CN205967023U - A quick -witted multimode stamping die - Google Patents
A quick -witted multimode stamping die Download PDFInfo
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- CN205967023U CN205967023U CN201620938979.1U CN201620938979U CN205967023U CN 205967023 U CN205967023 U CN 205967023U CN 201620938979 U CN201620938979 U CN 201620938979U CN 205967023 U CN205967023 U CN 205967023U
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Abstract
The utility model discloses a quick -witted multimode stamping die, including slide rail, upper die base and die holder, be equipped with module under module under module under the first process, the second process, the third process on the die holder, and under the first process under module, the second process under module and the third process module set gradually along the length direction of die holder, be equipped with on the upper die base: in module, third process module in module, the second process in the first process, be equipped with on the slide rail that first get a mechanism and a mechanism is got to the second, a first mechanism of getting is used for: draw the work piece from first process lower bolster to put this work piece to the second process lower bolster on, the second is got a mechanism and is used for: draw the work piece from second process lower bolster to put this work piece to the third process lower bolster on. The utility model discloses assemble the required mould of a plurality of processes of work piece to a pair mould on, can improve production efficiency.
Description
Technical field
This utility model is related to the diel of one machine with multi-mode.
Background technology
Existing diel can only execute the punching press task of single operation, and the punching press task of multiple operations will be by multiple punchings
Compression mould realizing, low production efficiency.
Utility model content
The purpose of this utility model is to provide a kind of diel of one machine with multi-mode, and which is needed for by multiple for workpiece operations
Mould collection is bonded on a secondary mould, can improve production efficiency.
For achieving the above object, the technical solution of the utility model is to design a kind of diel of one machine with multi-mode, including：
The vertical bar shaped slide rail of horizontal, the rectangle upper bolster of horizontal, and the rectangle die shoe of horizontal；
The length direction of the upper bolster is parallel with slide rail, and the length direction of die shoe is parallel with slide rail, and upper bolster is located at
Directly over die shoe, and slide rail is located at die shoe side；
The die shoe is provided with module under the first operation, the second operation module under module and the 3rd operation, and first
Under operation, under module, the second operation, under module and the 3rd operation, module is set gradually along the length direction of die shoe；
The upper bolster is provided with：In the first operation being engaged with module under the first operation under module, with the second operation
Module on module in the second operation that module is engaged, and the 3rd operation being engaged with module under the 3rd operation；
Under first operation, module includes：Horizontal the first operation lower bolster that bottom surface is mutually fixed with die shoe top surface, with
And horizontal the first operation lower template that bottom surface is mutually fixed with the first operation underlay plate top surface；
In first operation, module includes：Horizontal the first operation upper padding plate that top surface is mutually fixed with upper bolster bottom surface, top
Horizontal the first operation train wheel bridge that face is mutually fixed with the first operation upper padding plate bottom surface, top surface are mutually solid with the first operation train wheel bridge bottom surface
Take off on fixed horizontal the first operation baffle plate, and the first operation of horizontal for mutually fixing with the first operation baffle plate bottom surface of top surface
Plate；Take off plate to be located at directly over the first operation lower template in first operation；
Under second operation, module includes：Horizontal the second operation lower bolster that bottom surface is mutually fixed with die shoe top surface, with
And horizontal the second operation lower template that bottom surface is mutually fixed with the second operation underlay plate top surface；
In second operation, module includes：Horizontal the second operation upper padding plate that top surface is mutually fixed with upper bolster bottom surface, top
Horizontal the second operation train wheel bridge that face is mutually fixed with the second operation upper padding plate bottom surface, top surface are mutually solid with the second operation train wheel bridge bottom surface
Take off on fixed horizontal the second operation baffle plate, and the second operation of horizontal for mutually fixing with the second operation baffle plate bottom surface of top surface
Plate；Take off plate to be located at directly over the second operation lower template in second operation；
Under 3rd operation, module includes：The 3rd operation lower bolster of horizontal that bottom surface is mutually fixed with die shoe top surface, with
And the 3rd operation lower template of horizontal that bottom surface is mutually fixed with the 3rd operation underlay plate top surface；
In 3rd operation, module includes：The 3rd operation upper padding plate of horizontal that top surface is mutually fixed with upper bolster bottom surface, top
The 3rd operation train wheel bridge of horizontal that face is mutually fixed with the 3rd operation upper padding plate bottom surface, top surface are mutually solid with the 3rd operation train wheel bridge bottom surface
Take off on fixed the 3rd operation baffle plate of horizontal, and the 3rd operation of horizontal mutually fixed with the 3rd operation baffle plate bottom surface of top surface
Plate；Take off plate to be located at directly over the 3rd operation lower template in 3rd operation；
The slide rail is provided with the first removal mechanism and the second removal mechanism；
First removal mechanism is used for：Workpiece is drawn from the first operation lower template, and the workpiece is put to the second work
In sequence lower template；First removal mechanism includes：First slide on the slide rail, drive that first slide is translated along slide rail first
Drive mechanism, the first mechanical arm in first slide, and the first vacuum cup located at first mechanical arm end；First
Sucker puts workpiece for inhaling；First mechanical arm is used for the position for controlling the first vacuum cup, makes the first vacuum cup reach first
Operation lower template or the specified location of the second operation lower template；First drive mechanism is used for driving first slide under the first operation
Translation is come and gone between template and the second operation lower template, and then drives first mechanical arm near the first operation lower template or the second operation
Lower template；
Second removal mechanism is used for：Workpiece is drawn from the second operation lower template, and the workpiece is put to the 3rd work
In sequence lower template；Second removal mechanism includes：Second slide on the slide rail, drive that second slide is translated along slide rail second
Drive mechanism, the second mechanical arm in second slide, and the second vacuum cup located at second mechanical arm end；Second
Sucker puts workpiece for inhaling；Second mechanical arm is used for the position for controlling the second vacuum cup, makes the second vacuum cup reach second
Operation lower template or the specified location of the 3rd operation lower template；Second drive mechanism is used for driving second slide under the second operation
Translation is come and gone between template and the 3rd operation lower template, and then drives second mechanical arm near the second operation lower template or the 3rd operation
Lower template.
Preferably, the die shoe is arranged right below bottom plate, and die shoe underrun bottom seat pad is connected with bottom plate.
Advantage of the present utility model and beneficial effect are：A kind of diel of one machine with multi-mode is provided, which is more by workpiece
Mould collection needed for individual operation is bonded on a secondary mould, can improve production efficiency.
This utility model is applicable to the workpiece of three stamping procedures（Product）, this utility model is correspondingly arranged three moulds
Group is right：Under first operation, in module and the first operation, module coordinates the punching press that can complete the first operation of workpiece, mould under the second operation
Group can complete the punching press of the second operation of workpiece with module cooperation in the second operation, module in module and the 3rd operation under the 3rd operation
Coordinate the punching press that can complete the 3rd operation of workpiece.
The course of work of this utility model diel is as follows：
First workpiece is placed in the first operation lower template either manually or by other mechanism/means, module under the first operation
Coordinate the punching press for completing the first operation of workpiece with module in the first operation；
First drive mechanism drives first slide near the first operation lower template, and first mechanical arm controls the first vacuum cup
The specified location of the first operation lower template is reached, the first vacuum cup draws workpiece from the first operation lower template；
First drive mechanism drives first slide near the second operation lower template again, and first mechanical arm controls the first vacuum and inhales
Disk reaches the specified location of the second operation lower template, and the first vacuum cup is placed on workpiece in the second operation lower template；Place
After the completion of, the first drive mechanism drives first slide to reset, i.e. first slide prepares again from the near the first operation lower template
Pickup in one operation；
Under second operation, in module and the second operation, module coordinates the punching press for completing the second operation of workpiece；Second drive mechanism
Drive second slide near the second operation lower template, second mechanical arm controls the second vacuum cup and reaches the second operation lower template
Specified location, the second vacuum cup draw workpiece from the second operation lower template；
Second drive mechanism drives second slide near the 3rd operation lower template again, and second mechanical arm controls the second vacuum and inhales
Disk reaches the specified location of the 3rd operation lower template, and the second vacuum cup is placed on workpiece in the 3rd operation lower template；Place
After the completion of, the second drive mechanism drives second slide to reset, i.e. second slide prepares again from the near the second operation lower template
Pickup in two operations；
Under 3rd operation, in module and the 3rd operation, module coordinates the punching press for completing the 3rd operation of workpiece；Either manually or by which
Workpiece is taken away from the 3rd operation lower template mechanism/means by he.
Description of the drawings
Fig. 1 is schematic diagram of the present utility model.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is further described.Hereinafter implement
Example is only used for the technical solution of the utility model is clearly described, and can not limit protection model of the present utility model with this
Enclose.
The technical scheme that this utility model is embodied as is：
As shown in figure 1, a kind of diel of one machine with multi-mode, including：The vertical bar shaped slide rail 1 of horizontal, the rectangle of horizontal
Upper bolster 20, and the rectangle die shoe 30 of horizontal；
The length direction of the upper bolster 20 is parallel with slide rail 1, and the length direction of die shoe 30 is parallel with slide rail 1, upper mould
Seat 20 is located at directly over die shoe 30, and slide rail 1 is located at 30 side of die shoe；
The die shoe 30 is provided with module under the first operation, the second operation module under module and the 3rd operation, and
Under one operation, under module, the second operation, under module and the 3rd operation, module is set gradually along the length direction of die shoe 30；
The upper bolster 20 is provided with：Module in the first operation being engaged with module under the first operation, with the second operation
Module on module in the second operation that lower module is engaged, and the 3rd operation being engaged with module under the 3rd operation；
Under first operation, module includes：Horizontal the first operation lower bolster that bottom surface is mutually fixed with 30 top surface of die shoe
41, and the first operation of horizontal lower template 42 that bottom surface is mutually fixed with 41 top surface of the first operation lower bolster；
In first operation, module includes：Horizontal the first operation upper padding plate that top surface is mutually fixed with 20 bottom surface of upper bolster
46, the first operation of horizontal train wheel bridge 45 that top surface is mutually fixed with 46 bottom surface of the first operation upper padding plate is pressed from both sides on top surface and the first operation
The first operation of horizontal baffle plate 44 that 45 bottom surface of plate is mutually fixed, and top surface is flat with what 44 bottom surface of the first operation baffle plate was mutually fixed
Put；Take off plate 43 to be located at directly over the first operation lower template 42 in first operation；
Under second operation, module includes：Horizontal the second operation lower bolster that bottom surface is mutually fixed with 30 top surface of die shoe
51, and the second operation of horizontal lower template 52 that bottom surface is mutually fixed with 51 top surface of the second operation lower bolster；
In second operation, module includes：Horizontal the second operation upper padding plate that top surface is mutually fixed with 20 bottom surface of upper bolster
56, the second operation of horizontal train wheel bridge 55 that top surface is mutually fixed with 56 bottom surface of the second operation upper padding plate is pressed from both sides on top surface and the second operation
The second operation of horizontal baffle plate 54 that 55 bottom surface of plate is mutually fixed, and top surface is flat with what 54 bottom surface of the second operation baffle plate was mutually fixed
Put；Take off plate 53 to be located at directly over the second operation lower template 52 in second operation；
Under 3rd operation, module includes：The 3rd operation lower bolster of horizontal that bottom surface is mutually fixed with 30 top surface of die shoe
61, and the 3rd operation lower template 62 of horizontal that bottom surface is mutually fixed with 61 top surface of the 3rd operation lower bolster；
In 3rd operation, module includes：The 3rd operation upper padding plate of horizontal that top surface is mutually fixed with 20 bottom surface of upper bolster
66, the 3rd operation train wheel bridge 65 of horizontal that top surface is mutually fixed with 66 bottom surface of the 3rd operation upper padding plate is pressed from both sides on top surface and the 3rd operation
The 3rd operation baffle plate 64 of horizontal that 65 bottom surface of plate is mutually fixed, and top surface is flat with what 64 bottom surface of the 3rd operation baffle plate was mutually fixed
Put；Take off plate 63 to be located at directly over the 3rd operation lower template 62 in 3rd operation；
The slide rail 1 is provided with the first removal mechanism and the second removal mechanism；
First removal mechanism is used for：Workpiece is drawn from the first operation lower template 42, and the workpiece is put to second
In operation lower template 52；First removal mechanism includes：First slide 71 on slide rail 1, drives first slide 71 along slide rail 1
First drive mechanism of translation, the first mechanical arm 72 in first slide 71, and located at 72 end of first mechanical arm
First vacuum cup 73；First sucker puts workpiece for inhaling；First mechanical arm 72 is used for the position for controlling the first vacuum cup 73,
The first vacuum cup 73 is made to reach the specified location of the first operation lower template 42 or the second operation lower template 52；First drive mechanism
For driving first slide 71 that translation is come and gone between the first operation lower template 42 and the second operation lower template 52, and then drive first
Mechanical arm 72 is near the first operation lower template 42 or the second operation lower template 52；
Second removal mechanism is used for：Workpiece is drawn from the second operation lower template 52, and the workpiece is put to the 3rd
In operation lower template 62；Second removal mechanism includes：Second slide 81 on slide rail 1, drives second slide 81 along slide rail 1
Second drive mechanism of translation, the second mechanical arm 82 in second slide 81, and located at 82 end of second mechanical arm
Second vacuum cup 83；Second sucker puts workpiece for inhaling；Second mechanical arm 82 is used for the position for controlling the second vacuum cup 83,
The second vacuum cup 83 is made to reach the specified location of the second operation lower template 52 or the 3rd operation lower template 62；Second drive mechanism
For driving second slide 81 that translation is come and gone between the second operation lower template 52 and the 3rd operation lower template 62, and then drive second
Mechanical arm 82 is near the second operation lower template 52 or the 3rd operation lower template 62.
Preferably, the die shoe 30 is arranged right below bottom plate 32,30 underrun bottom seat pad 31 of die shoe and subiculum
Plate 32 connects.
This utility model is applicable to the workpiece of three stamping procedures（Product）, this utility model is correspondingly arranged three moulds
Group is right：Under first operation, in module and the first operation, module coordinates the punching press that can complete the first operation of workpiece, mould under the second operation
Group can complete the punching press of the second operation of workpiece with module cooperation in the second operation, module in module and the 3rd operation under the 3rd operation
Coordinate the punching press that can complete the 3rd operation of workpiece.
The course of work of this utility model diel is as follows：
First workpiece is placed in the first operation lower template 42 either manually or by other mechanism/means, mould under the first operation
Group coordinates the punching press for completing the first operation of workpiece with module in the first operation；
First drive mechanism drives first slide 71 near the first operation lower template 42, and the control first of first mechanical arm 72 is true
Suction disk 73 reaches the specified location of the first operation lower template 42, and the first vacuum cup 73 is drawn from the first operation lower template 42
Workpiece；
First drive mechanism drives first slide 71 again near the second operation lower template 52, the control of first mechanical arm 72 first
Vacuum cup 73 reaches the specified location of the second operation lower template 52, and the first vacuum cup 73 is placed on workpiece under the second operation
In template 52；After the completion of placement, the first drive mechanism drives first slide 71 to reset, i.e., first slide 71 is under the first operation
Template 42, prepares again from pickup in the first operation；
Under second operation, in module and the second operation, module coordinates the punching press for completing the second operation of workpiece；Second drive mechanism
Drive second slide 81 near the second operation lower template 52, second mechanical arm 82 controls the second vacuum cup 83 and reaches the second operation
The specified location of lower template 52, the second vacuum cup 83 draw workpiece from the second operation lower template 52；
Second drive mechanism drives second slide 81 again near the 3rd operation lower template 62, the control of second mechanical arm 82 second
Vacuum cup 83 reaches the specified location of the 3rd operation lower template 62, and the second vacuum cup 83 is placed on workpiece under the 3rd operation
In template 62；After the completion of placement, the second drive mechanism drives second slide 81 to reset, i.e., second slide 81 is under the second operation
Template 52, prepares again from pickup in the second operation；
Under 3rd operation, in module and the 3rd operation, module coordinates the punching press for completing the 3rd operation of workpiece；Either manually or by which
Workpiece is taken away from the 3rd operation lower template 62 mechanism/means by he.
The above is only preferred implementation of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of without departing from this utility model know-why, some improvements and modifications can also be made, these change
Enter and retouch also to should be regarded as protection domain of the present utility model.
Claims (2)
1. the diel of one machine with multi-mode, it is characterised in that include：The vertical bar shaped slide rail of horizontal, the rectangle upper bolster of horizontal,
And the rectangle die shoe of horizontal；
The length direction of the upper bolster is parallel with slide rail, and the length direction of die shoe is parallel with slide rail, and upper bolster is located at lower mould
Directly over seat, and slide rail is located at die shoe side；
The die shoe is provided with module under the first operation, the second operation module under module and the 3rd operation, and the first operation
Under lower module, the second operation, under module and the 3rd operation, module is set gradually along the length direction of die shoe；
The upper bolster is provided with：Module under module, with the second operation in the first operation being engaged with module under the first operation
Module on module in the second operation being engaged, and the 3rd operation being engaged with module under the 3rd operation；
Under first operation, module includes：Horizontal the first operation lower bolster that bottom surface is mutually fixed with die shoe top surface, and bottom
Horizontal the first operation lower template that face is mutually fixed with the first operation underlay plate top surface；
In first operation, module includes：Horizontal the first operation upper padding plate that top surface is mutually fixed with upper bolster bottom surface, top surface with
Horizontal the first operation train wheel bridge that first operation upper padding plate bottom surface is mutually fixed, top surface are mutually fixed with the first operation train wheel bridge bottom surface
Plate is taken off on horizontal the first operation baffle plate, and the first operation of horizontal for mutually fixing with the first operation baffle plate bottom surface of top surface；The
Take off plate to be located at directly over the first operation lower template in one operation；
Under second operation, module includes：Horizontal the second operation lower bolster that bottom surface is mutually fixed with die shoe top surface, and bottom
Horizontal the second operation lower template that face is mutually fixed with the second operation underlay plate top surface；
In second operation, module includes：Horizontal the second operation upper padding plate that top surface is mutually fixed with upper bolster bottom surface, top surface with
Horizontal the second operation train wheel bridge that second operation upper padding plate bottom surface is mutually fixed, top surface are mutually fixed with the second operation train wheel bridge bottom surface
Plate is taken off on horizontal the second operation baffle plate, and the second operation of horizontal for mutually fixing with the second operation baffle plate bottom surface of top surface；The
Take off plate to be located at directly over the second operation lower template in two operations；
Under 3rd operation, module includes：The 3rd operation lower bolster of horizontal that bottom surface is mutually fixed with die shoe top surface, and bottom
The 3rd operation lower template of horizontal that face is mutually fixed with the 3rd operation underlay plate top surface；
In 3rd operation, module includes：The 3rd operation upper padding plate of horizontal that top surface is mutually fixed with upper bolster bottom surface, top surface with
The 3rd operation train wheel bridge of horizontal that 3rd operation upper padding plate bottom surface is mutually fixed, top surface are mutually fixed with the 3rd operation train wheel bridge bottom surface
Plate is taken off on the 3rd operation baffle plate of horizontal, and the 3rd operation of horizontal mutually fixed with the 3rd operation baffle plate bottom surface of top surface；The
Take off plate to be located at directly over the 3rd operation lower template in three operations；
The slide rail is provided with the first removal mechanism and the second removal mechanism；
First removal mechanism is used for：Workpiece is drawn from the first operation lower template, and under the workpiece is put to the second operation
In template；First removal mechanism includes：First slide on slide rail, the first driving for driving first slide to translate along slide rail
Mechanism, the first mechanical arm in first slide, and the first vacuum cup located at first mechanical arm end；First sucker
Workpiece is put for inhaling；First mechanical arm is used for the position for controlling the first vacuum cup, makes the first vacuum cup reach the first operation
Lower template or the specified location of the second operation lower template；First drive mechanism is used for driving first slide in the first operation lower template
And second come and go translation between operation lower template, and then first mechanical arm is driven near mould under the first operation lower template or the second operation
Plate；
Second removal mechanism is used for：Workpiece is drawn from the second operation lower template, and under the workpiece is put to the 3rd operation
In template；Second removal mechanism includes：Second slide on slide rail, the second driving for driving second slide to translate along slide rail
Mechanism, the second mechanical arm in second slide, and the second vacuum cup located at second mechanical arm end；Second sucker
Workpiece is put for inhaling；Second mechanical arm is used for the position for controlling the second vacuum cup, makes the second vacuum cup reach the second operation
Lower template or the specified location of the 3rd operation lower template；Second drive mechanism is used for driving second slide in the second operation lower template
And the 3rd come and go translation between operation lower template, and then second mechanical arm is driven near mould under the second operation lower template or the 3rd operation
Plate.
2. the diel of one machine with multi-mode according to claim 1, it is characterised in that the die shoe is arranged right below down
Supporting plate, die shoe underrun bottom seat pad are connected with bottom plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620938979.1U CN205967023U (en) | 2016-08-25 | 2016-08-25 | A quick -witted multimode stamping die |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620938979.1U CN205967023U (en) | 2016-08-25 | 2016-08-25 | A quick -witted multimode stamping die |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205967023U true CN205967023U (en) | 2017-02-22 |
Family
ID=58035020
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620938979.1U Active CN205967023U (en) | 2016-08-25 | 2016-08-25 | A quick -witted multimode stamping die |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205967023U (en) |
-
2016
- 2016-08-25 CN CN201620938979.1U patent/CN205967023U/en active Active
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| GR01 | Patent grant |