CN209162286U - A kind of twisting machine of automatic positioning - Google Patents
A kind of twisting machine of automatic positioning Download PDFInfo
- Publication number
- CN209162286U CN209162286U CN201821147491.2U CN201821147491U CN209162286U CN 209162286 U CN209162286 U CN 209162286U CN 201821147491 U CN201821147491 U CN 201821147491U CN 209162286 U CN209162286 U CN 209162286U
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- Prior art keywords
- winding
- twisting machine
- coiling
- driver
- automatic positioning
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Abstract
The utility model discloses a kind of twisting machine of automatic positioning, is used for processing materials, comprising: driver for winding, coiling interlinked mechanism, winding mechanism and hold-down mechanism；One end of the output end connection coiling interlinked mechanism of the driver for winding, the other end of the coiling interlinked mechanism connect winding mechanism, and the driver for winding drives winding mechanism rotation by coiling interlinked mechanism；The winding mechanism includes rotating body and clamping component, and the material parts are arranged in clamping component, and the hold-down mechanism compresses winding mechanism, and the partial material being arranged in clamping component is clamped.The utility model provides a kind of twisting machine that material automatic winding and cabling can be achieved at the same time, and delicate structure is easy to use；The end of a thread of the utility model using winding mechanism as fixed material, had both guaranteed the stability of materiel machining process, and had in turn ensured the practicability and aesthetics of product after processing.
Description
Technical field
The utility model relates to twisting device field more particularly to a kind of twisting machines of automatic positioning.
Background technique
Twisting machine is the mechanical equipment that multiply filament head is twisted to one.Conventional method is twisted thread using manual, speed of twisting thread
Slowly, the line being twisted is shaky, and appearance is uneven and process hurts hand.Existing twisting machine structure have biggish volume, twist thread into
Journey is longer, and integration degree is low；In addition, existing twisting machine does not have paradigmatic structure, it is not easy after being wrapped at line
It is exceptionally straight, it is more fluffy at the structure of line, it is easy to be wound on winding mechanism, causes winding mechanism work disorder, have centainly
Limitation be easy to cause and scraps, production cost is caused to increase, practicability is lower there is also certain hidden danger in quality；Furthermore
Existing twisting machine can only realize Wire Winding, can not achieve away line traffic control, need artificial cabling, cause cabling finished product uneven
It is even.Therefore, the prior art is defective, needs to improve.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of twisting machine of automatic positioning.
The technical solution of the utility model is as follows: a kind of twisting machine of automatic positioning, is used for processing materials, comprising: coiling
Driving device, coiling interlinked mechanism, winding mechanism and hold-down mechanism；The output end connection coiling of the driver for winding interlocks
One end of mechanism, the other end of the coiling interlinked mechanism connect winding mechanism, and the driver for winding is interlocked by coiling
Mechanism drives winding mechanism rotation；The winding mechanism includes rotating body and clamping component, in application, material is arranged on folder
In tight component, the hold-down mechanism compresses winding mechanism, and the material being arranged in clamping component is clamped.
Further, the rotating body in the winding mechanism is cylindric, including rotating seat and fastens semilune therewith
Link block is connected between the semilune link block and rotating seat by several fastening springs；The clamping component is arranged in institute
It states between semilune link block and rotating seat, and material is clamped at the axle center of rotating body.
Further, the twisting machine further includes cabling driving device and assembling structure, the cabling driving device it is defeated
Outlet is connect with assembling structure, and the driver for winding, coiling interlinked mechanism and winding mechanism are arranged in assembling structure, institute
State cabling driving device drive assembling structure move forward and backward, thus drive be arranged in assembling structure driver for winding, around
Line interlinked mechanism and winding mechanism movement.
Further, the twisting machine further includes pedestal and rack construction, and the rack construction is set on the base, described
Rack construction includes: substrate, fore-stock plate, after-poppet plate, cover board and four vertical guide posts, the lower end of described four vertical guide posts
It across four angles of substrate, and is set on the base, the top of four vertical guide posts is arranged in the cover board；The fore-stock plate
It is separately positioned on the front and back of substrate with after-poppet plate, two levels are additionally provided between the fore-stock plate and after-poppet plate and are led
Bar, the horizontal guide pass through assembling structure, and the cabling driving device pushes assembling structure to slide in horizontal guide.
Further, the twisting machine further includes that adjustment mechanism, the adjustment mechanism up and down include upper and lower adjustment hand up and down
Wheel and up and down adjustment screw rod；The top of the screw rod of adjustment up and down is equipped with adjustment handwheel up and down, adjusts wear below screw rod up and down
The cover board and substrate are crossed, and is set on the base；The substrate is fixed on the screw rod of adjustment up and down, and is being adjusted up and down
It is slided up and down on adjustment screw rod up and down under the drive of handwheel.
Further, the assembling structure includes: preceding push plate, rear push plate and bottom plate；The preceding push plate and rear push plate difference
Rear and front end above bottom plate is set；The driver for winding is arranged in the rear of preceding push plate, driver for winding it is defeated
Shaft passes through preceding push plate, and extends to the front of preceding push plate.
Further, the coiling interlinked mechanism includes: drive rod, two synchronous bearings and synchronous belt；The drive rod
Rear end setting after described in push plate, front end passes through the preceding push plate；Drive rod and coiling driving in front of the preceding push plate
It is respectively cased with a synchronous bearing on the output shaft of device, passes through synchronous band connection between the synchronous bearing.
Further, the hold-down mechanism includes: folding driving mechanism, folding connecting rod and mounting blocks；The folding is driven
Dynamic device is arranged on the mounting blocks, and the mounting blocks are arranged in the assembling structure, the upper end of the folding connecting rod
The output shaft of folding driving mechanism is connected, lower end resists the winding mechanism, and clamping component is made to clamp material.
Further, the rotating body is horizontal positioned cylindrical shape structure, and the side of the cylindrical body is equipped with " convex "
The lower end of font groove, the folding connecting rod is corresponding "convex" shaped structure, and inlay card is in the "convex" shaped of rotating body
In groove.
Further, be additionally provided with electric control box and protective cover on the pedestal, the electric control box setting it is described around to
The top of the rack construction is arranged in the side of driving device, the protective cover.
Using the above scheme, the utility model provides a kind of twisting machine that material automatic winding and cabling can be achieved at the same time,
Delicate structure, it is easy to use；Stator of the utility model using winding mechanism as fixed material, had both guaranteed materiel machining process
Quality stability, and have practicability and aesthetics that are relatively strong universal, and ensure that product after processing.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural blast schematic diagram of the utility model；
Fig. 3 is the left side structure schematic diagram of the utility model；
Fig. 4 is the right side structure schematic diagram of the utility model.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
The utility model provides a kind of twisting machine of automatic positioning, be used for processing materials, comprising: driver for winding 4, around
Line interlinked mechanism 3, winding mechanism 1 and hold-down mechanism 2；The output end connection coiling interlinked mechanism 3 of the driver for winding 4
One end, the other end of the coiling interlinked mechanism 3 connect winding mechanism 1, and the driver for winding 4 passes through coiling interlinked mechanism
3 drive winding mechanism 1 to rotate；The winding mechanism 1 includes rotating body and clamping component 102, in application, material 100 is set
It sets in clamping component 102, the hold-down mechanism 2 compresses winding mechanism 1, and the material 100 being arranged in clamping component 102 is pressed from both sides
Tightly.
As one embodiment, the utility model further includes cabling driving device 6 and assembling structure 5, the cabling driving
The output end of device 6 is connect with assembling structure 5, and the driver for winding 4, coiling interlinked mechanism 3 and the setting of winding mechanism 1 exist
5 in assembling structure, the cabling driving device 6 drives assembling structure 5 to move forward and backward, and is arranged in assembling structure 5 to drive
Driver for winding 4, coiling interlinked mechanism 3 and winding mechanism movement 1.
The utility model further includes pedestal 9 and rack construction 7, and the rack construction 7 is arranged on pedestal 9, the rack
Structure 7 includes: substrate 703, fore-stock plate, after-poppet plate, cover board 701 and four vertical guide posts 702, four vertical guide posts
702 lower end passes through four angles of substrate 703, and is arranged on pedestal 9, and the cover board 701 is arranged in four vertical guide posts 702
Top；The fore-stock plate and after-poppet plate are separately positioned on the front and back of substrate 703, the fore-stock plate and after-poppet plate
Between be additionally provided with two horizontal guides, the horizontal guide passes through assembling structure 5, and the cabling driving device 6 pushes assembly knot
Structure 5 slides in horizontal guide.
The twisting machine further includes that adjustment mechanism 8, the adjustment mechanism 8 up and down include upper and lower adjustment 801 He of handwheel up and down
Adjustment screw rod 802 up and down；The top of the screw rod 802 of adjustment up and down is equipped with adjustment handwheel 801 up and down, adjusts screw rod 802 up and down
Lower section pass through the cover board 701 and substrate 703, and be arranged on pedestal 9；The substrate 703 is fixed on the adjustment up and down
On screw rod 802, and slided up and down on adjustment screw rod 802 up and down under the drive of adjustment handwheel 801 up and down.
Wherein, the assembling structure 5 includes: preceding push plate 503, rear push plate 501 and bottom plate 502；The preceding push plate 503 is with after
Push plate 501 is separately positioned on the rear and front end of 9 top of bottom plate；The rear of preceding push plate 503 is arranged in the driver for winding 4,
The output shaft of driver for winding 4 passes through preceding push plate 503, and extends to the front of preceding push plate 503.
The coiling interlinked mechanism 3 includes: drive rod, two synchronous bearings and synchronous belt；The rear end of the drive rod is set
It sets in the rear push plate 501, front end passes through the preceding push plate 503；The drive rod in 503 front of preceding push plate and coiling driving
It is respectively cased with a synchronous bearing on the output shaft of device 4, passes through synchronous band connection between the synchronous bearing.Driver for winding
4 drive drive rod rotation by synchronous belt, so that the winding mechanism 1 being arranged on drive rod be driven to rotate.
The hold-down mechanism 2 includes: folding driving mechanism 201, folding connecting rod 203 and mounting blocks 202；The folding
Driving device 201 is arranged on the mounting blocks 202, and the mounting blocks 202 are arranged in the assembling structure 5, the folding
The output shaft of the upper end connection folding driving mechanism 201 of connecting rod 203, lower end resists the winding mechanism 1, makes clamping component
102 clamp material 100.
In the present embodiment, rotating body in the winding mechanism 1 is cylindric, including rotating seat 1012 and is detained therewith
Semilune link block 1011 is closed, is connected between the semilune link block 1011 and rotating seat 1012 by several fastening springs；
The setting of clamping component 102 is clamped between the semilune link block 1011 and rotating seat 1012, and by material 100
At the axle center of rotating body.
The rotating body is horizontal positioned cylindrical shape structure, and the side of the cylindrical body is equipped with "convex" shaped groove,
The lower end of the folding connecting rod 203 is corresponding "convex" shaped structure, and inlay card is in the "convex" shaped groove of rotating body.
In the present embodiment, the preceding push plate 503 is arranged on mounting blocks 202, the setting of folding driving mechanism 201 around
The surface of line mechanism 1, folding driving mechanism 201 compresses rotating body by folding connecting rod 203, to make clamping component
102 clamp material 100.As one embodiment, the selection of the folding driving mechanism 201 folding cylinder, the cabling driving dress
6 selection cabling driving motors are set, the driver for winding 4 selects coiling driving motor.
Be additionally provided with electric control box 901 and protective cover 902 on the pedestal 9, the setting of electric control box 901 it is described around to
The side of driving device 4, it is interior to be equipped with various driving circuits.The top of the rack construction 7 is arranged in the protective cover 902, uses
In the mechanical structure for protecting entire twisting machine.
Working principle of the utility model is: the end of a thread of material 100 is put into clamping component 102, and starting is twisted thread before operation
Machine switch, folding cylinder compress the end of a thread of material 100.Coiling driving motor drives winding mechanism 1 by coiling interlinked mechanism 3
The coiling process of material 100 is realized in rotation.At the same time, cabling driving motor pushes assembling structure 5 to move forward and backward, and promotion is set
The winding mechanism 1 set in assembling structure 5 moves forward and backward, to realize the cabling of material 100.
It is noted that the positioning pin 11 for the positioning of coiling driving motor is additionally provided in front of the preceding push plate, it is real
The positioning of existing coiling driving motor initial position.When twist thread complete machine when, coiling driving motor returns to initial position, opens and closes cylinder
It retracts, at this moment can take the line twisted away.
In conclusion the utility model provides a kind of twisting machine that material automatic winding and cabling can be achieved at the same time, structure
Exquisiteness, it is easy to use；Stator of the utility model using winding mechanism as fixed material, had both guaranteed the steady of materiel machining process
It is qualitative, and have practicability and aesthetics that are relatively strong universal, and ensure that product after processing.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle
Within the scope of shield.
Claims (10)
1. a kind of twisting machine of automatic positioning, for winding the end of a thread characterized by comprising driver for winding, coiling interlock
Mechanism, winding mechanism and hold-down mechanism；The driver for winding output end connection coiling interlinked mechanism one end, it is described around
The other end of line interlinked mechanism connects winding mechanism, and the driver for winding drives winding mechanism rotation by coiling interlinked mechanism
Turn；The winding mechanism includes rotating body and clamping component, in application, material is arranged in clamping component, the compression
Mechanism compresses winding mechanism, and the material being arranged in clamping component is clamped.
2. the twisting machine of automatic positioning according to claim 1, which is characterized in that the rotating body in the winding mechanism
Be it is cylindric, including rotating seat and therewith fasten semilune link block, if between the semilune link block and rotating seat by
Dry fastening spring connection；The clamping component is arranged between the semilune link block and rotating seat, and material is clamped in
At the axle center of rotating body.
3. the twisting machine of automatic positioning according to claim 1, which is characterized in that the twisting machine further includes cabling driving
The output end of device and assembling structure, the cabling driving device is connect with assembling structure, and the driver for winding, coiling connect
Motivation structure and winding mechanism are arranged in assembling structure, and the cabling driving device drives assembling structure to move forward and backward, thus band
The dynamic driver for winding being arranged in assembling structure, coiling interlinked mechanism and winding mechanism movement.
4. the twisting machine of automatic positioning according to claim 3, which is characterized in that the twisting machine further includes pedestal and machine
Frame structure, the rack construction are set on the base, and the rack construction includes: substrate, fore-stock plate, after-poppet plate, cover board
Four angles of substrate are passed through with the lower end of four vertical guide posts, described four vertical guide posts, and are set on the base, the cover board
The top of four vertical guide posts is set；The fore-stock plate and after-poppet plate are separately positioned on the front and back of substrate, before described
Two horizontal guides are additionally provided between supporting plate and after-poppet plate, the horizontal guide passes through assembling structure, the cabling driving
Device pushes assembling structure to slide in horizontal guide.
5. the twisting machine of automatic positioning according to claim 4, which is characterized in that the twisting machine further includes adjusting up and down
Mechanism, the adjustment mechanism up and down include adjustment handwheel and up and down adjustment screw rod up and down；It is set above the screw rod of adjustment up and down
Have and adjust handwheel up and down, the lower section for adjusting screw rod up and down passes through the cover board and substrate, and is set on the base；The substrate is solid
It is scheduled on the screw rod of adjustment up and down, and is slided up and down under the drive of adjustment handwheel up and down in adjustment screw rod up and down.
6. the twisting machine of automatic positioning according to claim 3, which is characterized in that the assembling structure include: preceding push plate,
Push plate and bottom plate afterwards；The preceding push plate and rear push plate are separately positioned on the rear and front end above bottom plate；The driver for winding
The rear of preceding push plate is set, and the output shaft of driver for winding passes through preceding push plate, and extends to the front of preceding push plate.
7. the twisting machine of automatic positioning according to claim 6, which is characterized in that the coiling interlinked mechanism includes: to pass
Lever, two synchronous bearings and synchronous belt；In the rear push plate, front end passes through described be pushed forward for the rear end setting of the drive rod
Plate；A synchronous bearing, the synchronization are respectively cased on drive rod and the output shaft of driver for winding in front of the preceding push plate
Pass through synchronous band connection between bearing.
8. the twisting machine of automatic positioning according to claim 3, which is characterized in that the hold-down mechanism includes: that folding is driven
Dynamic device, folding connecting rod and mounting blocks；The folding driving mechanism is arranged on the mounting blocks, and the mounting blocks setting exists
In the assembling structure, the output shaft of the upper end connection folding driving mechanism of the folding connecting rod, lower end resists the coiling
Mechanism makes clamping component clamp material.
9. the twisting machine of automatic positioning according to claim 8, which is characterized in that the rotating body is horizontal positioned
Cylindrical shape structure, the side of the cylindrical body are equipped with "convex" shaped groove, and the lower end of the folding connecting rod is corresponding " convex "
Character form structure, and inlay card is in the "convex" shaped groove of rotating body.
10. the twisting machine of automatic positioning according to claim 4, which is characterized in that be additionally provided with electric control on the pedestal
The side around to driving device is arranged in case and protective cover, the electric control box, and the protective cover is arranged in the rack
The top of structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821147491.2U CN209162286U (en) | 2018-07-19 | 2018-07-19 | A kind of twisting machine of automatic positioning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821147491.2U CN209162286U (en) | 2018-07-19 | 2018-07-19 | A kind of twisting machine of automatic positioning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209162286U true CN209162286U (en) | 2019-07-26 |
Family
ID=67327439
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821147491.2U Active CN209162286U (en) | 2018-07-19 | 2018-07-19 | A kind of twisting machine of automatic positioning |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209162286U (en) |
-
2018
- 2018-07-19 CN CN201821147491.2U patent/CN209162286U/en active Active
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