CN207310292U - A kind of cutting wire driving mechanism of jade linear cutting equipment - Google Patents
A kind of cutting wire driving mechanism of jade linear cutting equipment Download PDFInfo
- Publication number
- CN207310292U CN207310292U CN201721311808.7U CN201721311808U CN207310292U CN 207310292 U CN207310292 U CN 207310292U CN 201721311808 U CN201721311808 U CN 201721311808U CN 207310292 U CN207310292 U CN 207310292U
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- Prior art keywords
- wire
- transporting cylinder
- slide unit
- wire transporting
- leading screw
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Abstract
It the utility model is related to jade processing equipment field, more particularly to a kind of cutting wire driving mechanism of jade linear cutting equipment, including wire transporting cylinder, the second laterally steering mechanism, the 4th motor, screw drive mechanism and belt gear, second laterally steering mechanism is equipped with slide unit, slide unit is along the second laterally steering mechanism guiding movement, wire transporting cylinder is rotatably connected on above slide unit, 4th motor is sequentially connected with wire transporting cylinder and is rotated for driving wire transporting cylinder, screw drive mechanism is arranged on below slide unit, and belt gear is connected between screw drive mechanism and wire transporting cylinder.The utility model, rotated by the 4th motor driving wire transporting cylinder, screw drive mechanism is imparted power to by belt gear while wire transporting cylinder rotates, screw drive mechanism driving wire transporting cylinder laterally moves, the position that the cutting wire in wire transporting cylinder is drawn is set to remain in a fixed scope, so as to avoid cutting wire from being broken.
Description
Technical field
It the utility model is related to jade processing equipment field, the cutting wire driving of more particularly to a kind of jade linear cutting equipment
Mechanism.
Background technology
In existing jade process, it is cutting processing to have a procedure, is specifically cut into a bulk of jade more
Block, for this procedure step, existing linear cutting equipment, the mode rotated mostly just with motor driving wire transporting cylinder, band
The dynamic cutting wire movement being wrapped in wire transporting cylinder, is fed by workpiece, realizes cutting；The position of wire transporting cylinder remains not among these
Become, therefore for the cutting wire for being wrapped in wire transporting cylinder, its position drawn from wire transporting cylinder is occurring all the time
Conversion, this will cause cutting wire very big burden, easily make its fracture.
Utility model content
The purpose of this utility model is that in view of the deficiencies of the prior art, there is provided a kind of cutting wire of jade linear cutting equipment
Driving mechanism.
To solve the above problems, the utility model provides following technical scheme：
A kind of cutting wire driving mechanism of jade linear cutting equipment, including wire transporting cylinder, the second laterally steering mechanism, the 4th electricity
Machine, screw drive mechanism and belt gear, the second laterally steering mechanism are equipped with slide unit, and slide unit is along the second laterally steering machine
Structure guiding movement, wire transporting cylinder are rotatably connected on above slide unit, and the 4th motor is sequentially connected with wire transporting cylinder for driving wire transporting cylinder
Rotate, screw drive mechanism is arranged on below slide unit, and belt gear is connected between screw drive mechanism and wire transporting cylinder.
Further, the second laterally steering mechanism includes two the second cross slide ways being set up in parallel, every second
Two sliding blocks being slidably matched with it are equipped with cross slide way, slide unit is fixed on four sliding blocks.
Further, screw drive mechanism includes the 3rd nut seat and the second horizontal leading screw, and the 3rd nut seat is fixed
Set, slide unit bottom corresponds to the second horizontal leading screw and is fixed with two bearing blocks, and the second horizontal leading screw is fixed on described two bearings
In the bearing of seat, the second horizontal leading screw is interspersed in the 3rd nut seat and thread fitting therewith.
Further, belt gear includes the driving wheel being connected in wire transporting cylinder shaft, and is connected to the second horizontal stroke
To the driven wheel of leading screw end, belt is set between driving wheel and driven wheel.
Further, the wheel footpath of driving wheel is 1st/1st to six/5th of driven wheel wheel footpath.
Beneficial effect：A kind of cutting wire driving mechanism of jade linear cutting equipment of the utility model, is driven by the 4th motor
Dynamic wire transporting cylinder rotates, and screw drive mechanism is imparted power to by belt gear while wire transporting cylinder rotates, and leading screw drives
Motivation structure driving wire transporting cylinder laterally moves, and the position that the cutting wire in wire transporting cylinder is drawn is remained a fixed scope
It is interior, so as to avoid cutting wire from being broken.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram one of jade linear cutting equipment；
Fig. 2 is the dimensional structure diagram two of jade linear cutting equipment；
Fig. 3 is the dimensional structure diagram of feeding platform；
Fig. 4 is the schematic elevation view of feeding platform；
Fig. 5 is the dimensional structure diagram of hoistable platform；
Fig. 6 is the dimensional structure diagram of guide wheel mechanism；
Fig. 7 is the dimensional structure diagram one of cutting wire driving mechanism；
Fig. 8 is the dimensional structure diagram two of cutting wire driving mechanism；
Description of reference numerals：Rack 1, base 1a, diversion trench 1a1, fluid hole 1a2, supporting block 1a3, support column 1b, rectangle
Notch 1b1, feeding platform 2, the first horizontal leading screw 2a1, the first motor 2a2, first cross slide way 2b1, rotating disk 2c, T-slot
2c1, mounting bracket 2d, the second motor 2d1, hoistable platform 3, platform body 3a, horizontal support face 3a1, vertical supporting surface 3a2,
3rd motor 3b1, vertical leading screw 3b2, vertical guide 3c1, the second nut seat 3d, coupling block 3e, cutting wire driving mechanism 4, fortune
Silk cylinder 4a, the two the second cross slide way 4b1, the 4th motor 4c, the 3rd nut seat 4d1, the second horizontal leading screw 4d2, driving wheel
4e1, driven wheel 4e2, slide unit 4f, guide wheel mechanism 5, mounting bracket 5a, tensioning wheel 5b, wire-crossing wheel 5c, movable support 5d, line slideway
5e, cylinder 5f.
Embodiment
With reference to Figure of description and embodiment, specific embodiment of the utility model is described in further detail：
Referring to figs. 1 to a kind of jade linear cutting equipment shown in Fig. 8, including rack 1,1 lower part of rack be provided with into
To platform 2, it is also equipped with above feeding platform 2 to make the hoistable platform 3 of elevating movement in rack 1, is installed on hoistable platform 3
Guide wheel mechanism 5 can be also equipped with the cutting wire driving mechanism 4 of 3 synchronization lifting of hoistable platform, hoistable platform 3 by having, the guide wheel
A cutting wire is wound with mechanism 5 and cutting wire driving mechanism 4, the cutting wire draws a part by the guide wheel mechanism 5
Cutting wire is driven to be moved with certain speed to the direction of feed of feeding platform 2, and by cutting wire driving mechanism 4, jade
It can be placed on the feeding platform 2, drive jade itself feeding to realize cutting by feeding platform 2, and pass through hoistable platform 3
Elevating movement drives cutting wire lifting, and after one layer of jade of every cutting, cutting wire declines certain height, realizes jade layer by layer
Cutting.
The rack 1 includes base 1a and two support column 1b, and the base 1a is rectangular, and both sides are set inside base 1a
There are two diversion trench 1a1, diversion trench 1a1 that there are two inclined-planes set diagonally downward to other side direction, set between two inclined-planes
There is fluid hole 1a2, cooling device should be equipped with rack 1, spray coolant to cutting position, coolant passes through two diversion trenches
1a1 is imported in fluid hole 1a2, is recycled into the circulatory system；One is welded with the top of described two diversion trench 1a1
A stepped supporting block 1a3, the supporting block 1a3 have a horizontal upper surface, and described two support column 1b are solid respectively
It is scheduled on the upper surface of a supporting block 1a3.
The feeding platform 2 is arranged between two diversion trench 1a1 in rack 1, and feeding platform 2 includes laterally driven machine
Structure, the first laterally steering mechanism and rotating disk 2c, the rotating disk 2c, which is installed in the first laterally steering mechanism, passes through transverse direction
The driving of driving mechanism laterally moves；Jade is fixed on rotating disk 2c, while jade is fed, passes through the band of rotating disk 2c
Dynamic jade slowly rotates so that jade only needs the amount of feeding half, just can cut completion.
First laterally steering mechanism includes two first cross slide way 2b1 being set up in parallel, and first cross slide way 2b1 passes through
It is bolted in rack 1, the sliding block being slidably matched with it is equipped with every first cross slide way 2b1；Two first laterally
The mounting bracket 2d, the rotating disk 2c that rectangular frame structure is fixed with the sliding block of guide rail 2b1 are fixed on mounting bracket 2d's
Top；Rotating disk 2c can be along first cross slide way 2b1 guiding movements by mounting bracket 2d.
The transversal driving mechanism includes the first horizontal leading screw being fixed between two first cross slide way 2b1
2a1, the first horizontal leading screw 2a1 are located at the lower section of mounting bracket 2d, and first horizontal leading screw 2a1 is corresponded in rack 1 and is fixed with two
A bearing block, the both ends of the first horizontal leading screw 2a1 are fixed in the bearing of two bearing blocks；Transversal driving mechanism further includes first
Motor 2a2, is connected between the first motor 2a2 and the first horizontal leading screw 2a1 by shaft coupling, screw thread on the first horizontal leading screw 2a1
The first nut seat is connected with, the first nut seat is bolted on the bottom of mounting bracket 2d, the first motor 2a2 drivings first
Horizontal leading screw 2a1 is rotated, and drives the first nut seat to laterally move, mounting bracket 2d and rotating disk 2c are synchronous with the first nut seat
It is mobile；By way of leading screw driving, it is capable of the amount of feeding of point-device control jade.
The output terminal that the second motor 2d1, the second motor 2d1 is fixed with inside mounting bracket 2d runs through the top of mounting bracket 2d
Portion, rotating disk 2c are placed on the output terminal of the second motor 2d1 and are bolted connection；Rotating disk 2c is equipped with and is worn for bolt
Slotting counterbore.
The second motor 2d1 is Worm reduction motor, and the moment of torsion of turbine and worm decelerating motor is big, can be driven big
The jade low speed rotation of weight.
The upper surface of rotating disk 2c has been uniformly distributed circumferentially some T-slot 2c1, and T-slot 2c1 perforation rotating disks 2c's is outer
Circumferential wall；The effect of T-slot 2c1 is for stationary fixture.
The hoistable platform 3 includes platform body 3a, vertical driving mechanism and vertical guiding mechanism, the platform body
3a is installed on vertical guiding mechanism and is vertically moved by vertical driving mechanism.
The vertical guiding mechanism includes two vertical guide 3c1, and two vertical guide 3c1 are separately fixed at by bolt
On the front end face of one support column 1b, a sliding block coordinated with own slip, platform are equipped with each vertical guide 3c1
Body 3a is fixed on the sliding block of two vertical guide 3c1.
Vertical driving mechanism includes the 3rd motor 3b1 and vertical leading screw 3b2, and the vertical leading screw 3b2 is fixed on two branch
On one in dagger 1b, rectangular notch 1b1 is offered on support column 1b and is used to accommodate vertical driving mechanism, and in the square
V notch v 1b1 is internally provided with two bearing blocks, and the both ends of vertical leading screw 3b2 are fixed in the bearing of two bearing blocks, and the 3rd
Connected between motor 3b1 and vertical leading screw 3b2 by shaft coupling, the second nut seat 3d is threaded with vertical leading screw 3b2, the
Pass through the coupling block 3e connections of a L-type between two nut seat 3d and platform body 3a；3rd motor 3b1 drives vertical leading screw
3b2 is rotated, and drives the second nut seat 3d vertically to move, platform body 3a and the second nut seat 3d synchronizing movings；Pass through leading screw
The mode of driving, is capable of the adjustable height of point-device control platform body 3a.
The platform body 3a is welded to each other by some steel columns to be formed, and platform body 3a center sections form a level
The both sides of supporting surface 3a1, platform body 3a form respectively a vertical supporting surface 3a2；It is used to fix on the 3a1 of horizontal support face
Cutting wire driving mechanism 4, is used for stator ring mechanism 5 on two vertical supporting surface 3a2.
The cutting wire driving mechanism 4 includes wire transporting cylinder 4a, the second laterally steering mechanism, the 4th motor 4c, leading screw driving
Mechanism and belt gear, the second laterally steering mechanism are equipped with slide unit 4f, and slide unit 4f is oriented to along the second laterally steering mechanism
Mobile, wire transporting cylinder 4a is rotatably connected on above slide unit 4f, and the 4th motor 4c and wire transporting cylinder 4a is sequentially connected for driving wire transporting
Cylinder 4a is rotated, and screw drive mechanism is arranged on below slide unit 4f, and belt gear is connected to screw drive mechanism and wire transporting cylinder
Between 4a, screw drive mechanism is imparted power to by belt gear while wire transporting cylinder 4a is rotated, is driven by leading screw
Mechanism driving wire transporting cylinder 4a is laterally moved, and the position that the cutting wire on wire transporting cylinder 4a is drawn is remained that one fixed is put down
In face.
The second laterally steering mechanism includes two the second cross slide way 4b1, the second cross slide way 4b1 being set up in parallel
It is bolted on the horizontal support face 3a1 of platform body 3a, is equipped with every second cross slide way 4b1 and is slided with it
Two sliding blocks coordinated, slide unit 4f are fixed on four sliding blocks.
Screw drive mechanism includes the 3rd nut seat 4d1 and the second horizontal leading screw 4d2, and the 3rd nut seat 4d1 is fixed
On the platform body 3a below the 3a1 of horizontal support face, slide unit 4f bottoms correspond to the second horizontal leading screw 4d2 and are fixed with two bearings
Seat, the second horizontal leading screw 4d2 are fixed in the bearing of described two bearing blocks, and the second horizontal leading screw 4d2 is interspersed in the 3rd nut
In seat 4d1 and thread fitting therewith.
Belt gear, including the driving wheel 4e1 being connected in wire transporting cylinder 4a shafts, and it is connected to the second transverse wire
The driven wheel 4e2 of thick stick 4d2 ends, is set with belt, when wire transporting cylinder 4a is rotated, passes through skin between driving wheel 4e1 and driven wheel 4e2
Band rotates the second horizontal leading screw 4d2, and the cooperation of the second horizontal leading screw 4d2 and the 3rd nut seat 4d1, make the second horizontal leading screw
4d2 is moved relative to the 3rd nut seat 4d1, that is, drives slide unit 4f along the second cross slide way 4b1 guiding movements.
The wheel footpath of driving wheel 4e1 is 1st/1st to six/5th of driven wheel 4e2 wheel footpaths；So that slide unit 4f is slowly moved
It is dynamic.
The guide wheel mechanism 5 is installed on platform body 3a including two mounting brackets 5a, each mounting bracket 5a by bolt
A vertical supporting surface 3a2 on, a tensioning wheel 5b is mounted in the upper position of each mounting bracket 5a, in each installation
The bottom position of frame 5a is mounted on two wire-crossing wheel 5c, and cutting wire one end is fixed on one end of wire transporting cylinder 4a, and vertically
Then bypassed again around the tensioning wheel 5b and two wire-crossing wheel 5c on a mounting bracket 5a after winding multi-turn on wire transporting cylinder 4a
Two wire-crossing wheel 5c and tensioning wheel 5b on another mounting bracket 5a, the other end of last cutting wire is vertically on wire transporting cylinder 4a
Winding multi-turn is fixed on the other end of wire transporting cylinder 4a.Wire transporting cylinder 4a can rotating, particularly in the line close to cutting wire
Head position, changes rotation reversely, cutting wire is in the state persistently moved.
Each tensioning wheel 5b is corresponded on the mounting bracket 5a and is mounted on a movable support 5d, to taking on service jobs on mounting bracket 5a
Dynamic stent 5d is fixed with a line slideway 5e being vertically arranged, and line slideway 5e is equipped with the sliding block being slidably matched with it, described
Movable support 5d is fixed on the sliding block of line slideway 5e, and tensioning wheel 5b is installed on the lateral ends of movable support 5d, mounting bracket
Each movable support 5d is corresponded on 5a to be additionally provided with for driving its cylinder 5f along line slideway 5e guiding movements.
Line is crossed in the end face of the tensioning wheel 5b perpendicular to transverse direction, described two one high and one low arrangements of wire-crossing wheel 5c, eminence
Wheel 5c is located on the outside of mounting bracket 5a, and the end face of wire-crossing wheel 5c is parallel parallel to transverse direction, the end face of the wire-crossing wheel 5c of lower
In horizontal plane.
The above descriptions are merely preferred embodiments of the present invention, and not the technical scope of the utility model is made
Go out any restrictions, thus it is every any trickle amendment made according to the technical essence of the utility model to above example, equivalent
Change and modification, in the range of still falling within the technical solution of the utility model.
Claims (5)
- A kind of 1. cutting wire driving mechanism of jade linear cutting equipment, it is characterised in that：Laterally led including wire transporting cylinder (4a), second To mechanism, the 4th motor (4c), screw drive mechanism and belt gear, the second laterally steering mechanism is equipped with slide unit (4f), along the second laterally steering mechanism guiding movement, wire transporting cylinder (4a) is rotatably connected on above slide unit (4f) slide unit (4f), and the 4th Motor (4c) is sequentially connected with wire transporting cylinder (4a) and is rotated for driving wire transporting cylinder (4a), and screw drive mechanism is arranged on slide unit Below (4f), belt gear is connected between screw drive mechanism and wire transporting cylinder (4a).
- A kind of 2. cutting wire driving mechanism of jade linear cutting equipment according to claim 1, it is characterised in that：Second is horizontal Include two the second cross slide ways (4b1) being set up in parallel to guiding mechanism, be equipped with every second cross slide way (4b1) with Its two sliding block being slidably matched, slide unit (4f) are fixed on four sliding blocks.
- A kind of 3. cutting wire driving mechanism of jade linear cutting equipment according to claim 1, it is characterised in that：Leading screw drives Motivation structure includes the 3rd nut seat (4d1) and the second horizontal leading screw (4d2), the 3rd nut seat (4d1) fixed setting, slide unit (4f) bottom corresponds to the second horizontal leading screw (4d2) and is fixed with two bearing blocks, and the second horizontal leading screw (4d2) is fixed on described two In the bearing of bearing block, the second horizontal leading screw (4d2) is interspersed in the 3rd nut seat (4d1) and thread fitting therewith.
- A kind of 4. cutting wire driving mechanism of jade linear cutting equipment according to claim 3, it is characterised in that：Belt passes Motivation structure includes the driving wheel (4e1) being connected in wire transporting cylinder (4a) shaft, and is connected to the second horizontal leading screw (4d2) end Driven wheel (4e2), be set with belt between driving wheel (4e1) and driven wheel (4e2).
- A kind of 5. cutting wire driving mechanism of jade linear cutting equipment according to claim 4, it is characterised in that：Driving wheel The wheel footpath of (4e1) is 1st/1st to six/5th of driven wheel (4e2) wheel footpath.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721311808.7U CN207310292U (en) | 2017-10-11 | 2017-10-11 | A kind of cutting wire driving mechanism of jade linear cutting equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721311808.7U CN207310292U (en) | 2017-10-11 | 2017-10-11 | A kind of cutting wire driving mechanism of jade linear cutting equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207310292U true CN207310292U (en) | 2018-05-04 |
Family
ID=62429485
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721311808.7U Expired - Fee Related CN207310292U (en) | 2017-10-11 | 2017-10-11 | A kind of cutting wire driving mechanism of jade linear cutting equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207310292U (en) |
-
2017
- 2017-10-11 CN CN201721311808.7U patent/CN207310292U/en not_active Expired - Fee Related
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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: 20180504 Termination date: 20181011 |