CN106222896A - Cut-parts overlap detent mechanism - Google Patents
Cut-parts overlap detent mechanism Download PDFInfo
- Publication number
- CN106222896A CN106222896A CN201610822205.7A CN201610822205A CN106222896A CN 106222896 A CN106222896 A CN 106222896A CN 201610822205 A CN201610822205 A CN 201610822205A CN 106222896 A CN106222896 A CN 106222896A
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- China
- Prior art keywords
- plate
- cut
- base
- parts
- pressuring template
- Prior art date
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Classifications
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B35/00—Work-feeding or -handling elements not otherwise provided for
Abstract
The invention discloses a kind of cut-parts overlap detent mechanism.Cut-parts overlap detent mechanism includes base, base plate, pressuring template, pressure shirt plate and limiting plate.Described base has storage tank, and described base plate is located in described storage tank, described base plate has multiple wind inlet and forms air draught district, described base plate also has sewing passage, and described sewing passage is positioned at the side in described air draught district.The side of described pressuring template is articulated with described base, and described pressuring template can rotate towards described base plate and can be pressed on described base plate；Connecting on described pressuring template and have described limiting plate, the outward flange of described limiting plate is concordant with described sewing passage；Described pressure shirt plate has slot to make way, and described pressure shirt plate is connected to described pressuring template and described pressure shirt plate, described limiting plate and described pressuring template are positioned at approximately the same plane, and described limiting plate is positioned at described slot to make way.This cut-parts overlap detent mechanism can reduce the technology requirement to workman, improves product quality.
Description
Technical field
The present invention relates to field of textile machinery, particularly relate to a kind of cut-parts overlap detent mechanism.
Background technology
In clothing field, existing upper cover headman's sequence is to be completed by manual operation, and manually-operated operation is comparatively laborious,
When especially manually the overlap to cut-parts positions, the proficiency level to workman requires height, unstable product quality, and efficiency is low.
Summary of the invention
Based on this, it is necessary to provide a kind of reduction technology requirement to workman, improve the cut-parts overlap location of product quality
Mechanism.
A kind of cut-parts overlap detent mechanism, including base, base plate, pressuring template, pressure shirt plate and limiting plate；
Described base has storage tank, and described base plate is located in described storage tank, and described base plate has multiple wind inlet
Forming air draught district, described base plate also has sewing passage, described sewing passage is positioned at the side in described air draught district；
The side of described pressuring template is articulated with described base, and described pressuring template can rotate towards described base plate and can be pressed in
On described base plate；Connect on described pressuring template and have described limiting plate, described limiting plate outward flange and described sewing passage put down
Together；Described pressure shirt plate has slot to make way, described pressure shirt plate be connected to described pressuring template and described pressure shirt plate, described limiting plate and
Described pressuring template is positioned at approximately the same plane, and described limiting plate is positioned at described slot to make way.
Wherein in an embodiment, the quantity of described pressuring template is two, the quantity of described limiting plate and described pressing mold
The quantity of plate is consistent, and described pressure shirt plate includes the first pressure shirt plate and the second pressure shirt plate；
The side that two described pressuring templates are identical is articulated with the same side of described base, and two described pressuring templates are all connected with
Described limiting plate, two described pressuring templates and two described limiting plates are had all to be symmetric；Divide on two described pressuring templates
Lian Jie there be described first pressure shirt plate and described second pressure shirt plate.
Wherein in an embodiment, described first pressure shirt plate and described second pressure shirt plate are the most curved, and described first
One end of pressure shirt plate is connected to the side of one of them described pressuring template, and the other end walks around the described limiting plate of correspondence towards relatively
Described pressuring template direction extend, one end of described second pressure shirt plate is connected to the side of another described pressuring template, the other end
The described limiting plate walking around correspondence extends towards relative described pressuring template direction, described first pressure shirt plate and described second pressure
Shirt plate contacts.
Wherein in an embodiment, also including fixing seat, described fixing seat is connected on described base, described stamper seat
It is articulated with described fixing seat.
Wherein in an embodiment, described fixing seat has multiple fixing hole, described base has multiple connection
Hole, multiple described fixing holes and multiple described connecting hole one_to_one corresponding, described fixing seat is connected by securing member with described base.
Wherein in an embodiment, also including hinged hinge, described stamper seat is hinged on institute by described hinged hinge
State on fixing seat.
Wherein in an embodiment, also include locking member, described base has multiple for joining for described locking member
The adjustment hole closed, one of them described cover half pulled the described fixing seat of connection and is connected with described base by locking member, and this is calmly
Mould is pulled adjustable with corresponding described fixing seat position on described base so that two described cover half pull between distance energy
Enough changes.
Wherein in an embodiment, also including needle plate and determine cloth pin, described limiting plate is provided with multiple pin hole, described
Needle plate is positioned at the top of described limiting plate and is connected to described cover half and pulls, and described needle plate connects towards a surface of described limiting plate
Have and multiple described determine cloth pin, multiple described determine cloth pin and multiple described pin hole one_to_one corresponding, described determine the cloth pin described pin hole of insertion
Interior and the described end determining cloth pin protrudes from the bottom surface of described limiting plate.
Wherein in an embodiment, also including connecting pivot pin, described base connects multiple described connection pivot pin, institute
State connection pivot pin for coordinating fortune mould parts so that described fortune mould parts drive described base to move by described connection pivot pin
Dynamic.
Wherein in an embodiment, also include that latching member, described latching member have from lock, connect seat, pressure arm
And cursor, described it being located on described base from lock, described connection seat is connected on described pressuring template, described cursor
One end is connected to described connection seat, and the other end of described cursor is hinged on described on lock and this end also cuts with scissors in described pressure arm
Connect, described connection seat and described stamper seat can be driven to rotate by the rotation of described cursor when rotating described pressure arm.
Above-mentioned cut-parts overlap detent mechanism, is provided with base, base plate, pressuring template, pressure shirt plate and limiting plate；The described end
The storage tank that plate is located at base is interior for placing the second cut-parts, base plate has multiple wind inlet and forms air draught district, air draught district
Air draught the second cut-parts can be fixed, it is to avoid displacement, base plate also has sewing passage, this sewing passage for sewing fill
The sewing of the sewing syringe needle put.The side of pressuring template is articulated with base, and pressuring template can rotate towards base plate and can be pressed in base plate
On, after the first cut-parts being placed between the upper strata cut-parts of the second cut-parts and lower floor cut-parts pressuring template push down overlapping after the second sanction
Sheet and the first cut-parts, it is to avoid the displacement of the second cut-parts after overlap and the first cut-parts in moving process；Pressure shirt plate has to be allowed
Position groove, slot to make way can expose sewing passage, in order to the sewing of sewing device.Pressure shirt plate is for pushing down the more broadly
One cut-parts.
Above-mentioned cut-parts overlap detent mechanism, also includes locking member, and the described fixing seat of connection pulled by one of them cover half
Being connected with base by locking member, this cover half is pulled with corresponding to fix seat position on base adjustable, so that two cover half
Distance between pulling can change.When needing the cut-parts of the different size of processing, two can be adjusted according to actual torn size
Distance between individual pressuring template, it is to avoid the formality of the whole pressuring template of replacing, saves equipment and materials, changes speed fast, during saving
Between.
Above-mentioned cut-parts overlap detent mechanism, also includes latching member, and latching member has from lock, connects seat, pressure arm
And cursor, described it being located on described base from lock, described connection seat is connected on described pressuring template, described cursor
One end is connected to described connection seat, and the other end of described cursor is hinged on described on lock and this end also cuts with scissors in described pressure arm
Connect, described connection seat and described stamper seat can be driven to rotate by the rotation of described cursor when rotating described pressure arm,
The setting of latching member, it is possible to the pressing between pressuring template convenient to carry out and base plate with open, saved artificial pressing working procedure, and
And by latching member control that the pressing between pressuring template and base plate enables between the second cut-parts with the first cut-parts overlapping
Location will not occur skew easily and walk.
Accompanying drawing explanation
Fig. 1 is an embodiment upper cover neck system schematic；
Fig. 2,3 be upper cover shown in Fig. 1 lead another visual angle schematic diagram of system；
Fig. 4 is that upper cover shown in Fig. 1 leads system cut-parts overlap detent mechanism schematic diagram.
Description of reference numerals
10, upper cover neck system；100, board；110, work top；200, cut-parts overlap detent mechanism；210, base；
211, storage tank；212, adjustment hole；220, base plate；221, wind inlet；230, pressuring template；241, the first pressure shirt plate；242, second
Pressure shirt plate；250, limiting plate；251, pin hole；260, needle plate；270, cloth pin is determined；280, fixing seat；290, hinge；2100, connect
Pivot pin；2110, latching member；2111, from lock；2112, seat is connected；2113, pressure arm；2114, cursor；2120, folder portion is opened
Part；2121, jaw；2122, drive folder and drive element；2123, opening and closing driver part；2130, locking member；300, feeding pressure mechanism；
310, support；320, depression bar；330, binder driver part；410, first driver part is moved；420, second driver part is moved；
500, sewing mechanism；600, fortune mould parts；700, receiving mechanism；710, rewinding pawl；720, rewinding driver part；730, rewinding is opened
Close parts；740, rewinding case.
Detailed description of the invention
For the ease of understanding the present invention, below with reference to relevant drawings, the present invention is described more fully.In accompanying drawing
Give presently preferred embodiments of the present invention.But, the present invention can realize in many different forms, however it is not limited to institute herein
The embodiment described.On the contrary, providing the purpose of these embodiments is to make the understanding to the disclosure more thorough
Comprehensively.
It should be noted that when element is referred to as " being fixed on " another element, and it can be directly on another element
Or element placed in the middle can also be there is.When an element is considered as " connection " another element, and it can be to be directly connected to
To another element or may be simultaneously present centering elements.
Unless otherwise defined, all of technology used herein and scientific terminology and the technical field belonging to the present invention
The implication that technical staff is generally understood that is identical.The term used the most in the description of the invention is intended merely to describe tool
The purpose of the embodiment of body, it is not intended that in limiting the present invention.Term as used herein "and/or" includes one or more phase
Arbitrary and all of combination of the Listed Items closed.
Shown in Figure 1, the present embodiment relate to a kind of upper cover neck system 10.This upper cover neck system 10 include board 100,
Cut-parts overlap detent mechanism 200, feeding pressure mechanism 300, travel mechanism, sewing mechanism 500, receiving mechanism 700 and controlling organization.
Described board 100 has work top 110.In the present embodiment, controlling organization can use PLC.
Shown in Figure 4, cut-parts overlap detent mechanism 200 include base 210, base plate 220, pressuring template 230, pressure shirt plate,
Limiting plate 250, needle plate 260 and determine cloth pin 270, fixing seat 280, hinge 290, connect pivot pin 2100, latching member 2110 with
And open clamp assembly 2120.
The quantity of cut-parts overlap detent mechanism 200 can be two or more.Two or more cut-parts overlaps position
Mechanism 200 can share one and open clamp assembly 2120.
Shown in Figure 4, base 210 has storage tank 211, and it is interior for placing second that base plate 220 is located at storage tank 211
Cut-parts.There is on base plate 220 multiple wind inlet 221 and form air draught district, base plate 220 also has sewing passage.Sewing passage position
Side in air draught district.The side of pressuring template 230 is articulated with base 210.Pressuring template 230 can rotate and energy towards base plate 220
It is pressed on base plate 220 to push down the first cut-parts that overlap is placed in the second cut-parts.Limited location plate 250 is connected on pressuring template 230,
Limiting plate 250 outward flange concordant with sewing passage.Pressure shirt plate has slot to make way.Pressure shirt plate is connected to pressuring template 230 and pressure
Shirt plate, limiting plate 250 and pressuring template 230 are positioned at approximately the same plane.Limiting plate 250 is positioned at slot to make way.
Shown in Figure 4, base 210 connects and has multiple connection pivot pin 2100.Connect pivot pin 2100 and be used for coordinating following
Fortune mould parts 600 so that fortune mould parts 600 by connect pivot pin 2100 drive base 210 to move.
Shown in Figure 4, the quantity of pressuring template 230 is two.It is understood that the quantity of pressuring template 230 can also is that other
Quantity, such as one, three lamps, is set to two in the present embodiment.The quantity of limiting plate 250 is consistent with the quantity of pressuring template 230,
Namely the quantity of the quantity of limiting plate 250 and pressuring template 230 is two.Pressure shirt plate includes the first pressure shirt plate 241 and second
Pressure shirt plate 242.
Shown in Figure 4, the side that two pressuring templates 230 are identical is articulated with the same side of base 210.Two pressuring templates
Limiting plate 250 it is respectively connected with on 230.Two pressuring templates 230 and two limiting plates 250 are all symmetric.Two pressuring templates
The first pressure shirt plate 241 and the second pressure shirt plate 242 it is connected on 230.
Shown in Figure 4, limiting plate 250 is provided with multiple pin hole 251.Needle plate 260 is positioned at top and the company of limiting plate 250
It is connected to cover half pull.Needle plate 260 connects to have towards a surface of limiting plate 250 multiple determines cloth pin 270.Multiple determine cloth pin 270 with many
Individual pin hole 251 one_to_one corresponding.The end determining in cloth pin 270 inserts pin hole 251 and determining cloth pin 270 protrudes from the end of limiting plate 250
Face.
Shown in Figure 4, the first pressure shirt plate 241 and the second pressure shirt plate 242 are the most curved.The one of first pressure shirt plate 241
End is connected to the side of one of them pressuring template 230, and the other end walks around the limiting plate 250 of correspondence towards relative pressuring template 230
Direction extends.One end of second pressure shirt plate 242 is connected to the side of another pressuring template 230, and the other end walks around the spacing of correspondence
Plate 250 extends towards relative pressuring template 230 direction.First pressure shirt plate 241 and the second pressure shirt plate 242 contact.
Shown in Figure 4, fixing seat 280 is connected on base 210.Stamper seat is articulated with fixing seat by hinge 290
280.On fixing seat 280, there is multiple fixing hole.There are on base 210 multiple connecting hole, multiple fixing holes and multiple connecting holes
One_to_one corresponding.Fixing seat 280 is connected by securing member with base 210.It is fixed on base 210 by securing member from lock 2111
On.Linking arm is fixed on pressuring template 230 by securing member.
Cut-parts overlap detent mechanism also includes locking member 2130, base has multiple for for locking member 2130 cooperation
Adjustment hole 212, one of them cover half pulled the fixing seat 280 of connection and is connected with base by locking member 2130, this cover half pull and
The corresponding fixing seat 280 position on base is adjustable, so that the distance between two cover half are pulled can change.
Shown in Figure 4, in the present embodiment, latching member 2110 has from lock 2111, connects seat 2112, pressure arm
2113 and cursor 2114.It is located on base 210 from lock 2111, connects seat 2112 and be connected on pressuring template 230.Cursor
One end of 2114 is connected to connect seat 2112, and the other end of cursor 2114 is hinged on lock 2111 and this end is also in pressure arm
2113 is hinged, can be dynamically connected seat 2112 by the rotational band of cursor 2114 when rotating pressure arm 2113 and stamper seat turns
Dynamic.Above-mentioned cut-parts overlap detent mechanism 200, also includes that latching member 2110, latching member 2110 have from lock 2111, connect
Joint chair 2112, pressure arm 2113 and cursor 2114, be located on base 210 from lock 2111, connects seat 2112 and is connected to pressing mold
On plate 230, one end of cursor 2114 is connected to connect seat 2112, and the other end of cursor 2114 is hinged on lock 2111
And this end is also hinged in pressure arm 2113, can be dynamically connected seat 2112 by the rotational band of cursor 2114 when rotating pressure arm 2113
And stamper seat rotate, the setting of latching member 2110, it is possible to the pressing between pressuring template 230 convenient to carry out and base plate 220 with
Open, saved artificial pressing working procedure, and controlled the pressing between pressuring template 230 and base plate 220 by latching member 2110
The overlapping location enabled between the second cut-parts with the first cut-parts will not occur skew easily and walk.
Shown in Figure 3, open clamp assembly 2120 for clamping pressure arm 2113 and pressure arm 2113 can be driven to rotate, to open
Stamper seat.In the present embodiment, open clamp assembly 2120 to there is jaw 2121, open folder driving element 2122 and opening and closing driver part
2123.Opening and closing driver part 2123 is connected to jaw 2121 and opens for driving jaw 2121 or close, and drives folder and drives unit
Part 2122 is connected to opening and closing driver part 2123 for driving opening and closing driver part 2123 and jaw 2121 to move.In this reality
Executing in example, in order to coordinate the quantity of pressuring template 230 and latching member 2110, the quantity opening clamp assembly 2120 is also configured as two,
Namely it is consistent with the quantity of the quantity of pressuring template 230, latching member 2110.Controlling organization is electrically connected at out folder and drives element
2122 and opening and closing driver part 2123.
Shown in Figure 2, feeding pressure mechanism 300 has depression bar 320 and binder driver part 330.Binder driver part 330
It is located on board 100 and is connected to depression bar 320.Binder driver part 330 is used for driving depression bar 320 to push down and is positioned at base plate 220
Second cut-parts turnover after upper strata cut-parts on.Controlling organization is electrically connected at binder driver part 330.
Shown in Figure 2, in the present embodiment, feeding pressure mechanism 300 also includes that support 310, support 310 are located at board 100
On.The quantity of depression bar 320 and the quantity of binder driver part 330 are multiple.Multiple binder driver parts 330 and multiple pressures
Bar 320 one_to_one corresponding.Multiple binder driver parts 330 are each provided on support 310, and multiple depression bars 320 are respectively positioned on work top 110
Top, binder driver part 330 can drive depression bar to press for 320 times.
In the present embodiment, in order to coordinate depression bar 320 and binder driver part 330, feeding pressure mechanism 300 can also be arranged
Multiple holding pads and holding pad driver part, multiple holding pad driver parts are each provided on above-mentioned support 310, multiple binders
Plate driver part and multiple holding pad one_to_one corresponding.Holding pad driver part is connected to holding pad.Holding pad driver part is used for
Driving pressure flitch presses to the upper strata cut-parts after leading material turnover, to keep upper strata cut-parts to be in turnover state, it is simple to manually will
First cut-parts are placed in the gap of upper strata cut-parts and lower floor's cut-parts.
Travel mechanism is located on board 100.Travel mechanism is used for driving cut-parts overlap detent mechanism 200 along work top
110 move to sewing station.The above-mentioned folder of opening opening clamp assembly 2120 related to drives element 2122 can be arranged on support 310
On, and one of them drives folder and drives the element 2122 position on support 310 adjustable, namely in order to coordinate the pressing mold that can regulate
Plate 230.
Seeing shown in Fig. 1 and Fig. 2, in the present embodiment, travel mechanism has first and moves driver part 410 and second
Mobile driver part 420.First moves driver part 410 sets on the table.First moves driver part 410 for driving the end
The second cut-parts, the first cut-parts on seat 210 and base 210 move along the first direction on work top 110.Second moves and drives
Dynamic component 420 sets on the table, and second moves driver part 420 for driving on base 210 and base 210 second to cut out
Sheet, the first cut-parts are moved along the second direction being perpendicular to first direction on work top 110.Controlling organization is electrically connected at
One moves driver part 410 and second moves driver part 420.
Seeing shown in Fig. 1-Fig. 3, sewing mechanism 500 has sewing station, and sewing mechanism 500 moves driving machine for joint close
The second cut-parts on cut-parts overlap detent mechanism 200 that structure is sent here and the first cut-parts.In the present embodiment, sewing mechanism 500
Also including transporting mould parts 600, fortune mould parts 600 are located on board 100, and fortune mould parts 600 can will move driving from second
The base 210 that parts 420 are sent here is fixed and delivers to carry out at sewing station joint close.Controlling organization is electrically connected at sewing mechanism
500。
Seeing shown in Fig. 1 and Fig. 2, receiving mechanism 700 is located on board 100.Receiving mechanism 700 is for the after sewing
Two cut-parts and the first cut-parts carry out rewinding.
Seeing shown in Fig. 1 and Fig. 2, in the present embodiment, receiving mechanism 700 has rewinding pawl 710, rewinding opening and closing parts
730, rewinding driver part 720 and rewinding case 740.Rewinding opening and closing parts 730 are connected to rewinding pawl 710 for driving rewinding
Pawl 710 closes the second cut-parts after clamping joint close and the first cut-parts, or open the second cut-parts after discharging joint close with
And first cut-parts.Rewinding driver part 720 is located on board 100 and is connected to rewinding opening and closing parts 730, rewinding driver part
720 are used for being moved by driving rewinding opening and closing parts 730 driving rewinding pawl 710 to move.Controlling organization is electrically connected at rewinding
Opening and closing parts 730, rewinding driver part 720.
Seeing shown in Fig. 1 and Fig. 2, it is the lower section being positioned at work top 110 that rewinding case 740 is connected to board 100, rewinding case
The opening of 740 towards, when rewinding driver part 720 drives rewinding opening and closing parts 730 to drive rewinding pawl 710 to clamp after joint close
When two cut-parts and the first cut-parts move to above the rewinding mouth of rewinding case 740, the second cut-parts after i.e. releasable joint close and
First cut-parts, the second cut-parts after joint close and the first cut-parts can complete rewinding in falling to rewinding case 740.
Upper cover neck system 10 shown in Figure 1, above-mentioned, when for the joint close of the second cut-parts and the first cut-parts, relates to
Following steps:
Being placed on the work top 110 of board 100 by first cut-parts overlap detent mechanism 200, controlling organization controls
The folder of opening opening clamp assembly 2120 drives element 2122 to drive opening and closing driver part to press for 2123 times, and opening and closing driver part 2123 drives folder
Pawl 2121 clamps pressure arm 2113, drives folder and drives element 2122 reset and pull pressure arm 2113, so that latching member 2110 is in
Open mode, namely pressuring template 230, pressure shirt plate and limiting plate 250 be in and base plate 220 released state, the second cut-parts are put
Put on base plate 220, according to default position adjustment alignment, the upper strata cut-parts of the second cut-parts are opened.
Controlling organization controls the binder driver part 330 of feeding pressure mechanism 300 and drives depression bar to be pressed in the upper strata after opening 320 times
In cut-parts, the first cut-parts are overlapped in lower floor's cut-parts according to default requirement, and adjustment of aliging, controlling organization controls swager
The binder driver part 330 of structure 300 drives depression bar 320 to reset, and upper strata cut-parts reset.
Controlling organization controls to open the opening and closing driver part 2123 of clamp assembly 2120 and opens, and opening and closing driver part 2123 drives folder
Pawl 2121 discharges pressure arm 2113 so that latching member 2110 is in reset closed mode, namely pressuring template 230, pressure shirt plate with
And limiting plate 250 is in and base plate 220 closure state, overlapping good by the second cut-parts and the first cut-parts to push down.
Controlling organization control first move driver part 410 drive the second cut-parts on base 210 and base 210, the
One cut-parts move along the first direction on work top 110.Controlling organization control second is moved driver part 420 and is driven base
210 and base 210 on the second cut-parts, the first cut-parts on work top 110 along being perpendicular to the second direction of first direction
Mobile so that the second cut-parts on base 210 and base 210, the first cut-parts move to transport at mould parts 600.
Controlling organization controls fortune mould parts 600 and locks the connection pivot pin 2100 on base 210, and drive base 210 and
The second cut-parts, the first cut-parts on base 210 move at the sewing station of sewing mechanism 500.
Controlling organization controls sewing mechanism 500 joint close the second cut-parts, the first cut-parts.
The rewinding driver part 720 of controlling organization control receiving mechanism 700 drives rewinding opening and closing parts 730 to move and drives
Rewinding pawl 710 moves.After rewinding opening and closing parts 730 drive rewinding pawl 710 to open and clamp the second cut-parts after joint close, first cut out
Sheet, controlling organization controls the rewinding driver part 720 of receiving mechanism 700 and drives rewinding opening and closing parts 730 to move to rewinding case 740
Place's release.
When first cut-parts overlap detent mechanism 200 with the second cut-parts, the first cut-parts at sewing time, can be by second
Cut-parts overlap detent mechanism 200 is placed on work top 110 and carries out second group of second cut-parts, the overlap of the first cut-parts, according to this
Circulation, production efficiency improves.
Above-mentioned upper cover neck system 10, is provided with cut-parts overlap detent mechanism 200, above-mentioned cut-parts overlap detent mechanism
200, there is base 210, base plate 220, pressuring template 230, pressure shirt plate and limiting plate 250；Base plate 220 is located at the appearance of base 210
Put groove 211 interior for placing the second cut-parts, base plate 220 has multiple wind inlet 221 and forms air draught district, the air draught in air draught district
Second cut-parts can be fixed, it is to avoid displacement, base plate 220 also has sewing passage, this sewing passage is used for sewing mechanism
The sewing of the sewing syringe needle of 500.The side of pressuring template 230 is articulated with base 210, and pressuring template 230 can rotate towards base plate 220
And can be pressed on base plate 220, pressuring template 230 after the first cut-parts are placed between the upper strata cut-parts of the second cut-parts and lower floor's cut-parts
Push down the second cut-parts after overlap and the first cut-parts, it is to avoid the second cut-parts after overlap and the first cut-parts in moving process
Displacement；Pressure shirt plate has slot to make way, and slot to make way can expose sewing passage, in order to the sewing of sewing mechanism 500.Pressure shirt plate
The first cut-parts are pushed down for more broadly.Travel mechanism is used for driving cut-parts overlap detent mechanism 200 along work top 110
Move to sewing station.Sewing mechanism 500 is on the cut-parts overlap detent mechanism 200 that joint close moving drive mechanism is sent here
Second cut-parts and the first cut-parts.
Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, not to above-mentioned reality
The all possible combination of each technical characteristic executed in example is all described, but, as long as the combination of these technical characteristics is not deposited
In contradiction, all it is considered to be the scope that this specification is recorded.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed, but also
Therefore the restriction to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that, for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, it is also possible to make some deformation and improvement, these broadly fall into the guarantor of the present invention
Protect scope.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a cut-parts overlap detent mechanism, it is characterised in that include base, base plate, pressuring template, pressure shirt plate and limiting plate；
Described base has storage tank, and described base plate is located in described storage tank, described base plate has multiple wind inlet and is formed
Air draught district, described base plate also has sewing passage, and described sewing passage is positioned at the side in described air draught district；
The side of described pressuring template is articulated with described base, and described pressuring template can rotate towards described base plate and can be pressed in described
On base plate；On described pressuring template connect have described limiting plate, described limiting plate outward flange concordant with described sewing passage；Institute
Stating pressure shirt plate and have slot to make way, described pressure shirt plate is connected to described pressuring template and described pressure shirt plate, described limiting plate and described
Pressuring template is positioned at approximately the same plane, and described limiting plate is positioned at described slot to make way.
Cut-parts overlap detent mechanism the most according to claim 1, it is characterised in that the quantity of described pressuring template is two,
The quantity of described limiting plate is consistent with the quantity of described pressuring template, and described pressure shirt plate includes the first pressure shirt plate and the second pressure shirt
Plate；
The side that two described pressuring templates are identical is articulated with the same side of described base, and two described pressuring templates are all connected with
Stating limiting plate, two described pressuring templates and two described limiting plates are all symmetric；Connect respectively on two described pressuring templates
It is connected to described first pressure shirt plate and described second pressure shirt plate.
Cut-parts overlap detent mechanism the most according to claim 2, it is characterised in that described first pressure shirt plate and described the
Two pressure shirt plates are the most curved, and one end of described first pressure shirt plate is connected to the side of one of them described pressuring template, the other end around
The described limiting plate crossing correspondence extends towards relative described pressuring template direction, and one end of described second pressure shirt plate is connected to another
The side of individual described pressuring template, the other end walks around the described limiting plate of correspondence towards relative described pressuring template direction extension, institute
State the first pressure shirt plate and described second pressure shirt plate contact.
4. according to the cut-parts overlap detent mechanism described in claim 1-3 any one, it is characterised in that also include fixing seat,
Described fixing seat is connected on described base, and described stamper seat is articulated with described fixing seat.
Cut-parts overlap detent mechanism the most according to claim 14, it is characterised in that have multiple solid on described fixing seat
Determine hole, described base has multiple connecting hole, multiple described fixing holes and multiple described connecting hole one_to_one corresponding, described fixing
Seat is connected by securing member with described base.
Cut-parts overlap detent mechanism the most according to claim 4, it is characterised in that also include hinged hinge, described pressing mold
Seat is hinged on described fixing seat by described hinged hinge.
Cut-parts overlap detent mechanism the most according to claim 6, it is characterised in that also include locking member, on described base
Having multiple adjustment hole for coordinating for described locking member, one of them described cover half is pulled the described fixing seat of connection and is passed through
Locking member is connected with described base, and this cover half is pulled adjustable with corresponding described fixing seat position on described base, so that
Distance between two described cover half are pulled can change.
8. according to the cut-parts overlap detent mechanism described in claim 1-3 any one, it is characterised in that also include needle plate and
Determining cloth pin, described limiting plate is provided with multiple pin hole, and described needle plate is positioned at the top of described limiting plate and is connected to described cover half
Pulling, described needle plate connects towards a surface of described limiting plate to have multiple described determine cloth pin, multiple described determines cloth pin and multiple institutes
State pin hole one_to_one corresponding, described determine in cloth pin inserts described pin hole and the described end determining cloth pin and protrude from the end of described limiting plate
Face.
9. according to the cut-parts overlap detent mechanism described in claim 1-3 any one, it is characterised in that also include connecting shaft
Pin, described base connects and has multiple described connection pivot pin, and described connection pivot pin is used for coordinating fortune mould parts so that described fortune
Mould parts drive described base to move by described connection pivot pin.
10. according to the cut-parts overlap detent mechanism described in claim 1-3 any one, it is characterised in that also include from lock section
Part, described latching member has from lock, connects seat, pressure arm and cursor, described is located on described base from lock, described
Connecting seat to be connected on described pressuring template, one end of described cursor is connected to described connection seat, the other end of described cursor
It is hinged on described on lock and this end is also hinged in described pressure arm, can be by described cursor when rotating described pressure arm
Rotate and drive described connection seat and described stamper seat to rotate.
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| CN201610822205.7A CN106222896B (en) | 2016-09-13 | 2016-09-13 | Cut-parts overlap positioning mechanism |
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| CN201610822205.7A CN106222896B (en) | 2016-09-13 | 2016-09-13 | Cut-parts overlap positioning mechanism |
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| CN106222896B CN106222896B (en) | 2023-01-31 |
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| CN201610822205.7A Active CN106222896B (en) | 2016-09-13 | 2016-09-13 | Cut-parts overlap positioning mechanism |
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| CN106592118A (en) * | 2017-02-17 | 2017-04-26 | 广东溢达纺织有限公司 | Edge control device for cut parts |
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|---|---|
| CN106222896B (en) | 2023-01-31 |
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