CN208791917U - A kind of hasp positioning mechanism of Corset fastener sewing machine - Google Patents
A kind of hasp positioning mechanism of Corset fastener sewing machine Download PDFInfo
- Publication number
- CN208791917U CN208791917U CN201821562407.3U CN201821562407U CN208791917U CN 208791917 U CN208791917 U CN 208791917U CN 201821562407 U CN201821562407 U CN 201821562407U CN 208791917 U CN208791917 U CN 208791917U
- Authority
- CN
- China
- Prior art keywords
- hasp
- accessory plate
- sewing machine
- cylinder
- positioning
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Sewing Machines And Sewing (AREA)
Abstract
A kind of hasp positioning mechanism of Corset fastener sewing machine, feeding pressure mechanism is installed below accessory plate, feeding pressure mechanism can stretch out in upwards accessory plate and push down hasp, feeding pressure mechanism laterally can integrally move back and forth under positioning drive mechanisms driving, photoelectric detection system is installed on the auxiliary board and can export electric signal in the state that hasp is moved to optoelectronic induction position from the initial position before positioning to controller, and positioning drive mechanisms can drive the corresponding distance of hasp reverse movement under control of the controller and hasp is made to be in position location.The controller of the hasp positioning mechanism of the Corset fastener sewing machine can calculate hasp from the initial position before no-fix to the moving distance of optoelectronic induction position, and hasp can be made to be in position location by the half that control positioning drive mechanisms make feeding pressure mechanism and hasp move backward above-mentioned moving distance, to realize the accurate positioning of hasp, ensure that suture can symmetrically be sewed in the left and right sides of hasp, avoids the occurrence of substandard products and waste product.
Description
Technical field
The utility model relates to a kind of Corset fastener sewing machines, fixed more particularly, to a kind of hasp of Corset fastener sewing machine
Position mechanism.
Background technique
In brassiere manufacturing process, need to be formed with together with the strap of hasp is sewed and connected with the harness of brassiere.Currently,
It is usually all to be then placed on sewing machine by the way that manually strap and harness connect and carry out manual sewing, this processing method
Not only inefficiency, high labor cost, and the brassiere braces quality processed are not unified enough, substandard products easy to form.In order to
It improves working efficiency and product quality, people has invented Corset fastener sewing machine.The quality of Corset fastener sewing machining quality,
In the suture quality of major embodiment, due to cannot ensure all hasp developed width and the preset normal width phase of machine
Deng in process, being easiest to the problem, to be exactly suture asymmetric in the sewing of the left and right sides of hasp, and less serious case influences product
Appearance, severe one generate waste product, cause waste of material.Although the hasp positioning mechanism of existing Corset fastener sewing machine can be to taking
Button is positioned, but between hasp developed width and the preset normal width of machine there are in the case where difference, nothing
Method carries out positioning correcting to hasp, to finally influence suture quality.
Utility model content
Technical problem to be solved in the utility model is for above-mentioned state of the art, and hasp can be carried out by providing
The hasp positioning mechanism of pinpoint Corset fastener sewing machine.
Technical solution adopted by the utility model to solve the above technical problems is as follows: the hasp of the Corset fastener sewing machine is fixed
Position mechanism, including accessory plate, it is characterised in that: feeding pressure mechanism, the feeding pressure mechanism energy are installed below the accessory plate
It stretches out in accessory plate upwards and pushes down the hasp on accessory plate table top, feeding pressure mechanism energy under the driving of positioning drive mechanisms
Enough laterally entirety moves back and forth, and further includes the controller for having photoelectric detection system and being electrically connected with photoelectric detection system, described
Photoelectric detection system is installed on the auxiliary board and can be moved to the shape of optoelectronic induction position from the initial position before positioning in hasp
Electric signal is exported under state to the controller, the positioning drive mechanisms can drive hasp reversely to move under the control of the controller
It moves corresponding distance and hasp is made to be in position location.
Photoelectric detection system can have a variety of structures, it is preferable that the photoelectric detection system includes optical fiber mounting base, adjusts
Section gear, adjusting gear rack and fiber laser arrays head, the optical fiber mounting base are fixed on the lower section of the accessory plate, the adjustment gear
It is mounted on adjusting gear rack in the optical fiber mounting base, the adjustment gear and adjusting gear rack are intermeshed, the optical fiber inspection
Gauge head is mounted on the adjusting gear rack.
In order to make fiber laser arrays head position adjust in place after can lock, the photoelectric detection system further includes having lock
Tight screw, the lock screw are mounted in the mounting base and can lock the adjustment gear, also, the lock screw
The accessory plate is exposed to adjustment gear.In this way, the position adjusting of fiber laser arrays head is very convenient.
In order to enable fiber laser arrays head smoothly to detect the position of hasp, bar shaped sensing hole, institute are provided on the accessory plate
The underface that fiber laser arrays head is located at the bar shaped sensing hole is stated, and can be under the drive of adjustment gear along bar shaped sensing hole
Length direction movement.
Initial position, optoelectronic induction position and the position location for observing hasp for ease of operation, in the accessory plate
On be provided with and stretch out in the strip through-hole of accessory plate upwards for the feeding pressure mechanism, the strip through-hole and the bar shaped sensing hole are simultaneously
Row's setting, is formed with graduation mark at the edge of the bar shaped sensing hole and strip through-hole and for identifying the scale value of hasp width.
In order to preferably be positioned to placing hasp on the auxiliary board, it is provided with strip through-hole on the accessory plate,
It is equipped with limited block in the lower section of the accessory plate, the side of the limited block has retaining wall, and the retaining wall is logical set on the bar shaped
In hole, the driving limited block is installed below the accessory plate and moves up and down and retaining wall is made to stretch out in auxiliary pallet upwards
The driving cylinder in face.
Preferably, the feeding pressure mechanism includes:
Substrate, lower section that is vertically arranged and being set to the accessory plate, and can be left under the driving of the positioning drive mechanisms
Dextrad moves back and forth；
Cylinder installing arm, there are two, and it is mounted on the left and right sides of the substrate；
Binder driving mechanism, it is opposite that installation makees left and right on the substrate, for cylinder installing arm described in driving two
Movement；
First cylinder, there are two, and be mounted in corresponding cylinder installing arm；
Connecting rod, there are two, the first end of connecting rod is mounted on the power output end of corresponding first cylinder；
Second cylinder, there are two, it is connected with the second end of respective link, and being rotated by the first cylinder；
Locating piece, there are two, and mutually fixed with corresponding cylinder installing arm, which is set to the strip through-hole
Internal and the same side by being located at the retaining wall, the upper surface of locating piece and the upper surface of the accessory plate are flush；And
Binder block, there are two and be mounted on the power output end of corresponding second cylinder, binder block can be in the second cylinder
Driving is lower to move up and down, and binder block can be stretched out upwards accessory plate by strip through-hole and is pressed on corresponding locating piece.
Further preferably, the binder driving mechanism includes driving motor, upper rack, lower rack gear, gear, guide rail and cunning
Block, the driving motor are mounted on the substrate, and the gear is mounted on the output shaft of the driving motor, it is described on
Rack gear and lower rack gear horizontal direction are movably arranged on the substrate, also, the gear is engaged on the upper rack and lower tooth
Between item, the guide rail is horizontally disposed with and fixes on the substrate, and the sliding block has two pieces and is slidably arranged in the guide rail
Both ends, one of cylinder installing arm is fixed on corresponding guide rail and upper rack, another cylinder installing arm is fixed on pair
On the guide rail and lower rack gear answered.In this way, driving motor can drive two cylinder installing arms to move toward one another according to the width of hasp
The distance between or movement of supporting or opposing, and then adjust two locating pieces, adjusting is very convenient, and degree of regulation is higher.
Further preferably, the binder driving mechanism further includes that there are two air cylinder support and two cover plates, second gas
Cylinder is mounted on corresponding air cylinder support, and one of the air cylinder support is mutually fixed with the second end of the connecting rod and is rotatablely connected
In the cylinder installing arm, the other end of air cylinder support is rotatably connected on the cover board, and the cover board is fixed on described
On locating piece bracket.
Further preferably, the limit of the operating angle when being equipped in the cylinder installing arm for guaranteeing link rotatable
Bracket.In this way, connecting rod is just no longer able to turn, and is determined at this point, binder block is just pressed in when link rotatable with limiting bracket to when colliding
On the block of position.
In order to enable substrate more smoothly to move, the positioning drive mechanisms include motor support base, motor and straight line
Bearing block, the motor support base are fixed below accessory plate, and the motor is mounted on motor support base, and the linear bearing seat is solid
Determine on the substrate, the output shaft of the motor is connected with the linear bearing seat.
For ease of operation, it is equipped on the accessory plate and is used to control the first control button of feeding pressure mechanism and for controlling
Make the second control button of the positioning drive mechanisms.
Compared with the prior art, the advantages of the utility model are: the hasp positioning mechanism of the Corset fastener sewing machine is logical
Photoelectric detection system is crossed after optoelectronic induction position detection to hasp, controller can calculate hasp from the initial bit before no-fix
The moving distance of optoelectronic induction position is set, and keeps feeding pressure mechanism and hasp reverse movement above-mentioned by controlling positioning drive mechanisms
The half of moving distance can make hasp be in position location, to realize the accurate positioning of hasp, it is ensured that suture can be symmetrical
Ground is sewed in the left and right sides of hasp, avoids the occurrence of substandard products and waste product.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment；
Fig. 2 is the enlarged diagram of part A in Fig. 1；
Fig. 3 is the structural schematic diagram of another angle of the utility model embodiment；
Fig. 4 is the structural schematic diagram of the platen of the utility model embodiment；
Fig. 5 is the enlarged diagram of part B in Fig. 4；
Fig. 6 is to remove the structural schematic diagram after platen in Fig. 1；
Fig. 7 is the structural schematic diagram of the feeding pressure mechanism of the utility model embodiment；
Fig. 8 is the partial exploded view of Fig. 7；
Fig. 9 is the structural schematic diagram of the driving mechanism in feeding pressure mechanism shown in Fig. 7；
Figure 10 is the complete machine structure schematic diagram of the Corset fastener sewing machine of the utility model embodiment.
Specific embodiment
The utility model is described in further detail below in conjunction with figure embodiment.
As shown in Figures 1 to 6, the hasp positioning mechanism of the Corset fastener sewing machine in the present embodiment includes horizontally disposed
Accessory plate 1, feeding pressure mechanism 2, photoelectric detection system 3, positioning drive mechanisms 6 and controller (not shown), feeding pressure mechanism 2 are installed
In the lower section of accessory plate, feeding pressure mechanism 2 can stretch out in accessory plate 1 upwards and push down the hasp on accessory plate table top, feeding pressure mechanism 2
Laterally can integrally it move back and forth under the driving of positioning drive mechanisms 6, photoelectric detection system 3 is mounted on accessory plate 1, photoelectricity
Detection device 3 is electrically connected with controller, in the state that hasp is moved to optoelectronic induction position from the initial position before positioning,
Photoelectric detection system 3 can export electric signal to controller, and positioning drive mechanisms 6 can drive hasp reversed under the control of the controller
It moves distance accordingly and hasp is made to be in position location.
As shown in Figure 10, feeding mechanism 8 taken away from the position location hasp and send on sewing workstation for sewing device 9
Sewing.
As shown in Figure 4 and Figure 5, the bar shaped sensing hole 11 being distributed side by side and strip through-hole 12 are provided on accessory plate 1, in item
The edge of shape sensing hole 11 and strip through-hole 12 is formed with graduation mark 13 and for identifying the scale value 14 of hasp width.In accessory plate
1 is provided with button hole 15, is equipped with the first control button 71 for being used to control feeding pressure mechanism 2 in button hole 15 and drives for controlling positioning
Second control button 72 of motivation structure 6.
The photoelectric detection system 3 of the present embodiment includes optical fiber mounting base 31, adjustment gear 32, adjusting gear rack 33 and optical fiber inspection
Gauge head 34, optical fiber mounting base 31 are fixed on the lower section of accessory plate 1, and adjustment gear 32 and adjusting gear rack 33 are mounted on optical fiber mounting base
On 31, adjustment gear 32 and adjusting gear rack 33 are intermeshed, and fiber laser arrays head 34 is mounted on adjusting gear rack 33 and is located at bar shaped
The underface of sensing hole 11.
It according to the of different size of hasp to be processed, needs to adjust the position of fiber laser arrays head 34, that is, needs light in advance
The position of fine detector 34 is moved in the scale value 14 to match with hasp width.When adjusting, as long as rotation adjustment gear 32,
Fiber laser arrays head 34 can be driven to move along the length direction of bar shaped sensing hole 11, and be moved in corresponding scale value.
After adjusting, adjustment gear 32 is locked by the lock screw 35 in mounting base 31, to avoid the hair of fiber laser arrays head 34
Raw to move, in the present embodiment, adjustment gear 32 and lock screw 35 expose to accessory plate 1, can be adjusted by bottle opener
Section, operation is very easy.
As shown in Figure 3 and Figure 6, in order to more preferably be positioned to hasp, limited block 4, limited block are equipped with below accessory plate 1
4 side has retaining wall 41, and retaining wall 41 is set in strip through-hole 12, is equipped with driving cylinder 5, driving in the lower section of accessory plate 1
Cylinder 5 can drive limited block 4 to move up and down, so that retaining wall 41 be enable to stretch out in 1 top of accessory plate.After limited block 4 is set, place
When being snapped on accessory plate 1, first it is raised above retaining wall 41, the edge of hasp leans against on retaining wall 41, using retaining wall 41 to hasp
It is positioned.
As shown in Figure 7 to 9, the feeding pressure mechanism 2 in the present embodiment includes substrate 21, cylinder installing arm 22, driving mechanism
23, the first cylinder 24, connecting rod 25, the second cylinder 26, locating piece 27, binder block 28, locating piece bracket 29, air cylinder support 210, lid
Plate 211, binder block mounting base 212, guide post 213, cylinder connecting shaft 214, the first cylinder connector 215, the connection of the second cylinder
The components such as first 216 and limiting bracket 217.
Wherein, substrate 21 is vertically located at the lower section of accessory plate 1, and substrate 21 can control under the driving of positioning drive mechanisms 6
To moving back and forth.Specifically, positioning drive mechanisms 6 include motor support base 61, motor 62 and linear bearing seat 63, motor support base 61
It is fixed on 1 lower section of accessory plate, motor 62 is mounted on motor support base 61 and is controlled by the second control button 72, linear axis
It is fixed on the base plate (21 to hold seat 63, the output shaft of motor 62 is connected with linear bearing seat 63, by linear bearing seat 63 to substrate
21 movement is oriented to, and keeps the movement of substrate 21 more steady.There are two cylinder installing arms 22 and is symmetrically installed on the base plate (21,
Driving mechanism 23 is installed on the base plate (21, and driving mechanism 23 is used to that two cylinder installing arms 22 is driven to perform relative motion；First gas
There are two cylinders 24 and is mounted in corresponding cylinder installing arm 22；There are two connecting rods 25, and the first end of connecting rod 25 is mounted on correspondence
On the power output end of first cylinder 24, specifically, cylinder connecting shaft 214, the first cylinder are installed in the first end of connecting rod 25
24 piston rod is connected by the first cylinder connector 215 with cylinder connecting shaft 214；There are two second cylinders 26, the second gas
Cylinder 26 is connected with the second end of respective link 25, and being rotated by the first cylinder 24；Locating piece bracket 29 is fixed on
In cylinder installing arm 22, locating piece 27 is fixed on corresponding locating piece bracket 29, and locating piece 27 is set to inside strip through-hole 12,
And the upper surface of locating piece 27 and the upper surface of accessory plate 1 are flush；There are two binder blocks 28 and is mounted on corresponding second cylinder
On 26 power output end, binder block 28 can move up and down under the driving of the second cylinder 26, and can stretch out upwards accessory plate 1 simultaneously
It is pressed on locating piece 27, in the present embodiment, binder block 28 is in hook-like.
Air cylinder support 210 is used to install the second cylinder 26, and there are two air cylinder supports 210, one of air cylinder support 210 with it is right
It answers the second end of connecting rod 25 mutually fixed and is rotatably connected in corresponding cylinder installing arm 22, the other end of air cylinder support 210 turns
Dynamic to be connected on corresponding cover board 211, cover board 211 is fixed on corresponding locating piece bracket 29.It is set above air cylinder support 210
There is binder block mounting base 212, the piston rod of the second cylinder 26 stretches out upwards and is connected to binder by the second cylinder connector 216
In block mounting base 212, binder block 28 is fixed in binder block mounting base 212.
It is provided with longitudinal hole (not shown) on air cylinder support 210, guide post 213 is equipped in longitudinal hole, is led
It is connected in binder block mounting base 212 to the top of column 213.By the guiding role of guide post 213, binder block can be made to install
Seat 212 moves up and down more steady.
In the present embodiment, limiting bracket 217 is mounted in cylinder installing arm 22, and limiting bracket 217 is used to guarantee connecting rod 25
Operating angle when rotation, when being rotated by when offseting with limiting bracket 217 in the first cylinder 24 of connecting rod 25, binder block
28 just push down locating piece 27.As shown in fig. 7, the connecting rod 25 in left side just offsets with limiting bracket 217 in figure, binder block 28 is just
Locating piece 27 is pushed down well.
The binder driving mechanism 23 of the present embodiment include driving motor 231, upper rack 232, lower rack gear 233, gear 234,
Guide rail 235 and sliding block 236, driving motor 231 are installed on the base plate (21, and gear 234 is mounted on the output shaft of driving motor 231
On, upper rack 232 and lower 233 horizontal direction of rack gear are movably arranged on substrate 21, also, gear 234 be engaged on upper rack 232 with
Between lower rack gear 233, guide rail 235 is horizontally disposed and fixes on the base plate (21, and guide rail 235 is located at upper rack 232 and lower rack gear 233
Between, sliding block 236 has two pieces and is slidably arranged in the both ends of guide rail 235, and one of cylinder installing arm 22 is fixed on corresponding
On guide rail 235 and upper rack 232, and the cylinder installing arm 22 is connected by upper rack link block 237 with upper rack 232, separately
One cylinder installing arm 22 is fixed on corresponding guide rail 235 and lower rack gear 233, and the cylinder installing arm 22 is connected by lower rack gear
Block 238 is connect to be connected with lower rack gear 233.
With direction left-hand shown in arrow D in arrow C and Fig. 6 in Fig. 1, when which works, firstly, in driving machine
Under the driving of structure 23, separate two locating pieces 27 to spacing compatible with Corset fastener to be processed；Then, to be processed
Hasp on the left of be positioned in left side locating piece 27 on, press left side the first control button 71, the second cylinder in left side
Under 26 driving, the binder block 28 in left side pushes down the locating piece 27；Finally, first control button 71 on right side is pressed, on right side
Under the driving of first cylinder 24 and the second cylinder 26, the binder block 28 on right side is driven to push down the locating piece 27 on right side, thus will be to
The hasp of processing compresses.
In order to enable suture symmetrically to sew the left and right sides in hasp, set in the developed width and sewing machine of hasp
There are when error, needing to carry out positioning correcting to the snap-in position that is compressed by feeding pressure mechanism 2 between normal width value, that is, need by
The zero point of center line alignment graduation mark 13 in hasp width direction.
The hasp positioning mechanism of the present embodiment passes through feeding pressure mechanism 2, photoelectric detection system 3, positioning drive mechanisms 6 and control
The positioning correcting of device processed cooperated to realize hasp, detailed process is as follows:
Firstly, hasp is placed on accessory plate 1 and is positioned by limited block 4 to hasp, and pressed by feeding pressure mechanism 2
Firmly hasp, at this point, hasp is in initial position, fiber laser arrays head 34 does not receive signal；Then, under the control of the controller, drive
The dynamic hasp pushed down by feeding pressure mechanism 2 is mobile from initial position to 34 direction of fiber laser arrays head, when hasp is moved to optoelectronic induction
When position, i.e. hasp edge reach 34 induction region of fiber laser arrays head, fiber laser arrays head 34 detects hasp and sends a signal to
Controller；Finally, controller judges the optoelectronic induction position of hasp and the corresponding scale difference of initial position, second is pressed
Control button 72, driving 6 drive substrate 21 of positioning mechanism are moved backward, hasp with synchronizing movement in the same direction, hasp it is anti-
It is the half of the scale difference to mobile distance, at this point, the zero point of the center line alignment graduation mark in hasp width direction, i.e.,
Hasp is on the accurate location for needing to position.
Assuming that the normal width set is 60mm, hasp developed width is 58mm, then normal width and hasp developed width
Error amount be 2mm.When positioning mechanism works, firstly, fiber laser arrays head 34 is moved to the quarter that right side scale value is 60 in advance
Line (actual range between the scale value correspondence graduation mark for being 60 and scale zero is 30mm) position is spent, and fixed by control
The position of position block 27, when hasp being made to be in initial position, at this point, the graduation mark that the left side edge of hasp and left-hand scale value are 60
The right side edge of alignment, hasp is aligned with the graduation mark that right side scale value is 58；Then, under the control of the controller, hasp from
Initial position enables hasp to be detected by fiber laser arrays head 34 to the mobile 2mm in 34 direction of fiber laser arrays head；Finally, controlling
Under the control of device, hasp moves backward 1mm, at this point, the left side edge of hasp is aligned with the graduation mark that left-hand scale value is 59, takes
The right edge of button is aligned with the graduation mark that right side scale value is 59, even if the center line of hasp width direction is directed at scale zero
Point completes the accurate positioning of hasp.
Under normal circumstances, the developed width of hasp is respectively less than the normal width set, if there is developed width greater than standard
The case where width, then the moving direction of the moving direction aforesaid operations of hasp is on the contrary, specific not reinflated description.
Above description is merely a prefered embodiment of the utility model, it is noted that for those of ordinary skill in the art
For, under the premise of not departing from the principles of the present invention, a variety of remodeling or improvement can be carried out to the utility model, these are
It is considered as within the protection scope of the utility model.
Claims (10)
1. a kind of hasp positioning mechanism of Corset fastener sewing machine, including accessory plate (1), it is characterised in that: in the accessory plate
(1) it is equipped with below feeding pressure mechanism (2), the feeding pressure mechanism (2) can stretch out in accessory plate (1) upwards and push down auxiliary pallet
Hasp on face, the feeding pressure mechanism (2) laterally can integrally move back and forth under the driving of positioning drive mechanisms (6), also wrap
The controller for including photoelectric detection system (3) and being electrically connected with photoelectric detection system, the photoelectric detection system (3) are mounted on
On accessory plate (1) and can be exported in the state that hasp is moved to optoelectronic induction position from the initial position before positioning electric signal to
The controller, the positioning drive mechanisms (6) can drive hasp to move backward corresponding distance under the control of the controller
And hasp is made to be in position location.
2. the hasp positioning mechanism of Corset fastener sewing machine according to claim 1, it is characterised in that: the photoelectricity inspection
Surveying device (3) includes optical fiber mounting base (31), adjustment gear (32), adjusting gear rack (33) and fiber laser arrays head (34), the light
Fine mounting base (31) is fixed on the lower section of the accessory plate (1), and the adjustment gear (32) and adjusting gear rack (33) are mounted on institute
In the optical fiber mounting base (31) stated, the adjustment gear (32) and adjusting gear rack (33) are intermeshed, the fiber laser arrays head
(34) it is mounted on the adjusting gear rack (33).
3. the hasp positioning mechanism of Corset fastener sewing machine according to claim 2, it is characterised in that: the photoelectricity inspection
Surveying device (3) further includes having lock screw (35), and the lock screw (35) is mounted on the mounting base (31) and can lock
The adjustment gear (32), also, the lock screw (35) and adjustment gear (32) expose to the accessory plate (1).
4. the hasp positioning mechanism of Corset fastener sewing machine according to claim 2, it is characterised in that: in the accessory plate
(1) it is provided on bar shaped sensing hole (11), the fiber laser arrays head (34) is located at the underface of the bar shaped sensing hole (11), and energy
It is moved under the drive of adjustment gear (32) along the length direction of bar shaped sensing hole (11).
5. the hasp positioning mechanism of Corset fastener sewing machine according to claim 4, it is characterised in that: in the accessory plate
(1) strip through-hole (12) for stretching out in accessory plate (1) upwards for the feeding pressure mechanism (2), the strip through-hole (12) are provided on
It is arranged side by side with the bar shaped sensing hole (11), is formed with scale at the edge of the bar shaped sensing hole (11) and strip through-hole (12)
Line (13) and for identifying the scale value of hasp width (14).
6. the hasp positioning mechanism of Corset fastener sewing machine according to claim 1, it is characterised in that: in the accessory plate
(1) it is provided with strip through-hole (12) on, is equipped with limited block (4) in the lower section of the accessory plate (1), the side of the limited block (4)
With retaining wall (41), the retaining wall (41) is set in the strip through-hole (12), is equipped with drive below the accessory plate (1)
Move the driving cylinder (5) that the limited block (4) move up and down and retaining wall (41) is made to stretch out in accessory plate (1) table top upwards.
7. the hasp positioning mechanism of Corset fastener sewing machine according to claim 6, it is characterised in that: the feeding pressure mechanism
(2) include:
Substrate (21), lower section that is vertically arranged and being set to the accessory plate (1), and can be in the drive of the positioning drive mechanisms (6)
It is dynamic lower or so to moving back and forth；
Cylinder installing arm (22), there are two, and it is mounted on the left and right sides of the substrate (21)；
Binder driving mechanism (23) is mounted on the substrate (21), is made for cylinder installing arm (22) described in driving two
Left and right relative motion；
First cylinder (24), there are two, and be mounted on corresponding cylinder installing arm (22)；
Connecting rod (25), there are two, the first end of connecting rod (25) is mounted on the power output end of corresponding first cylinder (24)；
Second cylinder (26), there are two, it is connected with the second end of respective link (25), and can be under the driving of the first cylinder (24)
Rotation；
Locating piece (27), there are two, and mutually fixed with corresponding cylinder installing arm (22), which is set to the bar shaped
Through-hole (12) inside and the same side by being located at the retaining wall, the upper surface of the upper surface of locating piece and the accessory plate (1)
It is flush；And
Binder block (28), there are two and be mounted on the power output end of corresponding second cylinder (26), binder block (28) can be the
It moves up and down under the driving of two cylinders (26), binder block can be stretched out upwards accessory plate (1) by strip through-hole (12) and is pressed in pair
On the locating piece (27) answered.
8. the hasp positioning mechanism of Corset fastener sewing machine according to claim 7, it is characterised in that: the binder drives
Motivation structure (23) includes driving motor (231), upper rack (232), lower rack gear (233), gear (234), guide rail (235) and sliding block
(236), the driving motor (231) is mounted on the substrate (21), and the gear (234) is mounted on the driving motor
(231) on output shaft, the upper rack (232) and lower rack gear (233) horizontal direction are movably arranged on the substrate (21),
Also, the gear (234) is engaged between the upper rack (232) and lower rack gear (233), and guide rail (235) level is set
It sets and is fixed on the substrate (21), the sliding block (236) has two pieces and is slidably arranged in the both ends of the guide rail (235),
One of cylinder installing arm (22) is fixed on corresponding guide rail (235) and upper rack (232), another cylinder installing arm
(22) it is fixed on corresponding guide rail (235) and lower rack gear (233).
9. the hasp positioning mechanism of Corset fastener sewing machine according to claim 7, it is characterised in that: the Locating driver
Mechanism (6) includes motor support base (61), motor (62) and linear bearing seat (63), and the motor support base (61) is fixed on accessory plate
(1) lower section, the motor (62) are mounted on motor support base (61), and the linear bearing seat (63) is fixed on the substrate (21)
On, the output shaft of the motor (62) is connected with the linear bearing seat (63).
10. special according to claim 1 to the hasp positioning mechanism of Corset fastener sewing machine described in any claim in 9
Sign is: being equipped on the accessory plate (1) and is used to control the first control button (71) of feeding pressure mechanism (2) and for controlling
State the second control button (72) of positioning drive mechanisms (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821562407.3U CN208791917U (en) | 2018-09-20 | 2018-09-20 | A kind of hasp positioning mechanism of Corset fastener sewing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821562407.3U CN208791917U (en) | 2018-09-20 | 2018-09-20 | A kind of hasp positioning mechanism of Corset fastener sewing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208791917U true CN208791917U (en) | 2019-04-26 |
Family
ID=66210600
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821562407.3U Active CN208791917U (en) | 2018-09-20 | 2018-09-20 | A kind of hasp positioning mechanism of Corset fastener sewing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208791917U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108893875A (en) * | 2018-09-20 | 2018-11-27 | 宁波传祺缝纫科技有限公司 | A kind of hasp positioning mechanism of Corset fastener sewing machine |
-
2018
- 2018-09-20 CN CN201821562407.3U patent/CN208791917U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108893875A (en) * | 2018-09-20 | 2018-11-27 | 宁波传祺缝纫科技有限公司 | A kind of hasp positioning mechanism of Corset fastener sewing machine |
| CN108893875B (en) * | 2018-09-20 | 2024-04-02 | 宁波传祺缝纫科技有限公司 | Hasp positioning mechanism of bra hasp sewing machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| AU2016413606B2 (en) | System for automatic handle mounting of paint brush | |
| CN203343723U (en) | Full-automatic screw locking machine capable of detecting screw lock-in depth | |
| CN208917456U (en) | It is a kind of can automatic aligning adjust brassiere processing sewing machine | |
| CN106079831B (en) | A kind of laminating mechanism | |
| CN208644289U (en) | A kind of cutting machine with clamping function | |
| CN1967979A (en) | Alignment device of out shaft of rotor axis of electric engine | |
| CN213444546U (en) | Automatic adjusting device for substrate track | |
| CN208791917U (en) | A kind of hasp positioning mechanism of Corset fastener sewing machine | |
| CN108893875A (en) | A kind of hasp positioning mechanism of Corset fastener sewing machine | |
| CN108914400B (en) | Bra hasp sewing machine | |
| CN208917458U (en) | A kind of Corset fastener sewing machine | |
| CN205906613U (en) | Interval adjustable carrier output device | |
| CN208712601U (en) | A kind of battery channelling machine | |
| CN103588026B (en) | Accurately control to batch spacing device | |
| CN109648867A (en) | A kind of polymer battery rolling equipment | |
| CN108486759B (en) | Cradle device of computerized flat knitting machine | |
| CN208596607U (en) | A kind of conducting wire bending mechanism | |
| CN210234119U (en) | Facial tissue location detection device | |
| CN209513846U (en) | Multi-functional pressure test platform | |
| CN112408071A (en) | Cloth folding device | |
| CN215152398U (en) | Adjustable calibrating mechanism suitable for butt joint with heat-seal cold-cutting bag making machine | |
| CN220075648U (en) | Integrated belt vulcanizing repairing machine | |
| CN209709806U (en) | A kind of motor base easy for installation | |
| CN110340827A (en) | Battery core jig | |
| CN218289415U (en) | Guiding mechanism for guiding paper-plastic product in high-speed motion state |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |