CN206047605U - Freezer door-plate production system - Google Patents
Freezer door-plate production system Download PDFInfo
- Publication number
- CN206047605U CN206047605U CN201620959613.2U CN201620959613U CN206047605U CN 206047605 U CN206047605 U CN 206047605U CN 201620959613 U CN201620959613 U CN 201620959613U CN 206047605 U CN206047605 U CN 206047605U
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- CN
- China
- Prior art keywords
- flanging
- plate
- door
- station
- cut
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
This utility model is related to door-plate production technical field, specifically related to a kind of freezer door-plate production system, station is cut including what is be sequentially arranged, punching station and flanging station, the station that cuts includes cutting platform and at least a set of cutting knife, the cutting knife includes the upper cutter being oppositely arranged and lower cutter, upper cutter connects driving means I, it is described to cut corresponding often set cutting knife one group of supporting table of setting on platform, lower cutter is set up in parallel with supporting table, and it is concordant with supporting table table top, the flanging station includes upper die plate and lower template, flanging is fixed on the upper die plate and squeezes block, upper die plate connection flanging driving means, the lower template is provided with two ranks, on highly less single order, correspondence flanging squeezes block and arranges flanging groove, flanging groove notch height is concordant with another rank of lower template.This utility model guarantee door-plate otch it is neat, without burr while guarantee flanging precision, improve production quality and efficiency.
Description
Technical field
This utility model is related to door-plate production technical field, and in particular to a kind of freezer door-plate production system.
Background technology
In the production of cold-storage door, door-plate raw material needs door-plate base material is processed as after aritificial cut-off, adopts when cutting
Freezer door-plate is cut with the instrument of cutting sheet or cutting edge etc, the scrap which produces is more, easily pollutes environment, and
And burr are more, in addition, being affected by artificial operating error during cutting, each cutting size all can be different, easily occurs
The situation of cropped, product are once unqualified, can only scrap process, lose time and material, affect production efficiency.
Door-plate raw material is cutting, need the process that hems after punching, and this procedure is all completed by folding brake substantially, is
Prevent flanging position from offseting, folding brake needed accurately to find flanging position before flanging, and traditional method is to utilize frock
Distance of the control door-plate through folding brake, degree of accuracy not enough, affect product quality.
Utility model content
To solve above-mentioned technical problem, the purpose of this utility model is：There is provided a kind of freezer door-plate edge cutting machine, it is ensured that door
Plate otch is neat, without burr while guarantee flanging precision, improve production quality and efficiency.
The technical scheme that this utility model is adopted by solution its technical problem for：
The freezer door-plate production system, cuts station, punching station and flanging station, the sanction including what is be sequentially arranged
Cut position includes cutting platform and at least a set of cutting knife, and the cutting knife includes the upper cutter being oppositely arranged and lower cutter, upper cutter
Connection driving means I, described to cut corresponding often set cutting knife one group of supporting table of setting on platform, lower cutter is set side by side with supporting table
Put, and it is concordant with supporting table table top, and the flanging station includes upper die plate and lower template, fixes flanging and squeeze on the upper die plate
Block, upper die plate connection flanging driving means, the lower template are provided with two ranks, and on highly less single order, correspondence flanging squeezes block and arranges
Flanging groove, flanging groove notch height are concordant with another rank of lower template.
By cutting station, punching station and flanging station, end of door plate carries out cutting, punches this utility model successively respectively
And flanging, using existing station structure, the system is mainly improved to cutting station and flanging station, makes wherein punching station
Used time, band is cut into door-plate and is placed on supporting table table top, door-plate is placed to cutting behind position, and driving means I drive upper cutter
Move down, coordinate lower cutter end of door plate to be cut, otch is neat, without burr, improve cut quality, cutting knife particular number can be with root
Factually border Production requirement is configured, such as 3-5 sets, all cutting knifes can be driven to carry out action simultaneously by a set of driving means I,
Once polylith door-plate is cut, production efficiency is high.
The door-plate that completes is cut Jing after punching station punching, flanging station lower template is sent to, in place after, flanging squeezes block will
Door-plate corresponding part press-in flanging groove carries out crowded side, and after the completion of squeezing side, flanging driving means drive shifting flanging on upper die plate to squeeze block again
Door-plate after flanging is removed by operator, proceeds the flanging of next piece of door-plate by position.
Wherein, preferred version is：
Escape is set on the upper cutter and lower cutter, after the completion of cutting, is conducive to the quick push broach of upper cutter, cutting profit
Fall without adhesion, it is ensured that otch is smooth.
The embedded transmission ball of correspondence door-plate on the supporting table table top, supporting table both sides correspondence door-plate are arranged and cut transducer
Structure, the transmission ball on the table top of supporting table can reduce the frictional force between door-plate and supporting table table top, reduce hand labor
Intensity, cut centering body can indirect labor door-plate is aligned.
The centering body that cuts includes a pair cutting centering plate, cuts centering plate and is set to inverted T-shape, cuts centering plate water
Flat side both sides are respectively provided with slotted hole, cut centering plate and are fixed on by slotted hole and fixing bolt and cut on platform, and two pieces cut
Relative distance between centering plate can carry out adapt by slotted hole and fixing bolt according to the size of door-plate, different
Centering plate on supporting table table top be crisscross arranged on platform cutting, and prevents from interfering.
The station that cuts also includes door-plate briquetting, and door-plate briquetting by driving means II, located at cutting above platform, is
During preventing cutting edge, the door-plate of non-cutting edge part is upwarped, and arranging door-plate briquetting carries out compression positioning to which, while to prevent pressure
The interference that tight block and flanging are squeezed between block, both adopt separate driving means, driving means I and driving means II adopt
With separate cylinder, electric cylinders or oil cylinder.
In lower template, correspondence freezer door-plate arranges flanging centering body and flanging position-limit mechanism, correspondence on flanging position-limit mechanism
Door-plate arranges location switch, and location switch seals in flanging driving means power circuit, and flanging driving means connection controller passes through
Flanging centering body ensures that position of the door-plate in lower template does not shift, and door-plate is carried out to which by position-limit mechanism in place afterwards
Spacing, location switch senses that door-plate connects flanging driving means power circuit, electricity in flanging driving means, in drive in place afterwards
Template is moved down.
Flanging centering body includes a conduplication side centering plate, and correspondence door-plate passes through U-lag respectively and fixing bolt is set relatively
Relative distance between lower template both sides, two blocks of flanging centering plates can be according to the size of door-plate by U-lag and fixed spiral shell
Bolt carries out adapt；The flanging is squeezed block and is fixed on upper die plate by slotted hole and fixing bolt, and flanging groove passes through U-shaped
Groove and fixing bolt are fixed in lower template, and flanging squeezes the position moment holding of block and flanging groove in upper and lower template relatively, root
According to different door-plate sizes and flanging demand, adaptability adjusts flanging and squeezes block and flanging groove location, it is also possible to conduplication side squeeze block and
Flanging groove is carried out dismantling, is changed.
The flanging position-limit mechanism includes at least one piece limiting plate, and limiting plate is located at flanging groove near the one of U-lag opening
Side, every piece of limiting plate arrange a photoswitch near the one side of flanging groove, and all photoswitch series connection access flanging and drive dress
Power circuit is put, after all photoswitches detect door-plate in place, flanging driving means power circuit can be just connected, starts folding
Side, detects door-plate in place if not all of photoswitch, then door-plate position has offset, it is impossible to carry out flanging, drives
Dynamic device can be using cylinder, electric cylinders, oil cylinder or punch press etc..
On the upper die plate, correspondence door-plate arranges compact heap, and it is high that compression tile height squeezes block with flanging groove depth sum and flanging
Degree is identical, and during preventing flanging, the door-plate of non-tuck portion is upwarped, and arranging compact heap carries out compression positioning to which, while
For the interference for preventing compact heap and flanging from squeezing between block, spacing compression tile height, to prevent compact heap end of door plate from causing to damage,
Compact heap bottom arranges cushion, and cushion can adopt elastomeric material.
Flanging station also includes touch display screen, and touch display screen is connected with controller, can be adjusted by touch display screen
Flanging driving means stroke, the current flanging door-plate quantity of display device etc..
One end that the crowded block of the flanging is contacted with door-plate is set to V-arrangement, and after the completion of facilitating flanging, the crowded block of flanging smoothly resets.
Compared with prior art, this utility model has the advantages that：
This utility model guarantee door-plate otch it is neat, without burr while guarantee flanging precision, improve production quality
And efficiency.By cutting station, punching station and flanging station, end of door plate carries out cutting, punches and flanging equipment successively respectively,
During use, band is cut into door-plate and is placed on supporting table table top, door-plate is placed to cutting behind position, and driving means I drive and cut
Knife is moved down, and coordinates lower cutter end of door plate to be cut, and otch is neat, without burr, improves cut quality, and cutting knife particular number can be with
It is configured according to actual production demand, a set of driving means I drive all cutting knifes to carry out action simultaneously, once to polylith door-plate
Cut, production efficiency is high；The door-plate for completing is cut Jing after punching station punching, flanging station lower template is sent to, in place
Afterwards, flanging squeezes block and carries out squeezing side by door-plate corresponding part press-in flanging groove, and after the completion of squeezing side, flanging driving means drive upper die plate
Upper shifting flanging squeezes block reset, improves flanging precision, saves manpower.
Description of the drawings
Fig. 1 is that embodiment 1 cuts station structure front view.
Fig. 2 is that embodiment 1 cuts platform top view.
Fig. 3 is this utility model flanging station structure front view.
Fig. 4 is this utility model flanging station lower template top view.
In figure：1st, cut platform；2nd, upper cutter；3rd, lower cutter；4th, supporting table；5th, transmit ball；6th, cut centering plate；7、
Slotted hole；8th, fixing bolt；9th, upper die plate；10th, lower template；11st, flanging squeezes block；12nd, flanging groove；13rd, flanging centering plate；14、
Limiting plate 15, compact heap.
Specific embodiment
Below in conjunction with the accompanying drawings this utility model embodiment is described further：
Embodiment 1：
Such as Fig. 1-4, freezer door-plate production system described in the present embodiment cuts station, punching station including what is be sequentially arranged
With flanging station, the station that cuts includes cutting platform 1 and at least a set of cutting knife, the cutting knife include being oppositely arranged on cut
Knife 2 and lower cutter 3, connection driving means I of upper cutter 2 are described to cut corresponding often set cutting knife one group of supporting table 4 of setting on platform 1,
Lower cutter 3 is set up in parallel with supporting table 4, and concordant with 4 table top of supporting table, and the flanging station includes upper die plate 9 and lower template
10, flanging to be fixed on the upper die plate 9 and squeezes block 11,9 connection flanging driving means of upper die plate, the lower template 10 are provided with two ranks,
On highly less single order, correspondence flanging squeezes block 11 and arranges flanging groove 12, and 12 notch of flanging groove height is flat with 10 another rank of lower template
Together.
Wherein, escape is set on upper cutter 2 and lower cutter 3, is conducive to 2 quick push broach of upper cutter after the completion of cutting, cuts
Cut agile without adhesion, it is ensured that otch is smooth；The embedded transmission ball 5 of correspondence door-plate on 4 table top of supporting table, 4 both sides of supporting table correspondence
Door-plate is arranged and cuts centering body, and the transmission ball 5 on the table top of supporting table 4 can reduce between 4 table top of door-plate and supporting table
Frictional force, reduce hand labor intensity, cut centering body can indirect labor door-plate is aligned；Cutting centering body includes one
To cutting centering plate 6, cut centering plate 6 and be set to inverted T-shape, cut 6 horizontal sides both sides of centering plate and be respectively provided with slotted hole 7, centering
Plate passes through slotted hole 7 and fixing bolt 8 is fixed on and cuts on platform 1, and two pieces of relative distances cut between centering plate 6 can be with root
Passing through slotted hole 7 and fixing bolt 8 according to the size of door-plate carries out adapt, and the centering plate on 4 table top of different supporting tables can
Be crisscross arranged on platform 1 cutting, prevent from interfering.
In lower template 10, correspondence freezer door-plate arranges flanging centering body and flanging position-limit mechanism, right on flanging position-limit mechanism
Answer door-plate that location switch is set, location switch seals in flanging driving means power circuit, and flanging driving means connection controller leads to
Cross flanging centering body and ensure that position of the door-plate in lower template does not shift, door-plate is entered to which by position-limit mechanism in place afterwards
Row is spacing, and location switch senses that door-plate connects flanging driving means power circuit in place afterwards, and electricity in flanging driving means drives
Upper die plate is moved down.
Flanging centering body includes a conduplication side centering plate 13, and correspondence door-plate passes through U-lag respectively and fixing bolt 8 is relative
Relative distance between 10 both sides of lower template, two blocks of flanging centering plates 13 can according to the size of door-plate by U-lag and
Fixing bolt carries out adapt；The flanging is squeezed block 11 and is fixed on upper die plate 9 by slotted hole 7 and fixing bolt 8, is rolled over
Side groove passes through U-lag and fixing bolt 8 is fixed in lower template 10, and flanging squeezes block 11 and flanging groove 12 in upper and lower template
The position moment keeps relative, and according to different door-plate sizes and flanging demand, adaptability adjusts flanging and squeezes block 11 and flanging groove 12
Position, it is also possible to which conduplication side squeezes block 11 and flanging groove 12 and carries out dismantling, changes.
The flanging position-limit mechanism includes at least one piece limiting plate 14, and limiting plate 14 is located at flanging groove near U-lag opening
Side, every piece of limiting plate 14 arranges a photoswitch near the one side of flanging groove 12, and the series connection of all photoswitches accesses folding
Side driving means power circuit, after all photoswitches detect door-plate in place, can just connect flanging driving means and be powered back
Road, starts flanging, detects door-plate in place if not all of photoswitch, then door-plate position has offset, it is impossible to enter
Row flanging, driving means can be using cylinder, electric cylinders, oil cylinder or punch presses etc..
On the upper die plate, correspondence door-plate arranges compact heap 15,15 height of compact heap and 12 depth sum of flanging groove and flanging
Crowded block 11 is highly identical, and during preventing flanging, the door-plate of non-tuck portion is upwarped, and arranges compact heap 15 and which is compressed
Positioning, while to prevent the interference between compact heap 15 and the crowded block 11 of flanging, limiting 15 height of compact heap, to prevent compact heap 15
End of door plate causes to damage, and arranges cushion in 15 bottom of compact heap, and cushion can adopt elastomeric material.
Flanging station also includes touch display screen, and touch display screen is connected with controller, can be adjusted by touch display screen
Flanging driving means stroke, the current flanging door-plate quantity of display device etc..
One end that the crowded block 11 of the flanging is contacted with door-plate is set to V-arrangement, and after the completion of facilitating flanging, flanging squeezes block 11 smoothly again
Position.
This utility model guarantee door-plate otch it is neat, without burr while guarantee flanging precision, improve production quality
And efficiency.By cutting station, punching station and flanging station, end of door plate carries out cutting, punches and flanging equipment successively respectively,
Wherein punching station adopts existing station structure, and the system is mainly improved to cutting station and flanging station, during use, will
Band cuts door-plate and is placed on 4 table top of supporting table, and door-plate is placed to cutting behind position, and driving means I drive upper cutter 2 to move down,
Coordinate 3 end of door plate of lower cutter to be cut, otch is neat, without burr, improve cut quality, cutting knife particular number can be according to reality
Border Production requirement is configured, such as 3-5 sets, all cutting knifes can be driven to carry out action simultaneously by a set of driving means I, once
Polylith door-plate is cut, production efficiency is high.
The door-plate that completes is cut Jing after punching station punching, flanging station lower template 10 is sent to, in place after, flanging squeezes block
Door-plate corresponding part press-in flanging groove 12 is carried out squeezing side by 11, and after the completion of squeezing side, flanging driving means drive shifting folding on upper die plate 9
Side is squeezed block 11 and is resetted, and removes the door-plate after flanging by operator, proceeds the flanging of next piece of door-plate.
Embodiment 2：
The present embodiment is additionally arranged door-plate briquetting to cut station on the basis of embodiment 1, and door-plate briquetting is by driving dress
II is put located at cutting above platform, during preventing cutting edge, the door-plate of non-cutting edge part is upwarped, door-plate briquetting is set which is entered
Row compresses positioning, while to prevent the interference between compact heap and the crowded block 11 of flanging, both adopt separate driving means,
Driving means I and driving means II can adopt separate cylinder, electric cylinders or oil cylinder.
Claims (10)
1. a kind of freezer door-plate production system, cuts station, punching station and flanging station including what is be sequentially arranged, and its feature exists
In the station that cuts includes cutting platform and at least a set of cutting knife, and the cutting knife includes the upper cutter being oppositely arranged and incision
Knife, upper cutter connect driving means I, described to cut correspondence often one group of supporting table of set cutting knife setting, lower cutter and support on platform
Platform is set up in parallel, and concordant with supporting table table top, and the flanging station includes upper die plate and lower template, fixed on the upper die plate
Flanging squeezes block, and upper die plate connection flanging driving means, the lower template are provided with two ranks, and on highly less single order, correspondence flanging is squeezed
Block arranges flanging groove, and flanging groove notch height is concordant with another rank of lower template.
2. freezer door-plate production system according to claim 1, it is characterised in that arrange on the upper cutter and lower cutter
Escape.
3. freezer door-plate production system according to claim 1, it is characterised in that correspondence door-plate on the supporting table table top
Embedded transmission ball, supporting table both sides correspondence door-plate are arranged and cut centering body.
4. freezer door-plate production system according to claim 1, it is characterised in that the centering body that cuts includes a pair
Centering plate is cut, centering plate is cut and is set to inverted T-shape, cut centering plate level side both sides and be respectively provided with slotted hole, cut centering plate
It is fixed on by slotted hole and fixing bolt and is cut on platform.
5. freezer door-plate production system according to claim 1, it is characterised in that the station that cuts also includes door-plate pressure
Block, door-plate briquetting are located at by driving means II and are cut above platform.
6. freezer door-plate production system according to claim 1, it is characterised in that correspondence freezer door-plate in the lower template
Flanging centering body and flanging position-limit mechanism are set, and on flanging position-limit mechanism, correspondence door-plate arranges location switch, location switch string
Enter flanging driving means power circuit, flanging driving means connection controller.
7. freezer door-plate production system according to claim 6, it is characterised in that the flanging centering body includes a pair
Flanging centering plate, correspondence door-plate passes through U-lag respectively and fixing bolt is relative located at lower template both sides；The flanging squeezes block and passes through
Slotted hole and fixing bolt are fixed on upper die plate, and flanging groove is fixed in lower template by U-lag and fixing bolt.
8. freezer door-plate production system according to claim 7, it is characterised in that the flanging position-limit mechanism is included at least
One piece of limiting plate, located at flanging groove near the side of U-lag opening, every piece of limiting plate is arranged limiting plate near the one side of flanging groove
One photoswitch, all photoswitch series connection access flanging driving means power circuit.
9. freezer door-plate production system according to claim 1, it is characterised in that correspondence door-plate is arranged on the upper die plate
Compact heap, compresses tile height identical with flanging groove depth sum and the crowded tile height of flanging.
10. freezer door-plate production system according to claim 1, it is characterised in that the flanging is squeezed block and contacted with door-plate
One end be set to V-arrangement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620959613.2U CN206047605U (en) | 2016-08-26 | 2016-08-26 | Freezer door-plate production system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620959613.2U CN206047605U (en) | 2016-08-26 | 2016-08-26 | Freezer door-plate production system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206047605U true CN206047605U (en) | 2017-03-29 |
Family
ID=58382401
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620959613.2U Expired - Fee Related CN206047605U (en) | 2016-08-26 | 2016-08-26 | Freezer door-plate production system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206047605U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106112552A (en) * | 2016-08-26 | 2016-11-16 | 山东奥纳尔制冷科技有限公司 | Freezer door-plate production system |
-
2016
- 2016-08-26 CN CN201620959613.2U patent/CN206047605U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106112552A (en) * | 2016-08-26 | 2016-11-16 | 山东奥纳尔制冷科技有限公司 | Freezer door-plate production system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170329 Termination date: 20180826 |