing block due on conveyor chain, is set to above conveyor chain the clamp assemblies for being set to conveyor chain two sides
Upper punching component, the lower punching component being set to below conveyor chain, the side punching group being set to outside conveyor chain two sides
Part and controller, the controller and driving device, clamp assemblies, upper punching component, lower punching component and side punching component
It is all connected with, the side of the holding part is equipped with groove, and two holding parts have reeded side and are oppositely arranged, the lower end of holding part
Be equipped with opening towards the side at the middle part of conveyor chain, the upper punching component and lower punching component successively respectively from top and under
Plate punches in side, and side punching component punches plate from side, upper punching component and the punching of lower punching component
Depth be all larger than the half of plate thickness, and be less than plate thickness.So work efficiency is high, consistency is preferable and avoidable plate
Material failure by rupture.
Detailed description of the invention
The embodiments of the present invention are described below in conjunction with attached drawing, in which:
Fig. 1 is the sectional perspective schematic diagram of efficient plate drilling device provided by the utility model.
Fig. 2 is the sectional perspective schematic diagram of efficient plate drilling device provided by the utility model.
Fig. 3 is the stereoscopic schematic diagram of the pushing block in Fig. 1.
Fig. 4 is the stereoscopic schematic diagram using the plate after the punching of efficient plate drilling device.
Specific embodiment
Specific embodiment of the utility model is further elaborated below based on attached drawing.It should be understood that
The explanation of the utility model embodiment is not used to herein to limit the protection scope of the utility model.
Fig. 1 to Fig. 2 is please referred to, is efficient plate drilling device provided by the utility model, including is bracket 110, opposite
Be set to 110 two sides of bracket holding part 120, along 110 middle part length direction of bracket setting conveyor chain 130, for driving
The mobile driving device of conveyor chain 130, is set to conveyor chain at several pushing blocks 140 being fixed on conveyor chain 130
The clamp assemblies 150 of 130 two sides, are set under conveyor chain 130 the upper punching component 160 for being set to 130 top of conveyor chain
The lower punching component 170 of side, the side punching component 180 and controller being set to outside 130 two sides of conveyor chain.Controller with
Driving device, clamp assemblies 150, upper punching component 160, lower punching component 170 and side punching component 180 are all connected with.
The side of holding part 120 is equipped with groove 121, and there is the side of groove 121 to be oppositely arranged, hold for two holding parts 120
The side for setting the lower end in portion 120 towards 130 middle part of conveyor chain is equipped with opening 122, plate 10 be stacked in two holding parts 120 it
Between, and the both ends of plate 10 are located in the groove 121 of two holding parts 120.
Referring to FIG. 3, each pushing block 140 includes fixed block 141, jacking block 142 and connection fixing block 141 and jacking block 142
Connecting column 143.In present embodiment, the shape of fixed block 141 is cuboid, and the shape of jacking block 142 and connecting column 143 is
Cylinder, the diameter of jacking block 142 are greater than the diameter of connecting column 143.
Referring to FIG. 2, clamp assemblies 150 are including upper grip block 151, lower grip block 152 and for driving upper grip block 151
The upper gripper cylinder 153 moved up and down, upper grip block 151 can grip the both ends of plate 10 with the cooperation of lower grip block 152.This
In embodiment, lower grip block 152 can be fixed plate, or movable plate, lower grip block 152 are that movable plate clamps at present
The lower section of block 152 is additionally provided with lower gripper cylinder, to drive lower grip block 152 to move up and down.Upper grip block 151, lower grip block 152
It is close to each other or separate, to clamp or unclamp plate 10.
The upper movable block that upper punching component 160 includes upper punching cylinder 161, connect with the upper output end for punching cylinder 161
162 and it is fixedly installed on the upper perforating head 163 of 162 bottom of movable block.
The lower movable block that lower punching component 170 includes lower punching cylinder 171, connect with the lower output end for punching cylinder 171
172 and it is fixedly installed on the lower perforating head 173 at 172 top of lower movable block.Perforating head 163 in lower 173 face of perforating head.
The side movement that side punching component 180 includes side perforating cylinder 181, connect with the output end of side perforating cylinder 181
Block 182 and sidesway motion block 182 is fixedly installed on towards the side perforating head 183 on the side of conveyor chain 130.
The upper gripper cylinders 153 of controller and clamp assemblies 150, upper punching component 160 upper punching cylinder 161, lower beat
The lower punching cylinder 171 of aperture member 170 and the side perforating cylinder 181 of side punching component 180 are all connected with.
Referring to FIG. 1, driving device drives conveyor chain 130 mobile to upper right side, and pushing block 140 abuts most when work
The plate 10 of lower section, the both ends of plate 10 remove at the opening 122 of holding part 120 under the impetus of pushing block 140, most
After the plate 10 of lower section removes, above plate 10 move down under the effect of gravity, so realize that multiple plates 10 are spaced
It is moved on conveyor chain 130 on ground.
Referring to FIG. 2, controller control driving device is stopped after conveyor chain 130 drives plate 10 to reach predetermined position
Only driving conveyor chain 130 is mobile, while controlling upper gripper cylinder 153 and upper grip block 151 is driven to move down, and cooperates lower clamping
Block 152 clamps the both ends of plate 10 together.Punching cylinder 161 drives upper movable block 162 and upper punching in controller control later
First 163 move down, and upper perforating head 163 punches plate 10 from top, and the depth of punching is greater than 10 thickness of plate
Half, and be less than 10 thickness of plate, upper punching cylinder 161 drives upper movable block 162 and upper perforating head 163 to moving up after the completion
It is dynamic；The lower punching cylinder 171 of controller control later drives lower movable block 172 and lower perforating head 173 to move up, lower perforating head
173 from below punch plate 10, and the depth of punching is greater than the half of 10 thickness of plate, and is less than 10 thickness of plate,
Lower punching cylinder 171 drives lower movable block 172 and lower perforating head 173 to move down after the completion.Due in lower 173 face of perforating head
Running through for punching is realized in perforating head 163, the two cooperation punching, so carries out substep up and down and punches, can avoid step punching and passing through
The failure by rupture of plate 10 when threading material 10.
The 181 driving side movable block 182 of side perforating cylinder of 10 two sides of plate of controller control later and 183 court of side perforating head
Mobile to plate 10, two side perforating heads 183 respectively punch plate 10 from the two sides of plate 10.Side perforating gas after the completion
181 driving side movable block 182 of cylinder and side perforating head 183 are mobile far from plate 10.
Controller controls upper gripper cylinder 153 and lower grip block 152 is driven to move up, so that upper grip block 151 and lower folder
The both ends that block 152 unclamps plate 10 are held, driving device driving conveyor chain 130 continues to move to.
Plate 10 after punching in the upper and lower side of plate 10 as shown in figure 4, offer perforative through-hole 11, in plate
10 both ends of the surface are equipped with groove 12.
Upper punching component 160 successively respectively from above and below punches plate 10 with lower punching component 170, can keep away
Exempt from upper perforating head 163 and touch lower perforating head 173 perforating head 163 or lower perforating head 173 is caused to damage, in other embodiments,
Punching component 170 can also be descended first to punch from below to plate 10, then upper punching component 160 carries out plate 10 from top
Punching.
In present embodiment, lower punching cylinder 171 is set on the bracket of 130 top of conveyor chain, lower punching cylinder 171
It is set on the bracket of 130 lower section of conveyor chain, side perforating cylinder 181 is set on the bracket in 130 outside of conveyor chain.
Compared with prior art, the efficient plate drilling device of the utility model includes bracket, is relatively arranged on bracket two
If the holding part of side, along mid-stent length direction setting conveyor chain, the driving device for driving conveyor chain to move,
The solid pushing block due on conveyor chain, is set to above conveyor chain the clamp assemblies for being set to conveyor chain two sides
Upper punching component, the lower punching component being set to below conveyor chain, the side punching group being set to outside conveyor chain two sides
Part and controller, the controller and driving device, clamp assemblies, upper punching component, lower punching component and side punching component
It is all connected with, the side of the holding part is equipped with groove, and two holding parts have reeded side and are oppositely arranged, the lower end of holding part
Be equipped with opening towards the side at the middle part of conveyor chain, the upper punching component and lower punching component successively respectively from top and under
Plate punches in side, and side punching component punches plate from side, upper punching component and the punching of lower punching component
Depth be all larger than the half of plate thickness, and be less than plate thickness.So work efficiency is high, consistency is preferable and avoidable plate
Material failure by rupture.
The above is only the preferred embodiments of the utility model, are not used to the limitation protection scope of the utility model, any
Modification, equivalent replacement or improvement within the spirit of the present invention etc. are all covered in the scope of the claims of the utility model.
Claims (8)
1. a kind of efficient plate drilling device is punched for multiple sides to plate, it is characterised in that: including bracket,
Be relatively arranged on bracket two sides holding part, along mid-stent length direction setting conveyor chain, for driving conveyor chain
Mobile driving device, several pushing blocks being fixed on conveyor chain, the clamp assemblies for being set to conveyor chain two sides, setting
Upper punching component above conveyor chain, is set to conveyor chain two sides at the lower punching component being set to below conveyor chain
External side punching component and controller, the controller and driving device, clamp assemblies, upper punching component, lower punching group
Part and side punching component are all connected with, and the side of the holding part is equipped with groove, and it is opposite that two holding parts have reeded side
The side of setting, lower end towards the middle part of conveyor chain of holding part is equipped with opening, the upper punching component and lower punching component
Successively plate is punched from above and below respectively, side punching component punches plate from side, upper punching group
Part and the depth of lower punching component punching are all larger than the half of plate thickness, and are less than plate thickness.
2. efficient plate drilling device as described in claim 1, it is characterised in that: each pushing block includes fixed block, jacking block
And the connecting column of connection fixing block and jacking block.
3. efficient plate drilling device as claimed in claim 2, it is characterised in that: the shape of the fixed block is cuboid,
The shape of jacking block and connecting column is cylinder, and the diameter of jacking block is greater than the diameter of connecting column.
4. efficient plate drilling device as described in claim 1, it is characterised in that: the clamp assemblies include upper grip block,
Lower grip block and upper gripper cylinder for driving upper grip block to move up and down.
5. efficient plate drilling device as claimed in claim 4, it is characterised in that: the clamp assemblies further include for driving
The lower gripper cylinder that lower grip block moves up and down.
6. efficient plate drilling device as described in claim 1, it is characterised in that: the upper punching component includes upper punching gas
Cylinder, the upper movable block being connect with the output end of upper punching cylinder and the upper perforating head for being fixedly installed on upper movable block bottom.
7. efficient plate drilling device as claimed in claim 6, it is characterised in that: the lower punching component includes lower punching gas
Cylinder, the lower movable block being connect with the output end of lower punching cylinder and the lower perforating head being fixedly installed at the top of lower movable block, it is described
Perforating head in lower perforating head face.
8. efficient plate drilling device as described in claim 1, it is characterised in that: the side punching component includes side perforating
Cylinder, the sidesway motion block connecting with the output end of side perforating cylinder and it is fixedly installed on side of the sidesway motion block towards conveyor chain
On side perforating head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821177917.9U CN208592286U (en) | 2018-07-24 | 2018-07-24 | Efficient plate drilling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821177917.9U CN208592286U (en) | 2018-07-24 | 2018-07-24 | Efficient plate drilling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208592286U true CN208592286U (en) | 2019-03-12 |
Family
ID=65603560
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821177917.9U Active CN208592286U (en) | 2018-07-24 | 2018-07-24 | Efficient plate drilling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208592286U (en) |
-
2018
- 2018-07-24 CN CN201821177917.9U patent/CN208592286U/en active Active
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