CN207310116U - A kind of door pocket plate numerical control fluting comb tooth device - Google Patents
A kind of door pocket plate numerical control fluting comb tooth device Download PDFInfo
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- CN207310116U CN207310116U CN201721208804.6U CN201721208804U CN207310116U CN 207310116 U CN207310116 U CN 207310116U CN 201721208804 U CN201721208804 U CN 201721208804U CN 207310116 U CN207310116 U CN 207310116U
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- China
- Prior art keywords
- door pocket
- pocket plate
- rack
- numerical control
- comb tooth
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Abstract
The utility model discloses a kind of door pocket plate numerical control fluting comb tooth device,Including rack,Multiple conveying rollers are provided with the rack,Transfer passage is formed between the conveying roller to transmit door pocket plate,The rack both sides are respectively arranged with milling flutes mechanism,Broach mechanism is carried out at the same time door pocket plate groove milling and broach processing to realize,Cantilever lever is additionally provided with the rack,The cantilever lever is located above conveying roller,And it is arranged in parallel with transfer passage,Multiple pinch rollers are rotatably provided with to compress door pocket plate on the cantilever lever lower surface,The utility model labor intensity is low,Production efficiency is high,Personnel cost is low,Groove milling,Broach processing is synchronous to be carried out,Active force is cancelled out each other,High precision machining,Rack type cutter moves change positioning along guide rail automatically,Without shutdown adjustment cutter,Cutter adjust automatically positions,Automatically Machining Instruction is sent.
Description
Technical field
A kind of fluting comb tooth device is the utility model is related to, is more specifically said, is related to a kind of door pocket plate numerical control fluting comb
Tooth device.
Background technology
Indoor wooden door is made of door pocket, door leaf, fastening wire three-major-items, in order to improve production efficiency, takes componentization to produce, square
Shape face door pocket is one of them.At present, groove milling broach processing, its shortcoming are carried out successively using two vertical milling equipment after door pocket edge sealing
It is：Labor intensity is big, low production efficiency, and about 350 sets when production capacity 8 is small within one day, production needs 3 operators, personnel cost phase
To larger；Groove milling, broach processing substep carry out, and machining accuracy is low；Need according to door pocket appearance and size and required door pocket shape, thing
First adjust cutter and pinch roller and by grid, the change of door pocket width, which must be shut down, readjusts cutter；Cutter adjusting error is big, door pocket
Between splicing effect it is poor.
The utility model is synchronously carried out using both sides groove milling, broach, and automatic bar code scanning, rack type cutter automatic positioning, is realized
Single-piece flowing water presses the operation of beat gap on transfer matic, reduces labor intensity significantly, efficient, one day 8 it is small when 500 sets, operation
Worker only needs 1 people.
Utility model content
In order to solve above-mentioned prior art problem, the utility model, which provides, has that labor intensity is low, with short production cycle, processing
A kind of door pocket plate numerical control fluting comb tooth device of the technical characterstic such as precision height and work efficiency height.
To achieve these goals, the utility model is achieved through the following technical solutions：
A kind of door pocket plate numerical control is slotted comb tooth device, including rack, and multiple conveying rollers are provided with the rack, described
Transfer passage is formed between conveying roller to transmit door pocket plate, the rack both sides be respectively arranged with milling flutes mechanism, broach mechanism with
Realization is carried out at the same time door pocket plate groove milling and broach processing, cantilever lever is additionally provided with the rack, the cantilever lever is positioned at defeated
Send above roller, and be arranged in parallel with transfer passage, multiple pinch rollers are rotatably provided with to press on the cantilever lever lower surface
Tight door pocket plate.
As an improvement the milling flutes mechanism includes No.1 motor, the No.1 motor is fixed in rack, described one
Be arranged with number machine shaft can up and down adjustment grooving cutter, the broach mechanism includes cross slid platform, on the cross slid platform
No. two motors are installed, rack type cutter is arranged with No. two machine shafts, the cross slid platform is connected with controller, the control
Device processed is connected with code reader, and the code reader, which is swept, takes bar code information on different door pocket plates to be transferred to controller, the controller control
Cross slid platform movement processed is to adjust rack type cutter position.
As an improvement further include rack-mounted chamfered cutter, the chamfered cutter is along door pocket edges of boards
Move and cut door pocket plate.
As an improvement being provided with automatic telescopic link between the pinch roller and cantilever lever, pressure is provided with the pinch roller
Inductor, the pressure inductor are electrically connected with automatic telescopic link.
As an improvement one layer of soft colloid is provided with the pinch roller.
As an improvement setting limit switches on the transfer passage, the limit switch is electrically connected with conveying roller
Connect, when limit switch contacts door pocket, limit switch disconnects, and conveying roller stops operating.
Beneficial effect：Labor intensity is low, and production efficiency is high, one day 8 it is small when can produce 500 sets, operator only needs 1
People, personnel cost are low；Groove milling, the synchronous progress of broach processing, active force are cancelled out each other, high precision machining；Door pocket is through bar code scan
Afterwards, automatic adjusting tool positions, and into programme-control, rack type cutter moves change positioning along guide rail automatically, without shutdown adjustment knife
Tool, sends Machining Instruction automatically.
Brief description of the drawings
Fig. 1 is the utility model front view；
Fig. 2 is the utility model top view.
Embodiment
Below in conjunction with Figure of description, the utility model is described in further detail, but the utility model be not limited to
Lower embodiment.
A kind of specific embodiment for comb tooth device of slotting as shown in Figs. 1-2 for door pocket plate numerical control, a kind of door pocket of the embodiment
Plate numerical control is slotted comb tooth device, including rack 1, and multiple conveying rollers 2, described 2 structures of conveying roller are provided with the rack 1
Into transfer passage 3 to transmit door pocket plate, 1 both sides of rack are respectively arranged with milling flutes mechanism 4, broach mechanism 5 to realize on the door
Cage plate is carried out at the same time groove milling and broach processing, is additionally provided with cantilever lever 6 in the rack 1, the cantilever lever 6 is located at conveying roller
2 tops, and be arranged in parallel with transfer passage 3, multiple pinch rollers 7 are rotatably provided with 6 lower surface of cantilever lever to compress
Door pocket plate；
A kind of door pocket plate numerical control fluting comb tooth device of the utility model, including rack 1, are provided with multiple defeated in rack 1
Roller 2 is sent, transfer passage 3 is formed between conveying roller 2, door pocket plate is put into the leftmost side (initiating terminal) of transfer passage 3, it is multiple defeated
When sending the roller 2 synchronously to rotate clockwise, transfer passage 3 starts to transmit door pocket plate until position to be processed, in the both sides of rack 1 point
Milling flutes mechanism 4 and broach mechanism 5 are not provided with, and milling flutes mechanism 4 and broach mechanism 5 carry out groove milling respectively to door pocket plate both sides at the same time
Processed with broach, due to groove milling, the synchronous progress of broach processing, door pocket plate double side acting power is cancelled out each other so that door pocket plate groove milling
With broach high precision machining, a cantilever lever 6 is additionally provided with rack 1, cantilever lever 6 is arranged on the top of conveying roller 2, and outstanding
Armed lever 6 is arranged in parallel with transfer passage 3, and multiple pinch rollers 7 are rotatably provided with the lower surface of cantilever lever 6, are treated when by multiple
The door pocket plate of processing is spaced apart the leftmost side (initiating terminal) of transfer passage 3 successively, and conveying roller 2 is synchronous at the same time to be turned clockwise
It is dynamic, when door pocket plate is close to milling flutes mechanism 4 and broach mechanism 5, from left to right first by first pinch roller on 6 lower surface of cantilever lever
7 compress, and pinch roller 7 is rubbed under door pocket plate mobile status with rotation to avoid pinch roller 7 and door pocket plate upper surface, when pinch roller 7
After compressing door pocket plate, as door pocket plate continues to be transmitted, during by milling flutes mechanism 4 and broach mechanism 5, door pocket both sides start to distinguish
Groove milling and broach processing, with the groove milling of door pocket plate both sides and the lengthening distance of broach, compress the pressure more crossed on door pocket plate upper surface
Wheel 7 so that door pocket plate is in stable condition, and groove milling and broach high precision machining, door pocket plate are spaced apart transfer passage 3 successively
Time difference is consistent with preceding process PUR automatic glue-sprayings and rear process door pocket plate engagement time difference so that each door pocket is individually fixed
Position processing.
As an improvement embodiment, the milling flutes mechanism 4 includes No.1 motor 8, and the No.1 motor 8 is fixed on machine
On frame 1, be arranged with 8 shaft of No.1 motor can up and down adjustment grooving cutter 9, the broach mechanism 5 includes cross slid platform
10, No. two motors 11 are installed on the cross slid platform 10, are arranged with rack type cutter 12 in 11 shaft of No. two motors, described ten
Word slide unit 10 is connected with controller, and the controller is connected with code reader, and the code reader, which is swept, takes bar code on different door pocket plates to believe
Breath is transferred to controller, and the controller control cross slid platform 10 is moved to adjust 12 position of rack type cutter；As shown in Figs. 1-2, milling
Groove mechanism 4 includes No.1 motor 8, and No.1 motor 8 is fixed in rack 1 vertically, and being arranged with 8 shaft of No.1 motor can be upper and lower
The grooving cutter 9 of adjusting is used for door pocket side Xiyanping injection, when needing to adjust groove milling size, directly manually adjusts grooving cutter 9
Position to reach the groove milling size of process requirements, broach mechanism 5 includes cross slid platform 10, No. two is provided with cross slid platform 10
Motor 11, rack type cutter 12 is arranged with No. two 11 shafts of motor and is used to process door pocket side broach, cross slid platform 10 is connected with
Controller, controller are connected with code reader, are adhesive with the bar code for including processing request information on each door pocket plate to be added, sweep
Code device, which is swept, takes on different door pocket plates bar code information to be transferred to controller, controller by the information of acquisition control cross slid platform 10 into
The corresponding movement of row, the adjustment of 12 position of rack type cutter is realized by the movement of cross slid platform 10, door pocket plate is after bar code scan, automatically
Cutter positioning is adjusted, into programme-control, rack type cutter moves change positioning along guide rail automatically, without shutdown adjustment cutter so that
Work efficiency is high, and adjustment accuracy is high, reduces the production cycle, while rack type cutter can automatically adjust trickle distance change,
The depth change of broach is accurate so that back segment process, the door pocket accuracy of mesh are high.
As an improvement embodiment, further include the chamfered cutter 13 in rack 1, the chamfered cutter
13 move along door pocket edges of boards and cut door pocket plate；As shown in Figs. 1-2, in the rack 1 on milling flutes mechanism 4 and the right side of broach mechanism 5
Chamfered cutter 13 is also equipped with, the cutter of chamfered cutter 13 is obliquely installed, and chamfered cutter 13 moves simultaneously along door pocket edges of boards
Cut door pocket plate.
As an improvement embodiment, automatic telescopic link 13, the pinch roller 7 are provided between the pinch roller 7 and cantilever lever 6
On be provided with pressure inductor, the pressure inductor is electrically connected with automatic telescopic link 13；It is provided between pinch roller 7 and cantilever lever 6
Automatic telescopic link 13, is provided with pressure inductor on pinch roller 7, pressure inductor is electrically connected with automatic telescopic link 13, works as feeling of stress
When answering the device to sense that pressure is excessive between pinch roller 7 and door pocket plate, automatic telescopic link 13 can move up, if pressure inductor senses
When pressure is too small between pinch roller 7 and door pocket plate, automatic telescopic link 13 can move down, by moving up and down for automatic telescopic link 13,
So that pressure is adjusted between pinch roller 7 and door pocket plate so that door pocket plate groove milling and broach precision higher.
As an improvement embodiment, be provided with one layer of soft colloid on the pinch roller 7；One layer is provided with pinch roller 7
Soft colloid, by soft colloid pinch roller 7 can to avoid door pocket plate lateral sliding, even if when groove milling, broach synchronous processing,
Door pocket plate double side acting power cannot cancel out each other completely, will not affect greatly.
As an improvement embodiment, limit switches 14 are set on the transfer passage 3, the limit switch 14 with
Conveying roller 2 is electrically connected, and when limit switch 14 contacts door pocket plate, limit switch 14 disconnects, and conveying roller 2 stops operating；Such as figure
Shown in 1-2, limit switches 14 are set, limit switch 14 is electrically connected with conveying roller 2, and limit switch 14 leans on transfer passage 3
Nearly chamfered cutter 13 is set, and when limit switch 14 contacts door pocket plate, limit switch 14 disconnects, and conveying roller 2 stops operating,
At this time, chamfered cutter 13 moves along door pocket edges of boards and cuts door pocket plate, and cutting accuracy is high.
Finally it should be noted that the utility model is not limited to above example, there can also be many variations.This area
The those of ordinary skill's all deformations that directly can export or associate from the utility model disclosure, be considered as
The scope of protection of the utility model.
Claims (6)
- The comb tooth device 1. a kind of door pocket plate numerical control is slotted, it is characterised in that：Including rack (1), it is provided with the rack (1) more A conveying roller (2), transfer passage (3) is formed between the conveying roller (2) to transmit door pocket plate, rack (1) both sides point Milling flutes mechanism (4), broach mechanism (5) are not provided with to realize that groove milling and broach are carried out at the same time to door pocket plate processes, the rack (1) it is additionally provided with cantilever lever (6) on, the cantilever lever (6) is located above conveying roller (2), and parallel with transfer passage (3) sets Put, multiple pinch rollers (7) are rotatably provided with to compress door pocket plate on cantilever lever (6) lower surface.
- A kind of 2. door pocket plate numerical control fluting comb tooth device according to claim 1, it is characterised in that：The milling flutes mechanism (4) No.1 motor (8) is included, the No.1 motor (8) is fixed in rack (1), is arranged with No.1 motor (8) shaft Can up and down adjustment grooving cutter (9), the broach mechanism (5) includes cross slid platform (10), installed on the cross slid platform (10) There are No. two motors (11), rack type cutter (12) is arranged with No. two motors (11) shaft, the cross slid platform (10) is connected with Controller, the controller are connected with code reader, and the code reader, which is swept, takes bar code information on different door pocket plates to be transferred to controller, The controller controls cross slid platform (10) mobile to adjust rack type cutter (12) position.
- A kind of 3. door pocket plate numerical control fluting comb tooth device according to claim 2, it is characterised in that：Further include the machine of being installed on Chamfered cutter (14) on frame (1), the chamfered cutter (14) move along door pocket edges of boards and cut door pocket plate.
- A kind of 4. door pocket plate numerical control fluting comb tooth device according to claim 2, it is characterised in that：The pinch roller (7) with Automatic telescopic link (13) is provided between cantilever lever (6), pressure inductor, the pressure inductor are provided with the pinch roller (7) It is electrically connected with automatic telescopic link (13).
- A kind of 5. door pocket plate numerical control fluting comb tooth device according to claim 2, it is characterised in that：On the pinch roller (7) It is provided with one layer of soft colloid.
- A kind of 6. door pocket plate numerical control fluting comb tooth device according to claim 1, it is characterised in that：The transfer passage (3) limit switches (15) are set on, and the limit switch (15) is electrically connected with conveying roller (2), limit switch (15) contact During door pocket plate, limit switch (15) disconnects, and conveying roller (2) stops operating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721208804.6U CN207310116U (en) | 2017-09-20 | 2017-09-20 | A kind of door pocket plate numerical control fluting comb tooth device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721208804.6U CN207310116U (en) | 2017-09-20 | 2017-09-20 | A kind of door pocket plate numerical control fluting comb tooth device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207310116U true CN207310116U (en) | 2018-05-04 |
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ID=62383286
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721208804.6U Active CN207310116U (en) | 2017-09-20 | 2017-09-20 | A kind of door pocket plate numerical control fluting comb tooth device |
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| Country | Link |
|---|---|
| CN (1) | CN207310116U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114800764A (en) * | 2021-08-23 | 2022-07-29 | 河南欧派门业有限责任公司 | Edge sealing process for paint-baking door pocket |
-
2017
- 2017-09-20 CN CN201721208804.6U patent/CN207310116U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114800764A (en) * | 2021-08-23 | 2022-07-29 | 河南欧派门业有限责任公司 | Edge sealing process for paint-baking door pocket |
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