CN207552609U - Stacked bi-motor sock piece-end sewing machine based on socks Transmission system - Google Patents
Stacked bi-motor sock piece-end sewing machine based on socks Transmission system Download PDFInfo
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- CN207552609U CN207552609U CN201721500428.8U CN201721500428U CN207552609U CN 207552609 U CN207552609 U CN 207552609U CN 201721500428 U CN201721500428 U CN 201721500428U CN 207552609 U CN207552609 U CN 207552609U
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- socks
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- transmission system
- sewing machine
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Abstract
The utility model discloses a kind of stacked bi-motor sock piece-end sewing machines based on socks Transmission system, including driving the margin to seam motor of sock piece-end sewing machine and driving the transmission electrical machine of socks Transmission system, the margin to seam motor and transmission electrical machine are overlapped, and main shaft outbound course is opposite.The utility model drives two pitch wheels by worm structure, and two chain wheel sets are driven by gear, the clamping of socks and transmission performance are realized by two chains, reduce failure rate, margin to seam motor and transmission electrical machine are overlapped simultaneously, and main shaft outbound course is on the contrary, the space occupancy reduced, and this stacked structure, which is equivalent to, to be made a motor by two motors and reduces vibration amplitude with this, by improving the stability of equipment reduces the suture line width of socks undertoe.
Description
Technical field
The utility model relates to a kind of sock piece-end sewing machine, in particular to a kind of stacked bi-motor socks based on socks Transmission system
Sub- head sewing machine.
Background technology
Sock piece-end sewing machine is specific to the special equipment of socks.Existing sock piece-end sewing machine its in socks bootup process
Although also have socks clamping, the adjusting in terms of lifting but the incomplete failure rate of structure is higher on the whole, it is on the other hand existing
Head sewing machine its motor for using during socks transmission and toe linking two be separately more places installation, this peace
Not only occupied space is big for dress mode, but also the irregular vibrations of multiple motors generation are poor for the stability of head sewing machine entirety,
Suture width always there are suture particularly during double breasted suture is larger, and the technical barrier that can not be reduced, this is also
How the discrepancy of manual margin to seam and machine margin to seam reaches and realizes on the basis of less trouble adjustment structure and occupy little space, shake
Dynamic rule, amplitude of vibration are small, and the narrow head sewing machine of suture width of suture is the object of those skilled in the art's research.
Invention content
The utility model provide it is a kind of suture width it is narrow, occupy little space, failure rate it is low based on socks Transmission system
Stacked bi-motor sock piece-end sewing machine.
A kind of stacked bi-motor sock piece-end sewing machine based on socks Transmission system, the margin to seam electricity including driving sock piece-end sewing machine
Machine and the transmission electrical machine for driving socks Transmission system, the socks Transmission system include clamping device, the transmission mechanism of socks；
Take-up and lifting gear containing clamping socks in the clamping device；The transmission mechanism drives including transmission electrical machine
Dynamic worm screw, worm screw drive two chain pitch wheels by gear set, and two chain pitch wheel both ends connect drive sprocket respectively, two
Drive sprocket connects driven sprocket respectively by two chains, and two chains clamp socks and are transmitted；The margin to seam electricity
Machine and transmission electrical machine are overlapped, and main shaft outbound course is opposite.This kind of sock piece-end sewing machine drives two mutually by worm structure
Meshed gears, and two chain wheel sets are driven by gear, it realizes the clamping of socks and transmission performance by two chains, reduces event
Barrier rate, while margin to seam motor and transmission electrical machine are overlapped, main shaft outbound course on the contrary, the space occupancy reduced, and this
Kind of stacked structure, which is equivalent to, to be made a motor by two motors and reduces vibration amplitude with this, by the stability for improving equipment
To reduce the suture line width of socks undertoe.
Described two drive sprockets and two driven sprockets coordinate two groups of chain transmission structures difference that two chains are formed
It is installed on left directing plate and right directing plate, is all provided on the left directing plate and right directing plate between drive sprocket, driven sprocket
There is a sliding shoe, the sliding shoe on left directing plate and right directing plate engages clamping socks each other by concaveconvex structure.This kind clamps
On the basis of two chain group clamping transmission, the sliding shoe for increasing concaveconvex structure engagement realizes the dual clamping energy of socks for mechanism
Power.
Installing plate is equipped on rear side of sliding shoe on the left directing plate and right directing plate, between installing plate and sliding shoe
Equipped with compression spring, compression spring is installed in the mounting hole inside sliding shoe, and not only elastic force is steady for the mounting structure of compression spring
It is fixed, and be not easy to deviate from sliding process.
The take-up includes the crane of U-shaped, and the two-arm end of crane is provided with transverse screw mounting hole, screw rod
Annular protrusion on mounting hole mating connection transverse screw, the threaded engagement connection square column of transverse screw one end, the other end pass through
The lateral dial of located lateral disk connection；Located lateral disk is connect with transverse screw bearing, and the square column is installed on crane
Vertical guide groove in, square column end connects left directing plate or right directing plate.This kind of take-up will be horizontal by located lateral disk
To screw rod axial restraint, the left directing plate or right directing plate that square column connection is driven during transverse screw radial rotary laterally move
It is dynamic, reach the technical purpose for adjusting two chain group chucking powers.
The lifting gear includes the crane of U-shaped, and vertical screw rod, vertical screw rod one end are equipped on the crossbeam of crane
The adjustment axis of screw hole is set in threaded connection, adjustment axis is installed on pedestal, and the vertical screw rod other end is connected by vertical positioning disk
Vertical dial；Linking arm is installed, linking arm connects the transmission bracket of sprocket wheel, passes in the U-shaped arm of the crane side
Installation drive sprocket and driven sprocket on dynamic stent.This kind of lifting gear is rotated up to liter based on pedestal by vertical screw rod
The technical purpose of frame lifting is dropped, drive sprocket and driven sprocket in transmission bracket are realized by linking arm while crane lifts
Lifting, thus adjust socks undertoe clip position.
The transmission bracket is divided into fixed part and adjustable part two parts, and fixed part installs two drive sprockets,
Adjustable part installs two driven sprockets, and adjustable part includes the mounting hole of two driven sprockets and relative to fixed part
Regulating tank, adjust the drive sprocket of chain connection and the expanding force of driven sprocket, extend the service life of chain.
The utility model drives two pitch wheels, and drive two chain wheel sets by gear by worm structure,
The clamping of socks and transmission performance are realized by two chains, reduce failure rate, while margin to seam motor and transmission electrical machine phase mutual respect
Folded, main shaft outbound course is on the contrary, the space occupancy reduced, and this stacked structure is equivalent to two motors making one
Motor reduces vibration amplitude with this, by improving the stability of equipment reduces the suture line width of socks undertoe.
Description of the drawings
Fig. 1 is that the stereochemical structure of stacked bi-motor sock piece-end sewing machine of the utility model based on socks Transmission system is illustrated
Figure；
Fig. 2 is the dimensional structure diagram of socks Transmission system in the utility model；
Fig. 3 is that clamping device blows mounting structure schematic diagram in the utility model；
Fig. 4 is that transmission mechanism blows mounting structure schematic diagram in the utility model.
Specific embodiment
A kind of stacked bi-motor sock piece-end sewing machine based on socks Transmission system as shown in Figure 1,2,3, 4, including driving socks
The margin to seam motor 12 of sub- head sewing machine and the transmission electrical machine 41 for driving socks Transmission system, socks Transmission system include the folder of socks
Hold mechanism, transmission mechanism.Take-up and lifting gear containing clamping socks in clamping device, transmission mechanism include transmission electricity
The worm screw that machine 41 drives, worm screw are installed in worm screw case 13, and worm screw drives two chain pitch wheels, two chain tooths by gear set
It takes turns 6 both ends and connects drive sprocket 32 respectively, two drive sprockets 32 connect driven sprocket 39 respectively by two chains 37, two
Chain 37 clamps socks and is transmitted.Margin to seam motor 12 and transmission electrical machine 41 are overlapped, and main shaft outbound course is opposite.Transmission
Motor 41 is drivingly connected the driven pulley 10 of worm screw by transmitting belt wheel 11 by belt.Gear set includes the first tooth of engagement worm screw
Wheel 14, first gear 14 engage second gear 15, and second gear 15 drives two chain pitch wheels 6 by coaxial third gear.
Chain pitch wheel 6 and drive sprocket 32 are coaxial configuration.
Coordinate two groups of chains of two formation of chains 37 as structure preferably two drive sprockets 32 and two driven sprockets 10
Transmission structure is respectively arranged on left directing plate 1 and right directing plate 24, and the left side between drive sprocket 32, driven sprocket 39 is drawn
Sliding shoe 4 it has been equipped on guide plate and right directing plate, the sliding shoe 4 on left directing plate and right directing plate is each other by concaveconvex structure
Engagement clamping socks.4 rear side of sliding shoe on left directing plate 1 and right directing plate 24 is equipped with installing plate 36, and installing plate 36 is with sliding
Compression spring 35 is equipped between motion block 4, compression spring 35 is installed in the mounting hole inside sliding shoe 4.
In order to adjust the elastic power of socks clamping, take-up includes the crane 18 of U-shaped, the two-arm end of crane 18
It is provided with transverse screw mounting hole, the annular protrusion on screw rod mounting hole mating connection transverse screw 26,26 one end of transverse screw
Threaded engagement connection square column 25, the other end connects lateral dial 2 by located lateral disk 41.Square column 25 is installed on crane
In 18 vertical guide groove 19,25 end of square column connects left directing plate 1 or right directing plate 24, and horizontal stroke is controlled by lateral dial 2
It is rotated to screw rod 26, so as to control left directing plate or right directing plate transverse shifting by square column 25, reaches two chain group folders of adjusting
The technical purpose of holding force.
In order to adjust the adjustable height of socks clamping, lifting gear includes the crane 18 of U-shaped, pacifies on the crossbeam of crane
Equipped with vertical screw rod 16, the adjustment axis 21 of screw hole is set in vertical 16 threaded one end of screw rod connection, adjustment axis 21 is installed on pedestal 23
On, vertical 16 other end of screw rod connects vertical dial 9 by vertical positioning disk 42.It is installed in the U-shaped arm of 18 side of crane
There is linking arm 7, linking arm 7 connects the transmission bracket 33 of sprocket wheel, drive sprocket 32 and driven sprocket 39 is installed in transmission bracket 33,
Vertical screw rod 16 is controlled to rotate by vertical dial 9, so that the adjustment axis 21 on pedestal drives crane 18
It moves up and down, 22 mating connection pedestal 23 of guiding axis and lifting is additionally provided in order to improve steering capability in 21 or so side of adjustment axis
Frame 18.As the socks sensor 20 that the conduction of optical fiber cable 19 is respectively equipped on structure 18 two side arms of preferred U-shaped crane, reach
The electronization control that socks enter and equipment starts.
In order to which the service life transmission bracket for extending equipment is divided into 38 two parts of fixed part 33 and adjustable part, fixed part
It is divided to 33 two drive sprockets of installation, adjustable part 38 installs two driven sprockets, and adjustable part 38 includes two driven sprockets 39
Mounting hole and the regulating tank 43 relative to fixed part.
Claims (6)
1. a kind of stacked bi-motor sock piece-end sewing machine based on socks Transmission system, the margin to seam motor including driving sock piece-end sewing machine
And the transmission electrical machine of driving socks Transmission system, it is characterised in that：Clamping device of the socks Transmission system including socks,
Transmission mechanism；Take-up and lifting gear containing clamping socks in the clamping device；The transmission mechanism includes
The worm screw of transmission electrical machine driving, worm screw drive two chain pitch wheels by gear set, and two chain pitch wheel both ends connect master respectively
Movable sprocket, two drive sprockets connect driven sprocket respectively by two chains, and two chains clamp socks and are transmitted；Institute
The margin to seam motor and transmission electrical machine stated are overlapped, and main shaft outbound course is opposite.
2. the stacked bi-motor sock piece-end sewing machine according to claim 1 based on socks Transmission system, it is characterised in that：Institute
It states two groups of chain transmission structures that two drive sprockets and two driven sprockets coordinate two chains to be formed and is respectively arranged in a left side and draw
On guide plate and right directing plate, sliding shoe has been equipped on the left directing plate and right directing plate between drive sprocket, driven sprocket,
Sliding shoe on left directing plate and right directing plate engages clamping socks each other by concaveconvex structure.
3. the stacked bi-motor sock piece-end sewing machine according to claim 2 based on socks Transmission system, it is characterised in that：Institute
Installing plate is equipped on rear side of sliding shoe on the left directing plate and right directing plate stated, pressure bullet is equipped between installing plate and sliding shoe
Spring, compression spring are installed in the mounting hole inside sliding shoe.
4. the stacked bi-motor sock piece-end sewing machine according to claim 1 based on socks Transmission system, it is characterised in that：Institute
The crane that take-up includes U-shaped is stated, the two-arm end of crane is provided with transverse screw mounting hole, the cooperation of screw rod mounting hole
The annular protrusion on transverse screw, the threaded engagement connection square column of transverse screw one end are connected, the other end passes through located lateral disk
The lateral dial of connection；The square column is installed in the vertical guide groove of crane, and square column end connects left directing plate or the right side
Directing plate.
5. the stacked bi-motor sock piece-end sewing machine according to claim 1 based on socks Transmission system, it is characterised in that：Institute
The crane that lifting gear includes U-shaped is stated, vertical screw rod is installed on the crossbeam of crane, in vertical screw rod threaded one end connection
If the adjustment axis of screw hole, adjustment axis are installed on pedestal, the vertical screw rod other end connects vertical dial by vertical positioning disk；
Linking arm is installed, linking arm connects the transmission bracket of sprocket wheel, installed in transmission bracket in the U-shaped arm of the crane side
Drive sprocket and driven sprocket.
6. the stacked bi-motor sock piece-end sewing machine according to claim 5 based on socks Transmission system, it is characterised in that：Institute
The transmission bracket stated is divided into fixed part and adjustable part two parts, and fixed part installs two drive sprockets, adjustable part peace
Fill two driven sprockets, the mounting hole and the regulating tank relative to fixed part that adjustable part includes two driven sprockets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721500428.8U CN207552609U (en) | 2017-11-10 | 2017-11-10 | Stacked bi-motor sock piece-end sewing machine based on socks Transmission system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721500428.8U CN207552609U (en) | 2017-11-10 | 2017-11-10 | Stacked bi-motor sock piece-end sewing machine based on socks Transmission system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207552609U true CN207552609U (en) | 2018-06-29 |
Family
ID=62682784
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721500428.8U Active CN207552609U (en) | 2017-11-10 | 2017-11-10 | Stacked bi-motor sock piece-end sewing machine based on socks Transmission system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207552609U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112981733A (en) * | 2021-02-07 | 2021-06-18 | 绍兴绿地针织有限公司 | Hand-sewing-simulated head sewing machine and sock production process applying same |
-
2017
- 2017-11-10 CN CN201721500428.8U patent/CN207552609U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112981733A (en) * | 2021-02-07 | 2021-06-18 | 绍兴绿地针织有限公司 | Hand-sewing-simulated head sewing machine and sock production process applying same |
| CN112981733B (en) * | 2021-02-07 | 2022-06-03 | 绍兴绿地针织有限公司 | Hand-sewing-simulated head sewing machine and sock production process applying same |
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