CN207227726U - A kind of sewing device of automatic switchover flatcar and Gao Che - Google Patents
A kind of sewing device of automatic switchover flatcar and Gao Che Download PDFInfo
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- CN207227726U CN207227726U CN201721036944.XU CN201721036944U CN207227726U CN 207227726 U CN207227726 U CN 207227726U CN 201721036944 U CN201721036944 U CN 201721036944U CN 207227726 U CN207227726 U CN 207227726U
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Abstract
A kind of sewing device of automatic switchover flatcar and Gao Che, it is related to a kind of sewing device, including base, fixed platform and sewing machine, lifting driving cylinder is equipped with base, driving cylinder is lifted to connect by the bottom of output rod and mobile platform, mobile platform is connected by locking device with fixed platform, mobile platform upper surface is provided with groove, sewing platform A is placed with groove, sewing platform A is located in shaft, shaft is located in groove, shaft is connected with driving device, the surface of shaft is equipped with sewing platform B, sewing platform B is connected with mobile platform, on sewing platform A through hole is equipped with shaft.The arrangement achieves flatcar sewing platform B and high sewing thread platform A automatic switchover function, reached the operation requirement that a sewing device can meet different processes at the same time, improved efficiency, reduce manually and equipment cost.
Description
Technical field：
It the utility model is related to a kind of sewing-machine equipment technical field, and in particular to a kind of automatic switchover flatcar and Gao Che
Sewing device.
Background technology：
Conventional sewing machine is divided into flatcar and Gao Che parts, and flatcar is mainly that high car owner will to do the product of plane sewing
It is for sewing combination product, needs collocation to get up to complete a product between the two, can so cause the waste of personnel,
The uncertainty of yield and the unstability of quality.After the completion of traditional method is planar structure sewing, high car (stereoscopic vehicle is being taken
Stitch machine) complete up, lose time, sewing quality preservation is poor, and many platform sewing machines complete a product, quality aspect and production
Can be difficult to improve.Many bottleneck processes are had in production process, such as flat seam machine operation excessively, and Gao Che has no idea to digest
The loose mail of excessive flatcar, to pipelining, and requires higher product to cause very big difficulty.
Opposite one line operators each process is that comparison is fixed, flat seam machine can only sewing plane can accomplish
Product, high car can only operate the material of 3-D solid structure.It so will result in an assembly line and use many operating personnel,
Production capacity can not accomplish averagely, would generally also cause high car to complete the loose mail manufactured by flatcar, or flatcar on production line
The yield of high car can not be supplied.
Utility model content：
The utility model in order to solve to need collocation to get up to complete a product between flatcar and Gao Che parts, this
The problem of sample can cause the waste of operating personnel, the unstability of the uncertainty of yield and quality, and one kind is provided and is cut automatically
Change flatcar and the sewing device of Gao Che.
The technical solution adopted in the utility model is：A kind of sewing device of automatic switchover flatcar and Gao Che, including base,
Fixed platform and sewing machine, base are equipped with fixed platform, and sewing machine is equipped with the top of fixed platform, lifting driving is equipped with base
Cylinder, the one end for lifting driving cylinder and output rod connect, and the other end of output rod and the bottom of mobile platform connect, mobile platform with
One end connection of locking device, the other end of locking device are connected with fixed platform, and the mobile platform upper surface is provided with groove,
Sewing platform A is placed with groove, sewing platform A is located in shaft, and shaft is located in groove, and shaft is connected with driving device, shaft
Surface be equipped with sewing platform B, the upper sides at fixed platform of sewing platform B are connected with mobile platform, described to sew on platform A
Through hole is equipped with shaft.
The driving device includes cutaway disk, pivoted arm, straight pin, sheave, groove and motor, and the motor passes through
Motor fixing frame is fixed on inside mobile platform, the output shaft of motor by the input axis connection of shaft coupling and cutaway disk,
Cutaway disk axle center is fixedly connected with one end of pivoted arm, and the other end of pivoted arm is equipped with straight pin, and the cutaway disk connects with sheave
Touch, 4 grooves are provided with sheave and 4 grooves are evenly distributed on sheave, groove and cylinder pin contacts, the output shaft of the sheave is with turning
Axis connection.
The locking device, which includes spring, latch segment, locking hole, locking groove, inserted block and locking slot, the movement, puts down
On platform close to fixed platform side on be provided with locking groove, lock groove inner wall and spring one end connect, spring it is another
One end and one end of latch segment connect, and the other end of latch segment is stretched out in locking groove insertion locking slot, and latch segment is equipped with lock
Tieholen, is inserted with inserted block in locking hole, inserted block is adapted with locking hole, and inserted block is set on the stationary platform.
The shape of the latch segment is trapezoidal, and the shape of the locking hole is trapezoidal, and the shape of the locking slot is flat
Row quadrangle.
The sewing platform A includes table top, cross bar and supporting rod, is placed with table top in the groove, table top and cross bar
Center connects, and the one end of the both ends of cross bar respectively with a supporting rod be connected, and the other end of supporting rod is connected with shaft, cross bar, turn
Axis and two supporting rods define through hole.
The beneficial effects of the utility model are：The arrangement achieves flatcar sewing platform B and high sewing to thread what platform A automatically switched
Function, has reached the operation requirement that a sewing device can meet different processes at the same time, has greatly reduced special to operating personnel
The dependence of industry technology, makes every bit manipulation personnel to operate plane sewing and sewing that the device completes product, solves work
Factory is all very helpful reasonable utilize of quality and yield and factory floor space the problem of operation bottleneck process.
Brief description of the drawings：
Fig. 1 is structure diagram when the utility model is switched to flatcar.
Fig. 2 is the structure diagram of top view when the utility model is switched to flatcar.
Fig. 3 is structure diagram when the utility model is switched to high car.
Fig. 4 is the structure diagram of top view when the utility model is switched to high car.
Fig. 5 is the utility model partial enlarged view.
Embodiment：
With reference to each figure, a kind of sewing device of automatic switchover flatcar and Gao Che, including base 2, fixed platform 7 and sewing machine
6, base 2 is equipped with fixed platform 7, and the top of fixed platform 7 is equipped with sewing machine 6, lifting driving cylinder 1 is equipped with base 2, and lifting is driven
Dynamic cylinder 1 is connected with one end of output rod 3, and the other end of output rod 3 is connected with the bottom of mobile platform 4, mobile platform 4 and locking
One end connection of device, the other end of locking device are connected with fixed platform 7, and 4 upper surface of mobile platform is provided with groove 11,
Sewing platform A5 is placed with groove 11, sewing platform A5 is located in shaft 10, and shaft 10 is located in groove 11, and shaft 10 is filled with driving
Connection is put, the surface of shaft 10 is equipped with sewing platform B12, the side at fixed platform 7 and mobile platform on the platform B12 that sews
4 connect, and through hole 13 is equipped with shaft 10 on the sewing platform A5.
The driving device includes cutaway disk 801, pivoted arm 802, straight pin 803, sheave 804, groove 805 and motor
806, the motor 806 is fixed on inside mobile platform 4 by motor fixing frame, and the output shaft of motor 806 passes through shaft coupling
The input axis connection of device and cutaway disk 801,801 axle center of cutaway disk are fixedly connected with one end of pivoted arm 802, pivoted arm 802
The other end is equipped with straight pin 803, and the cutaway disk 801 is contacted with sheave 804, and 4 grooves 805 and 4 grooves are provided with sheave 804
805 are evenly distributed on sheave 804, and groove 804 is contacted with straight pin 803, and the output shaft of the sheave 804 is connected with shaft 10.
The locking device includes spring 901, latch segment 902, locking hole 903, locking groove 904, inserted block 905 and lock
Tight groove 906, is provided with locking groove 904 on the mobile platform 4 on the side of fixed platform 7, locks the inner wall of groove 904
It is connected with one end of spring 901, the other end of spring 901 is connected with one end of latch segment 902, and the other end of latch segment 902 is stretched
Going out to lock groove 904 to be inserted into locking slot 906, latch segment 902 is equipped with locking hole 903, and inserted block 905 is inserted with locking hole 903,
Inserted block 905 is adapted with locking hole 903, and inserted block 905 is located in fixed platform 7.
The shape of the latch segment 902 to be trapezoidal, the shape of the locking hole 903 be it is trapezoidal, the locking slot 906
Shape is parallelogram.
The sewing platform A5 includes table top 501, cross bar 502 and supporting rod 503, and table top is placed with the groove 11
501, table top 501 is connected with the center of cross bar 502, and the one end of the both ends of cross bar 502 respectively with a supporting rod 503 is connected, and is supported
The other end of bar 503 is connected with shaft 10, and cross bar 502, shaft 10 and two supporting rods 503 define through hole 13.
Specific implementation process is as follows：The present apparatus is connected into external power supply, opens switch, when needing to carry out flatcar sewing,
Fixed platform 7 and mobile platform 4 need to only be linked together by locking device, textile or leather etc. are placed directly in sewing
Plane sewing can be carried out on platform B12.When needing to carry out high sewing to thread, start lifting driving cylinder 1, lifting driving cylinder 1 passes through
Output rod 3 drives mobile platform 4 to move downward, and at this time, latch segment 902 is moved downward along the inclined-plane of locking slot 906, in latch segment
During 902 move downward, the extruding inserted block 905 of latch segment 902 is simultaneously gradually recessed to locking under the restoring force effect of spring 901
Movement in groove 904, when inserted block 905 completely disengages locking hole 903, latch segment 902 is under the action of spring 901 to locking groove
904 internal motions, at this time mobile platform 4 completely with locking device depart from, mobile platform 4 lifting pneumatic cylinder 1 driving under to
Lower movement, meanwhile, the side of latch segment 902 along fixed platform 7 moves downward and extrudes spring 901, when the suitable position of movement
When, motor 806 is connected in stop motion, and motor 806 drives cutaway disk 801 to rotate (counterclockwise/clockwise) one week, lacks
Mouth disk 801 drives pivoted arm 802 thereon to rotate (counterclockwise/clockwise) one week, and the process of one week is rotated in cutaway disk 801
In, the straight pin 803 on pivoted arm 802 turns to another groove 805 out of a groove 805 and drives sheave 804 to rotate clockwise
90 °, stop operating at this time, sheave 804 also drives shaft 10 to rotate 90 °, and shaft 10 drives sewing platform A5 to rotate 90 °, that is, supports
Bar 503, cross bar 502 and table top 501 are in vertical state, and table top 501 is turned to immediately below the sewing needle of sewing machine 6, platform of sewing
B12 is located at the underface (sewing in platform B12 insertion through holes 13) of cross bar 502 and table top 501, and textile or leather are put into platform
Three-dimensional sewing can be carried out on face 501.
When needing to be switched to flatcar sewing, start motor 806, motor 806 drives cutaway disk 801 to rotate backward
Stop operating after one week (clockwise/counterclockwise), cutaway disk 801 drives pivoted arm 802, and pivoted arm 802 drives straight pin thereon
803 turn to another groove 805 from a groove 805 of sheave 804 and drive sheave 804 to rotate counterclockwise 90 °, by the platform A5 that sews
Turn in groove 11, at this time, table top 501, cross bar 502 and supporting rod 503 are placed horizontally in groove 11, sewing platform B12
Immediately below the sewing needle of sewing machine 6, starting lifting driving cylinder 1 makes mobile platform 4 move upwards, when latch segment 902 is with inserting
When block 905 contacts, inserted block 905 is slowly inserted into locking hole 903 and extrudes latch segment 902 and moved into locking slot 906, works as inserted block
When in 905 fully-inserted locking holes 903, latch segment 902 at this time, moves in the end of fixed platform 7 insertion locking slot 906
Moving platform 4 and fixed platform 7 are fixed together by locking device, stop the lifting of lifting driving cylinder 1, by textile or leather
It is put into progress plane suture on sewing platform B12 to thread, realizes that flatcar and Gao Che automatically switch.
The arrangement achieves flatcar sewing platform B12 and high sewing thread platform A5 automatic switchover function, reached a sewing
Equipment can meet the operation requirement of different processes at the same time, greatly reduce the dependence to operating personnel's professional technique, make every
Operating personnel can operate plane sewing and the sewing that the device completes product, solve difficulty of the factory to operation bottleneck process
Topic, is all very helpful reasonable utilize of quality and yield and factory floor space.
Claims (5)
1. the sewing device of a kind of automatic switchover flatcar and Gao Che, including base (2), fixed platform (7) and sewing machine (6), bottom
Seat (2) is equipped with fixed platform (7), and sewing machine (6) is equipped with the top of fixed platform (7), it is characterised in that：It is equipped with base (2)
Driving cylinder (1) is lifted, lifting driving cylinder (1) is connected with one end of output rod (3), the other end and mobile platform of output rod (3)
(4) bottom connection, mobile platform (4) are connected with one end of locking device, and the other end and the fixed platform (7) of locking device connect
Connect, mobile platform (4) upper surface is provided with groove (11), and sewing platform A (5) is placed with groove (11), and sewing platform A (5) is set
In shaft (10), shaft (10) is located in groove (11), and shaft (10) is connected with driving device, and shaft is set directly over (10)
There is sewing platform B (12), be connected on sewing platform B (12) close to the side at fixed platform (7) place with mobile platform (4), the sewing
On platform A (5) through hole (13) is equipped with close to shaft (10) place.
2. the sewing device of automatic switchover flatcar according to claim 1 and Gao Che, it is characterised in that：The driving dress
Put including cutaway disk (801), pivoted arm (802), straight pin (803), sheave (804), groove (805) and motor (806), it is described
Motor (806) is fixed on mobile platform (4) inside by motor fixing frame, and the output shaft of motor (806) passes through shaft coupling
With the input axis connection of cutaway disk (801), cutaway disk (801) axle center is fixedly connected with one end of pivoted arm (802), pivoted arm
(802) the other end is equipped with straight pin (803), and the cutaway disk (801) contacts with sheave (804), and sheave is provided with (804)
4 grooves (805) and 4 grooves (805) are evenly distributed on sheave (804), groove (805) is contacted with straight pin (803), the sheave
(804) output shaft is connected with shaft (10).
3. the sewing device of automatic switchover flatcar according to claim 1 and Gao Che, it is characterised in that：The locking dress
Put including spring (901), latch segment (902), locking hole (903), locking groove (904), inserted block (905) and locking slot (906),
Locking groove (904), the inner wall of locking groove (904) are provided with the mobile platform (4) on the side of fixed platform (7)
It is connected with one end of spring (901), the other end of spring (901) is connected with one end of latch segment (902), latch segment (902)
The other end is stretched out in locking groove (904) insertion locking slot (906), and latch segment (902) is equipped with locking hole (903), locking hole
(903) inserted block (905) is inserted with, inserted block (905) is adapted with locking hole (903), and inserted block (905) is located in fixed platform (7).
4. the sewing device of automatic switchover flatcar according to claim 3 and Gao Che, it is characterised in that：The latch segment
(902) shape is trapezoidal, and the shape of the locking hole (903) is trapezoidal, and the shape of the locking slot (906) is parallel four side
Shape.
5. the sewing device of automatic switchover flatcar according to claim 1 and Gao Che, it is characterised in that：The sewing platform
A (5) includes table top (501), cross bar (502) and supporting rod (503), and table top (501), table top are placed with the groove (11)
(501) center with cross bar (502) is connected, and the one end of the both ends of cross bar (502) respectively with a supporting rod (503) is connected, and is supported
The other end of bar (503) is connected with shaft (10), and cross bar (502), shaft (10) and two supporting rods (503) define through hole
(13)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721036944.XU CN207227726U (en) | 2017-08-18 | 2017-08-18 | A kind of sewing device of automatic switchover flatcar and Gao Che |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721036944.XU CN207227726U (en) | 2017-08-18 | 2017-08-18 | A kind of sewing device of automatic switchover flatcar and Gao Che |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207227726U true CN207227726U (en) | 2018-04-13 |
Family
ID=61857335
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721036944.XU Active CN207227726U (en) | 2017-08-18 | 2017-08-18 | A kind of sewing device of automatic switchover flatcar and Gao Che |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207227726U (en) |
-
2017
- 2017-08-18 CN CN201721036944.XU patent/CN207227726U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20201223 Address after: 510000 201, 50-1 shitangzhuang Road, Jinghu Industrial Zone, Xinya street, Huadu District, Guangzhou City, Guangdong Province Patentee after: Guangzhou Suixin Leather Co.,Ltd. Address before: 510000 room 402, building C2, No.2, shitangzhuang Road, Jinghu Industrial Zone, Xinya street, Huadu District, Guangzhou City, Guangdong Province Patentee before: GUANGZHOU HAGEN DESI LEATHER GOODS Co.,Ltd. |