CN207824060U - A kind of multitool groover - Google Patents
A kind of multitool groover Download PDFInfo
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- CN207824060U CN207824060U CN201820177365.5U CN201820177365U CN207824060U CN 207824060 U CN207824060 U CN 207824060U CN 201820177365 U CN201820177365 U CN 201820177365U CN 207824060 U CN207824060 U CN 207824060U
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- tool apron
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Abstract
The utility model is related to a kind of multitool groovers, including lathe bed, rack, walking component, Y-axis component, Z axis component and knife rest, component of walking is arranged between lathe bed and rack, Y-axis component level is fixed on the rack, Z axis component is vertically arranged on Y-axis component, and knife rest is fixedly mounted on Z axis component；Knife rest upper edge Y-axis is equipped with the first tool apron group and the second tool apron group side by side, and apart from adjustable, the first tool apron group is fixedly mounted on knife rest for Y-axis between the first tool apron group and the second tool apron group；Second tool apron group is with respect to the Z axis size adjustable of knife rest, and respectively there are two tool aprons for connection in the first tool apron group and the second tool apron group.Such multitool groover can realize that one-pass can be completed at the same time the processing of two or four bar grooves, and Flexible Equipment is high, while distance is easy to adjust between tool apron, and adjusting machine time is short, and comprehensive process is efficient.
Description
Technical field
The utility model is related to groover, specifically a kind of multitool groover.
Background technology
Doorframe is also known as door cheek, is generally made of two vertical frames and upper ledge.It is also middle horizontal when door carries transom
Frame.Multiple leaf door then also has mullion.Doorframe is that door leaf, transom and wall contact component.Aluminum alloy doorframe is since its intensity is high, makes
The advantages that with year limit for length, increasingly favored by consumer and market, use scope constantly expands in recent years, therefore improves door
The production efficiency of frame is extremely urgent.
Aluminum alloy doorframe is generally formed by sheet metal bending.Before bending, certain usually using groover removal
Clout so that bending part can form regular right angle.In reality produces, for the difference of different doorframe or doorframe
Face, it may be necessary to multiple bending and a plurality of slot must be outputed.Existing doorframe groover often only installs single necking tool, knife rest
Walking can only once output a bar groove, when needing to output a plurality of slot, then need knife rest to be repeatedly processed back and forth, this is resulted in
Processing efficiency is very low.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of multitool groover, it can realize that one-pass can be simultaneously
The processing of two or four bar grooves is completed, Flexible Equipment is high, while distance is easy to adjust between tool apron, and adjusting machine time is short, comprehensive
It is high in machining efficiency.
In order to solve the above-mentioned technical problem, the technical scheme that the utility model is provided is as follows：
A kind of multitool groover, including lathe bed, rack, walking component, Y-axis component, Z axis component and knife rest, walking group
Part is arranged between lathe bed and rack, and Y-axis component level is fixed on the rack, and Z axis component is vertically arranged on Y-axis component, knife
Frame is fixedly mounted on Z axis component；Knife rest upper edge Y-axis is equipped with the first tool apron group and the second tool apron group, the first tool apron group side by side
And the second Y-axis between tool apron group, apart from adjustable, the first tool apron group is fixedly mounted on knife rest；Second tool apron group is with respect to knife rest
Respectively there are two tool aprons for connection in Z axis size adjustable, the first tool apron group and the second tool apron group.
It generally needs to output two or four bar grooves on Door frame board, using such structure, when only needing out two bar grooves,
Z axis size adjustable due to the second tool apron group with respect to knife rest can lift the second tool apron group to the adjustment of Z axis positive direction, individually
Keep the first tool apron group in running order；And when needing to process four bar grooves, it can first adjust Z of the second tool apron group with respect to knife rest
The distance of shaft size, then adjusts separately two tool aprons in the first tool apron group and two tool aprons in the second tool apron group are mutual
The distance between reach suitable position, keep the first tool apron group and the second tool apron group in running order simultaneously, it is primary to realize
Feed processes four bar grooves.And if selection goes to process one by one, it is difficult to be accurately positioned between slot to be processed and machined slot
Distance, precision machining can not ensure, while worker's toolsetting time is longer, substantially increases manufacturing cost.
Further, the first adjustment component of control Y-axis distance is provided between the first tool apron group and the second tool apron group.The
One adjustment component can quickly and easily adjust the position between the first tool apron group and the second tool apron group with respect to Y-axis, pass through control
The handwheel rotation set on the first adjustment component is set up, so that the screw rod being connect with handwheel on the first adjustment component is rotated, to band
Dynamic the second tool apron group being connect with screw rod moves in the Y-axis direction, shortens the toolsetting time of worker, improves the processing of equipment
Efficiency.
Further, the first tool apron group is with respect to the Y-axis size constancy of knife rest, two knives in the first tool apron group
Two between seat and knife rest and in the second tool apron group are respectively provided with second adjustment component between tool apron and knife rest.Using
Such structure, second adjustment component can conveniently and efficiently adjust two tool aprons and the second tool apron group in the first tool apron group
On the mutual position of two tool aprons, structure is identical as the first adjustment component, simply practical, substantially reduces worker's
The toolsetting time improves the processing efficiency of equipment.
Further, the second tool apron group includes fixed tool apron and movable tool apron, and fixed tool apron is fixedly connected with knife rest, living
Moving knife seat is movably arranged on fixed tool apron.It, will be in the second tool apron group by movable tool apron when only needing to process two bar grooves
Two tool aprons are moved away from machining area, easy to operate, quick.
Further, lathe bed includes pedestal, waist and table top, and the both ends of waist are separately connected pedestal and table top, lathe bed
In " I " fonts.
Further, walking component includes guide rail slide block component and rack and pinion assembly.Guide rail slide block component versatility
Good, convenient maintenance and replacement can directly be bought, and equipment manufacturing costs are low.Rack and pinion assembly transmission efficiency, bearing capacity
Greatly.
Further, guide rail slide block component includes the linear guide and linear slider, and the linear guide is fixedly mounted on pedestal
The both sides of top, linear slider are sleeved in the linear guide, and rack is mounted in linear slider.
Further, rack and pinion assembly includes rack and gear, and rack is fixedly mounted on the both sides below table top, tooth
The teeth portion of item faces pedestal, and gear is rotatably arranged in rack, wheel and rack engagement.It, can be with using such structure
The Y-axis size of equipment is effectively reduced, equipment complete machine structure is compacter.
Further, rack is gantry structure, and rack includes two legs and crossbeam, one end of two legs and crossbeam
It is fixedly connected, the other end of two legs is fixedly mounted in linear slider, and rotatable transmission is respectively equipped on two legs
Axis, gear are fixedly mounted on transmission shaft one end.Power is inputted from two transmission shafts respectively, two transmission shaft driven gear rotations,
Walking is completed in wheel and rack engagement, and such structure line of force closing ensures that lathe fluting is stablized, improves the machining accuracy of slot.
In conclusion such multitool groover, it can realize that one-pass can be completed at the same time two or four bar grooves
Processing, Flexible Equipment is high, while distance is easy to adjust between tool apron, and adjusting machine time is short, and comprehensive process is efficient.
Description of the drawings
Fig. 1 is the structural schematic diagram of the present embodiment multitool groover；
Fig. 2 is the left view of the present embodiment multitool groover；
Wherein, 1, lathe bed；11, pedestal；12, waist；13, table top；2, rack；21, leg；22, crossbeam；211, it is driven
Axis；3, walking component；31, the linear guide；32, linear slider；33, rack；34, gear；4, Y-axis component；5, Z axis component；6、
Knife rest；61, the first tool apron group；62, the second tool apron group；63, tool apron；64, the first adjustment component；65, second adjustment component；621
Fixed tool apron；622, movable tool apron.
Specific implementation mode
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
As shown in Figure 1, a kind of multitool groover, including lathe bed 1, rack 2, walking component 3, Y-axis component 4, Z axis component 5
And knife rest 6, walking component 3 are arranged between lathe bed 1 and rack 2, Y-axis component 4 is horizontally fixed in rack 2, Z axis component 5
It is vertically arranged on Y-axis component 4, knife rest 6 is fixedly mounted on Z axis component 5；6 upper edge Y-axis of knife rest is equipped with the first tool apron group side by side
61 and the second tool apron group 62, apart from adjustable, the first tool apron group 61 is solid for Y-axis between the first tool apron group 61 and the second tool apron group 62
Dingan County is on knife rest 6；The Z axis size adjustable of second tool apron group, 62 opposite knife rest 6, the first tool apron group 61 and the second tool apron group 62
On respectively connection there are two tool apron 63.
It generally needs to output two or four bar grooves on Door frame board, using such structure, when only needing out two bar grooves,
Due to the Z axis size adjustable of 62 opposite knife rest 6 of the second tool apron group, the second tool apron group 62 can be lifted to the adjustment of Z axis positive direction,
Individually keep the first tool apron group 61 in running order；And when needing to process four bar grooves, it can first adjust 62 phase of the second tool apron group
Then the distance of the Z axis size of cutter setting frame 6 adjusts separately two tool aprons 63 and the second tool apron group 62 in the first tool apron group 61
On two mutual distances of tool apron 63 reach suitable position, make the first tool apron group 61 and the second tool apron group 62 while being in
Working condition, to realize that one-pass processes four bar grooves.And if selection goes to process one by one, it is difficult to be accurately positioned and wait for
The distance between processing groove and machined slot, precision machining can not ensure, while worker's toolsetting time is longer, substantially increases system
Cause this.
Wherein, the first adjustment component 64 of control Y-axis distance is provided between the first tool apron group 61 and the second tool apron group 62.
The first adjustment component 64 can quickly and easily adjust the position with respect to Y-axis between the first tool apron group 61 and the second tool apron group 62
It sets, is rotated by controlling the handwheel being arranged on the first adjustment component 64, make the spiral shell being connect with handwheel on the first adjustment component 64
Bar rotates, to drive the second tool apron group 62 being connect with screw rod to move in the Y-axis direction.First tool apron group, 61 opposite knife rest 6
Y-axis size constancy, two knives between two tool aprons 63 and knife rest 6 in the first tool apron group 61 and in the second tool apron group 62
It is respectively provided with second adjustment component 65 between seat 63 and knife rest 6.Second adjustment component 65 can conveniently and efficiently adjust
The mutual position of two tool aprons 63 on two tool aprons 63 and the second tool apron group 62 in one tool apron group 61, structure and the
One adjustment component 64 is identical, simply practical, substantially reduces the toolsetting time of worker, improves the processing efficiency of equipment.
Second tool apron group 62 includes fixed tool apron 621 and movable tool apron 622, and fixed tool apron 621 is fixed with knife rest 6 to be connected
It connects, movable tool apron 622 is movably arranged on fixed tool apron 621.It, will by movable tool apron 622 when only needing to process two bar grooves
Two tool aprons 63 in second tool apron group 62 are moved away from machining area, easy to operate, quick.Many structures can be real in the prior art
This existing purpose, or even can realize the function of automatically controlling, relevant structure can apply in the present embodiment, therefore the present embodiment
In this class formation is not repeated.
In addition, lathe bed 1 includes pedestal 11, waist 12 and table top 13, the both ends of waist 12 are separately connected pedestal 11 and platform
Face 13, lathe bed 1 are in " I " fonts.
Component 3 of walking includes guide rail slide block component and rack and pinion assembly.Guide rail slide block component versatility is good, and repair is more
It changes conveniently, can directly buy, equipment manufacturing costs are low.Rack and pinion assembly transmission efficiency, large carrying capacity.
Guide rail slide block component includes the linear guide 31 and linear slider 32, and the linear guide 31 is fixedly mounted on the pedestal 11
The both sides of side, linear slider 32 are sleeved in the linear guide 31, and rack 2 is mounted in linear slider 32.
Rack and pinion assembly includes rack 33 and gear 34, and rack 33 is fixedly mounted on the both sides of 13 lower section of table top, tooth
The teeth portion of item 33 faces pedestal 11, and gear 33 is rotatably arranged in rack 2, and gear 34 is engaged with rack 33.Using in this way
Structure, the Y-axis size of equipment can be effectively reduced, equipment complete machine structure is compacter.
In the present embodiment, rack 2 is gantry structure, and rack 2 includes two legs 21 and crossbeam 22, two legs 21
One end is fixedly connected with crossbeam 22, and the other end of two legs 21 is fixedly mounted in linear slider 32, is divided on two legs 21
Not She You rotatable transmission shaft 211, gear 34 is fixedly mounted on 211 one end of transmission shaft.Power is respectively from two transmission shafts 211
Input, two transmission shafts 211 are rotated with moving gear 34, and gear 34 engages completion walking, such structure line of force envelope with rack 33
It closes, ensures that lathe fluting is stablized, improve the machining accuracy of slot..
In conclusion such multitool groover, it can realize that one-pass can be completed at the same time two or four bar grooves
Processing, Flexible Equipment is high, while distance is easy to adjust between tool apron 63, and adjusting machine time is short, and comprehensive process is efficient.
In short, the above is only the preferred embodiment of the utility model only, it is not intended to limit the utility model, it is all
All any modification, equivalent and improvement made within spirit of the present utility model and principle etc., should be included in this practicality
Within novel protection domain.
Claims (9)
1. a kind of multitool groover, it is characterised in that：Including lathe bed, rack, walking component, Y-axis component, Z axis component and knife
Frame, the walking component are arranged between lathe bed and rack, and the Y-axis component level is fixed on the rack, and the Z axis component is perpendicular
Straight to be arranged on Y-axis component, the knife rest is fixedly mounted on Z axis component；The knife rest upper edge Y-axis is equipped with the first tool apron side by side
Group and the second tool apron group, apart from adjustable, the first tool apron group is solid for Y-axis between the first tool apron group and the second tool apron group
Dingan County is on knife rest；The second tool apron group is with respect to the Z axis size adjustable of knife rest, the first tool apron group and the second tool apron group
On respectively connection there are two tool apron.
2. multitool groover described in accordance with the claim 1, it is characterised in that：Between the first tool apron group and the second tool apron group
It is provided with the first adjustment component of control Y-axis distance.
3. multitool groover according to claim 2, it is characterised in that：Y-axis ruler of the first tool apron group with respect to knife rest
It is very little constant, two two tool aprons between tool apron and knife rest and in the second tool apron group in the first tool apron group and knife rest it
Between be respectively provided with second adjustment component.
4. multitool groover described in accordance with the claim 3, it is characterised in that：The second tool apron group include fixed tool apron and
Movable tool apron, the fixed tool apron are fixedly connected with knife rest, and the activity tool apron is movably arranged on fixed tool apron.
5. according to the multitool groover described in claim 1-4 any one, it is characterised in that：The lathe bed includes pedestal, waist
The both ends of portion and table top, the waist are separately connected pedestal and table top, and the lathe bed is in " I " fonts.
6. multitool groover according to claim 5, it is characterised in that：The walking component include guide rail slide block component with
And rack and pinion assembly.
7. multitool groover according to claim 6, it is characterised in that：The guide rail slide block component include the linear guide with
And linear slider, the linear guide are fixedly mounted on the both sides above pedestal, the linear slider is sleeved in the linear guide,
The rack is mounted in linear slider.
8. multitool groover according to claim 7, it is characterised in that：The rack and pinion assembly includes rack and tooth
Wheel, the rack are fixedly mounted on the both sides below table top, and the teeth portion of the rack faces pedestal, and the gear is rotationally set
It sets in rack, the wheel and rack engagement.
9. multitool groover according to claim 8, it is characterised in that：The rack is gantry structure, the rack packet
Two legs and crossbeam are included, one end of described two legs is fixedly connected with crossbeam, and the other end of described two legs is fixed
In linear slider, rotatable transmission shaft is respectively equipped on described two legs, the gear is fixedly mounted on transmission
Axis one end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820177365.5U CN207824060U (en) | 2018-02-01 | 2018-02-01 | A kind of multitool groover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820177365.5U CN207824060U (en) | 2018-02-01 | 2018-02-01 | A kind of multitool groover |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207824060U true CN207824060U (en) | 2018-09-07 |
Family
ID=63396162
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820177365.5U Active CN207824060U (en) | 2018-02-01 | 2018-02-01 | A kind of multitool groover |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207824060U (en) |
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2018
- 2018-02-01 CN CN201820177365.5U patent/CN207824060U/en active Active
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