CN208562946U - A kind of control device of cloth guillotine - Google Patents
A kind of control device of cloth guillotine Download PDFInfo
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- CN208562946U CN208562946U CN201821039033.7U CN201821039033U CN208562946U CN 208562946 U CN208562946 U CN 208562946U CN 201821039033 U CN201821039033 U CN 201821039033U CN 208562946 U CN208562946 U CN 208562946U
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- control
- driving motor
- fine motion
- triggering
- cam
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Abstract
The utility model provides a kind of control device of cloth guillotine, belongs to garment production technical field.Winding motor fine motion control switch, X is to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction drives cylinder fine motion control switch, blanking air valve fine motion control switch is located at winding motor control cam, X controls cam to driving motor, Y-direction driving motor controls cam, Z-direction drives cylinder to control cam, the lower section of blanking air valve control cam, by the rotation direction of control fulcrum, it is led at winding motor triggering at decline triggering, X is all led at winding motor triggering and at decline triggering at driving motor triggering and at Y-direction driving motor triggering, X is lagged behind at blanking air valve triggering at driving motor triggering and at Y-direction driving motor triggering.The utility model realizes control winding motor, Z-direction drives cylinder, X to driving motor, Y-direction driving motor, blanking air valve continuous action in order, structurally reasonable compact.
Description
Technical field
The utility model relates to garment production technical field, in particular to a kind of control device of cloth guillotine.
Background technique
Clothes refer to the general name of clothes shoes packet toy ornament etc., refer to clothes more.Clothes have health care, decoration and industrial
Three aspect effect on the way: 1. health cares, clothes can protect human body, maintain the thermal balance of human body, with the influence that acclimatization changes, clothes
Comfort is made one in dress, influencing comfortable factor is mainly fibre property in materials, beauty specification, fabric knot of tissue
Structure, thickness and sewing technology etc..2. decoration most starts the clothes occurred mainly for the purpose of hushing up a scandal, by the development of time
Turned to the functional aesthetics for then more focusing on clothes, met people's mentally beautiful enjoyment, influence aesthetics it is main because
Element is quality, color, floral designs, fabric tissue, shape keeping property, drapability, elasticity, the wrinkle resistance, clothes money of textile
Formula etc..3. industrial use, anti-electrostatic clothing is the electrostatic accumulation for preventing clothes, with anti-static fabric is fabric and sews, and is fitted
For wearing to electrostatic sensitive place or fire or explosion hazard area, the manufacture craft of the anti-static fabric used mainly exists
When weaving, substantially at equal intervals or it is uniformly mixed into all or part of using antistatic made of the conductive material of metal or organic matter
Fiber or antistatic synthetic fibers, or both mixing are interwoven.Garment production refers to the processing of the garment production in textile industry
Process includes the processes such as design, cutting, sewing, size sizing and packaging.Tailoring is very important one in garment production
Ring, tailoring are since the cloth type of production plan view or three-dimensional cutting to the process for cutting dress material, including plane cutting, vertical
Type is cut and three kinds of prototype cutting.Currently, most common cutting method is exactly plane cutting, single-piece can be divided into and cut and cut out in batches
Cut, single-piece cut common work include scissors, chi or foot, the dedicated chalk of clothes；Batch, which cuts common tool, to be had: electric scissors,
Cloth cutting machine, electric power punch, computer aided painting spray wheat machine etc..The amount of labour is very big in such a way that scissors is cut, not only time-consuming to take
Power, and efficiency is very low.Electric scissors, cloth cutting machine are also very low to the cutting efficiency of cloth.It is using cloth that efficiency is highest at present
The realization of guillotine cuts cloth, its working principle is that such: winding motor acts first, realize cloth feeding and
Winding；Then the Z-direction driving piston rod of Z-direction driving cylinder drives cloth cutting knife downward actuation, and cloth cutting knife is made to contact cloth
?；Then X is acted to driving motor and Y-direction driving motor, acts cloth cutting knife in the plane, realizes the sanction to cloth
It cuts；Then the Z-direction driving piston rod of Z-direction driving cylinder drives cloth cutting knife to act upwards, keeps cloth cutting knife and cloth de-
From；Last blanking air valve is opened, and blanking sucker realizes the blanking to the clothes fabric formed after cutting.But how to control winding
Continuous action is extremely complex one in order to driving motor, Y-direction driving motor, blanking air valve by motor, Z-direction driving cylinder, X
A problem, currently on the market not no good control device.
Utility model content
The purpose of the utility model is to provide a kind of control devices of cloth guillotine, control the winding electricity of cloth guillotine
Machine, Z-direction driving cylinder, X are to driving motor, Y-direction driving motor, blanking air valve continuous action in order, and ingenious in design, structure is closed
Manage compact, at low cost, good reliability.
The technical scheme adopted by the utility model to solve the technical problem is as follows:
A kind of control device of cloth guillotine, it includes control cabinet, control fulcrum, control branch shaft stool, the first control
Transmission gear, second control transmission gear, control driving motor, control driving motor support, winding motor fine motion control switch,
X drives cylinder fine motion control switch, blanking to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction
Air valve fine motion control switch, winding motor control cam, X control cam, Z-direction to driving motor control cam, Y-direction driving motor
Cylinder control cam, blanking air valve is driven to control cam, the two sides of control cabinet, the control is arranged in the control branch shaft stool
Fulcrum is rotatably provided on control branch shaft stool, and the winding motor control cam, X drive to driving motor control cam, Y-direction
Dynamic motor control cam, Z-direction driving cylinder control cam, blanking air valve control cam are mounted on control fulcrum, the winding
Electric motor micro-motion control switch, X drive cylinder to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction
Fine motion control switch, blanking air valve fine motion control switch are mounted on control cabinet, and winding motor fine motion control switch, X to
Driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction drive cylinder fine motion control switch, blanking air valve
Fine motion control switch be located at winding motor control cam, X to driving motor control cam, Y-direction driving motor control cam,
Z-direction drives the lower section of cylinder control cam, blanking air valve control cam, and winding motor control cam, X are to driving motor control
Cam processed, Y-direction driving motor control cam are respectively arranged with a raised winding motor triggering on blanking air valve control cam
Place, a raised X at driving motor triggering, at a raised Y-direction driving motor triggering, a raised blanking air valve
At triggering, on the Z-direction driving cylinder control cam there are two settings at the Z-direction driving cylinder triggering of symmetrical protrusion, respectively
By the rotation direction of control fulcrum, to be led at winding motor triggering at decline triggering at decline triggering and at rising triggering,
X is all led at winding motor triggering and at decline triggering at driving motor triggering and at Y-direction driving motor triggering, blanking gas
X is lagged behind at valve triggering at driving motor triggering and at Y-direction driving motor triggering, the winding motor fine motion control switch, X
Cylinder fine motion control switch, blanking gas are driven to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction
Valve fine motion control switch connects with winding motor, X to driving motor, Y-direction driving motor, Z-direction driving cylinder, blanking air valve respectively
It connects, described concentric one end that control fulcrum is set of second control transmission gear, the control driving motor and the first control
Transmission gear is coaxially connected, the first control transmission gear and the second control transmission gear intermeshing, the control driving
Motor is mounted on control driving motor support, and the side of control branch shaft stool is arranged in the control driving motor support.
Further, the control driving motor is stepper motor.
Further, the first control transmission gear and the second control transmission gear are helical gear.
Further, the winding motor fine motion control switch, X are to driving motor fine motion control switch, Y-direction driving motor
Fine motion control switch, Z-direction driving cylinder fine motion control switch, blanking air valve fine motion control switch are that dust-proof fine motion control is opened
It closes.
Compared to the prior art the utility model, has the following advantages that and effect: control driving motor movement passes through first
Control transmission gear and the second control transmission gear drive control fulcrum steadily to turn round, the winding being initially mounted on control fulcrum
Motor control cam contact winding motor fine motion control switch, winding motor fine motion control switch controls winding motor movement, real
The feeding and winding one of existing cloth cut the length of base fabric.Then, the Z-direction driving cylinder control being mounted on control fulcrum is convex
Wheel contact Z-direction drives cylinder fine motion control switch, and Z-direction drives cylinder fine motion control switch control Z-direction to drive cylinder movement, Z-direction
Drive piston rod drive cloth cutting knife downward actuation, then, be mounted on control fulcrum on X to driving motor control cam and
Y-direction driving motor controls cam contact X to driving motor fine motion control switch and Y-direction driving motor fine motion control switch, and X is to drive
Dynamic electric motor micro-motion control switch controls X and acts to driving motor, and Y-direction driving motor fine motion control switch controls Y-direction driving motor
Movement, acts cloth cutting knife in the plane, and realization cuts cloth.After completion is cut, it is mounted on the Z controlled on fulcrum
It is contacted again Z-direction driving cylinder fine motion control switch to driving cylinder control cam, Z-direction drives the control of cylinder fine motion control switch
Z-direction drives cylinder movement, and Z-direction driving piston rod drives cloth cutting knife to act upwards, is detached from cloth cutting knife and cloth.Peace
Blanking air valve on control fulcrum controls cam contact blanking air valve fine motion control switch, blanking air valve fine motion control switch
Blanking air valve movement is controlled, to control the movement of blanking sucker, under the action of suction, realizes the clothes fabric formed after cutting
Blanking.Winding motor fine motion control switch, X are to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z
It is dust-proof fine motion control switch to driving cylinder fine motion control switch, blanking air valve fine motion control switch, has good anti-
Dirt effect ensure that winding motor fine motion control switch, X are controlled to driving motor fine motion control switch, Y-direction driving motor fine motion
Switch, Z-direction drive cylinder fine motion control switch, the service life of blanking air valve fine motion control switch.First control transmission gear
It is helical gear with the second control transmission gear, overlapdegree of engage is high, and stable drive, drive noise is small, long service life.Control
Driving motor is stepper motor, and the revolving speed of stepper motor, the position of stopping are solely dependent upon the frequency and umber of pulse of pulse signal, and
It is not influenced by load variation, ensure that the stability of control.The utility model realizes the winding electricity of control cloth guillotine
Machine, Z-direction driving cylinder, X are to driving motor, Y-direction driving motor, blanking air valve continuous action in order, and ingenious in design, structure is closed
Manage compact, at low cost, good reliability.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the top view of the utility model.
Fig. 3 is the structural schematic diagram that the utility model winding motor controls cam.
Fig. 4 is the structural schematic diagram that the utility model X controls cam to driving motor.
Fig. 5 is the structural schematic diagram that the utility model Y-direction driving motor controls cam.
Fig. 6 is the structural schematic diagram that the utility model Z-direction drives cylinder control cam.
Fig. 7 is the structural schematic diagram that the utility model blanking air valve controls cam.
In figure: 1. control cabinets, 2. control fulcrums, 3. control branch shaft stools, 4. first control transmission gears, 5. second controls
Transmission gear, 6. control driving motors, 7. control driving motor supports, 8. winding motor fine motion control switches, 9.X are electric to driving
Machine fine motion control switch, 10.Y is to driving motor fine motion control switch, and 11.Z is to driving cylinder fine motion control switch, 12. blankings
Air valve fine motion control switch, 13. winding motors control cam, and 14.X controls cam to driving motor, and 15.Y is to driving motor control
Cam processed, 16.Z control cam to driving cylinder, and 17. blanking air valves control cam, and at 18. winding motor triggerings, 19.X is to drive
At dynamic motor triggering, 20.Y is at driving motor triggering, and at 21. blanking air valve triggerings, at 22. decline triggerings, 23. rise triggering
Place.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing and by embodiment, and following embodiment is pair
The explanation of the utility model and the utility model is not limited to following embodiment.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, a kind of control device of cloth guillotine, it includes control
Case 1 processed, control fulcrum 2, control branch shaft stool 3, first control transmission gear 4, second and control transmission gear 5, control driving electricity
Machine 6, control driving motor support 7, winding motor fine motion control switch 8, X drive to driving motor fine motion control switch 9, Y-direction
Electric motor micro-motion control switch 10, Z-direction drive cylinder fine motion control switch 11, blanking air valve fine motion control switch 12, winding motor
Control cam 13, X control cam 15 to driving motor control cam 14, Y-direction driving motor, Z-direction drives cylinder control cam 16,
Blanking air valve controls cam 17, and the two sides of control cabinet 1 are arranged in the control branch shaft stool 3, and the control fulcrum 2 is rotatably set
It sets on control branch shaft stool 3, the winding motor control cam 13, X control cam 14, Y-direction driving motor to driving motor
Control cam 15, Z-direction driving cylinder control cam 16, blanking air valve control cam 17 are mounted on control fulcrum 2, the winding
Electric motor micro-motion control switch 8, X drive to driving motor fine motion control switch 9, Y-direction driving motor fine motion control switch 10, Z-direction
Cylinder fine motion control switch 11, blanking air valve fine motion control switch 12 are mounted on control cabinet 1, and winding motor fine motion controls
Switch 8, X are controlled to driving motor fine motion control switch 9, Y-direction driving motor fine motion control switch 10, Z-direction driving cylinder fine motion
Switch 11, blanking air valve fine motion control switch 12 are located at winding motor control cam 13, X and control cam to driving motor
14, the lower section of Y-direction driving motor control cam 15, Z-direction driving cylinder control cam 16, blanking air valve control cam 17, it is described
It is convex to driving motor control cam 14, Y-direction driving motor control cam 15, blanking air valve control that winding motor controls cam 13, X
18, raised X are respectively arranged at a raised winding motor triggering on wheel 16 to 19, one at driving motor triggering
At the Y-direction driving motor triggering of protrusion 21 at 20, raised blanking air valve triggerings, the Z-direction driving cylinder controls cam
Symmetrically the Z-direction of protrusion drives at cylinder triggering there are two being arranged on 16,22 and at rising triggering 23 respectively at decline triggering,
By the rotation direction of control fulcrum 2,18 are led over 22 at decline triggering at winding motor triggering, and 18 under at winding motor triggering
22 all lead over X at driving motor triggering 19 and Y-direction driving motor triggering 20 at drop triggering, and 21 fall at blanking air valve triggering
Afterwards in X at driving motor triggering 19 and Y-direction driving motor triggering 20, the winding motor fine motion control switch 8, X are to drive
Dynamic electric motor micro-motion control switch 9, Y-direction driving motor fine motion control switch 10, Z-direction drive cylinder fine motion control switch 11, blanking
Air valve fine motion control switch 12 drives cylinder, blanking air valve to driving motor, Y-direction driving motor, Z-direction with winding motor, X respectively
Connection, the winding motor fine motion control switch 8, X are opened to driving motor fine motion control switch 9, Y-direction driving motor fine motion control
Close 10, Z-direction driving cylinder fine motion control switch 11, blanking air valve fine motion control switch 12 is dust-proof fine motion control switch, tool
There is good dust-proof effect, ensure that winding motor fine motion control switch 8, X drive to driving motor fine motion control switch 9, Y-direction
The use longevity of electric motor micro-motion control switch 10, Z-direction driving cylinder fine motion control switch 11, blanking air valve fine motion control switch 12
Life.Described concentric one end that control fulcrum 2 is set of second control transmission gear 5, the control driving motor 6 and the first control
Transmission gear 4 processed is coaxially connected, and the first control transmission gear 4 and the second control transmission gear 5 are intermeshed, and described first
Control transmission gear 4 and the second control transmission gear 5 are helical gear, and overlapdegree of engage is high, and stable drive, drive noise is small,
Long service life.The control driving motor 6 is mounted on control driving motor support 7, and the control driving motor support 7 is set
It sets in the side of control branch shaft stool 3.The control driving motor 6 is stepper motor, the revolving speed of stepper motor, stopping position
It is solely dependent upon the frequency and umber of pulse of pulse signal, without being influenced by load variation, ensure that the stability of control.
Through the above technical solutions, a kind of control device of cloth guillotine of the utility model is in use, control driving electricity
Machine 6 acts, and drives control fulcrum 2 steadily to turn round by the first control transmission gear 4 and the second control transmission gear 5, pacifies first
Winding motor control cam 13 on control fulcrum 2 contacts winding motor fine motion control switch 8, winding motor fine motion control
Switch 8 controls winding motor movement, realizes that the feeding of cloth and winding one cut the length of base fabric.Then, it is mounted on control
Z-direction driving cylinder control cam 16 on fulcrum 2 contacts Z-direction and drives cylinder fine motion control switch 11, and Z-direction drives cylinder fine motion control
It makes switch 11 and controls Z-direction driving cylinder movement, Z-direction driving piston rod drives cloth cutting knife downward actuation to be then mounted on control
X on fulcrum 2 processed controls cam 14 to driving motor and Y-direction driving motor control cam 15 contacts X to driving motor fine motion control
Switch 9 and Y-direction driving motor fine motion control switch 10 are made, X controls X to driving motor fine motion control switch 9 and moves to driving motor
Make, Y-direction driving motor fine motion control switch 10 controls the movement of Y-direction driving motor, acts cloth cutting knife in the plane, realizes
Cloth is cut.After completion is cut, the Z-direction driving cylinder control cam 16 being mounted on control fulcrum 2 is contacted again Z-direction drive
It takes offence cylinder fine motion control switch 11, Z-direction drives cylinder fine motion control switch 11 to control Z-direction and drives cylinder movement, and Z-direction drives piston
Bar drives cloth cutting knife to act upwards, is detached from cloth cutting knife and cloth.The blanking air valve control being mounted on control fulcrum 2
Cam 17 processed contacts blanking air valve fine motion control switch 12, and blanking air valve fine motion control switch 12 controls blanking air valve movement, from
And the movement of blanking sucker is controlled, under the action of suction, realize the blanking of the clothes fabric formed after cutting.The utility model is real
The winding motor of control cloth guillotine is showed, Z-direction drives cylinder, X to driving motor, Y-direction driving motor, blanking air valve by suitable
Sequence continuous action, ingenious in design, structurally reasonable compact, at low cost, good reliability.
Above content is only illustrate to examples for clearly illustrating the present invention described in this specification.The utility model
Person of ordinary skill in the field can make various modifications or additions to the described embodiments or using class
As mode substitute, content without departing from the utility model specification or surmount model defined in the claims
It encloses, all should belong to the protection range of the utility model.
Claims (4)
1. a kind of control device of cloth guillotine, it is characterised in that: it include control cabinet, control fulcrum, control branch shaft stool,
First control transmission gear, the second control transmission gear, control driving motor, control driving motor support, winding motor fine motion
Control switch, X are controlled to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction driving cylinder fine motion
Switch, blanking air valve fine motion control switch, winding motor control cam, X control cam, Y-direction driving motor control to driving motor
Cam processed, Z-direction driving cylinder control cam, blanking air valve control cam, and the control branch shaft stool is arranged in the two of control cabinet
Side, the control fulcrum are rotatably provided on control branch shaft stool, and winding motor control cam, X are to driving motor control
Cam processed, Y-direction driving motor control cam, Z-direction driving cylinder control cam, blanking air valve control cam are mounted on control fulcrum
On, the winding motor fine motion control switch, X are to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z
It is mounted on control cabinet to driving cylinder fine motion control switch, blanking air valve fine motion control switch, and winding motor fine motion control
System switch, X are opened to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction driving cylinder fine motion control
It closes, blanking air valve fine motion control switch is located at winding motor control cam, X is electric to driving motor control cam, Y-direction driving
Machine controls the lower section of cam, Z-direction driving cylinder control cam, blanking air valve control cam, and the winding motor controls cam, X
Be respectively arranged on driving motor control cam, Y-direction driving motor control cam, blanking air valve control cam one it is raised
At winding motor triggering, a raised X at driving motor triggering, at a raised Y-direction driving motor triggering, one it is convex
At the blanking air valve triggering risen, there are two the Z-directions of symmetrical protrusion to drive cylinder for setting on the Z-direction driving cylinder control cam
At triggering, respectively at decline triggering and rises at triggering, by the rotation direction of control fulcrum, led at winding motor triggering
Decline at triggering, X is all led at winding motor triggering and at decline triggering at driving motor triggering and the touching of Y-direction driving motor
At hair, X is lagged behind at blanking air valve triggering at driving motor triggering and at Y-direction driving motor triggering, the winding motor is micro-
Dynamic control switch, X drive cylinder fine motion control to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction
System switch, blanking air valve fine motion control switch drive gas to driving motor, Y-direction driving motor, Z-direction with winding motor, X respectively
Cylinder, blanking air valve connection, described concentric one end that control fulcrum is set of second control transmission gear, the control driving electricity
Machine and the first control transmission gear are coaxially connected, the first control transmission gear and the second control transmission gear intermeshing,
The control driving motor is mounted on control driving motor support, and the control driving motor support setting is in control fulcrum branch
The side of seat.
2. a kind of control device of cloth guillotine according to claim 1, it is characterised in that: the control driving motor
For stepper motor.
3. a kind of control device of cloth guillotine according to claim 1, it is characterised in that: the first control transmission
Gear and the second control transmission gear are helical gear.
4. a kind of control device of cloth guillotine according to claim 1, it is characterised in that: the winding motor fine motion
Control switch, X are controlled to driving motor fine motion control switch, Y-direction driving motor fine motion control switch, Z-direction driving cylinder fine motion
Switch, blanking air valve fine motion control switch are dust-proof fine motion control switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821039033.7U CN208562946U (en) | 2018-06-29 | 2018-06-29 | A kind of control device of cloth guillotine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821039033.7U CN208562946U (en) | 2018-06-29 | 2018-06-29 | A kind of control device of cloth guillotine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208562946U true CN208562946U (en) | 2019-03-01 |
Family
ID=65490609
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821039033.7U Expired - Fee Related CN208562946U (en) | 2018-06-29 | 2018-06-29 | A kind of control device of cloth guillotine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208562946U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109576971A (en) * | 2018-06-29 | 2019-04-05 | 沈富强 | A kind of control device of cloth guillotine |
-
2018
- 2018-06-29 CN CN201821039033.7U patent/CN208562946U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109576971A (en) * | 2018-06-29 | 2019-04-05 | 沈富强 | A kind of control device of cloth guillotine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190301 Termination date: 20190629 |