CN109853153A - A kind of sleeve vent in the sides of a garment machine - Google Patents
A kind of sleeve vent in the sides of a garment machine Download PDFInfo
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- CN109853153A CN109853153A CN201910185128.2A CN201910185128A CN109853153A CN 109853153 A CN109853153 A CN 109853153A CN 201910185128 A CN201910185128 A CN 201910185128A CN 109853153 A CN109853153 A CN 109853153A
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- 230000007246 mechanism Effects 0.000 claims abstract description 139
- 239000004744 fabric Substances 0.000 claims abstract description 103
- 238000009958 sewing Methods 0.000 claims abstract description 81
- 239000011230 binding agent Substances 0.000 claims abstract description 39
- 239000000463 material Substances 0.000 claims abstract description 31
- 238000007493 shaping process Methods 0.000 claims abstract description 13
- 238000009434 installation Methods 0.000 claims description 23
- 238000013519 translation Methods 0.000 claims description 21
- 239000012634 fragment Substances 0.000 claims description 20
- 230000003028 elevating effect Effects 0.000 claims description 8
- 230000007704 transition Effects 0.000 claims description 8
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- 230000014759 maintenance of location Effects 0.000 claims description 7
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- 125000006850 spacer group Chemical group 0.000 claims description 2
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- 238000000034 method Methods 0.000 abstract description 10
- 230000008569 process Effects 0.000 abstract description 9
- 230000009471 action Effects 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 26
- 238000009963 fulling Methods 0.000 description 9
- 238000000354 decomposition reaction Methods 0.000 description 6
- 230000000694 effects Effects 0.000 description 6
- 238000004513 sizing Methods 0.000 description 6
- 239000000473 propyl gallate Substances 0.000 description 3
- 238000007789 sealing Methods 0.000 description 3
- 230000003139 buffering effect Effects 0.000 description 2
- 238000001914 filtration Methods 0.000 description 2
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- 239000004322 Butylated hydroxytoluene Substances 0.000 description 1
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- 238000012545 processing Methods 0.000 description 1
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- Sewing Machines And Sewing (AREA)
Abstract
The present invention discloses a kind of sleeve vent in the sides of a garment machine, including negative pressure suction mechanism, sliding cloth folding device, folding assisted shaping equipment, binder apparatus for sewing and material collecting device, the processes such as cloth tabletting, folding, sewing, rewinding can be completed in sleeve vent in the sides of a garment sewing, manually play booster action, it saves manually, improves efficiency.
Description
Technical field
The present invention relates to garment machinery fields, exactly refer to a kind of sleeve vent in the sides of a garment machine.
Background technique
Now, the step of cost of labor is higher and higher, garment making industry previous some simple manual operations is often by machine
Automation substitution, this is the inexorable trend of era development.On shirt and other some clothes, generally can all there be sleeve vent in the sides of a garment,
Also there is aesthetics for loose or tightening cuff, this existing practicability.And currently, sleeve vent in the sides of a garment sewing process or manual operation,
The processes such as cloth tabletting, folding, sewing, rewinding are needed, not only inefficiency, but also processing cost is relatively high, is badly in need of invention one
Kind sleeve vent in the sides of a garment machine, can substitute manual operations.
Summary of the invention
It in view of the foregoing drawbacks, can be in sleeve vent in the sides of a garment sewing present invention solves the technical problem that being to provide a kind of sleeve vent in the sides of a garment machine
The processes such as cloth tabletting, folding, sewing, rewinding are completed, booster action is manually played, saves manually, improves efficiency.
For the technical problem more than solving, sleeve vent in the sides of a garment machine provided by the invention, including negative pressure suction mechanism, sliding cloth folding
Device, folding assisted shaping equipment, binder apparatus for sewing and material collecting device, in which:
The negative pressure suction mechanism includes suction ventilator, transitional cavity, working cavity and airdraft plate, and the airdraft plate setting is inhaled
Air holes, is respectively formed the first air draught region and the second air draught region, and the airdraft plate covers on the working cavity；The work
Cavity is divided into Liang Ge negative pressure chamber, respectively the first negative pressure chamber and the second negative pressure chamber, first negative pressure chamber and second
It is isolated between negative pressure chamber, first negative pressure chamber corresponds to first air draught region, second negative pressure chamber corresponding the
Two air draught regions；The suction ventilator is connected to by total aspiration channel with the transitional cavity, and the transitional cavity is provided with the first suction
Air port and the second air inlet, first air inlet are connect by the first aspiration channel with first negative pressure chamber, and described second
Air inlet is connect by the second aspiration channel with second negative pressure chamber；
The sliding cloth folding device, including fold mechanism, auxiliary pressing mechanism, airdraft plate and work chamber, the suction
Wind inlet is arranged in aerofoil, and the airdraft plate covers on the working cavity, and the work chamber is connected by aspiration channel and suction ventilator
It practices midwifery raw negative pressure；The fold mechanism includes overturning motor, the first tabletting, returning face plate, fixed frame and the first tabletting cylinder, described
Returning face plate is fixed on the fixed frame, and the returning face plate waits the state of work to be placed in the groove of the airdraft plate, institute
It states the first tabletting cylinder to connect with first tabletting, the first tabletting cylinder drives first tabletting one end to tilt or press
On the returning face plate, the first tabletting cylinder is mounted on the fixed frame, and the overturning motor and the fixed frame connect
It connects, the overturning motor drives the fixed frame overturning, and the fixed frame drives first tabletting and the returning face plate in turn
Overturning；The second tabletting of assisted tablet presses structure packet cylinder, the second tabletting, connecting rod, the second tabletting cylinder pass through described
Connecting rod is connect with second tabletting, and the second tabletting cylinder drives second tabletting one end to stick up by the connecting rod
It rises or pushes down on the airdraft plate；
The folding assisted shaping equipment, including elevating mechanism, fold mechanism and pusher, the elevating mechanism include
Lifting cylinder, lifting sliding rail, lifting slider, transition plates and mounting plate, the lifting cylinder pass through piston rod and the transition plates
Connection, the mounting plate are connect by transition plates with the sliding rail, and the sliding rail is along the sliding block lifting moving；The material folding machine
Structure includes rotary cylinder, connecting plate and revolving fragment, and the piston rod of the rotary cylinder passes through the connecting plate and the revolving fragment
Connection, the piston rod of the rotary cylinder drive the revolving fragment rotation, and the rotary cylinder is fixed on the mounting plate；Institute
Stating pusher includes pusher cylinder and pushing sheet, and the piston rod of the pusher cylinder drives the pushing sheet to be moved forward and backward, institute
Pusher cylinder is stated to be fixed on the mounting plate；Tabletting, the first stage body and the second stage body, the pressure are provided on the mounting plate
Piece is arranged on first stage body, and the revolving fragment is arranged on second stage body, and the tabletting is by the revolving fragment pressure
On second stage body, second stage body is provided with arc groove position, and the revolving fragment is in second stage body and described
Position rotation between tabletting；Gradient gear is arranged in the mounting plate, and the revolving fragment and the pushing sheet are in initial position
Gradient gear of the state without departing from the mounting plate；
The binder apparatus for sewing, including vertical lifting mechanism, horizontal mobile mechanism and binder sewing mechanism, the binder
Sewing mechanism is connect with the vertical lifting mechanism, and the vertical lifting mechanism is connect with the horizontal mobile mechanism, described to hang down
Going straight up to descending mechanism drives the binder sewing mechanism to vertically move, the horizontal mobile mechanism drive the vertical lifting mechanism and
Binder sewing mechanism moves horizontally；The binder sewing mechanism includes installation frame, pressing plate, press strip, gusset, rollover stand, rotation
Cylinder and connecting rod, the pressing plate are mounted on the bottom of the installation frame, are provided with hollow hole in the middle part of the installation frame, institute
It states and is provided with strip-shaped hole in the middle part of pressing plate, in the range of the hollow hole, the press strip and gusset are arranged in institute the strip-shaped hole
It states in strip-shaped hole, there are sewing gaps between the press strip and gusset and the strip-shaped hole, between the press strip and the gusset
There are sewing gaps；The piston rod of the rotary cylinder is connect with the connecting rod, described rollover stand one end and the connecting rod
Connection, the rollover stand other end and the gusset are rotatablely connected, and the rollover stand side is provided with opening, the rollover stand
For opening across the sewing gap between the press strip and the gusset, the rotary cylinder drives the rollover stand by connecting rod
Left and right overturning；
The material collecting device, including translation mechanism and bridging mechanism, the translation mechanism include flat-removing air cyclinder, sliding block, cunning
Rail, translation plates, press cylinder and shifting flitch, the flat-removing air cyclinder are connect by piston rod with the translation plates, the translation plates
It is connected with the slide block and is moved on the sliding rail, the press cylinder is mounted in the translation plates, the press cylinder
It is connect by piston rod with the shifting flitch；The bridging mechanism includes bracket, oscillating cylinder and mounting plate, the pedestal upper end
It is connected with pressure plate, the frame bottom and the mounting plate are rotatablely connected, and the oscillating cylinder passes through the piston rod and institute
The middle part connection of bracket is stated, the oscillating cylinder drives the bracket to swing.
Preferably, the transitional cavity is provided with first switch valve, and the first switch valve controls first air inlet
Folding, the first switch valve includes the first cylinder and closed plug, the piston rod of first cylinder and closed plug company
It connects, the closed plug blocks first air inlet.
Preferably, the transitional cavity is provided with second switch valve, and the second switch valve controls second air inlet
Folding, the second switch valve includes the second cylinder and closed plug, the piston rod of second cylinder and closed plug company
It connects, the closed plug blocks second air inlet.
Preferably, the transitional cavity is provided with third air inlet and third switch valve, and the third switch valve controls institute
State the folding of third air inlet, the third switch valve includes third cylinder and closed plug, the piston rod of the third cylinder with
The closed plug connection, the closed plug block the third air inlet.
Preferably, the sliding cloth folding device further includes removing mechanism, it is described remove mechanism part include sliding block, sliding rail and
Transverse slat, the sliding rail are moved along the sliding block, and the transverse slat is fixed on the sliding rail, and the second tabletting cylinder is fixed on institute
It states on transverse slat, the overturning motor is fixed on the sliding rail.
Preferably, the rotary cylinder is fixed on the mounting plate by the first air cylinder supporting structure, the pusher cylinder
It is fixed on the mounting plate by the second air cylinder supporting structure.
Preferably, it is provided with limit plate in the transition plates, is provided with spacer pin on the positioning plate.
Preferably, the binder sewing mechanism further includes limited block, and the limited block is provided with through-hole, and the limited block is solid
It is scheduled on the installation frame, the connecting rod passes through the through-hole and connect with the rollover stand, and the press strip is mounted on described
The bottom of limited block.
Preferably, the installation frame is provided with limiting groove, and retention bead, the retention bead is arranged in the limited block
It is stuck in the limiting groove and is screwed.
Preferably, the material collecting device further includes releasing cylinder, releasing guide rail and release sliding block, and the mounting plate is fixed on
On the release sliding block, the release sliding block slides on the release guide rail, the release cylinder by piston rod with it is described
Mounting plate connection；The material collecting device further includes showing cylinder, and the piston rod of the oscillating cylinder passes through lantern ring and the bracket
Middle part connection, the lantern ring is actively socketed on the middle part of the bracket, described to show cylinder installation on the bracket, described
The piston rod for showing cylinder is connect with the lantern ring, and the cylinder of showing pushes the lantern ring to move on bracket.
The workflow of sleeve vent in the sides of a garment machine provided by the invention is as follows:
Suction ventilator work, it is negative to the first negative pressure chamber and second by total aspiration channel and the first aspiration channel, the second aspiration channel
Chamber air draught is pressed to generate negative pressure, cloth, which is placed on airdraft plate, carries out air draught folding sizing.First aspiration channel, the second aspiration channel can
To generate negative pressure to the first negative pressure chamber and the air draught of the second negative pressure chamber simultaneously, the first aspiration channel, the second aspiration channel can be distinguished
Negative pressure individually is generated to the first negative pressure chamber and the air draught of the second negative pressure chamber.
In the state for waiting work, returning face plate is placed in the groove of airdraft plate, and the first tabletting is in the first tabletting cylinder
Lower one end is driven to tilt, the second tabletting cylinder drives second tabletting one end to tilt by connecting rod；Then sliding sleeve vent in the sides of a garment cloth is put
It sets on airdraft plate, sliding sleeve vent in the sides of a garment cloth is pushed down in the second tabletting under the drive of the second tabletting cylinder；After again, work chamber passes through suction
Air hose is connect with suction ventilator generates negative pressure, and airdraft plate adsorbs sliding sleeve vent in the sides of a garment cloth, when the corner manually to sliding sleeve vent in the sides of a garment cloth
After putting in order, the first tabletting is pushed in the drive of the first tabletting cylinder, is pressed on returning face plate across cloth；Overturn motor afterwards again
Fixed frame overturning is driven, fixed frame drives the first tabletting and returning face plate to overturn to the second tabletting direction in turn, at this point, sliding sleeve vent in the sides of a garment cloth
Material is folded and is finished.Since sliding sleeve vent in the sides of a garment cloth is softer smooth, when airdraft plate adsorbs sliding sleeve vent in the sides of a garment cloth, it is easy sliding
Offset leads to sliding sleeve vent in the sides of a garment cloth sizing and folds inaccurate, it is therefore desirable to which the effect for increasing by the second tabletting is to tuck inside the sleeve in airdraft plate to sliding
Before vent in the sides of a garment cloth is adsorbed, sliding sleeve vent in the sides of a garment cloth is pushed down in the second tabletting, so that it will not slide offset, is slided the sizing of sleeve vent in the sides of a garment cloth and is folded
Ability shaped folding is accurate.
When work, drive mounting plate, fold mechanism and the pusher of elevating mechanism drop to the workbench position of sleeve vent in the sides of a garment machine
On, sleeve vent in the sides of a garment cloth is placed on the airdraft plate of the workbench position of sleeve vent in the sides of a garment machine, and sleeve vent in the sides of a garment cloth is adsorbed and is tentatively formed, and is tucked inside the sleeve at this time
The edge of vent in the sides of a garment cloth may tilt at gradient gear, in order to allow sleeve vent in the sides of a garment cloth preferably to fold, folding assisted shaping equipment
The pusher cylinder of pusher drive pushing sheet to release, lean out gradient gear and the uplift portion of sleeve vent in the sides of a garment cloth folded and smoothes out with the fingers one
Under, allow the airdraft plate of workbench position to be more preferably tentatively formed to sleeve vent in the sides of a garment cloth, pusher cylinder drives pushing sheet to be returned to initial shape again
State；After vent in the sides of a garment cloth of tucking inside the sleeve tentatively is formed, the corner part of sleeve vent in the sides of a garment cloth is in the state tilted, needs to fold, at this time auxiliary folding
The rotary cylinder of the fold mechanism of folded shaping equipment drives revolving fragment rotation to lean out gradient gear, keeps out at the middle part of corner part
Then position stretches out pleated sheet again and the uplift portion of corner part is pushed to fold to revolving fragment direction, tucks inside the sleeve at this time on workbench
The corner part of vent in the sides of a garment cloth is in folded state, and rotary cylinder drives revolving fragment to be returned to original state again；After again, elevating mechanism
Drive mounting plate, fold mechanism and pusher be lifted off the workbench position of sleeve vent in the sides of a garment machine, then stereotyped sleeve vent in the sides of a garment cloth
Enter back into next work process.
Binder sewing mechanism is connect with vertical lifting mechanism, and vertical lifting mechanism is connect with horizontal mobile mechanism, vertical to rise
Descending mechanism drives binder sewing mechanism to vertically move, and horizontal mobile mechanism drives vertical lifting mechanism and binder sewing mechanism horizontal
It is mobile.After vent in the sides of a garment cloth folding of tucking inside the sleeve is good, vertical lifting mechanism drives binder sewing mechanism to push down sleeve vent in the sides of a garment cloth, horizontal mobile mechanism band
Dynamic pressure material sewing mechanism moves horizontally, and sewing machine is allowed to sew sleeve vent in the sides of a garment cloth.Press strip and gusset are arranged in strip-shaped hole, press strip
There are sewing gaps between gusset and strip-shaped hole, and there are sewing gap between press strip and gusset, sewing machine is along press strip and gusset
Sewing gap between strip-shaped hole sews sleeve vent in the sides of a garment cloth, and when sewing machine is sewn into gusset position, tumble cylinder is driven
Rollover stand overturning, rollover stand side, which is provided with opening, to allow sewing machine to pass through, sewing machine sewing sleeve vent in the sides of a garment cloth an other line with
And horizontal line.
After sleeve vent in the sides of a garment cloth sews, flat-removing air cyclinder drives translation plates and sliding block to move on the slide rail, and then with dynamic pressure
Material cylinder is moved to suitable position, and press cylinder pushes shifting flitch to push down the one end for vent in the sides of a garment cloth of tucking inside the sleeve, flat-removing air cyclinder band dynamic pressure again
Material cylinder is moved to bridging mechanism position, while tucking inside the sleeve and vent in the sides of a garment cloth while being also brought to bridging mechanism position, the binder of bridging mechanism
Plate pushes down the other end of sleeve vent in the sides of a garment cloth in the drive lower swing of oscillating cylinder, and the press cylinder retraction of translation mechanism, moves material at this time
Plate unclamps sleeve vent in the sides of a garment cloth, and sleeve vent in the sides of a garment cloth is hung in the pressure plate of bracket, and oscillating cylinder drives bracket swing to be returned to initial bit again
It sets.
Compared with prior art, sleeve vent in the sides of a garment machine provided by the invention, sleeve vent in the sides of a garment sewing in can complete cloth tabletting, folding,
The processes such as sewing, rewinding manually play booster action, save manually, improve efficiency.
Detailed description of the invention
In order to illustrate more clearly of technical solution of the present invention, attached drawing needed in description will be made below simple
Ground introduction, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill
For personnel, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the overall structure diagram of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Fig. 2 is the structural schematic diagram of the negative pressure suction mechanism of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Fig. 3 is the partial structure diagram of the negative pressure suction mechanism of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Fig. 4 is the structural schematic diagram of working cavity in Fig. 2；
Fig. 5 is the structural schematic diagram of the cunning cloth folding device of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Fig. 6 is the overlooking structure diagram of the cunning cloth folding device of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Fig. 7 is the overall structure diagram of the folding assisted shaping equipment of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Fig. 8 is the decomposition texture schematic diagram of the folding assisted shaping equipment of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Fig. 9 is the structural schematic diagram of mounting plate in Fig. 8；
Figure 10 is the overall structure diagram of the binder sewing mechanism of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Figure 11 is the decomposition texture schematic diagram of the binder sewing mechanism of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Figure 12 is the sewing effect picture of sleeve vent in the sides of a garment cloth；
Figure 13 is the overall structure diagram of the material collecting device of half sleeve of embodiment of the present invention vent in the sides of a garment machine；
Figure 14 is the decomposition texture schematic diagram of the material collecting device of half sleeve of embodiment of the present invention vent in the sides of a garment machine.
Specific embodiment
It in order to make the invention's purpose, features and advantages of the invention more obvious and easy to understand, below will be with specific
Examples and drawings, the technical solution protected to the present invention are clearly and completely described, it is clear that implementation disclosed below
Example is only a part of the embodiment of the present invention, and not all embodiment.Based on the embodiment in this patent, the common skill in this field
Art personnel all other embodiment obtained without making creative work belongs to the model of this patent protection
It encloses.
In the present description, term "left", "right", " in ", the orientation or positional relationships of the instructions such as " preceding " and " rear " be
It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of the description present invention rather than requires the present invention must be with specific
Orientation construction and operation, therefore be not considered as limiting the invention.
In the description of the present invention, term " first " and " second " are used for description purposes only, and should not be understood as instruction or dark
Show relative importance.
- Figure 14 referring to Figure 1, Fig. 1 are the overall structure diagram of half sleeve of embodiment of the present invention vent in the sides of a garment machine；Fig. 2 is the present invention
The structural schematic diagram of the negative pressure suction mechanism of embodiment half sleeve vent in the sides of a garment machine；Fig. 3 is the negative-pressure air-suction of half sleeve of embodiment of the present invention vent in the sides of a garment machine
The partial structure diagram of mechanism；Fig. 4 is the structural schematic diagram of working cavity in Fig. 2；Fig. 5 is half sleeve of embodiment of the present invention vent in the sides of a garment machine
Cunning cloth folding device structural schematic diagram；Fig. 6 is the vertical view of the cunning cloth folding device of half sleeve of embodiment of the present invention vent in the sides of a garment machine
Structural schematic diagram；Fig. 7 is the overall structure diagram of the folding assisted shaping equipment of half sleeve of embodiment of the present invention vent in the sides of a garment machine；Fig. 8 is
The decomposition texture schematic diagram of the folding assisted shaping equipment of half sleeve vent in the sides of a garment machine of the embodiment of the present invention；Fig. 9 is the structure of mounting plate in Fig. 8
Schematic diagram；Figure 10 is the overall structure diagram of the binder sewing mechanism of half sleeve of embodiment of the present invention vent in the sides of a garment machine；Figure 11 is the present invention
The decomposition texture schematic diagram of the binder sewing mechanism of embodiment half sleeve vent in the sides of a garment machine；Figure 12 is the sewing effect picture of sleeve vent in the sides of a garment cloth；Figure 13
For the overall structure diagram of the material collecting device of half sleeve vent in the sides of a garment machine of the embodiment of the present invention；Figure 14 is half sleeve of embodiment of the present invention vent in the sides of a garment machine
The decomposition texture schematic diagram of material collecting device.
Sleeve vent in the sides of a garment machine provided in an embodiment of the present invention, including it is negative pressure suction mechanism E, sliding cloth folding device D, folding assisted fixed
Type device B, binder apparatus for sewing C and material collecting device A, wherein
Negative pressure suction mechanism E includes suction ventilator E1, transitional cavity E3, working cavity E6 and airdraft plate E7, in which: airdraft plate
Wind inlet is arranged in E7, is respectively formed the first air draught region and the second air draught region, airdraft plate E7 is covered on working cavity E6；Work
Cavity E6 points are Liang Ge negative pressure chamber, respectively the first negative pressure chamber E61 and the second negative pressure chamber E62, the first negative pressure chamber E61
And second be isolated between negative pressure chamber E62, the corresponding first air draught region the first negative pressure chamber E61, the second negative pressure chamber E62 is corresponding
Second air draught region；Suction ventilator E1 is connected to by total aspiration channel E2 with transitional cavity E3, and transitional cavity E3 is provided with the first air draught
Mouth E35 and the second air inlet E36, the first air inlet E35 are connect by the first aspiration channel E4 with the first negative pressure chamber E61, and second
Air inlet E36 is connect by the second aspiration channel E5 with the second negative pressure chamber E62.
Transitional cavity E3 is provided with first switch valve, and first switch valve controls the folding of the first air inlet E35.First switch
Valve includes the first cylinder E31 and closed plug E33, and the piston rod of the first cylinder E31 is connect with closed plug E33, closed plug E33 envelope
Stifled first air inlet E35.First cylinder E31 is mounted on transitional cavity E3 by sealing plate E311.
Transitional cavity E3 is provided with second switch valve, and second switch valve controls the folding of the second air inlet E36.Second switch
Valve includes the second cylinder E32 and closed plug E34, and the piston rod of the second cylinder E32 connect with closed plug E34, closed plug closure the
Two air inlet E36.Second cylinder E32 is mounted on transitional cavity E3 by sealing plate E321.
Transitional cavity E3 is provided with third air inlet E310 and third switch valve, and third switch valve controls third air inlet
The folding of E310.Third switch valve includes third cylinder E38 and closed plug E39, the piston rod and closed plug of third cylinder E38
E39 connection, closed plug E39 block third air inlet E310.Third cylinder E38 is mounted on transitional cavity E3 by sealing plate E381
On.
Total aspiration channel E2 between suction ventilator E1 and transitional cavity E3 is provided with filtering chamber E8, places in filtering chamber E8
There is filter screen, prevents dust or sundries from entering suction ventilator E1.
Sliding cloth folding device D includes fold mechanism, auxiliary pressing mechanism, airdraft plate D2 and work chamber D1, in which:
Wind inlet is arranged in airdraft plate D2, and airdraft plate D2 is covered on working cavity E6, and work chamber D1 is connect by aspiration channel with suction ventilator
Generate negative pressure；Fold mechanism includes overturning motor D3, the first tabletting D5, returning face plate D4, fixed frame D6 and the first tabletting cylinder D7,
Returning face plate D4 is fixed on fixed frame D6, and returning face plate D4 waits the state of work to be placed in the groove of airdraft plate D2, the first pressure
Piece cylinder D7 is connect with the first tabletting D5, and the first tabletting cylinder D7 drives first one end tabletting D5 to tilt or be pressed in returning face plate D4
On, the first tabletting cylinder D7 is mounted on fixed frame D6, and overturning motor D3 is connect with fixed frame D6, and overturning motor D3, which drives, to be fixed
Frame D6 overturning, fixed frame D6 and then the first tabletting D5 of drive and returning face plate D4 overturning；Assisted tablet presses structure packet the second tabletting cylinder
D8, the second tabletting D10, connecting rod D9, the second tabletting cylinder D8 are connect by connecting rod D9 with the second tabletting D10, the second tabletting
Cylinder D8 drives second one end tabletting D10 to tilt or push down on airdraft plate D2 by connecting rod D9.
The air inlet that airdraft plate sets D2 forms the first air draught region and the second air draught region；It is two that working cavity E6, which is divided to,
Negative pressure chamber, respectively the first negative pressure chamber and the second negative pressure chamber, are isolated between the first negative pressure chamber and the second negative pressure chamber,
First negative pressure chamber corresponds to the first air draught region, the corresponding second air draught region of the second negative pressure chamber.
The groove of airdraft plate D2 is in the first air draught region；Second tabletting cylinder D8 drives the second tabletting by connecting rod D9
The one end D10 tilts or pushes down in the second air draught region of airdraft plate D2.
It overturns motor D3 and fixed frame overturning is driven by tooth belt.
Sliding cloth folding device further includes removing mechanism, and removing mechanism part includes sliding block D12, sliding rail D11 and transverse slat D13,
Sliding rail D11 is moved along sliding block D12, and transverse slat D13 is fixed on sliding rail D11, and the second tabletting cylinder D8 is fixed on transverse slat D13, is turned over
Rotating motor D3 is fixed on sliding rail D11.When sliding sleeve vent in the sides of a garment cloth folding finishes, the cunning folded is pushed down in lifting feeding pressure mechanism F decline
Sleeve vent in the sides of a garment cloth guarantees that sliding sleeve vent in the sides of a garment cloth will not scatter, removes mechanism again for the first tabletting D5, returning face plate D4 and the second tabletting D10
It is extracted out from the sliding sleeve vent in the sides of a garment cloth folded.
Binder apparatus for sewing C includes vertical lifting mechanism, horizontal mobile mechanism and binder sewing mechanism, in which: binder seam
Mechanism processed is connect with vertical lifting mechanism, and vertical lifting mechanism is connect with horizontal mobile mechanism, and vertical lifting mechanism drives binder
Sewing mechanism vertically moves, and horizontal mobile mechanism drives vertical lifting mechanism and binder sewing mechanism to move horizontally；Binder sewing
Mechanism includes installation frame C1, pressing plate C2, press strip C4, gusset C5, rollover stand C6, rotary cylinder C3 and connecting rod C7, pressing plate C2
It is mounted on the bottom of installation frame C1, hollow hole C11 is provided in the middle part of installation frame C1, is provided with strip-shaped hole in the middle part of pressing plate C2
In the range of hollow hole C11, press strip C4 and gusset C5 are arranged in strip-shaped hole, press strip C4 and gusset C5 by C21, strip-shaped hole C21
There are sewing gap S1 between strip-shaped hole C21, and there are sewing gap S2 between press strip C4 and gusset C5；The work of rotary cylinder C3
Stopper rod is connect by connecting sleeve C31 with connecting rod C7, and the one end rollover stand C6 is connect with connecting rod C7, and the rollover stand C6 other end is logical
It crosses connector C51 and gusset C5 to be rotatablely connected, the side rollover stand C6 is provided with opening, and the opening of rollover stand C6 is across press strip C4
Sewing gap S2 between gusset C5, rotary cylinder C3 drive rollover stand C6 or so overturning by connecting rod C7.
Binder sewing mechanism further includes limited block C8, and limited block C8 is provided with through-hole, and limited block C8 is fixed on installation frame
On C1, connecting rod C7 passes through through-hole and connect with rollover stand C8.Since gusset C5 and rollover stand C6 are distant apart from rotary cylinder C3,
Will shake and deviate, limited block C8 is needed to be fixed and limit connecting rod C7, prevent gusset C5 and rollover stand C6 shake and
Offset.
Installation frame C1 is provided with limiting groove C12, and retention bead (not shown), retention bead is arranged in limited block C8
It is stuck in limiting groove C12 and is screwed.The effect of retention bead and limiting groove C12 are being pacified to limited block C8
The frame up position of frame C1 is limited and is fixed, and is prevented to deviate, is influenced the position of gusset C5 and rollover stand C6.
Press strip C4 is mounted on the bottom of limited block C8, it is only necessary to the piston rod of connecting rod C7 and rotary cylinder C3 separated,
Limited block C8 is dismantled simultaneously, so that it may while taking out press strip C4 and gusset C5, it is convenient for changing and installs.It should be noted that
Press strip is mounted on pressing plate or press strip is mounted on installation frame, is possible to goal of the invention of the invention, only
Replacement and installation may be more more complicated, and details are not described herein.
Since sleeve vent in the sides of a garment cloth has different size and specification, it is only necessary to replace pressing plate C2, press strip C4, tri- portions gusset C5
Part.
Rotary cylinder C3 is fixed on installation frame C1, facilitates installation.It should be noted that rotary cylinder is fixed on pressing plate
On, it also can be achieved on goal of the invention of the invention, only replacing and install may be more more complicated, no longer superfluous herein
It states.
The junction of rollover stand and gusset is provided with bearing and shaft, and rollover stand overturning is more smooth.For save the cost,
In the present invention, the connector C51 between rollover stand C6 and gusset C5 is provided with shaft.
The hollow hole of installation frame is provided with buffering sponge C13, and rollover stand C6 is fallen in when overturning on buffering sponge C13, can
To reduce the noise that rollover stand C6 and other component are hit.
Sewing machine G is first sewed since vent in the sides of a garment cloth long side of tucking inside the sleeve, then is sewn into the angular position of sleeve vent in the sides of a garment gusset, goes to sewing sleeve vent in the sides of a garment
Another short side of cloth, then the intermediate horizontal line of last sewing, completes the sewing process of a sleeve vent in the sides of a garment cloth.Specifically please refer to
The sewing effect picture of Fig. 3 sleeve vent in the sides of a garment cloth.
Material collecting device A includes translation mechanism and bridging mechanism, in which: translation mechanism include flat-removing air cyclinder A1, sliding block A16,
Sliding rail A16, translation plates A2, press cylinder A3 and shifting flitch A5, flat-removing air cyclinder A1 are connect by piston rod with translation plates A2, are put down
It moves plate A2 to connect with sliding block A16 and move on sliding rail A4, press cylinder pacifies A3 on translation plates A2, and press cylinder A3 passes through
Piston rod is connect with flitch A5 is moved；Bridging mechanism includes bracket A7, oscillating cylinder A10 and mounting plate A9, the connection of the upper end bracket A7
There is pressure plate A6, the bottom bracket A7 and mounting plate A9 are rotatablely connected, and oscillating cylinder A10 in the middle part of piston rod and bracket A7 by connecting
It connects, oscillating cylinder A10 drives bracket A7 to swing.
The bottom bracket A7 is mounted on mounting plate A9 by shaft A18 and bearing A11, facilitates the swing of bracket A7.Bracket
A7 is provided with sleeve and loop bar, loop bar telescopic adjustment height in sleeve, and pressure plate A6 is connect with loop bar, adjustable pressure plate
Height.
The material collecting device of sleeve vent in the sides of a garment machine further includes releasing cylinder A12, release guide rail A14 and releasing sliding block A17, and mounting plate A9 is solid
It is scheduled on and releases on sliding block A17, release sliding block A17 and slided on releasing guide rail A14, release cylinder A12 and pass through piston rod and installation
Plate A9 connection.It is mounted in due to bridging mechanism in the frame of sleeve vent in the sides of a garment machine, when sleeve vent in the sides of a garment cloth collects enough, releases cylinder A12
Mounting plate A9 is released together with bracket A7, conveniently collects sleeve vent in the sides of a garment cloth.
Further the, the material collecting device of sleeve vent in the sides of a garment machine further includes showing cylinder A13, and the piston rod of oscillating cylinder A10 passes through set
Ring A8 is connect with the middle part of bracket A7, and lantern ring A8 is actively socketed on the middle part of bracket A7, is shown cylinder A13 and is mounted on bracket A7
On, the piston rod for showing cylinder A13 is connect with lantern ring A8, shows cylinder A13 and lantern ring A8 is pushed to move on bracket A7.Show gas
Cylinder A13 pushes lantern ring A8 to move on bracket A7, and when pushing lantern ring A8 to move down, the length of oscillating cylinder A10 is fixed
, bracket A7 can be swung out, and the pressure plate A6 on bracket A7 can be leant out outside toward machine frame, further facilitated and collected sleeve vent in the sides of a garment
Cloth.
It releases guide rail A14 and releases cylinder A12 and be mounted on fixed plate A15.
It moves flitch and is provided with fricting strip (not shown), increase friction, sleeve vent in the sides of a garment cloth is driven to be moved in translation.
It moves flitch and is provided with fricting strip (not shown), increase friction, place sleeve vent in the sides of a garment cloth and slide.
The workflow of sleeve vent in the sides of a garment machine provided by the invention is as follows:
Suction ventilator work, it is negative to the first negative pressure chamber and second by total aspiration channel and the first aspiration channel, the second aspiration channel
Chamber air draught is pressed to generate negative pressure, cloth, which is placed on airdraft plate, carries out air draught folding sizing.First aspiration channel, the second aspiration channel can
To generate negative pressure to the first negative pressure chamber and the air draught of the second negative pressure chamber simultaneously, the first aspiration channel, the second aspiration channel can be distinguished
Negative pressure individually is generated to the first negative pressure chamber and the air draught of the second negative pressure chamber.
In the state for waiting work, returning face plate is placed in the groove of airdraft plate, and the first tabletting is in the first tabletting cylinder
Lower one end is driven to tilt, the second tabletting cylinder drives second tabletting one end to tilt by connecting rod；Then sliding sleeve vent in the sides of a garment cloth is put
It sets on airdraft plate, sliding sleeve vent in the sides of a garment cloth is pushed down in the second tabletting under the drive of the second tabletting cylinder；After again, work chamber passes through suction
Air hose is connect with suction ventilator generates negative pressure, and airdraft plate adsorbs sliding sleeve vent in the sides of a garment cloth, when the corner manually to sliding sleeve vent in the sides of a garment cloth
After putting in order, the first tabletting is pushed in the drive of the first tabletting cylinder, is pressed on returning face plate across cloth；Overturn motor afterwards again
Fixed frame overturning is driven, fixed frame drives the first tabletting and returning face plate to overturn to the second tabletting direction in turn, at this point, sliding sleeve vent in the sides of a garment cloth
Material is folded and is finished.Since sliding sleeve vent in the sides of a garment cloth is softer smooth, when airdraft plate adsorbs sliding sleeve vent in the sides of a garment cloth, it is easy sliding
Offset leads to sliding sleeve vent in the sides of a garment cloth sizing and folds inaccurate, it is therefore desirable to which the effect for increasing by the second tabletting is to tuck inside the sleeve in airdraft plate to sliding
Before vent in the sides of a garment cloth is adsorbed, sliding sleeve vent in the sides of a garment cloth is pushed down in the second tabletting, so that it will not slide offset, is slided the sizing of sleeve vent in the sides of a garment cloth and is folded
Ability shaped folding is accurate.
When work, drive mounting plate, fold mechanism and the pusher of elevating mechanism drop to the workbench position of sleeve vent in the sides of a garment machine
On, sleeve vent in the sides of a garment cloth is placed on the airdraft plate of the workbench position of sleeve vent in the sides of a garment machine, and sleeve vent in the sides of a garment cloth is adsorbed and is tentatively formed, and is tucked inside the sleeve at this time
The edge of vent in the sides of a garment cloth may tilt at gradient gear, in order to allow sleeve vent in the sides of a garment cloth preferably to fold, folding assisted shaping equipment
The pusher cylinder of pusher drive pushing sheet to release, lean out gradient gear and the uplift portion of sleeve vent in the sides of a garment cloth folded and smoothes out with the fingers one
Under, allow the airdraft plate of workbench position to be more preferably tentatively formed to sleeve vent in the sides of a garment cloth, pusher cylinder drives pushing sheet to be returned to initial shape again
State；After vent in the sides of a garment cloth of tucking inside the sleeve tentatively is formed, the corner part of sleeve vent in the sides of a garment cloth is in the state tilted, needs to fold, at this time auxiliary folding
The rotary cylinder of the fold mechanism of folded shaping equipment drives revolving fragment rotation to lean out gradient gear, keeps out at the middle part of corner part
Then position stretches out pleated sheet again and the uplift portion of corner part is pushed to fold to revolving fragment direction, tucks inside the sleeve at this time on workbench
The corner part of vent in the sides of a garment cloth is in folded state, and rotary cylinder drives revolving fragment to be returned to original state again；After again, elevating mechanism
Drive mounting plate, fold mechanism and pusher be lifted off the workbench position of sleeve vent in the sides of a garment machine, then stereotyped sleeve vent in the sides of a garment cloth
Enter back into next work process.
Binder sewing mechanism is connect with vertical lifting mechanism, and vertical lifting mechanism is connect with horizontal mobile mechanism, vertical to rise
Descending mechanism drives binder sewing mechanism to vertically move, and horizontal mobile mechanism drives vertical lifting mechanism and binder sewing mechanism horizontal
It is mobile.After vent in the sides of a garment cloth folding of tucking inside the sleeve is good, vertical lifting mechanism drives binder sewing mechanism to push down sleeve vent in the sides of a garment cloth, horizontal mobile mechanism band
Dynamic pressure material sewing mechanism moves horizontally, and sewing machine is allowed to sew sleeve vent in the sides of a garment cloth.Press strip and gusset are arranged in strip-shaped hole, press strip
There are sewing gaps between gusset and strip-shaped hole, and there are sewing gap between press strip and gusset, sewing machine is along press strip and gusset
Sewing gap between strip-shaped hole sews sleeve vent in the sides of a garment cloth, and when sewing machine is sewn into gusset position, tumble cylinder is driven
Rollover stand overturning, rollover stand side, which is provided with opening, to allow sewing machine to pass through, sewing machine sewing sleeve vent in the sides of a garment cloth an other line with
And horizontal line.
After sleeve vent in the sides of a garment cloth sews, flat-removing air cyclinder drives translation plates and sliding block to move on the slide rail, and then with dynamic pressure
Material cylinder is moved to suitable position, and press cylinder pushes shifting flitch to push down the one end for vent in the sides of a garment cloth of tucking inside the sleeve, flat-removing air cyclinder band dynamic pressure again
Material cylinder is moved to bridging mechanism position, while tucking inside the sleeve and vent in the sides of a garment cloth while being also brought to bridging mechanism position, the binder of bridging mechanism
Plate pushes down the other end of sleeve vent in the sides of a garment cloth in the drive lower swing of oscillating cylinder, and the press cylinder retraction of translation mechanism, moves material at this time
Plate unclamps sleeve vent in the sides of a garment cloth, and sleeve vent in the sides of a garment cloth is hung in the pressure plate of bracket, and oscillating cylinder drives bracket swing to be returned to initial bit again
It sets.
Compared with prior art, sleeve vent in the sides of a garment machine provided by the invention, sleeve vent in the sides of a garment sewing in can complete cloth tabletting, folding,
The processes such as sewing, rewinding manually play booster action, save manually, improve efficiency.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (10)
1. a kind of sleeve vent in the sides of a garment machine, which is characterized in that including negative pressure suction mechanism, sliding cloth folding device, folding assisted shaping equipment,
Binder apparatus for sewing and material collecting device, in which:
The negative pressure suction mechanism includes suction ventilator, transitional cavity, working cavity and airdraft plate, and air draught is arranged in the airdraft plate
Hole, is respectively formed the first air draught region and the second air draught region, and the airdraft plate covers on the working cavity；The working chamber
Body is divided into Liang Ge negative pressure chamber, respectively the first negative pressure chamber and the second negative pressure chamber, first negative pressure chamber and second negative
It is isolated between pressure chamber, first negative pressure chamber corresponds to first air draught region, second negative pressure chamber corresponding second
Air draught region；The suction ventilator is connected to by total aspiration channel with the transitional cavity, and the transitional cavity is provided with the first air draught
Mouth and the second air inlet, first air inlet are connect by the first aspiration channel with first negative pressure chamber, and described second inhales
Air port is connect by the second aspiration channel with second negative pressure chamber；
The sliding cloth folding device, including fold mechanism, auxiliary pressing mechanism, airdraft plate and work chamber, the airdraft plate
Wind inlet is set, and the airdraft plate covers on the working cavity, and the work chamber connect production with suction ventilator by aspiration channel
Raw negative pressure；The fold mechanism includes overturning motor, the first tabletting, returning face plate, fixed frame and the first tabletting cylinder, the overturning
Plate is fixed on the fixed frame, and the returning face plate waits the state of work to be placed in the groove of the airdraft plate, and described the
One tabletting cylinder is connect with first tabletting, and the first tabletting cylinder drives first tabletting one end to tilt or be pressed in institute
It states on returning face plate, the first tabletting cylinder is mounted on the fixed frame, and the overturning motor is connect with the fixed frame, institute
It states overturning motor and drives the fixed frame overturning, the fixed frame drives first tabletting and the returning face plate to overturn in turn；
The second tabletting of assisted tablet presses structure packet cylinder, the second tabletting, connecting rod, the second tabletting cylinder pass through the connecting rod
Connect with second tabletting, the second tabletting cylinder by the connecting rod drive second tabletting one end tilt or
It pushes down on the airdraft plate；
The folding assisted shaping equipment, including elevating mechanism, fold mechanism and pusher, the elevating mechanism include lifting
Cylinder, lifting sliding rail, lifting slider, transition plates and mounting plate, the lifting cylinder are connect by piston rod with the transition plates,
The mounting plate is connect by transition plates with the sliding rail, and the sliding rail is along the sliding block lifting moving；The material folding mechanism packet
Rotary cylinder, connecting plate and revolving fragment are included, the piston rod of the rotary cylinder is connect by the connecting plate with the revolving fragment,
The piston rod of the rotary cylinder drives the revolving fragment rotation, and the rotary cylinder is fixed on the mounting plate；It is described to push away
Material mechanism includes pusher cylinder and pushing sheet, and the piston rod of the pusher cylinder drives the pushing sheet to be moved forward and backward, described to push away
Material cylinder is fixed on the mounting plate；Tabletting, the first stage body and the second stage body are provided on the mounting plate, the tabletting is set
It sets on first stage body, the revolving fragment is arranged on second stage body, and the revolving fragment is pressed in institute by the tabletting
It states on the second stage body, second stage body is provided with arc groove position, and the revolving fragment is in second stage body and the tabletting
Between position rotation；Gradient gear is arranged in the mounting plate, and the revolving fragment and the pushing sheet are in initial position
Without departing from the gradient gear of the mounting plate；
The binder apparatus for sewing, including vertical lifting mechanism, horizontal mobile mechanism and binder sewing mechanism, the binder sewing
Mechanism is connect with the vertical lifting mechanism, and the vertical lifting mechanism is connect with the horizontal mobile mechanism, the vertical liter
Descending mechanism drives the binder sewing mechanism to vertically move, and the horizontal mobile mechanism drives the vertical lifting mechanism and binder
Sewing mechanism moves horizontally；The binder sewing mechanism includes installation frame, pressing plate, press strip, gusset, rollover stand, rotary cylinder
And connecting rod, the pressing plate are mounted on the bottom of the installation frame, are provided with hollow hole, the pressure in the middle part of the installation frame
It is provided with strip-shaped hole in the middle part of plate, in the range of the hollow hole, the press strip and gusset are arranged in the item strip-shaped hole
In shape hole, between the press strip and gusset and the strip-shaped hole there are sewing gap, between the press strip and the gusset there are
Sew gap；The piston rod of the rotary cylinder is connect with the connecting rod, and described rollover stand one end is connect with the connecting rod,
The rollover stand other end and the gusset are rotatablely connected, and the rollover stand side is provided with opening, the opening of the rollover stand
Across the sewing gap between the press strip and the gusset, the rotary cylinder drives described rollover stand or so by connecting rod
Overturning；
The material collecting device, including translation mechanism and bridging mechanism, the translation mechanism include flat-removing air cyclinder, sliding block, sliding rail, put down
Move plate, press cylinder and move flitch, the flat-removing air cyclinder is connect by piston rod with the translation plates, the translation plates with it is described
Sliding block is connected and is moved on the sliding rail, and the press cylinder is mounted in the translation plates, and the press cylinder passes through work
Stopper rod is connect with the shifting flitch；The bridging mechanism includes bracket, oscillating cylinder and mounting plate, and the pedestal upper end is connected with
Pressure plate, the frame bottom and the mounting plate are rotatablely connected, and the oscillating cylinder passes through the piston rod and the bracket
Middle part connection, the oscillating cylinder drives the bracket to swing.
2. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that the transitional cavity is provided with first switch valve, described
First switch valve controls the folding of first air inlet, and the first switch valve includes the first cylinder and closed plug, and described the
The piston rod of one cylinder and the closed plug connect, and the closed plug blocks first air inlet.
3. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that the transitional cavity is provided with second switch valve, described
Second switch valve controls the folding of second air inlet, and the second switch valve includes the second cylinder and closed plug, and described the
The piston rod of two cylinders and the closed plug connect, and the closed plug blocks second air inlet.
4. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that the transitional cavity is provided with third air inlet and third
Switch valve, the third switch valve control the folding of the third air inlet, and the third switch valve includes third cylinder and close
Occlusion, the piston rod of the third cylinder and the closed plug connect, and the closed plug blocks the third air inlet.
5. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that the sliding cloth folding device further includes removing mechanism,
The mechanism part that removes includes sliding block, sliding rail and transverse slat, and the sliding rail is moved along the sliding block, and the transverse slat is fixed on the cunning
On rail, the second tabletting cylinder is fixed on the transverse slat, and the overturning motor is fixed on the sliding rail.
6. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that the rotary cylinder is fixed by the first air cylinder supporting structure
On the mounting plate, the pusher cylinder is fixed on the mounting plate by the second air cylinder supporting structure.
7. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that be provided with limit plate, the positioning in the transition plates
Spacer pin is provided on plate.
8. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that the binder sewing mechanism further includes limited block, described
Limited block is provided with through-hole, and the limited block is fixed on the installation frame, the connecting rod pass through the through-hole with it is described
Rollover stand connection, the press strip are mounted on the bottom of the limited block.
9. sleeve vent in the sides of a garment machine according to claim 8, which is characterized in that the installation frame is provided with limiting groove, the limit
Retention bead is arranged in position block, and the retention bead is stuck in the limiting groove and is screwed.
10. sleeve vent in the sides of a garment machine according to claim 1, which is characterized in that the material collecting device further includes releasing cylinder, releasing and lead
Rail and release sliding block, the mounting plate are fixed on the release sliding block, and the release sliding block slides on the release guide rail,
The release cylinder is connect by piston rod with the mounting plate；The material collecting device further includes showing cylinder, the swing gas
The piston rod of cylinder is connect by lantern ring with the middle part of the bracket, and the lantern ring is actively socketed on the middle part of the bracket, described
Show cylinder installation on the bracket, the piston rod for showing cylinder is connect with the lantern ring, described to show cylinder promotion
The lantern ring moves on bracket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910185128.2A CN109853153B (en) | 2019-03-12 | 2019-03-12 | Sleeve vent machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910185128.2A CN109853153B (en) | 2019-03-12 | 2019-03-12 | Sleeve vent machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109853153A true CN109853153A (en) | 2019-06-07 |
| CN109853153B CN109853153B (en) | 2024-03-15 |
Family
ID=66900517
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910185128.2A Active CN109853153B (en) | 2019-03-12 | 2019-03-12 | Sleeve vent machine |
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| Country | Link |
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| CN (1) | CN109853153B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110820177A (en) * | 2019-11-18 | 2020-02-21 | 杰克缝纫机股份有限公司 | Pocket curling machine |
| CN114164573A (en) * | 2021-11-12 | 2022-03-11 | 东莞市宝韵自动化设备有限公司 | Auxiliary folding air suction seat |
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|---|---|
| CN109853153B (en) | 2024-03-15 |
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