CN208644539U - A kind of wire threading machine - Google Patents
A kind of wire threading machine Download PDFInfo
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- CN208644539U CN208644539U CN201820705615.8U CN201820705615U CN208644539U CN 208644539 U CN208644539 U CN 208644539U CN 201820705615 U CN201820705615 U CN 201820705615U CN 208644539 U CN208644539 U CN 208644539U
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Abstract
A kind of wire threading machine includes: rack, heating wire feed mechanism, feeding mechanism, wire threading machine structure, resistance test mechanism, micelle organisation of working, control system, heating wire feed mechanism are set in rack, and feeding mechanism is set in rack, heating wire feed mechanism is set to one end of feeding mechanism, and the two sides of feeding mechanism are by setting gradually wire threading machine structure, micelle organisation of working and resistance test mechanism on the direction to separate heating wire feed mechanism.The utility model provides wire threading machine after structure optimization, what is combined draws stick, fever silk group, resistance value are all compared and were had clear improvement than in the past, the resistance test function being newly added is to draw stick with the contact line group both ends automated, to resistance instrument automatic identification resistance and PLC is transferred information to, and then carries out non-defective unit and defective products sorting.
Description
Technical field
The utility model relates to a kind of electrothermal tube process equipment, in particular to a kind of wire threading machine.
Background technique
Currently, the heating wire after the combination of well known wire threading machine, it is unstable to draw stick winding resistance value, and can not recognize non-defective unit and
Defective products, can only later period artificial detection.The working strength of worker is so increased, so that production efficiency reduces, so that enterprise
Economic benefit reduces.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of wire threading machine, the resistance test of addition
And well known wire threading machine is functionally more perfect than before for non-defective unit defective products automatic sorting function, and can improve production effect,
It saves manually, so that interests be expanded.
The technical solution that the utility model solves above-mentioned technical problem is as follows: a kind of wire threading machine, comprising:
Rack；
Heating wire feed mechanism, the heating wire feed mechanism are set in the rack, and the heating wire feeder
Structure includes wire feed cylinder, steel wire storage plate, wire feed top plate and wire feed fixed plate, and the wire feed fixed plate is set to the one of the steel wire storage plate
Side, the wire feed top plate are set between the wire feed fixed plate and the steel wire storage plate, if being provided in the wire feed fixed plate
Dry wire feed fixed block, and the fixed block gap of each wire feed is arranged, and wire feed sliding is formed between wire feed fixed block described in every two
Slot, the wire feed cylinder and the wire feed top plate are drivingly connected, and are provided with several wire feed jacking blocks, Mei Yisuo on the wire feed top plate
It states wire feed jacking block to be at least partly slideably positioned in the wire feed sliding groove, and the side wall of the wire feed jacking block and the steel wire storage plate
Activity abuts；
Feeding mechanism, the feeding mechanism are set in the rack, and the feeding mechanism is set to the heating wire
The side of feed mechanism, the two sides of the feeding mechanism on the direction to the separate heating wire feed mechanism by successively setting
It is equipped with and wears a machining position, micelle machining position and resistance test position；
Wire threading machine structure, the wire threading machine structure include upper rod assembly, wear rod assembly and clamping manipulator, and the rod assembly of wearing is set
It is worn in a machining position described in being placed in, the upper rod assembly is set to the side for wearing rod assembly, the clamping manipulator activity
It is set to the upper rod assembly and described wears on rod assembly；
Resistance test mechanism, the resistance test mechanism are set on the resistance test position；
Micelle organisation of working, the micelle organisation of working are set in the micelle machining position；
Control system, the control system respectively with the heating wire feed mechanism, the feeding mechanism, the wire threading machine
Structure, the resistance test mechanism, micelle organisation of working electrical connection.
Further, further include spot-welding mechanism, spot welding machining position, the spot welding machining position are provided on the feeding mechanism
It is worn between a machining position and the micelle machining position described in being set to, the spot-welding mechanism is set in the spot welding machining position.
Further, the spot-welding mechanism includes:
Fixed bracket, point welding stage, spot welding assembly, positioning component, described welding stage are set to the support bracket fastened side,
Described welding stage includes lower weldment and material drag block, and the material drag block is set in the lower weldment, opens on the material drag block
Equipped with material drag slot, the spot welding assembly includes support plate, point welding cylinder and upper spot weld, and the support plate is movably set in described
On fixed bracket, described welding cylinder is set in the support plate, and described welding cylinder and the upper spot weld are drivingly connected,
The upper spot weld is set to the top of described welding stage, and the described welding cylinder driving upper spot weld is towards close to or far from institute
The direction movement of a welding stage is stated, the positioning component includes positioning plate, positioning cylinder and locating piece, the positioning plate setting
In the support bracket fastened side, the positioning cylinder is fixedly installed on the positioning plate, the positioning cylinder with it is described
Locating piece is drivingly connected, and the locating piece is set to material drag slot side, and the positioning cylinder drives the locating piece court to lean on
Close or remote from the direction movement of the material drag slot.
Further, upper rod assembly includes drawing stick collet, support, cylinder, first gear, second gear, rotary electric machine, bottom
Plate and driver, the stick collet that draws are set on the support, and the cylinder and the stick collet that draws are drivingly connected, the gas
Cylinder for driving the stick collet that draws to clamp eduction rod, the first gear be fixedly installed on it is described draw on stick collet, described the
Two gears are engaged with the first gear, and the rotary electric machine is fixedly connected with the second gear, and the rotary electric machine is used for
The second gear is driven to rotate, the bearing sliding is set on the bottom plate, and the driver and support driving connect
It connects, the driver drives the support to slide on the bottom plate towards the direction close to or far from the feeding mechanism.
Further, the feeding mechanism include several wire feeding blocks, it is several drag a block, link assembly and driving motor, if
A block gap is dragged to be set in the rack described in dry, each described drag is provided with several detents on a block, each wire feed
Block drags between a block described in being movably set in two, and the link assembly is connect with the wire feeding block, the driving motor and institute
Link assembly drive connection is stated, the driving motor is for driving the link assembly to drive the wire feeding block can either be along described
Drag a block to move up also can drag a block to move forward along described, so that the heating wire is moved forward a detent.
Further, the micelle organisation of working includes processing equipment hand, blanking component and wears a component.
Further, the blanking component includes that shake disk and feeder pipe, one end of the feeder pipe are connect with the shake disk,
The other end of the feeder pipe wears a component alignment with described.
Further, a component of wearing includes wearing a pedestal, vertical cylinder, parallel cylinder, wearing a cylinder, axle sleeve, top
Bar and sliding support plate, a pedestal of wearing are fixedly installed in the rack, and the sliding support plate, which is slideably positioned in, described wears grain
On pedestal, the parallel cylinder and the sliding support plate are drivingly connected, and the parallel cylinder drives the sliding support plate described
It wears and is slided on a pedestal, the axle sleeve is movably set on the sliding support plate, and shown vertical cylinder is set to the sliding branch
On plate, the vertical cylinder and the axle sleeve are drivingly connected, and the vertical cylinder drives the axle sleeve towards far from or close to described
The side of sliding support plate moves upwards, and the mandril is movably set in the axle sleeve, described to wear a cylinder and the top rod driving
Connection.
The beneficial effects of the utility model are: the wire threading machine that the utility model provides is after structure optimization, what is combined draws
Stick, fever silk group, resistance value are all compared and were had clear improvement than in the past, and the resistance test function being newly added is the touching with automation
Stick is drawn at head contact line group both ends, to resistance instrument automatic identification resistance and transfer information to PLC, and then carry out non-defective unit with it is bad
Product sorting.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the wire threading machine in one embodiment；
Fig. 2 is the partial structure diagram of the wire threading machine in one embodiment；
Fig. 3 is enlarged diagram of the wire threading machine at A in one embodiment；
Fig. 4 is the partial structure diagram of the wire threading machine in one embodiment；
Fig. 5 is the partial structure diagram of the wire threading machine in one embodiment；
Fig. 6 is the partial structure diagram of the wire threading machine in one embodiment.
Specific embodiment
Below with reference to the attached drawing of the utility model embodiment, the technical solution of the utility model is described further,
The utility model is not limited only to following specific embodiments.It should be noted that in the absence of conflict, in the utility model
Embodiment and embodiment in feature can be combined with each other.Below with reference to the attached drawing of the utility model embodiment, to this reality
It is described further with novel technical solution, the utility model is not limited only to following specific embodiments.
It should be noted that it can directly on the other element when element is referred to as " being set to " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.
As shown in Figure 1, in one embodiment, a kind of wire threading machine includes: rack 50, heating wire feed mechanism 100, feeding
Mechanism 200, wire threading machine structure 300, resistance test mechanism 400, micelle organisation of working 500, control system 600, on the heating wire
Material mechanism 100 is set in the rack 50, and the feeding mechanism 200 is set in the rack 50, and the feeding mechanism
200 are set to the side of the heating wire feed mechanism 100, and the two sides of the feeding mechanism 200 are by close to far from the electricity
It is disposed on the direction of heated filament feed mechanism 100 and wears a machining position, micelle machining position and resistance test position, the wire threading machine
Structure 300 includes upper rod assembly 310, wears rod assembly 320 and clamping manipulator 330, it is described wear rod assembly 320 and be set to described wear silk
In machining position, the upper rod assembly 310 is set to the side for wearing rod assembly 320, the 330 activity setting of clamping manipulator
In the upper rod assembly 310 and it is described wear on rod assembly 320, the resistance test mechanism 400 is set to the resistance test position
On, the micelle organisation of working 500 is set in the micelle machining position, the control system 600 respectively with the heating wire
Feed mechanism 100, the feeding mechanism 200, the wire threading machine structure 300, the resistance test mechanism 400, micelle processing
Mechanism 500 is electrically connected.
The utility model provides wire threading machine after structure optimization, and draw stick, fever silk group, the resistance value combined is all compared
Have clear improvement than in the past, the resistance test function being newly added be draw stick with the contact line group both ends of automation, thus
Resistance instrument automatic identification resistance simultaneously transfers information to PLC, and then carries out non-defective unit and defective products sorting.
As shown in Fig. 2, in one embodiment, which further includes spot-welding mechanism 700, the feeding mechanism 200
On be provided with spot welding machining position, the spot welding machining position be set to it is described wear between a machining position and the micelle machining position, institute
Spot-welding mechanism is stated to be set in the spot welding machining position.Spot-welding mechanism includes fixed bracket 710, point welding stage 720, spot welding assembly
730 and positioning component 740, described welding stage 720 is set to the side of the fixed bracket 710, under described welding stage 720 includes
Point weldment 721 and material drag block 722, the material drag block 722 are set in the lower weldment 721, are opened up on the material drag block 722
There is material drag slot, the spot welding assembly 730 includes support plate 731, point welding cylinder 732 and upper spot weld 733, the support plate 731
It is movably set on the fixed bracket 710, described welding cylinder 732 is set in the support plate 731, the spot welding gas
Cylinder 732 and the upper spot weld 733 are drivingly connected, and the upper spot weld 733 is set to the top of described welding stage 720, described
Point welding cylinder 732 drives the upper spot weld 733 to move towards the direction close to or far from described welding stage 720, the positioning group
Part 740 includes positioning plate 741, positioning cylinder 742 and locating piece 743, and the positioning plate 741 is set to the fixed bracket
710 side, the positioning cylinder 742 are fixedly installed on the positioning plate, the positioning cylinder 742 and the locating piece
743 are drivingly connected, and the locating piece 743 is set to material drag slot side, and the positioning cylinder 742 drives the locating piece
743 move towards the direction close to or far from the material drag slot.
Related spot welding device in the above-described embodiments is transmitted to material drag block 722 by that will wear the stick that draws after the completion of silk
On material drag slot in, the positioning cylinder 742 on tack-weld component 730 drives locating piece 743 towards drawing stick under peripheral control unit
Movement, and positioned to stick is drawn, that is to say, that when drawing, stick positional shift in material drag slot is excessive, results in the need for spot welding
Position is not on specified Working position, such as draws stick and deflect away from material drag slot excessively, has part to draw stick and is placed in outside material drag slot,
Then locating piece 743 then will draw the part that stick deflects away under the promotion of positioning cylinder 742 and is pushed into material drag slot again at this time, so that drawing
Stick needs the position of spot welding that can be positioned exactly on Working position；Then, point welding cylinder 732 drives under the control of peripheral control unit
Dynamic upper spot weld 733 carries out spot welding processing towards the direction movement drawn where stick and to stick is drawn, and after completion of processing, draws stick from material drag
It falls off in slot, next generation processing draws stick and is transmitted to processing in material drag slot again.The utility model uses the side of automation spot welding
Heating wire is carried out spot welding processing with the junction for drawing stick by formula, is reduced the working strength of worker, is improved production efficiency, so that
The economic benefit of enterprise rises.
As shown in figure 3, in one embodiment, the heating wire feed mechanism 100 includes wire feed cylinder 110, steel wire storage plate
120, wire feed top plate and wire feed fixed plate, the wire feed fixed plate are set to the side of the steel wire storage plate 120, the wire feed top plate
It is set between the wire feed fixed plate and the steel wire storage plate 120, several wire feed fixed blocks is provided in the wire feed fixed plate
131, and each interval of wire feed fixed block 131 is arranged, and wire feed sliding groove is formed between wire feed fixed block 131 described in every two,
The wire feed cylinder 110 is drivingly connected with the wire feed top plate, is provided with several wire feed jacking blocks 141 on the wire feed top plate, often
The one wire feed jacking block 141 is at least partly slideably positioned in the wire feed sliding groove, and the wire feed jacking block 141 with it is described
The side wall activity of steel wire storage plate 120 abuts.When initial, several wire feed jacking blocks 141 on wire feed top plate are all set in steel wire storage plate 120
Lower section, wire feed jacking block 141 moves under the driving of wire feed cylinder 110, so that several wire feed jacking blocks 141 are in every two wire feed
Movement in the wire feed sliding groove formed between fixed block 131, when several 141 activities of wire feed jacking block are extremely concordant with steel wire storage plate 120
When position, the heating wire on steel wire storage plate 120 is then slid on the part being movably set in outside wire feed sliding groove to wire feed jacking block 141,
The part that wire feed jacking block 141 is movably set in outside wire feed sliding groove jacks up heating wire to the top of wire feed fixed plate, heating wire
It is slid into feeding mechanism 200 along the top of wire feed fixed plate.
As shown in figure 4, in one embodiment, wear rod assembly 320 include draw stick collet 321, support 322, cylinder 323,
First gear 324, second gear 325, rotary electric machine 326, bottom plate 327 and driver 328, it is described draw stick collet be set to it is described
On support 322, the cylinder 323 draws stick collet drive connection with described, and the cylinder 323 is for driving the stick collet that draws to press from both sides
Tight eduction rod, the first gear 324 be fixedly installed on it is described draw on stick collet, the second gear 325 and first tooth
324 engagement of wheel, the rotary electric machine 326 are fixedly connected with the second gear 325, and the rotary electric machine 326 is for driving institute
The rotation of second gear 325 is stated, the support 322 is slideably positioned on the bottom plate 327, the driver 328 and the support
322 are drivingly connected, and the driver 328 drives the support 322 on the bottom plate 327 towards close to or far from the feeder
It slides in the direction of structure 200.
In the above-described embodiments, draw the clamping eduction rod of stick collet 321 by being provided with cylinder 323 and driving, draw stick collet
When 321 clamping eduction rod, rotary electric machine 326 starts to rotate, while driving second gear 325 to revolve by rotary electric machine 326
Turn, since second gear 325 and first gear 324 are in meshing relation, first gear 324 is also in the drive of second gear 325
Lower rotation, while first gear 324 is fixedly installed on and draws on stick collet 321, therefore draws stick collet 321 and also start to rotate, when drawing
When stick collet 321 starts to drive eduction rod rotation, drives support 322 to slide into specified Working position in driver 328, will draw
Stick screws in one end of heating wire, completes the process, and draws stick collet 321 and unclamps eduction rod, driver 328 drives support 322 to return to just
Beginning position.By above mode, the mode of passing manual wiring is changed, realizes automation for eduction rod and heating wire phase
In conjunction with improving production efficiency.
In one embodiment, the upper rod assembly 310 includes sending stick cylinder, storage stick plate, sending stick top plate and stick is sent to fix
Plate, the side for sending stick fixed plate to be set to the storage stick plate are described to send stick top plate to be set to described to send stick fixed plate and institute
State between storage stick plate, it is described send be provided in stick fixed plate it is several send stick fixed block, and it is each it is described send stick fixed block gap setting,
It send to be formed between stick fixed block described in every two and send stick sliding groove, described that stick cylinder is sent to send stick top plate to be drivingly connected with described, institute
State send be provided on stick top plate it is several send stick jacking block, it is each described to send stick jacking block to be at least partly slideably positioned in described stick to be sent to slide
In slot, and it is described send stick jacking block and it is described storage stick plate side wall activity abut.When initial, that send on stick top plate several send stick jacking block
It is all set in the lower section of storage stick plate, send stick jacking block to move under the driving for sending stick cylinder, so that several send stick jacking block in every two
It send what is formed between stick fixed block to send movement in stick sliding groove, send the activity of stick jacking block to the position concordant with storage stick plate when several
When, the stick that draws stored up on stick plate then slides to sending stick jacking block to be movably set on the part sent outside stick sliding groove, send stick jacking block movable
It is set to and send the part outside stick sliding groove that will draw stick to jack up to the top for sending stick fixed plate.Clamping on last wire threading machine structure 300
Manipulator 330 clamps wearing in a machining position to feeding mechanism 200 for stick is drawn, and wears rod assembly 320 and penetrates heating wire and draws in stick.
As shown in figure 5, in one embodiment, the feeding mechanism 200 includes several wire feeding blocks 210, several drags a block
220, link assembly 230 and driving motor 240, it is several it is described drag a block 220 to be arranged at intervals in the rack 50, it is each described
Drag and be provided with several detents on a block 220, each wire feeding block 210 be movably set in two described in drag between a block 220,
The link assembly 230 is connect with the wire feeding block 210, and the driving motor 240 is drivingly connected with the link assembly 230,
The driving motor 240 is for driving the link assembly 230 that the wire feeding block 210 is driven a block can either to be dragged upward along described
It is mobile also a block to be dragged to move forward along described, so that the heating wire is moved forward a detent.
As shown in fig. 6, in one embodiment, the micelle organisation of working 500 include processing equipment hand, blanking component and
Wear a component 510.The blanking component includes shake disk and feeder pipe, and one end of the feeder pipe is connect with the shake disk, described
The other end of feeder pipe wears a component alignment with described.A component of wearing includes wearing a pedestal 511, vertical cylinder 512, parallel
Cylinder 513 wears a cylinder 514, axle sleeve 515, mandril 516 and sliding support plate 517, it is described wear a pedestal be fixedly installed on it is described
In rack, the sliding support plate be slideably positioned in it is described wear on a pedestal, the parallel cylinder and sliding support plate driving connect
It connects, the parallel cylinder drives the sliding support plate to slide on a pedestal in described wear, and the axle sleeve is movably set in the cunning
On dynamic supporting plate, shown vertical cylinder is set on the sliding support plate, and the vertical cylinder and the axle sleeve are drivingly connected, described
Vertical cylinder drives the axle sleeve to move upwards towards the side far from or close to the sliding support plate, and the mandril is movably set in institute
It states in axle sleeve, a cylinder of wearing is connect with the top rod driving.In the above-described embodiments, processing equipment hand will be on feeding mechanism
Draw stick clamping and stick will be drawn rise on Working position, micelle is placed in shake disk, and micelle is from one end stream connect with shake disk
To with one end for wearing a component alignment, micelle flows into axle sleeve later, and vertical cylinder propeller shaft sleeve, which is moved to, draws stick with to be processed
The direction movement of stick is drawn in parallel position, parallel cylinder driving sliding support plate dynasty processing, that is to say, that parallel cylinder driving is slided
Axle sleeve on dynamic supporting plate draws rod motion towards to be processed, when axle sleeve reaches designated position, wears a cylinder driving mandril, mandril pushes
Micelle in axle sleeve with draw in conjunction with stick draw on stick so that micelle is arranged in.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (8)
1. a kind of wire threading machine characterized by comprising
Rack；
Heating wire feed mechanism, the heating wire feed mechanism are set in the rack, and the heating wire feed mechanism packet
Wire feed cylinder, steel wire storage plate, wire feed top plate and wire feed fixed plate are included, the wire feed fixed plate is set to the side of the steel wire storage plate,
The wire feed top plate is set between the wire feed fixed plate and the steel wire storage plate, is provided with several send in the wire feed fixed plate
Silk fixed block, and the fixed block gap of each wire feed is arranged, and wire feed sliding groove, institute are formed between wire feed fixed block described in every two
It states wire feed cylinder and the wire feed top plate to be drivingly connected, is provided with several wire feed jacking blocks on the wire feed top plate, it is each described to send
Silk jacking block is at least partly slideably positioned in the wire feed sliding groove, and the activity of the side wall of the wire feed jacking block and the steel wire storage plate
It abuts；
Feeding mechanism, the feeding mechanism are set in the rack, and the feeding mechanism is set to the heating wire feeding
The side of mechanism, the two sides of the feeding mechanism on the direction to the separate heating wire feed mechanism by being disposed with
Wear a machining position, micelle machining position and resistance test position；
Wire threading machine structure, the wire threading machine structure include upper rod assembly, wear rod assembly and clamping manipulator, and the rod assembly of wearing is set to
Described to wear in a machining position, the upper rod assembly is set to the side for wearing rod assembly, the clamping manipulator activity setting
In the upper rod assembly and described wear on rod assembly；
Resistance test mechanism, the resistance test mechanism are set on the resistance test position；
Micelle organisation of working, the micelle organisation of working are set in the micelle machining position；
Control system, the control system respectively with the heating wire feed mechanism, the feeding mechanism, the wire threading machine structure,
The resistance test mechanism, micelle organisation of working electrical connection.
2. wire threading machine as described in claim 1, which is characterized in that further include spot-welding mechanism, be provided on the feeding mechanism
Spot welding machining position, the spot welding machining position be set to it is described wear between a machining position and the micelle machining position, the mash welder
Structure is set in the spot welding machining position.
3. wire threading machine as claimed in claim 2, which is characterized in that the spot-welding mechanism includes fixed bracket, point welding stage, spot welding
Component, positioning component, described welding stage are set to the support bracket fastened side, and described welding stage includes lower weldment and material drag
Block, the material drag block are set in the lower weldment, and material drag slot is offered on the material drag block, and the spot welding assembly includes branch
Fagging, point welding cylinder and upper spot weld, the support plate are movably set on the fixed bracket, and described welding cylinder is set to
In the support plate, described welding cylinder and the upper spot weld are drivingly connected, and the upper spot weld is set to described welding stage
Top, described welding cylinder drive the upper spot weld to move towards the direction close to or far from described welding stage, the positioning
Component includes positioning plate, positioning cylinder and locating piece, and the positioning plate is set to the support bracket fastened side, described fixed
Position cylinder is fixedly installed on the positioning plate, and the positioning cylinder and the locating piece are drivingly connected, and the locating piece is set
It is placed in material drag slot side, the positioning cylinder drives the locating piece to transport towards the direction close to or far from the material drag slot
It is dynamic.
4. wire threading machine as described in claim 1, which is characterized in that upper rod assembly includes drawing stick collet, support, cylinder, first
Gear, second gear, rotary electric machine, bottom plate and driver, the stick collet that draws are set on the support, the cylinder and institute
It states and draws stick collet drive connection, for driving the stick collet that draws to clamp eduction rod, the first gear fixation is set the cylinder
Draw on stick collet described in being placed in, the second gear is engaged with the first gear, the rotary electric machine and the second gear
It is fixedly connected, the rotary electric machine is for driving the second gear to rotate, and the bearing sliding is set on the bottom plate, institute
It states driver and the support is drivingly connected, the driver drives the support on the bottom plate towards close to or far from described
It slides in the direction of feeding mechanism.
5. wire threading machine as described in claim 1, which is characterized in that the feeding mechanism includes several wire feeding blocks, several drags silk
Block, link assembly and driving motor, it is several it is described drag a block gap to be set in the rack, each described drag is arranged on a block
Have several detents, each wire feeding block be movably set in two described in drag between a block, the link assembly and the wire feed
Block connection, the driving motor and the link assembly are drivingly connected, and the driving motor is for driving the link assembly band
Moving the wire feeding block can either drag a block to move up also a thread block can be dragged to move forward along described along described, thus by the electricity
Heated filament moves forward a detent.
6. wire threading machine as described in claim 1, which is characterized in that the micelle organisation of working includes processing equipment hand, blanking
Component and wear a component.
7. wire threading machine as claimed in claim 6, which is characterized in that the blanking component includes shake disk and feeder pipe, under described
One end of expects pipe is connect with the shake disk, and the other end of the feeder pipe wears a component alignment with described.
8. wire threading machine as claimed in claim 6, which is characterized in that a component of wearing includes wearing a pedestal, vertical cylinder, putting down
Promoting the circulation of qi cylinder wears a cylinder, axle sleeve, mandril and sliding support plate, and a pedestal of wearing is fixedly installed in the rack, the sliding
Supporting plate is worn on a pedestal described in being slideably positioned in, and the parallel cylinder and the sliding support plate are drivingly connected, the parallel cylinder
The sliding support plate is driven to slide on a pedestal in described wear, the axle sleeve is movably set on the sliding support plate, shown to hang down
Straight cylinder is set on the sliding support plate, and the vertical cylinder and the axle sleeve are drivingly connected, and the vertical cylinder drives institute
It states axle sleeve to move upwards towards the side far from or close to the sliding support plate, the mandril is movably set in the axle sleeve, described
A cylinder is worn to connect with the top rod driving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820705615.8U CN208644539U (en) | 2018-05-11 | 2018-05-11 | A kind of wire threading machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820705615.8U CN208644539U (en) | 2018-05-11 | 2018-05-11 | A kind of wire threading machine |
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| Publication Number | Publication Date |
|---|---|
| CN208644539U true CN208644539U (en) | 2019-03-26 |
Family
ID=65776994
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820705615.8U Active CN208644539U (en) | 2018-05-11 | 2018-05-11 | A kind of wire threading machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN208644539U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110561116A (en) * | 2019-09-11 | 2019-12-13 | 武汉祺点芯智能科技有限公司 | Automatic wire feeding and welding integrated machine and operation method thereof |
| CN111975320A (en) * | 2020-09-12 | 2020-11-24 | 深圳前海禾盈科技有限公司 | Hardware bead threading device |
-
2018
- 2018-05-11 CN CN201820705615.8U patent/CN208644539U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110561116A (en) * | 2019-09-11 | 2019-12-13 | 武汉祺点芯智能科技有限公司 | Automatic wire feeding and welding integrated machine and operation method thereof |
| CN111975320A (en) * | 2020-09-12 | 2020-11-24 | 深圳前海禾盈科技有限公司 | Hardware bead threading device |
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