CN207840309U - A kind of cutting die of energy-absorption box - Google Patents
A kind of cutting die of energy-absorption box Download PDFInfo
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- CN207840309U CN207840309U CN201820140557.9U CN201820140557U CN207840309U CN 207840309 U CN207840309 U CN 207840309U CN 201820140557 U CN201820140557 U CN 201820140557U CN 207840309 U CN207840309 U CN 207840309U
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- energy
- absorption box
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- cutting die
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Abstract
The utility model belongs to automobile technical field, discloses a kind of cutting die of energy-absorption box.The finished product that the cutting die includes the first driving mechanism, compresses the clamp assemblies of energy-absorption box side to be processed and is arranged in clamp assemblies takes out component, and the output end of the first driving mechanism is provided with positioning component, toolbox.Meanwhile energy-absorption box to be processed is set to the finished product and takes out on component, and it is set to the inside of the clamp assemblies.In addition, positioning component, toolbox can move up and down vertically under the driving of the first driving mechanism, positioning component is inserted into the location hole of energy-absorption box to be processed, and toolbox cuts energy-absorption box to be processed, and finished product, which takes out component, to shift the energy-absorption box that cutting is completed onto area to be tested.By the way that positioning component is arranged, toolbox can move up and down vertically under the driving of the first driving mechanism, and positioning component is inserted into the location hole of energy-absorption box to be processed, and toolbox cuts the energy-absorption box to be processed so that position fixing process, cutting process, which synchronize, to carry out.
Description
Technical field
The utility model is related to automobile technical field more particularly to a kind of cutting dies of energy-absorption box.
Background technology
Energy-absorption box is to be mounted on the box that collision energy can be absorbed on automobile.When a vehicle is in a collision, energy-absorption box from
Body can deform, to which whole impact forces be absorbed, and then avoid generating injury to collision prevention girders.
In general, after being positioned to energy-absorption box, cutting tool can cut energy-absorption box, according to practical application
It needs to cut energy-absorption box to be processed, obtains the finished product energy-absorption box of certain processing length.Subsequent operating personnel will cut
At finished product shift area to be tested onto, and then test differentiation to certified products and defective products.Currently, energy-absorption box cutting is big in the market
Majority directly estimates determination by the naked eyes of operating personnel, there are origin reference location inaccuracy, the problem of influencing cutting accuracy.Together
When, it is to separate progress since position fixing process, cutting process and finished product take out process all, it is discontinuous that there are production processes, production effect
The relatively low problem of rate.
Utility model content
The purpose of this utility model is to provide a kind of cutting dies of energy-absorption box so that and cutting accuracy is high, and production is continuous,
And then conducive to the raising of production efficiency.
For this purpose, the utility model uses following technical scheme：
A kind of cutting die of energy-absorption box includes the first driving mechanism, compress energy-absorption box side to be processed clamp assemblies and
The finished product for being arranged in the clamp assemblies takes out component, and the output end of first driving mechanism is provided with positioning component, cutter
Component；The energy-absorption box to be processed is set to the finished product and takes out on component, and is set to the inside of the clamp assemblies；It is described
Positioning component, the toolbox can move up and down vertically under the driving of first driving mechanism, and positioning component is inserted into
The location hole of the energy-absorption box to be processed, the toolbox cut the energy-absorption box to be processed, and the finished product takes out component energy
Enough energy-absorption boxes for completing cutting shift area to be tested onto.
Preferably, further including the upper table for the output end for being connected to first driving mechanism and the upper work
The matched lower table of platform, first driving mechanism drive the upper table upper and lower vertically relative to the lower table
It is mobile；The positioning component, the toolbox may be contained on the upper table, and the finished product takes out component and is correspondingly arranged
In on the lower table, the clamp assemblies are connected to the upper table and the lower table.
Preferably, the clamp assemblies include be set to the upper hold assembly of the upper table and be set to it is described under
The lower hold assembly of workbench, the energy-absorption box to be processed are set to the inside of the lower hold assembly, the finished product taking-up group
Part is arranged in the lower hold assembly, and first driving mechanism drives the upper hold assembly to compress by the upper table
One end of the lower hold assembly.
Preferably, the upper hold assembly is provided with the first working face, the lower hold assembly is correspondingly arranged on second
Working face, first working face and second working face are to be obliquely installed, and first working face can compress described
Second working face.
Preferably, the lower hold assembly includes the first grip block and the second clamping that may be contained within the lower table
Block, the energy-absorption box to be processed are set between first grip block and second grip block, on second grip block
It is provided with second working face.
Include the second driving mechanism for being set to the lower table, be connected to preferably, the finished product takes out component
The holder of the second driving mechanism output end, the holder are arranged in first grip block and second clamping respectively
Block；The energy-absorption box to be processed is set on the holder, and second driving mechanism drives the holder relative under described
Workbench moves up and down vertically.
Preferably, it further includes the blocking arm that several connect with the holder pivots that the finished product, which takes out component, it is described to wait for
Processing energy-absorption box is set between the holder and the blocking arm, and the lower table is correspondingly arranged on several limiting slots, institute
It states blocking arm and is inserted into the limiting slot.
Preferably, further including being set on the lower table, and be respectively arranged at the energy-absorption box both ends to be processed
Inductive component, the inductive component detects the position of the energy-absorption box to be processed.
It is set to the cutter of the upper table preferably, the toolbox includes several.
Preferably, several limited posts are provided on the upper table, if being correspondingly arranged on the lower table
Dry limit hole, the limited post stretch into the limit hole.
The beneficial effects of the utility model：
1) location hole of energy-absorption box to be processed is inserted by the way that positioning component is arranged, the traditional operation personnel that compare directly estimate
It determines, origin reference location is accurate, and then improves cutting accuracy.
2) by being provided with positioning component and toolbox, and positioning component, toolbox are in the drive of the first driving mechanism
It can be moved up and down vertically under dynamic, positioning component is inserted into the location hole of energy-absorption box to be processed, and toolbox cuts energy-absorbing to be processed
Box so that position fixing process, cutting process, which synchronize, to carry out.
3) it shift area to be tested onto by the way that the energy-absorption box that finished product taking-up component can will cut completion is arranged, avoid manually taking out
And it wasting time so that position fixing process, cutting process and finished product take out process and can be carried out continuously, and improve production efficiency, from
And enhance the market competitiveness.
Description of the drawings
Fig. 1 is the structural schematic diagram of the cutting die of the utility model energy-absorption box；
Fig. 2 be the utility model energy-absorption box cutting die in upper table structural schematic diagram；
Fig. 3 be the utility model energy-absorption box cutting die in energy-absorption box cutting before lower table status diagram；
Fig. 4 be the utility model energy-absorption box cutting die in energy-absorption box cutting after lower table status diagram.
In figure：
100, energy-absorption box；2, clamp assemblies；3, positioning component；4, toolbox；5, finished product takes out component；6, upper work
Platform；7, lower table；
21, upper hold assembly；22, lower hold assembly；
211, the first working face；
221, the first grip block；222, the second grip block；223, the second working face；
51, the second driving mechanism；52, holder；53, blocking arm；
61, limited post；
71, limit hole.
Specific implementation mode
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
A kind of cutting die of energy-absorption box is present embodiments provided, as shown in Figure 1, the cutting die includes the first driving machine
Structure (not marked in figure), the clamp assemblies 2 for compressing 100 side of energy-absorption box to be processed and the finished product for being arranged in clamp assemblies 2 take out
The output end of component 5, the first driving mechanism is provided with positioning component 3, toolbox 4.Meanwhile energy-absorption box 100 to be processed is arranged
It is taken out on component 5 in the finished product, and is set to the inside of the clamp assemblies 2.In addition, positioning component 3, toolbox 4 exist
It can be moved up and down vertically under the driving of first driving mechanism, positioning component 3 is inserted into the location hole of energy-absorption box 100 to be processed, knife
Tool component 4 cuts energy-absorption box 100 to be processed, and the energy-absorption box 100 that finished product taking-up component 5 can will cut completion be shifted onto to be tested
Area.
The location hole of energy-absorption box 100 to be processed is inserted by the way that positioning component 3 is arranged, compare the direct mesh of traditional operation personnel
It surveys and determines, origin reference location is accurate, and then improves cutting accuracy.Meanwhile by the way that positioning component 3, toolbox 4 is arranged first
It can be moved up and down vertically under the driving of driving mechanism, positioning component 3 is inserted into the location hole of energy-absorption box 100 to be processed, cutter group
Part 4 cuts the energy-absorption box to be processed 100 so that position fixing process, cutting process, which synchronize, to carry out.In addition, being taken by the way that finished product is arranged
The energy-absorption box 100 that cutting is completed can be shifted onto area to be tested by going out component 5, avoid manually taking out and wasting time so that positioning
Process, cutting process and finished product take out process and can be carried out continuously, and production efficiency are improved, to enhance the market competitiveness.
As shown in Figs. 1-3, above-mentioned cutting die further include the output end for being connected to the first driving mechanism upper table 6,
With 6 matched lower table 7 of upper table, the first driving mechanism can drive upper table 6 vertical relative to lower table 7
It moves up and down.Setting is there are four limited post 61 wherein on upper table 6, is correspondingly arranged that there are four with limit on lower table 7
The limited block in hole 71.When upper table 6 close to the direction of lower table 7 to when moving, limited post 61 can stretch into the limit
In hole 71, it to be used for the limit of upper table 6 and lower table 7.
Above-mentioned positioning component 3, toolbox 4 may be contained on upper table 6, since the first driving mechanism passes through in driving
Workbench 6 moves up and down vertically relative to lower table 7 so that positioning component 3, the toolbox 4 being set on upper table 6
It can move up and down vertically.Wherein positioning component 3 is first sensor, and band processing energy-absorption box can be inserted in first sensor
In 100 location hole, the traditional operation personnel that compare directly estimate determination, and origin reference location is more accurate.Meanwhile lower table 7
On be additionally provided with inductive component (not marked in figure), inductive component is two second sensors.Two second sensors are set respectively
100 both ends of energy-absorption box to be processed are placed in, the position for detecting 100 both ends of energy-absorption box to be processed, and whether judge position error
Within the dimensional tolerance range of drawing requirement.In addition, toolbox 4 includes three cutter for being set to upper table 6 (figures
In do not mark), energy-absorption box 100 to be processed is cut into four energy-absorption box finished products by cutter.
It should be strongly noted that the present embodiment is to the numbers of cutter and is not construed as limiting, the number of cutter is with three
For, it can be adjusted according to needs of production.
As shown in Figs. 1-3, above-mentioned clamp assemblies 2 include being set to the upper hold assembly 21 of upper table 6 and being set to down
The lower hold assembly 22 of workbench 7.Wherein, lower hold assembly 22 includes 221 He of the first grip block that may be contained within lower table 7
Second grip block 222, it is to be processed to be set between the first grip block 221 and the second grip block 222.Meanwhile upper hold assembly 21
It is provided with the first working face 211, the second grip block 222 of lower hold assembly 22 is correspondingly arranged on the second working face 223, and first
Working face 211 and the second working face 223 are to be obliquely installed, and the first driving mechanism is by driving upper table 6 so that upper clamping
First working face 211 of component 21 compresses the second working face 223 of lower hold assembly 22.Since energy-absorption box 100 to be processed is arranged
In the inside of the lower hold assembly 22, and the first working face 211 and the second working face 223 are to be obliquely installed, in upper clamping
While component 21 compresses lower hold assembly 22 so that hold assembly presses on the side with processing energy-absorption box 100, and then reaches
Fixed purpose is stepped up to energy-absorption box 100.
As shown in Figs. 1-3, it includes the second driving mechanism 51 for being set to lower table 7, connection that above-mentioned finished product, which takes out component 5,
It is worn respectively in the holder 52 and four blocking arms 53 being rotatablely connected with holder 52, wherein holder 52 of 51 output end of the second driving mechanism
Set on the first grip block 221 and the second grip block 222.Energy-absorption box 100 to be processed is set between holder 52 and blocking arm 53, is being waited for
After processing energy-absorption box 100 cuts into four finished product energy-absorption boxes 100 by cutter, the second driving mechanism 51 being capable of driving arm
52 move up and down vertically relative to lower table 7.
Above-mentioned lower table 7 is correspondingly arranged there are four limiting slot, when the finished product being set between holder 52 and blocking arm 53 is inhaled
When energy box 100 and the blocking arm 53 being arranged with the rotation of holder 52 are moved up and down with holder 52 relative to lower table 7 vertically, blocking arm
53 are inserted into limiting slot (not marked in figure) so that blocking arm 53 generates inclination, and then finished product energy-absorption box relative to holder 52
100 skid off after inclined blocking arm 53, shift the energy-absorption box 100 that cutting is completed onto area to be tested, then complete energy-absorption box
100 taking-up process.Area to be tested is shifted onto by the way that the energy-absorption box 100 that finished product taking-up component 5 can will cut completion is arranged, and avoided
It manually takes out and wastes time, production efficiency is improved, to enhance the market competitiveness.
The operation principle of the cutting die of energy-absorption box provided in this embodiment：
First, energy-absorption box 100 to be processed is respectively arranged between holder 52 and blocking arm 53 and the first grip block 221 and
Between two grip blocks 222；
Secondly, the first driving mechanism is by driving upper table 6 to be moved up and down vertically relative to lower table 7 so that fixed
Hyte part 3 stretches into the datum hole of energy-absorption box 100 to be processed, and the first working face 211 of upper hold assembly 21 compresses lower hold assembly
22 the second working face 223, the positioning and clamping for energy-absorption box 100 to be processed are fixed.Meanwhile cutter are by energy-absorbing to be processed
Box 100 cuts into finished product energy-absorption box.
Again, the second driving mechanism 51 can driving arm 52 moved up and down vertically relative to lower table 7, and drive at
Product energy-absorption box 100 and blocking arm 53 also move up and down vertically, and blocking arm 53 is inserted into limiting slot so that blocking arm 53 is relative to holder
52 generate inclination, and then finished product energy-absorption box 100 skids off after inclined blocking arm 53, and the energy-absorption box 100 that cutting is completed is shifted onto
Area to be tested then completes the taking-up process of energy-absorption box 100.
Obviously, above-described embodiment of the utility model is used for the purpose of clearly illustrating the utility model example, and
It is not the restriction to the embodiment of the utility model.For those of ordinary skill in the art, in above description
On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments
It is exhaustive.All any modification, equivalent and improvement made within the spirit and principle of the present invention etc., should be included in
Within the protection domain of the utility model claims.
Claims (10)
1. a kind of cutting die of energy-absorption box, which is characterized in that including：
Clamp assemblies (2), for energy-absorption box to be processed (100) to be clamped；
First driving mechanism, output end are provided with positioning component (3) and toolbox (4), and first driving mechanism can drive
It moves the positioning component (3) and the toolbox (4) moves up and down vertically, the positioning component (3) is for being inserted into described wait for
The location hole of energy-absorption box (100) is processed, the toolbox (4) is for cutting the energy-absorption box to be processed (100)；
Finished product takes out component (5), is arranged in the clamp assemblies (2), can shift the energy-absorption box (100) that cutting is completed onto and wait for
Inspection area.
2. the cutting die of energy-absorption box according to claim 1, which is characterized in that further include being connected to first driving
The upper table (6) of the output end of mechanism, the lower table (7) being located at below the upper table (6), first driving machine
Structure drives the upper table (6) to be moved up and down vertically relative to the lower table (7)；
The positioning component (3), the toolbox (4) may be contained on the upper table (6), and the finished product takes out component
(5) it is correspondingly arranged on the lower table (7), the clamp assemblies (2) are respectively arranged at the upper table (6) and described
On lower table (7).
3. the cutting die of energy-absorption box according to claim 2, which is characterized in that the clamp assemblies (2) include setting
In the upper table (6) lower surface upper hold assembly (21) and be set to the lower clamping of the lower table (7) upper surface
Component (22), the energy-absorption box (100) to be processed are set to the inside of the lower hold assembly (22), and the finished product takes out component
(5) it is arranged in the lower hold assembly (22), first driving mechanism is by driving the upper table (6), on described
Hold assembly (21) compresses one end of the lower hold assembly (22).
4. the cutting die of energy-absorption box according to claim 3, which is characterized in that the lower hold assembly (22) includes equal
It is set to the first grip block (221) and the second grip block (222) of the lower table (7), the energy-absorption box (100) to be processed
It is set between first grip block (221) and second grip block (222), is arranged on second grip block (222)
There is the second working face (223), second working face (223) is to be obliquely installed, and the upper hold assembly (21) compresses described the
Two working faces (223).
5. the cutting die of energy-absorption box according to claim 4, which is characterized in that the upper hold assembly (21) is provided with
First working face (211), first working face (211) are to be obliquely installed and matched with second working face (223), institute
Second working face (223) can be compressed by stating the first working face (211).
6. the cutting die of energy-absorption box according to claim 5, which is characterized in that the finished product takes out component (5) and includes
The second driving mechanism (51) for being set on the lower table (7) is connected to the second driving mechanism (51) output end
Holder (52), the holder (52) are arranged in first grip block (221) and second grip block (222) respectively；
The energy-absorption box to be processed (100) is partly set on the holder (52), and second driving mechanism (51) drives institute
Holder (52) is stated to move up and down vertically relative to the lower table (7).
7. the cutting die of energy-absorption box according to claim 6, which is characterized in that the finished product takes out component (5) and also wraps
The blocking arm (53) of several and the holder (52) rotation setting is included, the energy-absorption box (100) to be processed is set to the holder
(52) between the blocking arm (53), the lower table (7) is correspondingly arranged on several limiting slots, and the blocking arm (53) can
It is inserted into the limiting slot.
8. according to the cutting die of claim 2-7 any one of them energy-absorption boxes, which is characterized in that further include be set to it is described
Inductive component on lower table (7), and the inductive component is respectively arranged at energy-absorption box to be processed (100) both ends, institute
The position of the energy-absorption box to be processed (100) can be detected by stating inductive component.
9. according to the cutting die of claim 2-7 any one of them energy-absorption boxes, which is characterized in that the toolbox (4)
The cutter of the upper table (6) are set to including several.
10. according to the cutting die of claim 2-7 any one of them energy-absorption boxes, which is characterized in that the upper table (6)
Lower surface be provided with several limited posts (61), lower table (7) upper surface is correspondingly arranged on several and the limit
The limit hole (71) that position column (61) coordinates, the limited post (61) can stretch into the limit under the movement of the workbench (6)
In position hole (71).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820140557.9U CN207840309U (en) | 2018-01-26 | 2018-01-26 | A kind of cutting die of energy-absorption box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820140557.9U CN207840309U (en) | 2018-01-26 | 2018-01-26 | A kind of cutting die of energy-absorption box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207840309U true CN207840309U (en) | 2018-09-11 |
Family
ID=63412955
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820140557.9U Active CN207840309U (en) | 2018-01-26 | 2018-01-26 | A kind of cutting die of energy-absorption box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207840309U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109396560A (en) * | 2018-11-14 | 2019-03-01 | 周李楠 | Fixture is adjustable formed steel construction cutting processing device |
| CN111590145A (en) * | 2020-06-02 | 2020-08-28 | 崔路飞 | Casting head cutting processing equipment for automobile precision parts |
-
2018
- 2018-01-26 CN CN201820140557.9U patent/CN207840309U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109396560A (en) * | 2018-11-14 | 2019-03-01 | 周李楠 | Fixture is adjustable formed steel construction cutting processing device |
| CN109396560B (en) * | 2018-11-14 | 2020-04-28 | 青岛润达新能源设备有限公司 | Adjustable profiled steel structure cutting processingequipment of anchor clamps |
| CN111590145A (en) * | 2020-06-02 | 2020-08-28 | 崔路飞 | Casting head cutting processing equipment for automobile precision parts |
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