CN208033855U

CN208033855U - wire cutting machine

Info

Publication number: CN208033855U
Application number: CN201820346732.XU
Authority: CN
Inventors: 左林瑞
Original assignee: Shenzhen Kang Long Denture Technology Co Ltd
Current assignee: Shenzhen Kanglong Medical Technology Co ltd
Priority date: 2018-03-14
Filing date: 2018-03-14
Publication date: 2018-11-02
Anticipated expiration: 2028-03-14

Abstract

The utility model is related to wire cutting machine, solve the problems, such as that common wire cutting machine is difficult to workpiece to be added inclined to relatively horizontal orientation and cuts, its key points of the technical solution are that, including：Engine base；The bearing seat being carried on the engine base；The loading plate being carried on the bearing seat；Clamp assemblies that fixing end is rotationally connected with the loading plate, playing the role of carrying to machined part and be used to be clamped the workpiece to be added；The runner assembly for driving the movable end of the clamp assemblies to be rotated relative to the fixing end；The drive component for driving the bearing seat to be moved relative to the engine base；And it is carried on the engine base side and the cutting assembly for carrying out wire cutting to the workpiece to be added on the clamp assemblies, achieve the purpose that cut convenient for workpiece to be added inclined to relatively horizontal orientation.

Description

Wire cutting machine

Technical field

The utility model is related to metal material cutting technique field, more particularly to a kind of wire cutting machine.

Background technology

Wire cutting machine is the equipment for carrying out excision forming to machined part using the fine wire of continuous moving, common line Cutting machine can only be cut in the horizontal direction to machined part, need to treat workpiece when inclined direction is cut, usually It needs auxiliary tool to support workpiece to be added, and many inconvenience is brought to process, therefore have much room for improvement.

Utility model content

The purpose of this utility model is to provide wire cutting machine, convenient for being cut to the inclined workpiece to be added of relative level It cuts.

The above-mentioned technical purpose of the utility model technical scheme is that：A kind of wire cutting machine, packet It includes：Engine base；The bearing seat being carried on the engine base；

The loading plate being carried on the bearing seat；Fixing end be rotationally connected with the loading plate, rise to machined part Act on to carrying and be used to be clamped the clamp assemblies of the workpiece to be added；Drive the movable end of the clamp assemblies relatively described solid The runner assembly of fixed end rotation；The drive component for driving the bearing seat to be moved relative to the engine base；And it is carried on the machine Seat side and the cutting assembly for being used to carry out the workpiece to be added on the clamp assemblies wire cutting.

By using above-mentioned technical proposal, workpiece to be added is positioned on clamp assemblies, clamp assemblies are to machined part Clamping action makes workpiece to be added be not easy opposite engine base and shake, and drives the movable end of clamp assemblies to be relatively fixed by runner assembly End turns to the position suitable for processing, and cutting assembly acts and carries out wire cutting to machined part, while drive component driving is held It carries seat to move relative to engine base so that workpiece to be added is moved relative to cutting assembly, and then is cut into workpiece to be added for cutting assembly Provide shape, compared with common wire cutting machine, runner assembly driving clamp assemblies rotate and drive workpiece to be added to rotate and lead to Clamp assemblies are crossed to cut inclined workpiece to be added the mode of Workpiece clamping to be added convenient for staff.

The further setting of the utility model, the clamp assemblies include：It is rotationally connected with the rotor plate of the loading plate； Along the carrier bar of rotor plate sliding；Fixing assembling is in clamping on the carrier bar, for the workpiece to be added to be clamped Plate；Across the clamping screw of the carrier bar and the rotor plate；It is threadedly connected to the clamping screw and is connected to described turn The locking nut of movable plate；And to side of the carrier bar far from the rotor plate play the role of carrying, by the rotation The supporting plate of Component driver；The rotor plate is equipped with the sliding slot for passing through and sliding for the clamping screw.

By using above-mentioned technical proposal, relatively rotates plate and slide carrier bar so that carrier bar drives grip block to be moved to Suitable for the position being clamped to machined part, clamping screw is passed through into the sliding slot on carrier bar and rotor plate, and pass through locking Clamping screw is lock onto rotor plate by nut so that grip block carries out stable processing to machined part.

The further setting of the utility model, the runner assembly include：The driving cylinder being carried on the bearing seat； And it is threadedly connected to the output shaft of the driving cylinder and is connected to the abutting axis of the supporting plate lower surface.

By using above-mentioned technical proposal, driving cylinder pushes the movable end of supporting plate by abutting axis, and it is separate to abut axis It drives one end of cylinder to be slided with respect to supporting plate, and then the movable end of supporting plate is driven to be relatively fixed end rotation, and realizing will wait for Workpiece turns to the angle suitable for being cut.

The further setting of the utility model, the driving component include：Rotary type is assemblied in first on the engine base Lead screw；Drive the first handle of the first lead screw rotation；

It is fixed on the engine base and the first sliding rail positioned at first lead screw both sides；Rotary type is assemblied in described first Bar and the fixed seat slided along first sliding rail；Be carried on the fixed seat and rotary type be assemblied in it is the fixed seat, right The bearing seat plays the role of the second lead screw of carrying；Drive the second handle of the second lead screw rotation；And it is fixed on institute State fixed seat and the second sliding rail being located at second lead screw both sides, being slided for the bearing seat；First lead screw and institute The extending direction for stating the second lead screw is perpendicular.

By using above-mentioned technical proposal, the first lead screw of engine base pair and the first sliding rail play the role of carrying, by first-hand Handle drives the rotation of the first lead screw, and the first lead screw drives fixed seat to be moved relative to engine base, while fixed seat is moved along the first sliding rail, and So that fixed seat is not easy opposite engine base and shakes, the second lead screw of fixed seat pair and the second sliding rail play the role of carrying, pass through second-hand Handle drives the rotation of the second lead screw, and the second lead screw drives bearing seat to be moved relative to engine base, while bearing seat is moved along the second sliding rail, and So that bearing seat is not easy opposite engine base and shakes, the extending direction of the first lead screw and the second lead screw is vertical and is conducive to adjust workpiece to be added To the position for being suitable for being processed.

The further setting of the utility model, the cutting assembly include：It is carried on the vertical rails of the engine base side； The lateral arm being carried in the vertical rails；It is rotationally connected with the lateral arm and above the clamp assemblies , drive wire rotation driving wheel；Drive the driving motor of the driving wheel rotation；And it is carried on the bearing seat Driven wheel interior, for wire socket.

By using above-mentioned technical proposal, driving motor drives driving wheel rotation, and driving wheel drives wire rotation, driven Wheel plays the role of carrying to the other side of wire, and the wire of rotation is cut to machined part.

The further setting of the utility model, the axis that abuts abut one end of the supporting plate equipped with ball.

By using above-mentioned technical proposal, the frictional force abutted between axis and supporting plate is reduced by ball is set, into And supporting plate is pushed conducive to axis is abutted.

The further setting of the utility model, the supporting plate are equipped with the guide groove for ball sliding and inlay card.

By using above-mentioned technical proposal, guide groove plays the role of guiding and inlay card to abutting the ball on axis so that rolling Pearl is moved along what guide groove was stablized.

The further setting of the utility model is slidably connected on the carrier bar and is played to the side of the workpiece to be added The baffle of positioning action；The side of the baffle is equipped with the screw rod slided along the carrier bar；It is threaded on the screw rod The baffle is lock onto to the fixing nut of the carrier bar；The carrier bar is equipped with what the confession screw rod was passed through and slided Straight slot.

By using above-mentioned technical proposal, the side of baffle to machined part plays the role of keeping out, and is moved relative to carrier bar Screw rod is lock onto carrier bar by the position of baffle to the position for being suitable for playing the role of keeping out to machined part by fixing nut, So that baffle is not easy to move relative to carrier bar, and then that stablizes plays the role of keeping out to machined part.

In conclusion the utility model has the advantages that：

1. runner assembly driving clamp assemblies rotation and drive workpiece to be added to rotate and by clamp assemblies by workpiece to be added The mode of clamping cuts inclined workpiece convenient for staff；

2. ball is arranged on abutting axis and is conducive to push supporting plate；

3. assembling baffle on carrier bar to further preventing workpiece to be added to be slided with respect to carrier bar.

Description of the drawings

Fig. 1 is the structural schematic diagram of wire cutting machine in the utility model embodiment；

Fig. 2 is vertical rails in the utility model embodiment, lateral arm, driving motor, rotor plate, sliding slot, locking screw The connection relationship diagram of bolt, carrier bar, grip block and supporting plate；

Fig. 3 is rotor plate in the utility model embodiment, sliding slot, clamping screw, locking nut, baffle, carrier bar, leads to Slot, screw rod, fixing nut, supporting plate, guide groove, driving cylinder, the connection relationship diagram for abutting axis and ball；

Fig. 4 is the structural schematic diagram of drive component in the utility model embodiment.

Reference numeral：1, engine base；2, bearing seat；3, loading plate；4, clamp assemblies；41, rotor plate；411, sliding slot；42, it holds Carry bar；421, straight slot；43, grip block；44, clamping screw；45, locking nut；46, supporting plate；461, guide groove；5, rotating group Part；51, cylinder is driven；52, axis is abutted；6, drive component；61, the first lead screw；62, first handle；63, the first sliding rail；64, solid Reservation；65, the second lead screw；66, second handle；67, the second sliding rail；7, cutting assembly；71, vertical rails；72, lateral arm； 73, driving motor；8, ball；9, baffle；10, screw rod；11, fixing nut.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Embodiment：A kind of wire cutting machine, as shown in Figure 1, including：Engine base 1；The bearing seat 2 being carried on engine base 1；Pass through Bolt lock onto the loading plate 3 on bearing seat 2；Fixing end is rotationally connected with the clamp assemblies 4 on 3 top of loading plate；Driving carrying The movable end of plate 3 is relatively fixed the runner assembly 5 of end rotation；The drive component 6 that driving bearing seat 2 is moved relative to engine base 1；With And it is carried on 1 side of engine base and the cutting assembly 7 for carrying out wire cutting to the workpiece to be added on clamp assemblies 4, runner assembly The movable end of 5 driving clamp assemblies 4 is relatively fixed end rotation so that the workpiece relative level to be added that clamp assemblies 4 are clamped turns It is dynamic, and then cutting processing is carried out to inclined workpiece to be added convenient for cutting assembly 7.

As depicted in figs. 1 and 2, clamp assemblies 4 include：It is rotationally connected with the rotor plate 41 of loading plate 3；Along rotor plate 41 Extending direction is slidably connected to the carrier bar 42 of rotor plate 41；It lock onto carrier bar 42 by bolt and for workpiece to be added to be clamped Grip block 43；In conjunction with Fig. 3, the clamping screw 44 of carrier bar 42 and rotor plate 41 is passed through；Be threadedly connected to clamping screw 44 and It is connected to the locking nut 45 of rotor plate 41；And the support of supporting role is played to side of the sliding bar far from rotor plate 41 The lower face of plate 46, supporting plate 46 is equipped with runner assembly 5, offers on the extending direction of rotor plate 41 and is worn for clamping screw 44 The sliding slot 411 crossed and slided relatively rotates plate 41 and slides carrier bar 42 so that the drive grip block 43 of carrier bar 42, which is moved to, to be suitable for Clamping screw 44 is passed through the sliding slot 411 on carrier bar 42 and rotor plate 41, and passed through by the position being clamped to machined part Clamping screw 44 is lock onto rotor plate 41 by locking nut 45 so that grip block 43 carries out stable processing to machined part.

As shown in figures 1 and 3, the baffle that positioning action is played in side to machined part is slidably connected on carrier bar 42 9；The lower end of baffle 9 is welded with the screw rod 10 slided along carrier bar 42；It is threaded on screw rod 10 and baffle 9 is lock onto carrying The fixing nut 11 of plate 3；The extending direction of loading plate 3 offers the straight slot 421 for passing through and sliding for the screw rod 10, baffle 9 side to machined part plays the role of keeping out, and the position of 42 moving stop 9 of opposite carrier bar to suitable for playing to machined part Effect to be kept out, screw rod 10 is lock onto by carrier bar 42 by fixing nut 11 so that baffle 9 is not easy to move relative to carrier bar 42, And then that stablizes plays the role of keeping out to machined part.

As shown in figures 1 and 3, runner assembly 5 includes：The driving cylinder 51 being carried on bearing seat 2；And screw thread connects It is connected to the output shaft of driving cylinder 51 and is connected to the abutting axis 52 of 46 lower surface of supporting plate, driving cylinder 51 is by abutting axis 52 The movable end of supporting plate 46 is pushed, the one end of axis 52 far from driving cylinder 51 is abutted and is slided with respect to supporting plate 46, and then drive and hold The movable end of supporting plate 46 is relatively fixed end rotation, and realizes workpiece to be added turning to the angle for being suitable for being cut, and abuts axis 52 Upper end be equipped with ball 8, and the lower face machine-shaping of supporting plate 46 has the guide groove 461 for 8 inlay card of ball and sliding, The frictional force abutted between axis 52 and supporting plate 46 is reduced by ball 8 are set, and then conducive to abutting axis 52 to supporting plate 46 It is pushed, guide groove 461 plays the role of guiding and inlay card to abutting the ball 8 on axis 52 so that ball 8 is along guide groove 461 Stable movement.

As shown in Figure 1 and Figure 4, drive component 6 includes：Rotary type is assemblied in the first lead screw 61 on engine base 1；Driving first The first handle 62 that lead screw 61 rotates；It is fixed on engine base 1 and the first sliding rail 63 positioned at 61 both sides of the first lead screw；Rotary type assembles In the first lead screw 61 and along the fixed seat 64 of the first sliding rail 63 sliding；It is carried on fixed seat 64 and rotary type is assemblied in fixed seat 64 The second lead screw 65；The second handle 66 for driving the second lead screw 65 to rotate；And it is fixed on fixed seat 64 and is located at the second lead screw Second sliding rail 67 of 65 both sides；The extending direction of first lead screw 61 and the second lead screw 65 is perpendicular, and engine base 1 is to 61 He of the first lead screw First sliding rail 63 plays the role of carrying, drives the rotation of the first lead screw 61, the first lead screw 61 to drive fixed seat by first handle 62 64 move relative to engine base 1, while fixed seat 64 is moved along the first sliding rail 63, and so that fixed seat 64 is not easy opposite engine base 1 and shakes, Fixed seat 64 plays the role of carrying to the second lead screw 65 and the second sliding rail 67, and 65 turns of the second lead screw is driven by second handle 66 Dynamic, the second lead screw 65 drives bearing seat 2 to be moved relative to engine base 1, while bearing seat 2 is moved along the second sliding rail 67, and makes carrying Seat 2 is not easy opposite engine base 1 and shakes, and the extending direction of the first lead screw 61 and the second lead screw 65 is vertical and is conducive to adjust workpiece to be added extremely Suitable for processed position.

As depicted in figs. 1 and 2, cutting assembly 7 includes：It is carried on the vertical rails 71 of 1 side of engine base；It is carried on vertical cunning Lateral arm 72 on rail 71；It is rotationally connected with lateral arm 72 and positioned at the driving wheel of 4 top of clamp assemblies（It is not specific in figure Driving wheel is shown）；Drive the driving motor 73 of driving wheel rotation；And it is carried on the driven wheel in bearing seat 2（Do not show in figure Go out driven wheel）, lateral arm 72 is moved down by vertical rails 71, makes driving wheel close to driven wheel, and then is convenient for metal Silk braid is connected to driving wheel and driven wheel, after being socketed wire, moves up lateral arm 72 so that driving wheel and driven wheel will be golden Belong to silk stretching, driving motor 73 drives driving wheel rotation, driving wheel to drive wire rotation, the other side of the driven wheel to wire Play the role of carrying, the wire of rotation is cut to machined part.

The course of work and principle：Workpiece to be added is positioned on clamp assemblies 4, the folder of clamp assemblies 4 to machined part Tight effect makes workpiece to be added be not easy opposite engine base 1 and shake, and drives the movable end of clamp assemblies 4 relatively solid by runner assembly 5 Fixed end turns to the position suitable for processing, and cutting assembly 7 acts and carries out wire cutting to machined part, while drive component 6 drives Dynamic bearing seat 2 is moved relative to engine base 1 so that workpiece to be added is moved relative to cutting assembly 7, and then will be to be processed for cutting assembly 7 Part is cut into regulation shape, and compared with common wire cutting machine, runner assembly 5 drives the rotation of clamp assemblies 4 and drives to be processed Part is rotated and is cut to inclined workpiece to be added convenient for staff in such a way that clamp assemblies 4 are by Workpiece clamping to be added It cuts.

Claims

1. a kind of wire cutting machine, which is characterized in that including：

Engine base (1)；

The bearing seat (2) being carried on the engine base (1)；

The loading plate (3) being carried on the bearing seat (2)；

Fixing end be rotationally connected with the loading plate (3), play the role of carrying to machined part and for be clamped it is described to be added The clamp assemblies (4) of workpiece；

Drive the runner assembly (5) that the movable end of the clamp assemblies (4) is rotated relative to the fixing end；

Drive the bearing seat (2) relative to the mobile drive component (6) of the engine base (1)；And

It is carried on the engine base (1) side and for carrying out wire cutting to the workpiece to be added on the clamp assemblies (4) Cutting assembly (7).

2. wire cutting machine according to claim 1, which is characterized in that the clamp assemblies (4) include：

It is rotationally connected with the rotor plate (41) of the loading plate (3)；

The carrier bar (42) slided along the rotor plate (41)；

Fixing assembling is in grip block (43) on the carrier bar (42), for the workpiece to be added to be clamped；

Across the clamping screw (44) of the carrier bar (42) and the rotor plate (41)；

It is threadedly connected to the clamping screw (44) and is connected to the locking nut (45) of the rotor plate (41)；And

To the carrier bar (42) far from the rotor plate (41) side play the role of carrying, by the runner assembly (5) The supporting plate (46) of driving；

The rotor plate (41) is equipped with the sliding slot (411) for passing through and sliding for the clamping screw (44).

3. wire cutting machine according to claim 2, which is characterized in that the runner assembly (5) includes：

The driving cylinder (51) being carried on the bearing seat (2)；And

It is threadedly connected to the output shaft of the driving cylinder (51) and is connected to the abutting axis of the supporting plate (46) lower surface (52)。

4. wire cutting machine according to claim 1, which is characterized in that the driving component (6) includes：

Rotary type is assemblied in the first lead screw (61) on the engine base (1)；

Drive the first handle (62) of the first lead screw (61) rotation；

It is fixed on the engine base (1) and the first sliding rail (63) positioned at the first lead screw (61) both sides；

The fixed seat (64) that rotary type is assemblied in first lead screw (61) and is slided along first sliding rail (63)；

Be carried on the fixed seat (64) and rotary type be assemblied in the fixed seat (64), the bearing seat (2) is played and is held The second lead screw (65) of load effect；

Drive the second handle (66) of the second lead screw (65) rotation；And

Be fixed on the fixed seat (64) and positioned at the second lead screw (65) both sides, slided for the bearing seat (2) the Two sliding rails (67)；

The extending direction of first lead screw (61) and second lead screw (65) is perpendicular.

5. wire cutting machine according to claim 1, which is characterized in that the cutting assembly (7) includes;

It is carried on the vertical rails (71) of the engine base (1) side；

The lateral arm (72) being carried in the vertical rails (71)；

It is rotationally connected with the lateral arm (72) and masters above the clamp assemblies (4), driving wire rotation Driving wheel；

Drive the driving motor (73) of the driving wheel rotation；And

It is carried on driven wheel in the bearing seat (2), being socketed for the wire.

6. wire cutting machine according to claim 3, which is characterized in that the abutting axis (52) abuts the supporting plate (46) One end be equipped with ball (8).

7. wire cutting machine according to claim 6, which is characterized in that the supporting plate (46), which is equipped with, supplies the ball (8) guide groove (461) of sliding and inlay card.

8. wire cutting machine according to claim 2, which is characterized in that slidably connected to described on the carrier bar (42) Play the baffle (9) of positioning action in the side of workpiece to be added；

The side of the baffle (9) is equipped with the screw rod (10) slided along the carrier bar (42)；

The fixing nut (11) that the baffle (9) is lock onto to the carrier bar (42) is threaded on the screw rod (10)；

The carrier bar (42) is equipped with the straight slot (421) for passing through and sliding for the screw rod (10).