CN110468541A - Socks dressing mechanism is taken in a kind of sock molding device - Google Patents
Socks dressing mechanism is taken in a kind of sock molding device Download PDFInfo
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- CN110468541A CN110468541A CN201910852913.9A CN201910852913A CN110468541A CN 110468541 A CN110468541 A CN 110468541A CN 201910852913 A CN201910852913 A CN 201910852913A CN 110468541 A CN110468541 A CN 110468541A
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C5/00—Shaping or stretching of tubular fabrics upon cores or internal frames
- D06C5/005—Shaping or stretching of tubular fabrics upon cores or internal frames of articles, e.g. stockings
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention provides socks dressing mechanism is taken in a kind of sock molding device, belong to socks processing technique field.It solves existing socks and removes the technical problems such as comparison is random, needs to rearrange from socks plate.Socks dressing mechanism is taken in a kind of sock molding device, including rack, the track of annular is fixed in rack, socks dressing mechanism includes taking socks component one for remove socks from socks plate, for taking socks component two from take that socks component one removes by socks and being used for the laminated assembly that socks folding is neat, taking socks component one includes socks folder one, socks folder two, push-rod electric machine one, crane, atmospheric pressure pole, air pump one, push-rod electric machine one is fixed on the rack, and the push rod of push-rod electric machine one is straight down, crane is fixed on the push rod of push-rod electric machine one, socks folder one, the upper end of socks folder two is hinged on crane.The present invention has the advantages that socks are removed from socks plate and automatic arranging automatically.
Description
Technical field
The invention belongs to socks processing technique field, socks dressing mechanism is taken in especially a kind of sock molding device.
Background technique
In development of industry in China, full-automatic production equipment be among factory or various enterprises it is essential,
Full-automation can alleviate the status of the human resources anxiety of China.
Traditional socks needs carry out shaping, and sock molding is using steam shaping by the way of, and general forming machine is calmly
Socks are removed from socks plate by artificial or common manipulator after type, the socks removed are also more in disorder, need again
It arranges.
Summary of the invention
The purpose of the present invention is there is the above problem in view of the prior art, taking in a kind of sock molding device is proposed
It is random to solve the problems, such as that socks remove comparison from socks plate for socks dressing mechanism.
Object of the invention can be realized by the following technical scheme:
Socks dressing mechanism, including rack are taken in a kind of sock molding device, the track of annular is fixed in rack, it is special
Sign is, the socks dressing mechanism includes taking socks component one for remove socks from socks plate, being used for socks from taking socks
What component one was removed take socks component two and for the laminated assembly that socks folding is neat, the socks component one that takes includes socks
Folder one, socks press from both sides two, push-rod electric machine one, crane, atmospheric pressure pole, air pump one, and the push-rod electric machine one is fixed on the rack, and is pushed away
Straight down, the crane is fixed on the push rod of push-rod electric machine one push rod of bar motor one, the socks folder one, socks folder
Two upper end is hinged on crane, socks folder one, socks folder two lower end be adapt to socks shape take socks portion, it is adjacent to take socks portion
Between formed and take socks station, described taking offered in socks portion adapt to socks take socks hole, the socks folder one, socks folder two
Upper end is connected by atmospheric pressure pole, and the air pump one is fixed on the rack, and air pump one is connected by tracheae with atmospheric pressure pole, in air pump
When a pair of of atmospheric pressure pole air inlet, socks folder one, socks press from both sides two lower ends and take socks portion close, in the pumping of air pump a pair of atmospheric pressure pole, socks folder one,
Two lower ends of socks folder take socks portion separate；The socks component two that takes includes push-rod electric machine two, push plate, and the push-rod electric machine two is solid
Determine on the rack, the push rod of push-rod electric machine two is horizontally disposed, and the push plate is fixed on the push rod of push-rod electric machine two, described
Push plate adapts to take socks hole, and push plate can pass through and take socks hole, and the laminated assembly includes stacking frame, first motor, screw rod, cunning
Bar, extrusion elastic one, extrusion elastic two, movable block, the stacking frame are fixed on the rack, and are had on the stacking frame folded
Channel is put, the first motor is fixed on stacking frame, and the screw rod and slide bar are arranged on stacking frame, first motor
Output shaft is connected with screw drive, and the movable block setting offers on movable block on slide bar and screw rod and adapts to pushing block
Feed inlet, the extrusion elastic one, extrusion elastic two are fixed on movable block, are provided on the stacking frame for pushing up
The firmly press structure of socks.
The working principle of mechanism: by taking socks component one to remove socks from socks plate, then by taking socks component two
By socks from taking socks component one to remove and be sent into stacking mechanism, keep socks folding neat.In the present invention, socks plate has elasticity.
Crane decline is driven by push-rod electric machine one, so that socks folder one, socks folder two is located at socks plate two sides, then booster air pump
One, atmospheric pressure pole is extended, and the socks portion that takes that socks folder one, socks press from both sides two lower ends clamps socks, push-rod electric machine one is again started up rising, will
Socks are removed from socks plate, are rising to preset height, and push-rod electric machine two starts, and drives push plate mobile, pushing block is quickly protruded into and taken
Socks plate takes in socks hole, and socks are removed from socks folder one, socks folder two and are sent into stacking frame frame, then socks are pressed into
To stacking in channel, by press structure and extrusion elastic one, extrusion elastic two by socks top pillar, pass through the bullet of socks itself
Property, after across extrusion elastic one, extrusion elastic two, socks edge resets socks, is then resisted against extrusion elastic one, squeezes
It presses on elastic slice two, is fixed socks.
After socks folding quantity increase, screw rod rotation is driven by first motor, screw rod drives movable block mobile, adjusts
The distance between extrusion elastic one, extrusion elastic two and press structure, facilitate storage socks.
In mechanism, socks can be removed quickly from socks plate and pass through components above, stack socks quickly whole
Together, socks are facilitated to recycle.
Taking in socks dressing mechanism in above-mentioned sock molding device, the socks folder one, taking in socks portion for socks folder two have
There is lateral anti-skid chequer.The transverse direction anti-skid chequer can provide damping when removing socks from socks plate, and socks is facilitated to remove, and
When taking the push plate on hosiery machine structure two to push, the anti-skid chequer of the transverse direction does not play damping, facilitates socks from socks folder one, socks folder
Two remove.
Taking in socks dressing mechanism in above-mentioned sock molding device, the atmospheric pressure pole include loop bar one and loop bar two,
There is chamber one on loop bar one, there is chamber two on loop bar two, loop bar one is set in loop bar two, and chamber one and chamber two-phase
Even, air inlet pipe is fixed on the loop bar one.Air pump one starts, and inflates to air inlet pipe, makes two inside gas of loop bar one and loop bar
Pressure rises, so that loop bar one and loop bar two be made to be located remotely from each other, socks is pressed from both sides one, socks folder, two upper ends and are squeezed.
Taking in socks dressing mechanism in above-mentioned sock molding device, the socks folder one, socks press from both sides two upper ends and are additionally provided with
Tension spring.After air pump a pair of atmospheric pressure pole stops inflation, reset socks folder one, socks folder two thoroughly by tension spring, socks folder one, socks folder two
Lower end is located remotely from each other.
Taking in socks dressing mechanism in above-mentioned sock molding device, between the extrusion elastic one, extrusion elastic two
With the spacing passed through for pushing block.The spacing adapts to pushing block shape.
Taking in socks dressing mechanism in above-mentioned sock molding device is fixed with air pump two in the rack, described
There is air cavity, the pushing block side has several ventholes being connected with air cavity, and the pushing block passes through pipe inside pushing block
Road is connected with air pump two.After socks push through extrusion elastic one, extrusion elastic two, air pump two starts, and fills to the air cavity in pushing block
Gas enables pushing block edge air-flow occur, socks is enable to flatten, and facilitates stacking for socks.
Taking in socks dressing mechanism in above-mentioned sock molding device, if the press structure includes stripper plate and dry-pressing
Spring, the stripper plate are fixed on stacking frame by pressure spring, form socks among stripper plate and extrusion elastic one, extrusion elastic two
Son stacks area.Push rod pushes to socks on stripper plate, stripper plate can in the case where pressure spring acts on receding, it is then de- in push plate
From rear, sheet reset is pressed, preferably fixes socks.
Compared with prior art, the invention has the following advantages that
1, the present invention can quickly carry out shaping socks, and can continuously carry out, in entering cabinet
Indoor socks plate of being formed can release steam, and for the sizing of socks, and steam can recycle, by heating roller plus
Heat improves sizing room, the indoor temperature of drying.
2, under the action of turbofan, vapor sucks above suction passage, then enters below suction passage
Into vapor chamber, then steam is entered in water tank, and steam enters in water tank, and extra heat enters the water of water tank
In, increase the temperature of water.
3, the transverse direction anti-skid chequer can provide damping when removing socks from socks plate, and socks is facilitated to remove, and take
When push plate on hosiery machine structure two pushes, the anti-skid chequer of the transverse direction does not play damping, and socks is facilitated to take from socks folder one, socks folder two
Under.
Detailed description of the invention
Fig. 1 is top view of the invention.
Fig. 2 is the intracorporal structure chart of raising middle flask of the present invention.
Fig. 3 is the structure chart that sliding block is connected in the present invention.
Fig. 4 is sizing doors structure figure in the present invention.
Fig. 5 is structure chart in drying room in the present invention.
Fig. 6 is the cross-sectional view of the indoor sliding rail of sizing, sliding block, socks plate in the present invention.
Fig. 7 is the schematic diagram that socks dressing mechanism is taken in the present invention.
Fig. 8 is the schematic diagram of movable block in the present invention.
Fig. 9 is the enlarged drawing in Fig. 7 at A.
Figure 10 is the schematic diagram of socks folder one in the present invention.
In figure, 1, track；1a, exchange hole；2, cabinet；2a, sizing room；2a1, sizing chamber；2a2, vapor chamber；2b, drying
Room；2c, exhaust outlet；3, heating roller；4, sliding block；4a, flow channel two；4b, card slot；5, socks plate；5a, flow channel one；5b, lead to
Hole；6, baffler；7, demarcation plate；8, steam generation facility；9, water tank；10, socks board channel；11, connecting rod；12, closure plate；
13, turbofan；14, limit plate；15, suction passage；16, air-heater；17, socks folder one；18, socks folder two；19, push-rod electric machine
One；20, crane；21, atmospheric pressure pole；21a, loop bar one；21b, loop bar two；22, air pump one；23, socks portion is taken；23a, socks hole is taken；
24, push-rod electric machine two；25, push plate；25a, air cavity；25b, venthole；26, stacking frame；27, first motor；28, screw rod；29, sliding
Bar；30, extrusion elastic one；31, extrusion elastic two；32, movable block；33, tension spring；34, air pump two；35, stripper plate；36, pressure spring.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
As shown in Figures 1 to 10, a kind of sock molding device, including rack are fixed with the track 1 of annular, machine in rack
Cabinet 2 is fixed on frame, track 1 penetrates in cabinet 2, which is characterized in that rotation is provided with several heating rollers 3 in cabinet 2, heats
Roller 3 is uniformly arranged the sliding on 1 two sides of track, track 1 and is provided with several sliding blocks 4, passes through connection component phase between adjacent sliders 4
Even, it is fixed with socks plate 5 on sliding block 4, there is one 5a of flow channel in socks plate 5,5 surface of socks plate has several and one 5a of flow channel
The through-hole 5b of connection has two 4a of flow channel be connected to one 5a of flow channel on sliding block 4, has the room 2a that is formed in cabinet 2
With drying room 2c, there is and the sizing room 2a import the being connected and outlet being connected to drying room 2c, sizing room 2a and baking on cabinet 2
It is provided with baffler 6 between dry chamber 2c, communication port is offered on baffler 6, there is sizing chamber 2a1 and vapor chamber in sizing room 2a
It is fixed with demarcation plate 7 between 2a2, the chamber 2a1 and vapor chamber 2a2 that is formed, demarcation plate 7 is fixedly linked with track 1, opens up on track 1
Hole 1a can be exchanged with what vapor chamber 2a2 was connected to for sizing chamber 2a1 by having, and when sliding block 4 is moved in sizing room 2a, sliding block 4 will be exchanged
Hole 1a closing, and exchange hole 1a and be connected to two 4a of flow channel；The steam for generating steam shaping is provided in vapor chamber 2a2
Generating device 8 is provided with water tank 9 in vapor chamber 2a2, and the circulator for making water steam is provided in the room 2a that is formed
Structure is provided with the drying mechanism for drying socks in drying room 2c；For socks after being formed there are two being also set up in rack
It removes and what is arranged takes socks dressing mechanism.
In the present invention, heating roller 3 drives it to be rotated by existing driving mechanism, and sliding block 4 passes through existing driving
Structure drives it to slide on the slide rail.Steam generation facility 8 is the existing product that can be bought in the market.
The working principle of the invention: manually covering socks on socks plate 5, and socks enter in sizing room 2a with socks plate 5,
At this point, exchange hole 1a, one 5a of flow channel, two 4a phase of flow channel are together with steam generation facility 8 makes to become in water tank 9
Steam, steam is sent into two 4a of flow channel, one 5a of flow channel by steam generation facility 8, and is sent from the through-hole 5b on socks plate 5
Out, steam passes through socks and carries out heating sizing to socks, and most of vapor passes through socks and recycles under circulation mechanism,
Make to remain less moisture on socks, and socks also carry out shaping under the extruding of heating roller 3, while the heating roller 3 can be right
It carries out drying and processing, and then socks plate 5 enters in drying room 2c, is dried by drying mechanism to socks, socks plate 5 is drying
It is dry to move back out cabinet 2, by taking socks dressing mechanism that socks are removed and arranged from socks plate 5.
Group partition can reduce vapor and enter in drying room 2c, recycle water in sizing room 2a as far as possible, and
Vapor is blown out out of socks plate 5, can blow out the clast in socks gap, socks can be made cleaner.Wherein, circulator
Structure makes vapor after socks of being formed, and in circulating reflux to water tank 9, then the heat in vapor is come back in water, makes
Water heating when heating steam generation facility 8 to water, reduces energy consumption, while the recycling of vapor, can reduce water
Consumption, further save resource.
In the present invention, sliding block 4 can thoroughly close exchange hole 1a, steam generation facility 8 produces in moving process
Raw steam can only be out of, exchange hole 1a is flowed into sliding block 4 two 4a of flow channel.
Specifically, socks board channel 10 is formed between opposite heating roller 3, socks plate 5 is when by the socks board channel 10, heating roller
3 contact with socks plate 5.Socks on socks plate 5 can be contacted with heating roller 3, heating roller 3 squeeze socks plate 5 and socks are squeezed,
Heating, makes the moisture in socks quickly flow out and be oven-dried.
Specifically, connection component includes connecting rod 11 and closure plate 12, and 11 both ends of connecting rod are respectively hinged at adjacent two
On a sliding block 4, card slot 4b is offered on sliding block 4, closure plate 12 is fixed in connecting rod 11, and closure plate 12 is caught in card slot 4b.
To prevent water vapour from flowing out from gap between adjacent sliders 4, logical closure plate 12 is closed.
Specifically, circulation mechanism includes turbofan 13, limit plate 14, and limit plate 14 is fixed on sizing room 2a side wall,
Limit plate 14 and sizing room 2a inner wall form suction passage 15,15 top of suction passage connection sizing chamber 2a1, under suction passage 15
Portion connects vapor chamber 2a2, and turbofan 13 is arranged in suction passage 15.Under the action of turbofan 13, vapor is from suction
Enter and sucked above channel 15, then entered below suction passage 15 in vapor chamber 2a2, then steam enters water tank 9
Interior, steam enters in water tank 9, and extra heat enters in the water of water tank 9, increase the temperature of water.
Specifically, drying mechanism includes several air-heaters 16, and air-heater 16 is arranged in drying room 2c.Air-heater 16 is used for
The drying efficiency of socks is improved, internal air velocity is accelerated, and drying efficiency is higher.
Specifically, exhaust outlet 2c is provided at the top of cabinet 2.Extra steam is excluded by exhaust outlet 2c.
Specifically, take socks dressing mechanism include for by socks removed from socks plate 5 take socks component one, be used for by socks from
Take that socks component one removes take socks component two and for the laminated assembly that socks folding is neat, taking socks component one includes socks folder
One 17, socks press from both sides 2 18, push-rod electric machine 1, crane 20, atmospheric pressure pole 21, air pump 1, and push-rod electric machine 1 is fixed on rack
On, and the push rod of push-rod electric machine 1 is straight down, crane 20 is fixed on the push rod of push-rod electric machine 1, socks folder 1,
The upper end of socks folder 2 18 is hinged on crane 20, socks folder 1, socks folder 2 18 lower end be adapt to socks shape take socks
Portion 23, it is adjacent take to be formed between socks portion 23 take socks station, take offered in socks portion 23 adapt to socks take socks hole 23a, socks folder
One 17, the upper end of socks folder 2 18 is connected by atmospheric pressure pole 21, and air pump 1 is fixed on the rack, and air pump 1 passes through tracheae and gas
Compression bar 21 is connected, and in one 22 pairs of 21 air inlets of atmospheric pressure pole of air pump, socks folder 1, socks press from both sides 2 18 lower ends and take socks portion 23 close, In
When one 22 pairs of atmospheric pressure poles 21 of air pump are evacuated, what socks folder 1, socks pressed from both sides 2 18 lower ends takes socks portion 23 separate；Taking socks component two includes pushing away
Bar motor 2 24, push plate 25, push-rod electric machine 2 24 are fixed on the rack, and the push rod of push-rod electric machine 2 24 is horizontally disposed, push plate 25
It is fixed on the push rod of push-rod electric machine 2 24, push plate 25 adapts to take socks hole 23a, and push plate 25 can pass through and take socks hole 23a, stacks group
Part includes stacking frame 26, first motor 27, screw rod 28, slide bar 29, extrusion elastic 1, extrusion elastic 2 31, movable block 32, is folded
Frame 26 is put to be fixed on the rack, on stacking frame 26 have stack channel, first motor 27 is fixed on stacking frame 26, screw rod 28 with
Slide bar 29 is arranged on stacking frame 26, and the output shaft of first motor 27 is connected with the transmission of screw rod 28, and movable block 32 is arranged in slide bar
29, on screw rod 28, offer the feed inlet for adapting to pushing block on movable block 32, extrusion elastic 1, extrusion elastic 2 31 are fixed
On movable block 32, the press structure for withstanding socks is provided on stacking frame 26.
The working principle of mechanism: by taking socks component one to remove socks from socks plate 5, then by taking socks component two
By socks from taking socks component one to remove and be sent into stacking mechanism, keep socks folding neat.In the present invention, socks plate 5 has elasticity.
It drives crane 20 to decline by push-rod electric machine 1, so that socks folder 1, socks folder 2 18 is located at 5 two sides of socks plate, so
Booster air pump 1 afterwards, make atmospheric pressure pole 21 extend, and socks folder 1, socks press from both sides 2 18 lower ends take socks portion 23 clamp socks, push rod
Motor 1 is again started up rising, and socks are removed from socks plate 5, is rising to preset height, push-rod electric machine 2 24 starts, band
Dynamic push plate 25 is mobile, and pushing block, which quickly protrudes into, takes the taking in the 23a of socks hole of socks plate 5, and socks are removed from socks folder 1, socks folder 2 18
And be sent into 26 frame of stacking frame, then socks, which are pressed into, stacks in channel, by press structure and extrusion elastic 1,
Extrusion elastic 2 31 is by socks top pillar, and by the elasticity of socks itself, socks are passing through extrusion elastic 1, extrusion elastic 2 31
Between after, socks edge resets, and is then resisted against extrusion elastic 1, in extrusion elastic 2 31, is fixed socks.
After socks folding quantity increase, screw rod 28 is driven to rotate by first motor 27, screw rod 28 drives movable block 32
It is mobile, the distance between extrusion elastic 1, extrusion elastic 2 31 and press structure are adjusted, storage socks are facilitated.
In mechanism, socks can be removed quickly from socks plate 5 and pass through components above, stack socks quickly whole
Together, socks are facilitated to recycle.
In the present invention, socks portion 23 is taken to adapt to socks shape, socks portion 23 is taken to fix the edge of socks, and push plate 25 can
The middle part of socks is pushed, and exposes socks edge, after pushing to socks and stacking channel, the edge of socks can be by level pressure
Structure is fixed with extrusion elastic 1, extrusion elastic 2 31.
Specifically, socks folder 1, taking for socks folder 2 18 have lateral anti-skid chequer in socks portion 23.The transverse direction anti-skid chequer can
Damping is provided when removing socks from socks plate 5, socks is facilitated to remove, and when taking the push plate 25 on hosiery machine structure two to push,
The anti-skid chequer of the transverse direction does not play damping, and socks is facilitated to remove from socks folder 1, socks folder 2 18.
Specifically, atmospheric pressure pole 21 includes two 21b of one 21a of loop bar and loop bar, has chamber one, loop bar two on one 21a of loop bar
There is chamber two, one 21a of loop bar is set in two 21b of loop bar, and chamber one is connected with chamber two, fixed on one 21a of loop bar on 21b
There is air inlet pipe.Air pump 1 starts, and inflates to air inlet pipe, increase one 21a of loop bar and two 21b air pressure inside of loop bar, to make
One 21a of loop bar and two 21b of loop bar are located remotely from each other, and socks are pressed from both sides one 17, socks folder, 2 18 upper ends and are squeezed.
Specifically, socks folder 1, socks press from both sides 2 18 upper ends and are additionally provided with tension spring 33.It is filled in one 22 pairs of stoppings of atmospheric pressure pole 21 of air pump
After gas, reset socks folder 1, socks folder 2 18 thoroughly by tension spring 33, socks folder 1, socks press from both sides 2 18 lower ends and are located remotely from each other.
Specifically, there is the spacing passed through for pushing block between extrusion elastic 1, extrusion elastic 2 31.The spacing adapts to
Pushing block shape.
Specifically, it is fixed with air pump 2 34 in rack, there is air cavity 25a inside pushing block, pushing block side has several and gas
The venthole 25b that chamber 25a is connected, pushing block are connected by pipeline with air pump 2 34.Extrusion elastic 1, extruding are pushed through in socks
After elastic slice 2 31, air pump 2 34 starts, and inflates to the air cavity 25a in pushing block, so that pushing block edge air-flow is occurred, enable socks
Enough flattenings, facilitate stacking for socks.
Specifically, press structure includes stripper plate 35 and several pressure springs 36, and stripper plate 35 is fixed on by pressure spring 36 and is stacked
On frame 26, socks folding area is formed among stripper plate 35 and extrusion elastic 1, extrusion elastic 2 31.Push rod pushes to socks
On stripper plate 35, stripper plate 35 can press sheet reset then after the disengaging of push plate 25 by receding in the case where pressure spring 36 acts on,
Preferably socks are fixed.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (7)
1. taking socks dressing mechanism, including rack in a kind of sock molding device, the track of annular, feature are fixed in rack
It is, the socks dressing mechanism includes taking socks component one for remove socks from socks plate, being used for socks from taking socks group
What part one was removed take socks component two and for the laminated assembly that socks folding is neat, the socks component one that takes includes socks folder
One, socks press from both sides two, push-rod electric machine one, crane, atmospheric pressure pole, air pump one, and the push-rod electric machine one is fixed on the rack, and push rod
Straight down, the crane is fixed on the push rod of push-rod electric machine one push rod of motor one, the socks folder one, socks folder two
Upper end be hinged on crane, socks folder one, socks folder two lower end be adapt to socks shape take socks portion, it is adjacent take socks portion it
Between formed and take socks station, described taking offered in socks portion adapt to socks take socks hole, the socks folder one, socks folder two it is upper
End is connected by atmospheric pressure pole, and the air pump one is fixed on the rack, and air pump one is connected by tracheae with atmospheric pressure pole, in air pump one
When to atmospheric pressure pole air inlet, socks folder one, socks press from both sides two lower ends and take socks portion close, and in the pumping of air pump a pair of atmospheric pressure pole, socks press from both sides one, socks
Press from both sides two lower ends takes socks portion separate；The socks component two that takes includes push-rod electric machine two, push plate, and the push-rod electric machine two is fixed
On the rack, the push rod of push-rod electric machine two is horizontally disposed, and the push plate is fixed on the push rod of push-rod electric machine two, and described pushes away
Plate adapts to take socks hole, and push plate can pass through and take socks hole, the laminated assembly include stacking frame, first motor, screw rod, slide bar,
Extrusion elastic one, extrusion elastic two, movable block, the stacking frame are fixed on the rack, and are had on the stacking frame and are stacked
Channel, the first motor are fixed on stacking frame, and the screw rod and slide bar are arranged on stacking frame, first motor it is defeated
Shaft is connected with screw drive, and the movable block setting offers on movable block on slide bar and screw rod and adapts to pushing block
Feed inlet, the extrusion elastic one, extrusion elastic two are fixed on movable block, are provided on the stacking frame for withstanding
The press structure of socks.
2. taking socks dressing mechanism in sock molding device according to claim 1, which is characterized in that the socks folder
One, taking for socks folder two has lateral anti-skid chequer in socks portion.
3. taking socks dressing mechanism in sock molding device according to claim 1, which is characterized in that the atmospheric pressure pole
Including loop bar one and loop bar two, there is chamber one on loop bar one, there is chamber two on loop bar two, loop bar one is set in loop bar two,
And chamber one is connected with chamber two, is fixed with air inlet pipe on the loop bar one.
4. taking socks dressing mechanism in sock molding device according to claim 1, which is characterized in that the socks folder
One, socks press from both sides two upper ends and are additionally provided with tension spring.
5. taking socks dressing mechanism in sock molding device according to claim 1, which is characterized in that the extruding bullet
There is the spacing passed through for pushing block between piece one, extrusion elastic two.
6. taking socks dressing mechanism in sock molding device according to claim 1, which is characterized in that in the rack
It is fixed with air pump two, there is air cavity inside the pushing block, the pushing block side has several outlets being connected with air cavity
Hole, the pushing block are connected by pipeline with air pump two.
7. taking socks dressing mechanism in sock molding device according to claim 1, which is characterized in that the press knot
Structure includes stripper plate and several pressure springs, and the stripper plate is fixed on stacking frame by pressure spring, stripper plate and extrusion elastic one,
Socks folding area is formed among extrusion elastic two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910852913.9A CN110468541A (en) | 2019-09-10 | 2019-09-10 | Socks dressing mechanism is taken in a kind of sock molding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910852913.9A CN110468541A (en) | 2019-09-10 | 2019-09-10 | Socks dressing mechanism is taken in a kind of sock molding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110468541A true CN110468541A (en) | 2019-11-19 |
Family
ID=68515388
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910852913.9A Withdrawn CN110468541A (en) | 2019-09-10 | 2019-09-10 | Socks dressing mechanism is taken in a kind of sock molding device |
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| Country | Link |
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| CN (1) | CN110468541A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110952254A (en) * | 2019-12-31 | 2020-04-03 | 浙江容易富机械科技有限公司 | Sock changing plate device of sock setting machine |
| CN115652573A (en) * | 2022-11-10 | 2023-01-31 | 浙江国鸿针织有限公司 | A high-efficient socks mechanism of getting for socks forming machine |
| CN116590871A (en) * | 2023-06-25 | 2023-08-15 | 江苏西南智能纺织有限公司 | Intelligent system and method for producing light socks with high heat preservation effect |
-
2019
- 2019-09-10 CN CN201910852913.9A patent/CN110468541A/en not_active Withdrawn
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110952254A (en) * | 2019-12-31 | 2020-04-03 | 浙江容易富机械科技有限公司 | Sock changing plate device of sock setting machine |
| CN110952254B (en) * | 2019-12-31 | 2021-12-28 | 浙江容易富机械科技有限公司 | Sock changing plate device of sock setting machine |
| CN115652573A (en) * | 2022-11-10 | 2023-01-31 | 浙江国鸿针织有限公司 | A high-efficient socks mechanism of getting for socks forming machine |
| CN115652573B (en) * | 2022-11-10 | 2024-05-10 | 浙江国鸿针织有限公司 | A high-efficient socks mechanism of getting for socks forming machine |
| CN116590871A (en) * | 2023-06-25 | 2023-08-15 | 江苏西南智能纺织有限公司 | Intelligent system and method for producing light socks with high heat preservation effect |
| CN116590871B (en) * | 2023-06-25 | 2023-10-20 | 江苏西南智能纺织有限公司 | Intelligent system and method for producing light socks with high heat preservation effect |
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Application publication date: 20191119 |
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