CN208802639U - Garment machinery automatic cloth winding machine - Google Patents
Garment machinery automatic cloth winding machine Download PDFInfo
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- CN208802639U CN208802639U CN201821590876.6U CN201821590876U CN208802639U CN 208802639 U CN208802639 U CN 208802639U CN 201821590876 U CN201821590876 U CN 201821590876U CN 208802639 U CN208802639 U CN 208802639U
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Abstract
The utility model discloses garment machinery automatic cloth winding machines, its structure includes cloth storage device, transmission belt, connect roller, protect side shell, support frame, the bottom end of cloth storage device and the top of support frame are mutually welded, transmission belt is set to the lower section of connection roller, and the two is flexibly connected, connect the left and right ends insertion installation of roller on the support frame, the structure that the utility model passes through improvement part, Rotating speed measring mechanism is set to detect the deceleration of reduction gearbox, when reduction gearbox damage velocity of rotation is accelerated, it is out of service that Rotating speed measring mechanism can control in time motor, stop pressure roller, prevent that pressure roller revolving speed is too fast and cloth is caused to crumble, cloth can be detected by broken hole testing agency simultaneously, when detecting cloth, it can sink automatically, pass hull closure, staff is allowed to replace in time, to keep away Exempt from cloth defective to be blended among finished product.
Description
Technical field
The utility model relates to batcher fields, particularly with regard to a kind of garment machinery automatic cloth winding machine.
Background technique
Batcher is one of garment production important equipment, can carry out winding arrangement to cloth, be widely applied with
Among clothes manufacturing works, but existing batcher carry out using when, due to needing the cloth different to various materials
Material is processed, and equipment is caused to need that pressure roller velocity of rotation is adjusted when in use, in the prior art, adjusting side
Method is often by the velocity of rotation for carrying out regulation control pressure roller to gear reduction box, if gear reduction box is damaged, pressure roller
Revolving speed is just unable to get control, is easily continuously improved the speed of pressure roller, cloth is snapped, or even safety accident occurs, simultaneously
Existing equipment, since what is taken is full-automatic conveying cloth, is not necessarily to attention of staff, leads to coiled material when conveying cloth
When, easily some clothes for having broken hole are wound together, to affect the quality of converted products.
Utility model content
In view of the deficiencies of the prior art, the utility model is achieved through the following technical solutions: garment machinery is used certainly
Dynamic batcher, structure include cloth storage device, transmission belt, connection roller, protection side shell, support frame, the cloth storage dress
The bottom end set and the top of support frame are mutually welded, and the transmission belt is set to the lower section of connection roller, and the two is flexibly connected, described
The left and right ends insertion for connecting roller is installed on the support frame, and the left end of the protection side shell is mutually welded with support frame, the cloth
Storage device includes conveying rolling mechanism, broken hole testing agency, Rotating speed measring mechanism, pressure regulating device, shell, and the conveying rolls
Mechanism is located at the underface of broken hole testing agency, and the top of the broken hole testing agency is mutually welded with the top of shell, and described turn
Fast testing agency is located at the top of conveying rolling mechanism, and the two is flexibly connected, and the pressure regulating device is set to the right end of shell,
The pressure regulating device is located at the underface of Rotating speed measring mechanism, and the two is flexibly connected.
As advanced optimizing for the technical program, the conveying rolling mechanism includes rotation connection axis, ball, conveying
The left end of roller, reduction gearbox, motor, the right end and conveying roller of the rotation connection axis is mutually welded, and the ball, which is fitted around, to be turned
In dynamic connecting shaft, the left end level of the conveying roller is embedded on reduction gearbox, and the two is flexibly connected, and the motor, which is set to, to be subtracted
The right end of fast case, and the two is flexibly connected, and the upper right side of the reduction gearbox is equipped with Rotating speed measring mechanism, and the two activity connects
It connects.
As advanced optimizing for the technical program, the broken hole testing agency includes motor control component, testing agency,
The motor control component is set to the top of testing agency, and the two is flexibly connected.
As advanced optimizing for the technical program, the motor control component includes starting block, pushing block, control mould
Block, touch panel, contact, movable block, slide plate, the pushing block are vertically embedded into the top middle portion in starting block, the control module
Bottom end and the top of touch panel are mutually welded, and the lower section of the touch panel is equipped with contact, and the two is flexibly connected, and the contact, which is set to, to be moved
The top of motion block, and the two is integrated, and the movable block is set on slide plate, and the two is flexibly connected.
As advanced optimizing for the technical program, the testing agency includes air parcel, push plate, ball, spring, decline
Bar, sliding ball, the push plate insertion is mounted in air parcel, and is flexibly connected, and the ball is fitted around on decline bar, institute
Ring spring is stated around being mounted on decline bar, the bottom end of the decline bar is equipped with sliding ball, and the two is integrated.
As advanced optimizing for the technical program, the Rotating speed measring mechanism includes extraction sector, motor power-off control
Mechanism, air valve size control mechanism, protecting crust, the extraction sector are set to the left end of motor power-off control mechanism, and the two
It is flexibly connected, the motor power-off control mechanism is located at the middle part of protecting crust, and the air valve size control mechanism is disconnected set on motor
The right end of electric control mechanism, and the two is flexibly connected, and the lower section of the extraction sector is equipped with conveying rolling mechanism, and the two
It is flexibly connected.
As advanced optimizing for the technical program, the extraction sector includes rotate gear, joining rod, screw rod, level
Valve block, pumping block, pumping board, the bottom end of the rotate gear is equipped with screw rod, and the two is flexibly connected, the joining rod insertion peace
On the outer ring of rotate gear, the right end of the joining rod is equipped with horizontal valve block, and the two is flexibly connected, the horizontal valve
Block insertion is mounted on pumping block on, the left end of the pumping board and the right end of horizontal valve block mutually weld, it is described pumping block right end and
It mutually welds the left end of motor power-off control mechanism.
As advanced optimizing for the technical program, the motor power-off control mechanism includes air inlet block, pipeline, exhaust
The bottom end of mouth, air drain, motor power-off modular, control-rod, the air inlet block is equipped with pipeline, and the two is mutually welded, the exhaust
Mouth is set to the top of air drain, and the two is integrated, and the left end of the air drain is mutually welded with pipeline, the motor power-off
Module is located at the lower section of control-rod, and the two is flexibly connected, and the control-rod is vertically embedded into the bottom end of air drain, the air drain
Left end and be evacuated block right end mutually weld.
As advanced optimizing for the technical program, the air valve size control mechanism includes push rod, skewback, moving ball, L
Bar moves up and down bar, and the left end of the push rod is mutually welded with the right end of skewback, and the right end of the skewback is equipped with moving ball and two
Person is flexibly connected, and the moving ball insertion is mounted on the left end of L bar, and the two is flexibly connected, the bottom for moving up and down bar
It holds and is mutually welded with the top for moving up and down bar.
As advanced optimizing for the technical program, the pressure regulating device includes slide rheostat, vertical pusher, connects electricity
Block, track, ball, briquetting, insulation crust, the left end of the slide rheostat is mutually welded with the left end of insulation crust, described
The bottom end of vertical pusher is set on the left end of briquetting, and the two is integrated, and the bottom end for connecing electric block, which is equipped with, to be slided
Dynamic rheostat, and the two is integrated, and the track is set in insulation crust, and the two is mutually welded, the ball
In orbit, the briquetting level is embedded in the right end of insulation crust for insertion installation.
The utility model has the beneficial effects that: the utility model garment machinery automatic cloth winding machine, carrying out using setting
When standby, run by cloth storage device, to drive the connection roller on transmission belt to carry out conveying cloth, in the mistake of transport
Cheng Zhong, the screw rod in Rotating speed measring mechanism are connected to reduction gearbox and are rotated, so that rotate gear be driven to be rotated, make to be connected
Bar rotates on it, the reciprocating motion controlled, to twitch gas by air inlet block, and comes in air drain, while by one
For partial gas via being discharged in exhaust outlet, the size of air drain is adjusted according to the size of pressure regulation framework slide rheostat
, when the smaller reduction gearbox revolving speed of resistance gets over block, the space of air drain will be bigger, when reduction gearbox is damaged, revolving speed without
Method is controlled, and when rapidly rising, a large amount of gas, push lever decline can be assembled in air drain, to keep motor disconnected
Electric module control motor stops working, while when transport, the sliding ball in broken hole testing agency can be contacted with cloth,
When finding broken hole, due to the effect of gravity, declining bar can sink automatically, while the gas for driving push plate to push air parcel comes
Into starting block, pushing block is pushed, so that the contact on touch panel be made to contact with control module, makes motor out of service,
To allow staff to replace.
For the prior art, the utility model enables Rotating speed measring mechanism to subtracting by the structure of improvement part
The deceleration of fast case is detected, and when reduction gearbox damage velocity of rotation is accelerated, Rotating speed measring mechanism can control electricity in time
Machine is out of service, stops pressure roller, prevents pressure roller revolving speed too fast and cloth is caused to crumble, while can pass through broken hole testing agency
Cloth is detected, when detecting cloth, can be sunk automatically, pass hull closure allows staff to replace in time,
It is blended among finished product so as to avoid cloth defective.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign, objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram of the utility model garment machinery automatic cloth winding machine.
Fig. 2 is the structural schematic diagram of the utility model cloth storage device detailed cross-sectional.
Fig. 3 is the structural schematic diagram of the detailed cross-sectional before the operation of the utility model cloth storage device.
Fig. 4 is the cross-sectional structure schematic diagram before the operation of the utility model broken hole testing agency.
Fig. 5 is the postrun detailed cross-sectional structural schematic diagram of the utility model broken hole testing agency.
Fig. 6 is the cross-sectional structure schematic diagram before the operation of the utility model Rotating speed measring mechanism.
Fig. 7 is the postrun cross-sectional structure schematic diagram of the utility model Rotating speed measring mechanism.
Fig. 8 is the cross-sectional structure schematic diagram before the operation of the utility model pressure regulating device.
Fig. 9 is the postrun cross-sectional structure schematic diagram of the utility model pressure regulating device.
In figure: cloth storage device -1, transmission belt -2, connection roller -3, protection side shell -4, support frame -5 convey roller press
Structure -11, broken hole testing agency -12, Rotating speed measring mechanism -13, pressure regulating device -14, shell -15, rotation connection axis -111, rolling
Pearl -112, conveying roller -113, reduction gearbox -114, motor -115, motor control component -121, testing agency -122, starting block -
1211, pushing block -1212, control module -1213, touch panel -1214, contact -1215, movable block -1516, slide plate -1217, gas
Block -1221, push plate -1222, ball -1223, spring -1224, decline bar -1225, sliding ball -1226, extraction sector -131, electricity
Machine power off control mechanism -132, air valve size control mechanism -133, protecting crust -134, rotate gear -1311, joining rod -1312,
Screw rod -1313, horizontal valve block -1314, pumping block -1315, -1316 air inlet block -1321 of pumping board, pipeline -1322, exhaust outlet -
1323, air drain -1324, motor power-off modular -1325, control-rod -1326, push rod -1331, skewback -1332, moving ball -1333,
L bar -1334 moves up and down bar -1335, slide rheostat -141, vertical pusher -142, connects electric block -143, track -144, rolling
Pearl -145, briquetting -146, insulation crust -147.
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below
In conjunction with specific embodiment and Detailed description of the invention, the preferred embodiment of the utility model is further described.
Embodiment
Fig. 1-Fig. 9 is please referred to, the utility model provides garment machinery automatic cloth winding machine, and structure includes cloth storage dress
Set 1, transmission belt 2, connection roller 3, protection side shell 4, support frame 5, the bottom end of the cloth storage device 1 and the top of support frame 5
It mutually welds, the transmission belt 2 is set to the lower section of connection roller 3, and the two is flexibly connected, and the left and right ends of the connection roller 3 are embedding
Enter to be mounted on support frame 5, the left end of the protection side shell 4 is welded with 5 phase of support frame, and the cloth storage device 1 includes defeated
Send rolling mechanism 11, broken hole testing agency 12, Rotating speed measring mechanism 13, pressure regulating device 14, shell 15, the conveying rolling mechanism
11 are located at the underface of broken hole testing agency 12, and the top of the broken hole testing agency 12 is mutually welded with the top of shell 15, institute
The top that Rotating speed measring mechanism 13 is located at conveying rolling mechanism 11 is stated, and the two is flexibly connected, the pressure regulating device 14 is set to
The right end of shell 15, the pressure regulating device 14 is located at the underface of Rotating speed measring mechanism 13, and the two is flexibly connected, described defeated
Sending rolling mechanism 11 includes rotation connection axis 111, ball 112, conveying roller 113, reduction gearbox 114, motor 115, and the rotation connects
The right end of spindle 111 and the left end of conveying roller 113 are mutually welded, and the ball 112 is fitted around on rotation connection axis 111, institute
The left end level for stating conveying roller 113 is embedded on reduction gearbox 114, and the two is flexibly connected, and the motor 115 is set to reduction gearbox
114 right end, and the two is flexibly connected, and the upper right side of the reduction gearbox 114 is equipped with Rotating speed measring mechanism 13, and the two is living
Dynamic connection, the broken hole testing agency 12 include motor control component 121, testing agency 122, the motor control component 121
Set on the top of testing agency 122, and the two is flexibly connected, and the motor control component 121 includes starting block 1211, pushes
Block 1212, control module 1213, touch panel 1214, contact 1215, movable block 1516, slide plate 1217, the pushing block 1212 are vertical
It is embedded in the top middle portion of starting block 1211, the bottom end of the control module 1213 is mutually welded with the top of touch panel 1214, described
The lower section of touch panel 1214 is equipped with contact 1215, and the two is flexibly connected, and the contact 1215 is set to the top of movable block 1516,
And the two is integrated, and the movable block 1516 is set on slide plate 1217, and the two is flexibly connected, the detection machine
Structure 122 includes air parcel 1221, push plate 1222, ball 1223, spring 1224, decline bar 1225, sliding ball 1226, the push plate
1222 insertions are mounted in air parcel 1221, and are flexibly connected, and the ball 1223 is fitted around on decline bar 1225, described
Spring 1224 is fitted around on decline bar 1225, and the bottom end of the decline bar 1225 is equipped with sliding ball 1226, and the two is
Integral structure, the Rotating speed measring mechanism 13 include extraction sector 131, motor power-off control mechanism 132, the control of air valve size
Mechanism 133, protecting crust 134, the extraction sector 131 is set to the left end of motor power-off control mechanism 132, and the two activity connects
It connects, the motor power-off control mechanism 132 is located at the middle part of protecting crust 134, and the air valve size control mechanism 133 is set to motor
The right end of control mechanism 132 is powered off, and the two is flexibly connected, the lower section of the extraction sector 131 is equipped with conveying rolling mechanism
11, and the two is flexibly connected, and the extraction sector 131 includes rotate gear 1311, joining rod 1312, screw rod 1313, level
Valve block 1314, pumping block 1315, pumping board 1316, the bottom end of the rotate gear 1311 are equipped with screw rod 1313, and the two activity
Connection, the insertion of joining rod 1312 are mounted on the outer ring of rotate gear 1311, and the right end of the joining rod 1312 is equipped with water
Flat valve block 1314, and the two is flexibly connected, and the horizontal insertion of valve block 1314 is mounted on pumping block 1315, the pumping board
1316 left end and the right end of horizontal valve block 1314 mutually weld, and the right end and motor of the pumping block 1315 power off control mechanism
132 left end is mutually welded, and the motor power-off control mechanism 132 includes air inlet block 1321, pipeline 1322, exhaust outlet 1323, gas
Slot 1324, motor power-off modular 1325, control-rod 1326, the bottom end of the air inlet block 1321 are equipped with pipeline 1322, and the two
It mutually welds, the exhaust outlet 1323 is set to the top of air drain 1324, and the two is integrated, a left side for the air drain 1324
End is welded with 1322 phase of pipeline, and the motor power-off modular 1325 is located at the lower section of control-rod 1326, and the two is flexibly connected,
The control-rod 1326 is vertically embedded into the bottom end of air drain 1324, the left end of the air drain 1324 and the right end phase of pumping block 1315
Welding, the air valve size control mechanism 133 include push rod 1331, skewback 1332, moving ball 1333, L bar 1334, move up and down
Bar 1335, the left end of the push rod 1331 are mutually welded with the right end of skewback 1332, and the right end of the skewback 1332 is equipped with moving ball
1333 and the two be flexibly connected, the moving ball 1333 is embedded in the left end for being mounted on L bar 1334, and the two is flexibly connected,
The bottom end for moving up and down bar 1335 is mutually welded with the top for moving up and down bar 1335, and the pressure regulating device 14 includes that sliding becomes
Resistance device 141, vertical pusher 142 connect electric block 143, track 144, ball 145, briquetting 146, insulation crust 147, the sliding
The left end of rheostat 141 and the left end of insulation crust 147 are mutually welded, and the bottom end of the vertical pusher 142 is set to briquetting 146
On left end, and the two is integrated, and the bottom end for connecing electric block 143 is equipped with slide rheostat 141, and the two is one
Body structure, the track 144 is set in insulation crust 147, and the two is mutually welded, and the insertion of ball 145 installation is in-orbit
On road 144,146 level of briquetting is embedded in the right end of insulation crust 147.
The principles of the present invention: it when carrying out using equipment, is run by cloth storage device 1, to drive
Connection roller 3 on transmission belt 2 carries out conveying cloth, and during transportation, the screw rod 1313 in Rotating speed measring mechanism 13 connects
It is rotated in reduction gearbox 114, so that rotate gear 1311 be driven to be rotated, rotates joining rod 1312 on it, carried out
The reciprocating motion of left and right and is come in air drain 1324 to twitch gas by air inlet block 1321, while by the gas of a part
Via being discharged in exhaust outlet 1323, the size of air drain 1324 is carried out according to the size of 14 slide rheostat 141 of pressure regulation framework
It adjusts, when smaller 114 revolving speed of reduction gearbox of resistance gets over block, the space of air drain 1324 will be bigger, when reduction gearbox 114
It is damaged, revolving speed can not be controlled, and when rapidly rising, a large amount of gas can be assembled in air drain 1324, pushes control
Bar 1326 declines, and stops working so that motor power-off modular 1325 be made to control motor 115, while when transport, broken hole inspection
The sliding ball 1226 surveyed in mechanism 12 can be contacted with cloth, when finding broken hole, due to the effect of gravity, decline bar
1225 can sink automatically, while drive push plate 1222 that the gas of air parcel 1221 is pushed to come in starting block 1211, make pushing block
1212 are pushed, so that the contact 1215 on touch panel 1214 be made to contact with control module 1213, make motor 115 out of service,
To allow staff to replace.
The utility model solves the problems, such as be existing batcher carry out using when, due to needing to various materials
Different clothes are processed, and equipment is caused to need that pressure roller velocity of rotation is adjusted when in use, in the prior art,
Its adjusting method is often by the velocity of rotation for carrying out regulation control pressure roller to gear reduction box, as gear reduction box damages
Bad, pressure roller revolving speed is just unable to get control, is easily continuously improved the speed of pressure roller, cloth is snapped, or even safe thing occurs
Therefore while existing equipment, since what is taken is full-automatic conveying cloth, be not necessarily to attention of staff when conveying cloth,
When leading to coiled material, easily some clothes for having broken hole are wound together, to affect the quality of converted products, this reality
With novel being combined with each other by above-mentioned component, the utility model enables Rotating speed measring mechanism by the structure of improvement part
The deceleration of reduction gearbox is detected, when reduction gearbox damage velocity of rotation accelerate when, Rotating speed measring mechanism can and time control
Motor processed is out of service, stops pressure roller, prevents pressure roller revolving speed too fast and cloth is caused to crumble, while can be detected by broken hole
Mechanism detects cloth, when detecting cloth, can sink automatically, and pass hull closure allows staff to carry out in time
Replacement, is blended among finished product so as to avoid cloth defective.
Claims (10)
1. garment machinery automatic cloth winding machine, structure includes cloth storage device (1), transmission belt (2), connection roller (3), protection
Side shell (4), support frame (5), the bottom end of the cloth storage device (1) and the top of support frame (5) are mutually welded, the transmission belt
(2) it is set to the lower section of connection roller (3), and the two is flexibly connected, the left and right ends insertion of connection roller (3) is mounted on support
On frame (5), the left end of protection side shell (4) is mutually welded with support frame (5), it is characterised in that:
The cloth storage device (1) includes conveying rolling mechanism (11), broken hole testing agency (12), Rotating speed measring mechanism
(13), pressure regulating device (14), shell (15), conveying rolling mechanism (11) are located at the underface of broken hole testing agency (12),
The top of the broken hole testing agency (12) and the top of shell (15) are mutually welded, and the Rotating speed measring mechanism (13) is located at conveying
The top of rolling mechanism (11), and the two is flexibly connected, and the pressure regulating device (14) is set to the right end of shell (15), the tune
Press mechanism (14) is located at the underface of Rotating speed measring mechanism (13), and the two is flexibly connected.
2. garment machinery automatic cloth winding machine according to claim 1, it is characterised in that: the conveying rolling mechanism (11)
Including being rotatablely connected axis (111), ball (112), conveying roller (113), reduction gearbox (114), motor (115), the rotation connection
The right end of axis (111) and the left end of conveying roller (113) are mutually welded, and the ball (112) is fitted around in rotation connection axis (111)
On, the left end level of the conveying roller (113) is embedded on reduction gearbox (114), and the two is flexibly connected, the motor
(115) it is set to the right end of reduction gearbox (114), and the two is flexibly connected, the upper right side of the reduction gearbox (114) is examined equipped with revolving speed
It surveys mechanism (13), and the two is flexibly connected.
3. garment machinery automatic cloth winding machine according to claim 1, it is characterised in that: the broken hole testing agency (12)
Including motor control component (121), testing agency (122), the motor control component (121) is set to testing agency (122)
Top, and the two is flexibly connected.
4. garment machinery automatic cloth winding machine according to claim 3, it is characterised in that: the motor control component
It (121) include starting block (1211), pushing block (1212), control module (1213), touch panel (1214), contact (1215), movement
Block (1516), slide plate (1217), the pushing block (1212) are vertically embedded into the top middle portion in starting block (1211), the control
The bottom end of module (1213) and the top of touch panel (1214) are mutually welded, and the lower section of the touch panel (1214) is equipped with contact (1215),
And the two is flexibly connected, and the contact (1215) is set to the top of movable block (1516), and the two is integrated, institute
Movable block (1516) are stated on slide plate (1217), and the two is flexibly connected.
5. garment machinery automatic cloth winding machine according to claim 3, it is characterised in that: testing agency (122) packet
Air parcel (1221), push plate (1222), ball (1223), spring (1224), decline bar (1225), sliding ball (1226) are included, it is described
Push plate (1222) insertion is mounted in air parcel (1221), and is flexibly connected, and the ball (1223) is fitted around in decline bar
(1225) on, the spring (1224) is fitted around in decline bar (1225), and the bottom end of decline bar (1225), which is equipped with, to be slided
Dynamic ball (1226), and the two is integrated.
6. garment machinery automatic cloth winding machine according to claim 1 or 2, it is characterised in that: the Rotating speed measring mechanism
It (13) include extraction sector (131), motor power-off control mechanism (132), air valve size control mechanism (133), protecting crust
(134), the extraction sector (131) is set to the left end of motor power-off control mechanism (132), and the two is flexibly connected, described
Motor power-off control mechanism (132) is located at the middle part of protecting crust (134), and the air valve size control mechanism (133) is set to motor
The right end of control mechanism (132) is powered off, and the two is flexibly connected, the lower section of the extraction sector (131) is equipped with conveying and rolls
Mechanism (11), and the two is flexibly connected.
7. garment machinery automatic cloth winding machine according to claim 6, it is characterised in that: extraction sector (131) packet
Include rotate gear (1311), joining rod (1312), screw rod (1313), horizontal valve block (1314), pumping block (1315), pumping board
(1316), the bottom end of the rotate gear (1311) is equipped with screw rod (1313), and the two is flexibly connected, the joining rod
(1312) insertion is mounted on the outer ring of rotate gear (1311), and the right end of the joining rod (1312) is equipped with horizontal valve block
(1314), and the two is flexibly connected, and horizontal valve block (1314) insertion is mounted in pumping block (1315), the pumping board
(1316) left end and the right end of horizontal valve block (1314) mutually weld, and the right end of pumping block (1315) and motor power-off control
It mutually welds the left end of mechanism (132).
8. garment machinery automatic cloth winding machine according to claim 6, it is characterised in that: the motor powers off control mechanism
(132) include air inlet block (1321), pipeline (1322), exhaust outlet (1323), air drain (1324), motor power-off modular (1325),
The bottom end of control-rod (1326), the air inlet block (1321) is equipped with pipeline (1322), and the two is mutually welded, the exhaust outlet
(1323) it is set to the top of air drain (1324), and the two is integrated, the left end of the air drain (1324) and pipeline
(1322) it mutually welds, the motor power-off modular (1325) is located at the lower section of control-rod (1326), and the two is flexibly connected, institute
Control-rod (1326) is stated to be vertically embedded into the bottom end of air drain (1324), left end and pumping block (1315) of the air drain (1324)
Right end mutually welds.
9. garment machinery automatic cloth winding machine according to claim 6, it is characterised in that: the air valve size control mechanism
(133) include push rod (1331), skewback (1332), moving ball (1333), L bar (1334), move up and down bar (1335), it is described to push away
The left end of bar (1331) and the right end of skewback (1332) mutually weld, and the right end of the skewback (1332) is equipped with moving ball (1333) simultaneously
And the two is flexibly connected, moving ball (1333) insertion is mounted on the left end of L bar (1334), and the two is flexibly connected, institute
It states and moves up and down the bottom end of bar (1335) and mutually welded with the top for moving up and down bar (1335).
10. garment machinery automatic cloth winding machine according to claim 1, it is characterised in that: pressure regulating device (14) packet
Include slide rheostat (141), vertical pusher (142), connect electric block (143), track (144), ball (145), briquetting (146),
Insulation crust (147), the left end of the slide rheostat (141) and the left end of insulation crust (147) are mutually welded, described vertically to push away
The bottom end of bar (142) is set on the left end of briquetting (146), and the two is integrated, the bottom for connecing electric block (143)
End is equipped with slide rheostat (141), and the two is integrated, and the track (144) is set in insulation crust (147),
And the two is mutually welded, and ball (145) insertion is mounted on track (144), and briquetting (146) level is embedded in absolutely
The right end of edge shell (147).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821590876.6U CN208802639U (en) | 2018-09-28 | 2018-09-28 | Garment machinery automatic cloth winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821590876.6U CN208802639U (en) | 2018-09-28 | 2018-09-28 | Garment machinery automatic cloth winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208802639U true CN208802639U (en) | 2019-04-30 |
Family
ID=66237550
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821590876.6U Expired - Fee Related CN208802639U (en) | 2018-09-28 | 2018-09-28 | Garment machinery automatic cloth winding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208802639U (en) |
-
2018
- 2018-09-28 CN CN201821590876.6U patent/CN208802639U/en not_active Expired - Fee Related
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