CN105081489A - Synchronous swinging type wire cutting machine - Google Patents
Synchronous swinging type wire cutting machine Download PDFInfo
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- CN105081489A CN105081489A CN201510496146.4A CN201510496146A CN105081489A CN 105081489 A CN105081489 A CN 105081489A CN 201510496146 A CN201510496146 A CN 201510496146A CN 105081489 A CN105081489 A CN 105081489A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23H—WORKING OF METAL BY THE ACTION OF A HIGH CONCENTRATION OF ELECTRIC CURRENT ON A WORKPIECE USING AN ELECTRODE WHICH TAKES THE PLACE OF A TOOL; SUCH WORKING COMBINED WITH OTHER FORMS OF WORKING OF METAL
- B23H7/00—Processes or apparatus applicable to both electrical discharge machining and electrochemical machining
- B23H7/02—Wire-cutting
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23H—WORKING OF METAL BY THE ACTION OF A HIGH CONCENTRATION OF ELECTRIC CURRENT ON A WORKPIECE USING AN ELECTRODE WHICH TAKES THE PLACE OF A TOOL; SUCH WORKING COMBINED WITH OTHER FORMS OF WORKING OF METAL
- B23H7/00—Processes or apparatus applicable to both electrical discharge machining and electrochemical machining
- B23H7/02—Wire-cutting
- B23H7/08—Wire electrodes
- B23H7/10—Supporting, winding or electrical connection of wire-electrode
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Abstract
A synchronous swinging type wire cutting machine comprises a machine base, an upper rear guide wheel seat, a lower rear guide wheel seat, an upper wire guiding mechanism and a lower wire guiding mechanism. The upper wire guiding mechanism comprises an upper wire rack and an upper front guide wheel seat, and further comprises a vertical moving mechanism, a front and rear moving mechanism, a left and right moving mechanism, an upper sliding block, a lower sliding block and a swinging rod. A perpendicular plane which is formed through the upper wire rack and a lower wire rack in a static manner and is perpendicular to the horizontal plane serves as a ZU plane, and a plane which is perpendicular to the ZU plane and the horizontal plane serves as a VZ plane. The upper wire guiding mechanism and the lower wire guiding mechanism rotate in the ZU plane by taking the center line of the lower wire rack as the axis. The upper wire guiding mechanism moves forwards or backwards in the ZU plane, and the upper front guide wheel seat and the lower front guide wheel seat move synchronously in the ZU plane. The upper wire guiding mechanism and the lower wire guiding mechanism can move synchronously, adjustment of the included angle of a molybdenum wire and the horizontal line can be achieved only by setting in a control device, and automatic adjustment is achieved; the upper wire guiding mechanism can move forwards or backwards relative to the lower wire guiding mechanism, the guide wheel seats of the upper wire guiding mechanism and the lower wire guiding mechanism rotate, and therefore the included angle between the molybdenum wire and the horizontal line can be formed; and use and operation are convenient.
Description
Technical field
The present invention relates to a kind of wire cutting machine, the line cutting mill that especially tapering is adjustable.
Background technology
Currently available technology, a kind of wire cutting machine, comprises support, upper rear wheel stand, lower rear wheel stand, upper thread guide mechanism and lower thread guide mechanism, and upper thread guide mechanism comprises wire reeling rack and wheel stand of going forward, lower wire mechanism comprises inserting rack and lower leading wheel seat, and lower rear wheel stand is fixedly connected with support; After upper, wheel stand coordinates with upper thread guide mechanism.Existing problems are: regulate tapering inconvenient.
Summary of the invention
The object of the invention is: provide a kind of synchronous oscillating wire cutting machine, it has and regulates tapering accurately and easily feature.
The present invention is achieved in that a kind of synchronous oscillating wire cutting machine, comprise support, upper rear wheel stand, lower rear wheel stand, upper thread guide mechanism and lower thread guide mechanism, upper thread guide mechanism comprises wire reeling rack and wheel stand of going forward, lower wire mechanism comprises inserting rack and lower leading wheel seat, and lower rear wheel stand coordinates with lower thread guide mechanism; After upper, wheel stand coordinates with upper thread guide mechanism; Its special character is: also comprise reciprocating mechanism, movable mechanism, left/right movement device, top shoe, sliding block and fork,
The described structure that moves up and down is fixed on a support, and support is fixedly connected with base, and reciprocating mechanism is connected with movable mechanism, and movable mechanism is connected with left/right movement device, and left/right movement device is fixedly connected with the wire reeling rack of described upper thread guide mechanism;
Upper and lower slide block has fork hole, fork is provided with linear bearing in hole; Upper and lower slide block and fork are slidably matched;
Described upper thread guide mechanism is connected with upper rear wheel stand, and upper rear wheel stand is fixedly connected with top shoe, and described lower thread guide mechanism coordinates with sliding block; Sliding block is connected with lower rear wheel stand with lower thread guide mechanism; Inserting rack is fixedly connected with support;
With the vertical plane perpendicular to horizontal plane formed when wire reeling rack and inserting rack static state for ZU plane, be VZ plane with ZU plane orthogonal and with the plane of horizontal plane;
With the center line of inserting rack for axle, upper and lower thread guide mechanism is at VZ Plane Rotation; Upper thread guide mechanism moves forward or backward in ZU plane, and go forward wheel stand and lower leading wheel seat are synchronously at ZU rotation with in surface.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described upper thread guide mechanism also comprises main shaft, upper connecting rod, upper secondary U-shaped frame and upper main U-shaped frame, and upper pair, upper main U-shaped frame are setting up and down;
Described wire reeling rack and upper main shaft pivot joint, upper main shaft one end is fixedly connected with upper main U-shaped frame, the other end is fixedly connected with upper rear wheel stand; In upper connecting rod one end and top shoe pivot joint, the other end, secondary U-shaped frame is solidly connected; Top shoe and upper rear wheel stand pivot joint; To go forward wheel stand and the pivot joint of upper major and minor U-shaped frame;
Described lower thread guide mechanism also comprises lower main axis, lower link, lower main U-shaped frame and lower secondary U-shaped frame, and lower major and minor U-shaped frame is setting up and down; Lower main axis and inserting rack pivot joint, lower main axis one end and lower rear wheel stand pivot joint, lower main U-shaped frame is fixedly connected with the other end of lower main axis, and lower link one end is fixedly connected with lower secondary U-shaped frame with sliding block pivot joint, the other end, lower leading wheel seat and the pivot joint of lower major and minor U-shaped frame.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described in wheel stand of going forward from top to bottom be disposed with guide wheel, guider and water nozzle plate, guider has V-shaped groove,
The lower end of described V flute profile two side intersecting lens is directly crossing with the axis of go forward wheel stand and upper main U-shaped frame pivoted hole.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described guider is fixedly connected with wheel stand of going forward, and arranges described V-shaped groove perpendicular on the wall of horizontal plane.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described in wheel stand of going forward from top to bottom be disposed with guide wheel and water nozzle plate, guide wheel has V-shaped groove,
The horizontal point of contact of described V flute profile two side intersecting lens is directly crossing with the axis of go forward wheel stand and upper main U-shaped frame pivoted hole.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described lower leading wheel seat is from bottom to top disposed with lower tumbler, lower guider and lower water nozzle plate, and lower guider has V-shaped groove,
The upper end of described V flute profile two side intersecting lens is directly crossing with the axis of lower leading wheel seat and lower main U-shaped frame pivoted hole.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described lower guider is fixedly connected with lower leading wheel seat, arranges described V-shaped groove perpendicular on the wall of horizontal plane.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described lower leading wheel seat is from bottom to top disposed with lower tumbler and lower water nozzle plate, and lower tumbler has V-shaped groove,
The horizontal point of contact of described V flute profile two side intersecting lens is directly crossing with the axis of lower leading wheel seat and lower main U-shaped frame pivoted hole.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described left/right movement device comprises motor, moves left and right seat, nut, left and right nut seat, left and right screw rod and left and right drive seat,
Described nut is fixed on the nut seat of left and right, left and right nut seat with move left and right seat and be fixedly connected with; Left and right screw rod and left and right drive seat pivot joint, move left and right seat and are fixedly connected with described wire reeling rack;
Described movable mechanism comprises motor, movable seat, nut, front and back nut seat, front and back screw rod and front and back and drives seat,
Nut is fixed on the nut seat of front and back, and front and back nut seat is fixedly connected with movable seat, and front and back screw rod and left and right drive seat pivot joint, and movable seat drives seat to be fixedly connected with left and right; Front and back drive seat to be connected with reciprocating mechanism.
Described a kind of synchronous oscillating wire cutting machine, its special character is: described left/right movement device also comprises two guide rods and sliding shoe,
Two ends and the left and right of guide rods drive seat to be fixedly connected with, and sliding shoe and guide rods are slidably matched, and sliding shoe is fixedly connected with left and right nut seat, sliding shoe with move left and right seat and be fixedly connected with.
A kind of synchronous oscillating wire cutting machine of the present invention, owing to adopting such structure, upper and lower thread guide mechanism can synchronous axial system, and regulate molybdenum wire and the angle of level, only need arrange in control device, realization regulates automatically; Upper thread guide mechanism can move forward or backward relative to lower thread guide mechanism, and the wheel stand in upper and lower thread guide mechanism rotates, thus makes molybdenum wire and horizontal plane have an angle.Use easy to operate.
Accompanying drawing explanation
Fig. 1 is stereogram of the present invention.
Fig. 2 is left view of the present invention.
Fig. 3 is front view of the present invention.
Fig. 4 is sectional perspective exploded view of the present invention.
Fig. 5 is that the present invention moves up and down one of three-dimensional exploded view of structure, left/right movement device and movable Mechanism Combination.
Fig. 6 is the three-dimensional exploded view two that the present invention moves up and down structure, left/right movement device and movable Mechanism Combination.
Fig. 7 is three-dimensional coordinate figure of the present invention.
Fig. 8 is the local state figure after the upper and lower thread guide mechanism of the present invention rotates.
Fig. 9 is the state diagram of wheel stand and lower leading wheel seat of going forward after the present invention moves forward and backward mechanism action.
Figure 10 be in the present invention thread guide mechanism move forward after state diagram.
Figure 11 is the partial perspective cutaway view of thread guide mechanism in the present invention.
Figure 12 is the partial view of thread guide mechanism in the present invention.
Figure 13 is the partial front elevation view of the another kind of embodiment of thread guide mechanism in the present invention.
Figure 14 is the partial perspective cutaway view of thread guide mechanism under the present invention.
Figure 15 is the partial front elevation view of the another kind of embodiment of thread guide mechanism under the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of synchronous oscillating wire cutting machine, comprise support 1, upper rear wheel stand 2A, lower rear wheel stand 2B, upper thread guide mechanism and lower thread guide mechanism, upper thread guide mechanism comprises wire reeling rack 31 and wheel stand 32 of going forward, lower wire mechanism comprises inserting rack 41 and lower leading wheel seat 42, and lower rear wheel stand 2B coordinates with lower wire mechanism; After upper, wheel stand 2A coordinates with upper thread guide mechanism.
Also comprise reciprocating mechanism 5, movable mechanism 6, left/right movement device 7, top shoe 81, sliding block 82 and fork 9,
The described structure 5 that moves up and down is fixed on a support 10, support 10 is fixedly connected with base 1, reciprocating mechanism 5 is connected with movable mechanism 6, and movable mechanism 6 is connected with left/right movement device 7, and left/right movement device 7 is fixedly connected with the wire reeling rack 31 of described upper thread guide mechanism;
Upper and lower slide block 81,82 has fork hole, and fork is provided with linear bearing in hole; Upper and lower slide block 81,82 and fork 9 are slidably matched;
Described upper thread guide mechanism is connected 2A with upper rear wheel stand, and upper rear wheel stand 2A is fixedly connected with top shoe 81, and described lower thread guide mechanism coordinates with sliding block 82; Sliding block 82 is connected with lower rear wheel stand 2B with lower thread guide mechanism;
As shown in Figure 7, with the vertical plane perpendicular to horizontal plane formed when wire reeling rack 31 and inserting rack 41 static state for ZU plane, be VZ plane with ZU plane orthogonal and with the plane of horizontal plane;
With the center line of inserting rack 41 for axle, upper and lower thread guide mechanism is at VZ Plane Rotation; Upper thread guide mechanism moves forward or moves backward in ZU plane, and go forward wheel stand 32 and lower leading wheel seat 42 are synchronous at ZU rotation with in surface.Reciprocating mechanism 5 is known technology.
Described upper thread guide mechanism also comprises main shaft 33, upper connecting rod 34, upper secondary U-shaped frame 351 and upper main U-shaped frame 352, upper pair, upper main U-shaped frame 351,352 setting up and down;
Described wire reeling rack 31 and the pivot joint of upper main shaft 33, upper main shaft 33 one end is fixedly connected with upper main U-shaped frame 352, the other end is fixedly connected with upper rear wheel stand 2A; In upper connecting rod 34 one end and top shoe 81 pivot joint, the other end, secondary U-shaped frame 351 is solidly connected; Top shoe 81 and upper rear wheel stand 2A pivot joint; To go forward wheel stand 32 and upper pair, the pivot joint of upper main U-shaped frame 351,352;
Described lower thread guide mechanism also comprises lower main axis 43, lower link 44, lower main U-shaped frame 451 and lower secondary U-shaped frame 452, lower master, lower secondary U-shaped frame 451,452 setting up and down; Inserting rack 41 is fixedly connected with support 1, lower main axis 43 and inserting rack 41 pivot joint, lower main axis 43 and lower rear wheel stand 2B pivot joint, lower main U-shaped frame 451 is fixedly connected with the other end of lower main axis 43, lower link 44 one end is fixedly connected with sliding block 82, the other end is fixedly connected with lower secondary U-shaped frame 452, lower leading wheel seat 42 and lower master, the pivot joint of lower secondary U-shaped frame 451,452.
As shown in Figure 11, Figure 12, described in go forward wheel stand 32 is from top to bottom disposed with guide wheel (not shown), guider 321 and water nozzle plate 322, guider 321 has V-shaped groove 3211,
The lower end of described V flute profile 3211 two side intersecting lens 3212 is directly crossing with the axis 323 of go forward wheel stand 32 and upper main U-shaped frame 352 pivoted hole;
Wheel stand 32 of going forward as described in Figure 13 is from top to bottom disposed with guide wheel 32A and water nozzle plate 322, and guide wheel 32A has V-shaped groove,
The horizontal point of contact 32B of described V flute profile two side intersecting lens is directly crossing with the axis of go forward wheel stand 32 and upper main U-shaped frame 352 pivoted hole.
As shown in figure 14, described lower leading wheel seat 42 is from top to bottom disposed with lower water nozzle plate 421, lower guider 422 and lower tumbler (not shown), and lower guider 422 has V-shaped groove 4221,
The upper end of described V flute profile 4221 two side intersecting lens is directly crossing with the axis 423 of lower leading wheel seat 42 and lower main U-shaped frame 451 pivoted hole.
Described lower guider 422 is fixedly connected with lower leading wheel seat 42, perpendicular to the wall of horizontal plane being arranged described V-shaped groove 4221.
As shown in figure 15: described lower leading wheel seat 42 is from bottom to top disposed with lower tumbler 42A and lower water nozzle plate 421, and lower tumbler 42A has V-shaped groove;
The horizontal point of contact 42B of described V flute profile two side intersecting lens is directly crossing with the axis of lower leading wheel seat 42 and lower main U-shaped frame 451 pivoted hole.
Upper thread guide mechanism moves forward or backward, and upper block seat clockwise or when rotating counterclockwise, lower tumbler seat clockwise or when rotating counterclockwise, guarantee cusp position is constant.
Described left/right movement device 7 comprises motor (not shown), moves left and right seat 71, nut, left and right nut seat 72, left and right screw rod (not shown) and left and right drive seat 73,
Described nut is fixed on left and right nut seat 72, left and right nut seat 72 with move left and right seat 71 and be fixedly connected with; Left and right screw rod and left and right drive seat 73 pivot joint, move left and right seat 71 and are fixedly connected with described wire reeling rack 31;
Further improvement as left/right movement device: described left/right movement device 7 also comprises two guide rods 74 and sliding shoe 75,
Two ends and the left and right of guide rods 74 drive seat 73 to be fixedly connected with, and sliding shoe 75 and guide rods 75 are slidably matched, and sliding shoe 75 is fixedly connected with left and right nut seat 72, and sliding shoe 75 is fixedly connected with the counterbore 71 moving left and right seat 71.
Described movable mechanism 6 comprises motor, movable seat 61, nut, front and back nut seat 62, front and back screw rod and front and back and drives seat 63,
Nut is fixed on front and back nut seat 62, and front and back nut seat 62 is fixedly connected with movable seat 61, and front and back screw rod and left and right drive seat 63 pivot joint, and movable seat 61 drives seat 73 to be fixedly connected with left and right; Front and back drive seat to be connected with reciprocating mechanism 5 with 61.
Described movable mechanism 6 also comprises two guide rods 64 and sliding shoe 65,
The two ends of front and back guide post 64 drive seat 73 to be fixedly connected with front and back, and sliding shoe 65 and guide rods 75 are slidably matched, and sliding shoe 65 is fixedly connected with left and right nut seat 62, and sliding shoe 65 is fixedly connected with the counterbore of movable seat 61.
Described reciprocating mechanism 5 comprises and moves up and down bar 51, and base 52, nut seat 53 and screw rod 54 up and down, base 52 is fixing over the mount 10.
In use, operating control device, sets tapering size, i.e. the size of cone angle in the present invention; Start left/right movement device, left/right movement device action, left/right movement device drives wire reeling rack 31, and wire reeling rack 31 acts on main shaft 33; After upper, wheel stand 2A, top shoe 81, wire reeling rack, upper main shaft 33, upper connecting rod 34, upper pair, upper main U-shaped frame 351,352 are integrally, and the axis around the lower main axis 43 of lower thread guide mechanism rotates and rotates clockwise, and top shoe 81 slides on fork 9;
Meanwhile, sliding block 82, lower rear wheel stand 2B, lower link 44, the axis both clockwise of lower main U-shaped frame 451 around lower main axis 43 together with lower secondary U-shaped frame 452 rotate; Stop when turning to the cone angle of setting; As shown in Figure 8, go forward wheel stand 32 and lower leading wheel seat 42 has rotated clockwise a cone angle.By the action of left/right movement device, molybdenum wire also have rotated a cone angle.
State as shown in Figure 1 and Figure 2, operating control device, setting tapering size, the i.e. size of cone angle; Start movable mechanism, movable mechanism acts on left/right movement device, and left/right movement device acts on wire reeling rack 31, and upper rear wheel stand 2A, top shoe 81 and upper conductor mechanism, as dotted arrow direction in Fig. 2, move right; Fork 9 and top shoe 81 rotate clockwise, and due to top shoe 81 and upper rear wheel stand 2A pivot joint, upper connecting rod 34 is with top shoe pivot joint and relatively rotate, and wheel stand 32 of going forward rotates clockwise; Whole course of action forms four bar course of action; State as shown in Figure 10.
Fork 9, sliding block 82 rotate clockwise, and lower link 44 acts on lower secondary U-shaped frame 452, and lower secondary U-shaped frame 452 pulls lower leading wheel seat 42 to rotate clockwise; When reaching the cone angle of setting, the state of go forward wheel stand 32 and lower leading wheel seat 42, as shown in Figure 9.
Above-described is only preferred embodiments of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the principles of the present invention, can also make some improvement and modification, this is also considered as protection scope of the present invention.
Claims (10)
1. a synchronous oscillating wire cutting machine, comprise support, upper rear wheel stand, lower rear wheel stand, upper thread guide mechanism and lower thread guide mechanism, upper thread guide mechanism comprises wire reeling rack and wheel stand of going forward, and lower wire mechanism comprises inserting rack and lower leading wheel seat, and lower rear wheel stand coordinates with lower thread guide mechanism; After upper, wheel stand coordinates with upper thread guide mechanism; It is characterized in that: also comprise reciprocating mechanism, movable mechanism, left/right movement device, top shoe, sliding block and fork,
The described structure that moves up and down is fixed on a support, and support is fixedly connected with base, and reciprocating mechanism is connected with movable mechanism, and movable mechanism is connected with left/right movement device, and left/right movement device is fixedly connected with the wire reeling rack of described upper thread guide mechanism;
Upper and lower slide block has fork hole, fork is provided with linear bearing in hole; Upper and lower slide block and fork are slidably matched;
Described upper thread guide mechanism is connected with upper rear wheel stand, and upper rear wheel stand is fixedly connected with top shoe, and described lower thread guide mechanism coordinates with sliding block; Sliding block is connected with lower rear wheel stand with lower thread guide mechanism; Inserting rack is fixedly connected with support;
With the vertical plane perpendicular to horizontal plane formed when wire reeling rack and inserting rack static state for ZU plane, be VZ plane with ZU plane orthogonal and with the plane of horizontal plane;
With the center line of inserting rack for axle, upper and lower thread guide mechanism is at VZ Plane Rotation; Upper thread guide mechanism moves forward or backward in ZU plane, and go forward wheel stand and lower leading wheel seat are synchronously at ZU rotation with in surface.
2. a kind of synchronous oscillating wire cutting machine according to claim 1, is characterized in that: described upper thread guide mechanism also comprises main shaft, upper connecting rod, upper secondary U-shaped frame and upper main U-shaped frame, and upper pair, upper main U-shaped frame are setting up and down;
Described wire reeling rack and upper main shaft pivot joint, upper main shaft one end is fixedly connected with upper main U-shaped frame, the other end is fixedly connected with upper rear wheel stand; In upper connecting rod one end and top shoe pivot joint, the other end, secondary U-shaped frame is solidly connected; Top shoe and upper rear wheel stand pivot joint; To go forward wheel stand and the pivot joint of upper major and minor U-shaped frame;
Described lower thread guide mechanism also comprises lower main axis, lower link, lower main U-shaped frame and lower secondary U-shaped frame, and lower major and minor U-shaped frame is setting up and down; Lower main axis and inserting rack pivot joint, lower main axis one end and lower rear wheel stand pivot joint, lower main U-shaped frame is fixedly connected with the other end of lower main axis, and lower link one end is fixedly connected with lower secondary U-shaped frame with sliding block pivot joint, the other end, lower leading wheel seat and the pivot joint of lower major and minor U-shaped frame.
3. a kind of synchronous oscillating wire cutting machine according to claim 2, is characterized in that: described in wheel stand of going forward from top to bottom be disposed with guide wheel, guider and water nozzle plate, guider has V-shaped groove,
The lower end of described V flute profile two side intersecting lens is directly crossing with the axis of go forward wheel stand and upper main U-shaped frame pivoted hole.
4. a kind of synchronous oscillating wire cutting machine according to claim 3, is characterized in that: described guider is fixedly connected with wheel stand of going forward, arranges described V-shaped groove perpendicular on the wall of horizontal plane.
5. a kind of synchronous oscillating wire cutting machine according to claim 2, is characterized in that: described in wheel stand of going forward from top to bottom be disposed with guide wheel and water nozzle plate, guide wheel has V-shaped groove,
The horizontal point of contact of described V flute profile two side intersecting lens is directly crossing with the axis of go forward wheel stand and upper main U-shaped frame pivoted hole.
6. a kind of synchronous oscillating wire cutting machine according to claim 2, is characterized in that: described lower leading wheel seat is from bottom to top disposed with lower tumbler, lower guider and lower water nozzle plate, and lower guider has V-shaped groove,
The upper end of described V flute profile two side intersecting lens is directly crossing with the axis of lower leading wheel seat and lower main U-shaped frame pivoted hole.
7. a kind of synchronous oscillating wire cutting machine according to claim 6, is characterized in that: described lower guider is fixedly connected with lower leading wheel seat, arranges described V-shaped groove perpendicular on the wall of horizontal plane.
8. a kind of synchronous oscillating wire cutting machine according to claim 2, is characterized in that: described lower leading wheel seat is from bottom to top disposed with lower tumbler and lower water nozzle plate, lower tumbler has V-shaped groove,
The horizontal point of contact of described V flute profile two side intersecting lens is directly crossing with the axis of lower leading wheel seat and lower main U-shaped frame pivoted hole.
9. a kind of synchronous oscillating wire cutting machine according to claim 1,2,3,4 or 5, is characterized in that: described left/right movement device comprises motor, moves left and right seat, nut, left and right nut seat, left and right screw rod and left and right drive seat,
Described nut is fixed on the nut seat of left and right, left and right nut seat with move left and right seat and be fixedly connected with; Left and right screw rod and left and right drive seat pivot joint, move left and right seat and are fixedly connected with described wire reeling rack;
Described movable mechanism comprises motor, movable seat, nut, front and back nut seat, front and back screw rod and front and back and drives seat,
Nut is fixed on the nut seat of front and back, and front and back nut seat is fixedly connected with movable seat, and front and back screw rod and left and right drive seat pivot joint, and movable seat drives seat to be fixedly connected with left and right; Front and back drive seat to be connected with reciprocating mechanism.
10. a kind of synchronous oscillating wire cutting machine according to claim 6, is characterized in that: described left/right movement device also comprises two guide rods and sliding shoe,
Two ends and the left and right of guide rods drive seat to be fixedly connected with, and sliding shoe and guide rods are slidably matched, and sliding shoe is fixedly connected with left and right nut seat, sliding shoe with move left and right seat and be fixedly connected with.
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| CN201510496146.4A CN105081489B (en) | 2015-08-12 | 2015-08-12 | A kind of synchronous oscillating wire cutting machine |
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| CN112157326A (en) * | 2020-11-05 | 2021-01-01 | 泰州文杰数控设备有限公司 | Linear cutting medium-thread large-swing machine tool and using method thereof |
| CN115815719A (en) * | 2022-10-31 | 2023-03-21 | 东莞市品固精密五金制品有限公司 | High-precision metal wire cutting device |
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| CN106141346A (en) * | 2016-08-25 | 2016-11-23 | 广东大铁数控机械有限公司 | A kind of tapering swing arm stablizing wire transporting and use its wire cutting machine tool |
| CN106735651A (en) * | 2017-02-28 | 2017-05-31 | 苏州哈工乔德智能装备有限公司 | A kind of line cutting machine high intensity UV shaft drive |
| CN107081493A (en) * | 2017-07-03 | 2017-08-22 | 董靖 | A kind of wire cutting support |
| CN112157326A (en) * | 2020-11-05 | 2021-01-01 | 泰州文杰数控设备有限公司 | Linear cutting medium-thread large-swing machine tool and using method thereof |
| CN115815719A (en) * | 2022-10-31 | 2023-03-21 | 东莞市品固精密五金制品有限公司 | High-precision metal wire cutting device |
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| CN105081489B (en) | 2018-09-21 |
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