CN107649624A - A kind of vertical wire enamelling cutting machine - Google Patents
A kind of vertical wire enamelling cutting machine Download PDFInfo
- Publication number
- CN107649624A CN107649624A CN201711155340.1A CN201711155340A CN107649624A CN 107649624 A CN107649624 A CN 107649624A CN 201711155340 A CN201711155340 A CN 201711155340A CN 107649624 A CN107649624 A CN 107649624A
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- CN
- China
- Prior art keywords
- upright frame
- vertical
- enamel
- transport mechanism
- covered wire
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F11/00—Cutting wire
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
A kind of vertical wire enamelling cutting machine, belongs to machining technique field.The present invention includes upright frame, the from top to bottom vertical position-limit mechanism and transport mechanism, the cutting mechanism on upright frame on upright frame；The transport mechanism includes preceding transport mechanism and rear transport mechanism；The cutting mechanism includes gripping base, is used in the gripping base clamping the holder of the enamel-covered wire come by transport mechanism transmission, the clamping motor of control holder action, on upright frame and in the laser cutter of the preceding transport mechanism with the rear two inter-agency positions of the transport mechanism before enamel-covered wire is transmitted and on upright frame and in the inductor of holder outlet side；The gripping base is connected on the upright frame by rotary shaft；The side of the upright frame sets enamel-covered wire collecting tank.The present invention is simple in construction, can save workshop space, improves enameled wire machining efficiency.
Description
Technical field
The present invention relates to machining technique field, more particularly to a kind of vertical wire enamelling cutting machine.
Background technology
Enamel-covered wire refers to by the use of insulated paint as insulating coating, for the plain conductor of coiling magnet coil, also referred to as electromagnetic wire.
Enamel-covered wire is divided into round wires and lenticular wire by insulation thickness, and it is the main former material of motor, electric, telecommunication and electronic instrument electromagnetism winding
Material.At present, existing enameled wire machining machine is laterally set, it is necessary to whole workbench builds processing machine, is taken
Hall space is big, can not also realize large-scale processing.
At present, enamel-covered wire transmission mechanism is usually that guide rail is separately provided in frame, the flatness between guide rail and frame
There is certain influence on the accurate and stability of transmission direction, and extra setting guide rail can increase extra maintenance cost.In addition,
Existing enamel-cover wire cutting can use blade to cut, and blade needs to keep certain sharpness, as nothing is changed in time after long-term use
Blade, enamel-cover wire cutting is imperfect or otch out-of-flatness, it is also necessary to artificial later stage reprocessing processing.
The content of the invention
The problem of present invention exists for prior art, it is proposed that one kind is simple in construction, space availability ratio is high, processing efficiency
High vertical wire enamelling cutting machine.
The technical scheme is that：
A kind of vertical wire enamelling cutting machine of the present invention, including it is upright frame, vertical spacing on upright frame from top to bottom
Mechanism and transport mechanism, the cutting mechanism on upright frame；The transport mechanism includes preceding transport mechanism and rear conveyer
Structure；The cutting mechanism include gripping base, in the gripping base be used for clamp by transport mechanism transmission Lai enamel-cover
The holder of line, the clamping motor of the control holder action, on upright frame and in the preceding transport mechanism
With the laser cutter of the rear two inter-agency positions of the transport mechanism before enamel-covered wire is transmitted and on upright frame
And in the inductor of holder outlet side；The gripping base is connected on the upright frame by rotary shaft；It is described vertical
The side of frame sets enamel-covered wire collecting tank.
Preferably, the vertical position-limit mechanism be included in the side of upright frame from top to bottom set up damper,
Vertical position-arresting disk group, bottombearing damper；The vertical position-arresting disk group includes the two left limit disk groups be arrangeding in parallel and right limit disk group；
The left limit disk group has multiple left limit disks arranged at equal intervals, and the right limit disk group has multiple arranges at equal intervals
Right limit disk；Left limit disk is put with the intertwining cropping of right limit；Formed with permission enamel-cover between left limit disk group and right limit disk group
The Vertical Channel of line in the vertical direction transmission.
Preferably, all left limit disks in the left limit disk group at Vertical Channel on outer point of contact and the right side
The line at outer point of contact of all right limit disks at Vertical Channel in position-arresting disk group is the vertical line to overlap.
Preferably, there is the left limit groove that limitation enamel-covered wire departs from the left limit disk；Have on the right limit disk
The right limit groove that restricted enamel-covered wire departs from.
Preferably, the preceding transport mechanism includes preceding transmission pedestal, is used to clamp enamel-covered wire in preceding transmission pedestal
Front clamp member, the preceding walking part on the preceding transmission pedestal, the front clamp of control front clamp member action drive electricity
The preceding travel driving motor of the length direction movement of chute of the walking part in upright frame before machine, control are described；Transmitted after described
Mechanism transmits pedestal after including, be located at after transmit and be used to clamp the rear clamping element of enamel-covered wire, the transmission base after described in pedestal
Walking part is in vertical machine after the rear clamping motor of rear walking part, the control rear clamping element action on seat, control are described
The rear travel driving motor of the length direction movement of the chute of frame.
Preferably, the front clamp member is divided into left and right gripping block, the left gripping block has presss from both sides with the right gripping block
Tight clamping left side, the right gripping block have the clamping right side clamped with the left gripping block, and the left side is upper
It is following flat and middle raised to right side direction is clamped；The right side is upper following flat, and centre is to away from a clamping left side
End face direction indent；The clamping left side is engaged to clamp enamel-covered wire with the clamping right side.
Preferably, clamping element or the holder have the structure as the front clamp member after described.
Preferably, part inclined projection of the upper and lower avris in the left side to centre；Avris above and below the right side
To the inclined indent in part of centre.
Preferably, the cutting machine also includes payingoff mechanism, the payingoff mechanism is relative to the vertical position-limit mechanism, biography
Mechanism and cutting mechanism are sent, located at the back side of the upright frame.
Preferably, the inductor includes the opposed laser pickoff for being distributed in upright frame width both sides and swashed
Optical transmitting set.
The invention has the advantages that：
A kind of vertical wire enamelling cutting machine of the present invention, it is simple in construction, more cutting machines, space availability ratio can be arranged in workshop
Height, automaticity are high.
Brief description of the drawings
Fig. 1 is a kind of structural representation of vertical wire enamelling cutting machine of the present invention；
Fig. 2 is front clamp member and the structural representation of front clamp pedestal in a kind of vertical wire enamelling cutting machine of the present invention；
Fig. 3 is the structural representation of gripping base and holder in a kind of vertical wire enamelling cutting machine of the present invention.
Embodiment
It is the specific embodiment of the present invention and with reference to accompanying drawing below, technical scheme is further described,
But the present invention is not limited to these embodiments.
Such as Fig. 1, a kind of vertical wire enamelling cutting machine of the present invention includes upright frame, is located at from top to bottom on upright frame 1
Vertical position-limit mechanism and transport mechanism, the cutting mechanism on upright frame, located at upright frame side enamel-covered wire receive
Collect groove.Lead is sequentially into vertical position-limit mechanism, transport mechanism from above upright frame for enamel-covered wire, when transport mechanism is by enamel-cover wire clamp
Hold when being delivered to precut position, cutting mechanism by enamel-covered wire be cut into pieces and after be sent into enamel-covered wire collecting tank 50, with
It is supplied to enamel-covered wire subordinate processing unit (plant).
To enable enamel-covered wire vertical and the straight subordinate's technique processing stand for being transferred to enamel-covered wire, add in order to improve subordinate
Work precision, otch is complete when such as cutting, or avoids clamping stagnation or skew occur during transmission, and vertical position-limit mechanism is set for this.It is described
Vertical position-limit mechanism is included in the side of upright frame 1 from top to bottom and sets up damper 2, vertical position-arresting disk group, lower damping
Device 4.Damper 2 and bottombearing damper 4 on being set respectively in vertical position-arresting disk group, to avoid enamel-covered wire in the vertical direction from taking off
From.The vertical position-arresting disk group includes the two left limit disk groups 31 and right limit disk group 32 be arrangeding in parallel, the left limit disk group
With multiple left limit disks arranged at equal intervals, the right limit disk group has multiple right limit disks arranged at equal intervals, left limit
Position disk is put with the intertwining cropping of right limit.
Under one embodiment, there is certain intervals, and the interval between the left limit disk group 31 and right limit disk group 32
Connect the passage for enamel-covered wire transmission, preferably Vertical Channel.So, under the limitation of each left and right position-arresting disk, in unwrapping wire
Enamel-covered wire is smoothed out with the fingers as far as possible directly, and ensure enamel-covered wire unwrapping wire on vertical direction.To avoid in unwrapping wire, enamel-covered wire limits from vertical
Depart from the mechanism of position, the height of the passage is no more than the diameter of single enamel-covered wire.Left limit in the left limit disk group 31
Disk, the right limit disk arrangement in the right limit disk group 32 be not easy it is loose, be unable to reach smooth out with the fingers it is flat, for this by the left limit disk
The compact arrangement of right limit disk in left limit disk and the right limit disk group 32 in group 31.Such as, the left limit disk group 31
Spacing distance between adjacent left limit disk is 0.75-0.8 times of right limit disk group diameter, adjacent in the right limit disk group
Spacing distance between right limit disk is 0.75-0.8 times of left limit disk group diameter.For ease of set, the left limit disk with
The size of the right limit disk is identical.
Under another embodiment, all left limit disks in left limit disk group 31 at Vertical Channel on outer point of contact with
And the line at outer point of contact of all right limit disks at Vertical Channel in right limit disk group 32 is that overlap vertical connects
Line.That is, the left limit disk group 31 is assemblied in two rows up and down with the right limit disk group 32 without spacing distance.Its
In, there is the left limit groove that limitation enamel-covered wire departs from the left limit disk, there is limitation enamel-covered wire to take off on the right limit disk
From right limit groove.The left limit groove is arranged on the circumferencial direction of left limit disk.The right limit groove is arranged on right limit disk
Circumferencial direction.The left limit groove can be avoided from this with the part that the right limit groove is the Vertical Channel, enamel-covered wire
Depart from vertical position-limit mechanism in groove, and transmitted vertically in the groove of limit position-limit mechanism vertically.In addition, the left limit disk group, institute
Its rotation can also be made by position-arresting disk group motor by stating right limit disk group, accelerate transmission, and be easy to enamel-covered wire to be transmitted thereon
When can effectively smooth out with the fingers it is straight.Left limit disk in the left limit disk group 31, the right limit disk arrangement in the right limit disk group 32
Be not easy it is loose, be unable to reach smooth out with the fingers it is flat, for this by the left limit disk in the left limit disk group 31 and the right limit disk group 32
The interior compact arrangement of right limit disk.Such as, the spacing distance between the adjacent left limit disk of the left limit disk group 31 is right limit
0.75-0.8 times of disk group diameter, the spacing distance between adjacent right limit disk in the right limit disk group is left limit disk group
0.75-0.8 times of diameter.For ease of setting, the left limit disk is identical with the size of the right limit disk.
Such as Fig. 1,2, steady, effectively in the vertical direction transmission is needed after unwrapping wire, conveyer is located on upright frame 1
Structure.The transport mechanism includes preceding transport mechanism 10 and rear transport mechanism 20.The preceding transport mechanism include preceding transmission pedestal 81,
It is used to clamp the front clamp member 82 of enamel-covered wire 5, the preceding walking on the preceding transmission pedestal 81 in preceding transmission pedestal 81
Chute of the walking part in upright frame 1 before part, the front clamp motor 84 of the control action of front clamp member 82, control are described
The preceding travel driving motor 85 of 11 length direction movement.It is described after transport mechanism include after transmit pedestal, be located at after transmit base
Seat is interior to be used to clamp the rear clamping element of enamel-covered wire, the rear walking part on the rear transmission pedestal, the control rear clamping element
The rear walking of the length direction movement of chute of the walking part in upright frame is driven after the rear clamping motor of action, control are described
Dynamic motor.The front clamp motor works asynchronously with the rear motor that clamps, the preceding travel driving motor and institute
State rear travel driving motor synchronous working.The preceding transport mechanism has identical structure with the rear transport mechanism, therefore, in the past
Exemplified by transport mechanism, referring to the drawings 2, the front clamp member 82 is divided to be had for left and right gripping block 821,822, the left gripping block 821
There is the clamping left side clamped with the right gripping block 822, the right gripping block 822 has to be clamped with the left gripping block 821
Clamping right side, the left side is and middle raised to right side direction is clamped to be upper following flat；The right side is upper
It is following flat and middle to away from clamping left side direction indent；The clamping left side is engaged with the clamping right side
To clamp enamel-covered wire.The steadiness clamped is further improved, avoids enamel-covered wire from departing from gripping block.The upper and lower avris in the left side is extremely
The middle inclined projection in part；The right side up and down avris to centre the inclined indent in part.Further, the left side
When end face and the right side are in clamped condition, two recesses 86 form clamping space, and the diameter of the grip orifice of clamping space is big
The small diameter for enamel-covered wire.
Specific transmission track is set different from prior art on machine, and an embodiment, the present invention is directly vertical
Chute 11 is opened up in frame 1, height of the chute 11 on upright frame 1 is located on upright frame 1 with vertical position-limit mechanism
Height it is consistent.Especially, the enamel-covered wire come out from the Vertical Channel of vertical position-limit mechanism remains in that in the vertical direction
Transport, and chute can coordinate the transmission movement of transport mechanism in the vertical direction.Specifically, the chute 11 is in frame
Annular groove, and chute has the passage that can allow walking part walking.The walking part is the walking on transmission pedestal 81
Wheel.Another embodiment, the walking part are the road wheel on transmission pedestal 81, and the walker is provided with guide plate,
Such as L-type guide plate, its long slab is parallel with frame, and upright frame 1 described in its short slab vertical connection, the upright frame is led with described
Mutually being formed to both plates allows the chute that part is walked of walking.In addition, walking part may also be configured to sliding block, in the first embodiment party
Under formula, slide bar is provided with annular groove, it is allowed to which sliding block moves on slide bar.
Such as Fig. 1,3, the cutting mechanism includes gripping base 91, is used to clamp by transmitting in the gripping base 91
Mechanism transmits the holder 92 of the enamel-covered wire come, the clamping motor 93 that the control holder 92 acts, located at vertical machine
Cut on frame 1 and in the preceding transport mechanism and the laser of the rear two inter-agency positions of the transport mechanism before enamel-covered wire is transmitted
Cutter 94 and on upright frame 1 and in the inductor of the outlet side of holder 92.The gripping base 91 passes through rotary shaft
It is connected on the upright frame 1, the rotary shaft is by the rotary electric machine on upright frame 1（Not shown in figure）Control.When
When enamel-covered wire is moved to gripping base 91 by the transport mechanism, and enamel-covered wire passes through the opening in holder, when inductor 95
When having sensed enamel-covered wire, clamping motor 93 controls holder clamping enamel-covered wire, and laser cutter 94 cuts enamel-covered wire,
Front clamp motor and the rear motor that clamps after cutting in transmission mechanism no longer clamp enamel-covered wire, and back move.Cut
After cutting, rotary electric machine driving rotary shaft overturns gripping base 91, and after overturning 180 degree, clamping motor 93 no longer clamps paint
Envelope curve section, enamel-cover line segment fall to the enamel-covered wire collecting tank of upright frame side.The rotating shaft includes being connected on upright frame 1
The first sub- axle 961, the second sub- axle that one end is rotatablely connected with the first sub- axle 961 and the other end is fixedly connected with gripping base 91
962.The inductor can be a pair of the generating lasers 951 and laser pickoff 952 put, when laser pickoff do not receive it is sharp
During optical transmitting set signal, then inductor 95 sends the signal that enamel-covered wire has passed through holder, clamps motor 93, laser afterwards
Cutter 94, front clamp motor, clamping motor, preceding travel driving motor, rear motor, rotary electric machine move afterwards
Make.Wherein, the holder has the structure with front clamp member 82, will not be repeated here, wherein holder 92 includes left and right folder
Hold block 921,922, and the recess 97 between the grip block of left and right.
The cutting machine also includes payingoff mechanism, the payingoff mechanism relative to the vertical position-limit mechanism, transport mechanism and
Cutting mechanism, located at the back side of the upright frame, space can be so saved, meanwhile, from the coiling of upright frame dorsal part in front,
With reference to Action of Gravity Field, enamel-covered wire is in vertical direction and be not easy to offset.In addition, tool is set on the top of the upright frame 1
There is the tensioner of guide groove.The tensioner is hemispherical, and guide groove opens up on the circumference of hemisphere surface.
It should be understood by those skilled in the art that the embodiments of the invention shown in foregoing description and accompanying drawing are only used as illustrating
And it is not intended to limit the present invention.The purpose of the present invention completely effectively realizes.The function and structural principle of the present invention is in reality
Apply and show and illustrate in example, under without departing from the principle, embodiments of the present invention can have any deformation or modification.
Claims (10)
1. a kind of vertical wire enamelling cutting machine, it is characterised in that perpendicular including upright frame, from top to bottom on upright frame
Straight position-limit mechanism and transport mechanism, the cutting mechanism on upright frame；The transport mechanism includes preceding transport mechanism with after
Transport mechanism；The cutting mechanism include gripping base, in the gripping base be used for clamp by transport mechanism transmission Lai
The holder of enamel-covered wire, control holder action clamping motor, on upright frame and in the forward pass
Send the laser cutter of mechanism and the rear two inter-agency positions of the transport mechanism before enamel-covered wire is transmitted and located at vertical
In frame and in the inductor of holder outlet side；The gripping base is connected on the upright frame by rotary shaft；Institute
The side for stating upright frame sets enamel-covered wire collecting tank.
2. a kind of vertical wire enamelling cutting machine according to claim 1, it is characterised in that the vertical position-limit mechanism includes
Damper, vertical position-arresting disk group, bottombearing damper are set up in the side of upright frame from top to bottom；The vertical position-arresting disk group
Including the two left limit disk groups be arrangeding in parallel and right limit disk group；The left limit disk group has multiple left limits arranged at equal intervals
Position disk, the right limit disk group have multiple right limit disks arranged at equal intervals；Left limit disk is put with the intertwining cropping of right limit；It is left
Formed with the Vertical Channel for allowing enamel-covered wire in the vertical direction to transmit between position-arresting disk group and right limit disk group.
A kind of 3. vertical wire enamelling cutting machine according to claim 2, it is characterised in that the institute in the left limit disk group
Have left limit disk at Vertical Channel on outer point of contact and all right limit disks in right limit disk group close to Vertical Channel
The line at the outer point of contact at place is the vertical line to overlap.
4. a kind of vertical wire enamelling cutting machine according to claim 3, it is characterised in that there is limit on the left limit disk
The left limit groove that painting envelope curve departs from；There is the right limit groove that limitation enamel-covered wire departs from the right limit disk.
5. a kind of vertical wire enamelling cutting machine according to claim 1, it is characterised in that before the preceding transport mechanism includes
Transmit pedestal, be used for the front clamp member for clamping enamel-covered wire, moving ahead on the preceding transmission pedestal in pedestal located at preceding transmit
Walk part, the front clamp motor that the control front clamp member acts, control the preceding walking part in the chute of upright frame
The preceding travel driving motor of length direction movement；It is described after transport mechanism include after transmit pedestal, be located at after transmit pedestal in use
The clamping element action after the rear clamping element, the rear walking part on the rear transmission pedestal, control for clamping enamel-covered wire are described
The rear hoofing part electricity of the length direction movement of the chute of motor, the control rear walking part in upright frame is clamped afterwards
Machine.
A kind of 6. vertical wire enamelling cutting machine according to claim 2, it is characterised in that the front clamp member be divided into it is left,
Right gripping block, the left gripping block have the clamping left side clamped with the right gripping block, and the right gripping block has and institute
The clamping right side that left gripping block clamps is stated, the left side is upper following flat, and centre is raised to right side direction is clamped；
The right side is upper following flat, and centre is to away from clamping left side direction indent；The clamping left side and the folder
Tight right side is engaged to clamp enamel-covered wire.
7. a kind of vertical wire enamelling cutting machine according to claim 6, it is characterised in that clamping element or the folder after described
Gripping member has the structure as the front clamp member.
8. a kind of vertical wire enamelling cutting machine according to claim 6, it is characterised in that the upper and lower avris in the left side is extremely
The middle inclined projection in part；The right side up and down avris to centre the inclined indent in part.
9. a kind of vertical wire enamelling cutting machine according to claim 1, it is characterised in that described also including payingoff mechanism
Payingoff mechanism is relative to the vertical position-limit mechanism, transport mechanism and cutting mechanism, located at the back side of the upright frame.
10. a kind of vertical wire enamelling cutting machine according to claim 1, it is characterised in that the inductor includes opposed
It is distributed in the laser pickoff and generating laser of upright frame width both sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711155340.1A CN107649624A (en) | 2017-11-20 | 2017-11-20 | A kind of vertical wire enamelling cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711155340.1A CN107649624A (en) | 2017-11-20 | 2017-11-20 | A kind of vertical wire enamelling cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107649624A true CN107649624A (en) | 2018-02-02 |
Family
ID=61121281
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711155340.1A Withdrawn CN107649624A (en) | 2017-11-20 | 2017-11-20 | A kind of vertical wire enamelling cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107649624A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114420443A (en) * | 2022-03-29 | 2022-04-29 | 绵阳聚贤自动化设备有限公司 | Pre-cutting process of network filter |
-
2017
- 2017-11-20 CN CN201711155340.1A patent/CN107649624A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114420443A (en) * | 2022-03-29 | 2022-04-29 | 绵阳聚贤自动化设备有限公司 | Pre-cutting process of network filter |
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Application publication date: 20180202 |