CN209058204U - A kind of Clothing Pressure glue sewing technology - Google Patents
A kind of Clothing Pressure glue sewing technology Download PDFInfo
- Publication number
- CN209058204U CN209058204U CN201821286481.7U CN201821286481U CN209058204U CN 209058204 U CN209058204 U CN 209058204U CN 201821286481 U CN201821286481 U CN 201821286481U CN 209058204 U CN209058204 U CN 209058204U
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- gas
- guide tube
- hyperbaric chamber
- moulding room
- gear
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Abstract
The utility model discloses a kind of Clothing Pressure glue sewing technologies, including moulding room, hyperbaric chamber, the first gas-guide tube, the first unidirectional air outlet valve, the second support plate, telescopic device, first gear, threaded rod, the second limited block and workbench, the centre of the moulding room is equipped with fixing seat, left side above air compressor is equipped with the first gas-guide tube, and the lower section on the left of the first gas-guide tube is mounted on the upper left in hyperbaric chamber；The left and right sides below the moulding room is equipped with the first support plate, is connected between shaft and telescopic device by bearing block, is equipped with first gear in shaft, shaft is equipped with crank far from the side of moulding room, is equipped with second gear above first gear.The utility model will need the fabric sewed to be bonded together by moulding processing mode, fabric made to have stronger firmness and compactness, solve the weakness for occurring off-line tearing above traditional dress, reduce cost of manufacture by setting hyperbaric chamber and moulding room.
Description
Technical field
The utility model relates to garment technology field, specifically a kind of Clothing Pressure glue sewing technology.
Background technique
Clothes have just occurred early stage human social development, and men of old is made into a variety of materials that can be found at one's side coarse and crude
" clothes " to flak jacket.It is to sew to the definition of clothes in national standard, is through at the production that human body plays protection and decorative effect
Product, also known as clothes, for present society, clothes have been that everyone decorates oneself, protect oneself, can be to oneself with household's
Necessary supply, not just for wear or an identity, a kind of life attitudes, one displaying charisma performance.Clothes are producing
During production, each making step is important, often a slight details can all influence clothes quality and
Overall beautiful degree, fare sewing tech are that a kind of extremely common sewing tech, traditional dress use fare in clothing making
Easily there is off-line tearing in sewing tech, clothes, and cost of manufacture is relatively high, and fabric bonding is not close, and fastness is not high.
Utility model content
The purpose of this utility model is to provide a kind of Clothing Pressure glue sewing technologies, to solve to propose in above-mentioned background technique
The problem of.
To achieve the above object, the utility model provides the following technical solutions:
A kind of Clothing Pressure glue sewing technology, including moulding room, hyperbaric chamber, the first gas-guide tube, the first unidirectional air outlet valve, second
The centre of support plate, telescopic device, first gear, threaded rod, the second limited block and workbench, the moulding room is equipped with fixation
, workbench is installed, the edge above moulding room is provided with sealed groove, the top peace of moulding room above fixing seat
Equipped with hyperbaric chamber, multiple ventholes are laid with below hyperbaric chamber, the edge below hyperbaric chamber is provided with sealing convex block, high
Centre above pressure chamber is equipped with air compressor, and the left side above air compressor is equipped with the first gas-guide tube, the first air guide
Lower section on the left of pipe is mounted on the upper left in hyperbaric chamber, and the right side above air compressor is equipped with the second gas-guide tube, and second
Breather cheek valve is installed, the right side above hyperbaric chamber is equipped with third gas-guide tube, the intermediate peace of third gas-guide tube on gas-guide tube
Equipped with the first blower, the first unidirectional air outlet valve is installed on third gas-guide tube；The left and right sides below the moulding room is equipped with
First support plate, the left and right sides above hyperbaric chamber are equipped with the second support plate, and the first support plate is pacified far from the side of moulding room
Equipped with telescopic device, shaft is installed on telescopic device, is connected between shaft and telescopic device by bearing block, is installed in shaft
There is first gear, shaft is equipped with crank far from the side of moulding room, and second gear, the second tooth are equipped with above first gear
Threaded rod is installed above wheel, the first limited block is installed above threaded rod, passes through spiral shell between threaded rod and telescopic device
Line set connects, and is equipped with spring lever above telescopic device.
Further scheme as the utility model: being provided with the second limited block below the spring lever, spring lever
Top is equipped with link block, and link block is mounted on the lower section of the second support plate.
Further scheme as the utility model: the left side below the moulding room is equipped with the 4th gas-guide tube, and the 4th
Second blower is installed on gas-guide tube, the second unidirectional air outlet valve is installed below the 4th gas-guide tube.
Further scheme as the utility model: hothouse is installed on first gas-guide tube.
Further scheme as the utility model: the moisture of second gas-guide tube is equipped with filter chamber.
Compared with prior art, the utility model will need the fabric sewed to pass through by setting hyperbaric chamber and moulding room
Moulding processing mode is bonded together, and so that fabric is had stronger firmness and compactness, solves above traditional dress and occur
The weakness of off-line tearing, reduces cost of manufacture.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of Clothing Pressure glue sewing technology.
Fig. 2 is a kind of overlooking structure diagram of moulding room in Clothing Pressure glue sewing technology.
Fig. 3 is a kind of structural schematic diagram of Clothing Pressure glue sewing technology another kind embodiment.
In figure: 1, moulding room；2, fixing seat；3, hyperbaric chamber；4, venthole；5, air compressor；6, the first gas-guide tube；7,
Second gas-guide tube；8, third gas-guide tube；9, the first blower；10, the first unidirectional air outlet valve；11, convex block is sealed；12, sealed groove；
13, the second support plate；14, the first support plate；15, telescopic device；16, shaft；17, crank；18, first gear；19, bearing
Seat；20, second gear；21, thread bush；22, threaded rod；23, the first limited block；24, spring lever；25, the second limited block；26,
Link block；27, breather cheek valve；28, workbench；29, filter chamber；30, hothouse；31, the 4th gas-guide tube；32, the second blower；
33, the second unidirectional air outlet valve.
Specific embodiment
The technical solution of the patent is explained in further detail With reference to embodiment.
Embodiment 1
As shown in Figs. 1-2, a kind of Clothing Pressure glue sewing technology, including moulding room 1, hyperbaric chamber 3, the first gas-guide tube 6, first
Unidirectional air outlet valve 10, the second support plate 13, telescopic device 15, first gear 18, threaded rod 22, the second limited block 25 and workbench
28；The centre of the moulding room 1 is equipped with fixing seat 2, and the top of fixing seat 2 is equipped with workbench 28, and the four of 1 top of moulding room
Circumferential edges are provided with sealed groove 12, and the top of moulding room 1 is equipped with hyperbaric chamber 3, multiple outlets are laid with below hyperbaric chamber 3
Hole 4, the edge of 3 lower section of hyperbaric chamber are provided with sealing convex block 11, and the centre of 3 top of hyperbaric chamber is equipped with air compressor 5,
The left side of 5 top of air compressor is equipped with the first gas-guide tube 6, and the lower section in 6 left side of the first gas-guide tube is mounted on the upper of hyperbaric chamber 3
The right side in side left side, 5 top of air compressor is equipped with the second gas-guide tube 7, is equipped with breather cheek valve on the second gas-guide tube 7
27, the right side of 3 top of hyperbaric chamber is equipped with third gas-guide tube 8, and the centre of third gas-guide tube 8 is equipped with the first blower 9, and third is led
First unidirectional air outlet valve 10 is installed on tracheae 8；The left and right sides of 1 lower section of moulding room is equipped with the first support plate 14, high
The left and right sides of 3 top of pressure chamber is equipped with the second support plate 13, and the first support plate 14 is equipped with flexible far from the side of moulding room 1
Device 15 is equipped with shaft 16 on telescopic device 15, is connected between shaft 16 and telescopic device 15 by bearing block 19, shaft 16
On first gear 18 is installed, shaft 16 is equipped with crank 17 far from the side of moulding room 1, and the top of first gear 18 is equipped with
Second gear 20, the top of second gear 20 are equipped with threaded rod 22, and the top of threaded rod 22 is equipped with the first limited block 23, spiral shell
It is connected between rasp bar 22 and telescopic device 15 by thread bush 21, the top of telescopic device 15 is equipped with spring lever 24, spring lever
24 lower section is provided with the second limited block 25, and the top of spring lever 24 is equipped with link block 26, and link block 26 is mounted on second
The left side of the lower section of fagging 13,1 lower section of moulding room is equipped with the 4th gas-guide tube 31, is equipped with the second blower on the 4th gas-guide tube 31
32, the lower section of the 4th gas-guide tube 31 is equipped with the second unidirectional air outlet valve 33.
Embodiment 2
As shown in figure 3, a kind of Clothing Pressure glue sewing technology, including moulding room 1, hyperbaric chamber 3, first the 6, first list of gas-guide tube
To air outlet valve 10, the second support plate 13, telescopic device 15, first gear 18, threaded rod 22, the second limited block 25 and workbench
28；The centre of the moulding room 1 is equipped with fixing seat 2, and the top of fixing seat 2 is equipped with workbench 28, and the four of 1 top of moulding room
Circumferential edges are provided with sealed groove 12, and the top of moulding room 1 is equipped with hyperbaric chamber 3, multiple outlets are laid with below hyperbaric chamber 3
Hole 4, the edge of 3 lower section of hyperbaric chamber are provided with sealing convex block 11, and the centre of 3 top of hyperbaric chamber is equipped with air compressor 5,
The left side of 5 top of air compressor is equipped with the first gas-guide tube 6, is equipped with hothouse 30 on the first gas-guide tube 6, dry by being arranged
High pressure gas can be dried in dry room 30, prevent the moisture contained in high pressure gas from influencing moulding effect, the first gas-guide tube 6
It is mounted on the upper left in hyperbaric chamber 3 below left side, the right side of 5 top of air compressor is equipped with the second gas-guide tube 7, and second
Breather cheek valve 27 is installed, the moisture of the second gas-guide tube 7 is equipped with filter chamber 29, by the way that filter chamber 29 is arranged on gas-guide tube 7
The air of entrance can be filtered, be prevented in gas containing impurity effect moulding effect, the right side installation of 3 top of hyperbaric chamber
There is third gas-guide tube 8, the centre of third gas-guide tube 8 is equipped with the first blower 9, and first is equipped on third gas-guide tube 8 and is unidirectionally gone out
Air valve 10；The left and right sides of 1 lower section of moulding room is equipped with the first support plate 14, the left and right sides installation of 3 top of hyperbaric chamber
There is the second support plate 13, the first support plate 14 is equipped with telescopic device 15 far from the side of moulding room 1, installs on telescopic device 15
There is shaft 16, is connected between shaft 16 and telescopic device 15 by bearing block 19, first gear 18, shaft are installed in shaft 16
16 sides far from moulding room 1 are equipped with crank 17, and the top of first gear 18 is equipped with second gear 20, second gear 20
Top is equipped with threaded rod 22, and the top of threaded rod 22 is equipped with the first limited block 23, between threaded rod 22 and telescopic device 15
It is connected by thread bush 21, the top of telescopic device 15 is equipped with spring lever 24, and the lower section of spring lever 24 is provided with the second limit
Block 25, the top of spring lever 24 are equipped with link block 26, and link block 26 is mounted on the lower section of the second support plate 13, under moulding room 1
The left side of side is equipped with the 4th gas-guide tube 31, and the second blower 32, the lower section of the 4th gas-guide tube 31 are equipped on the 4th gas-guide tube 31
Second unidirectional air outlet valve 33 is installed.
The working principle of the utility model is: rising telescopic device 15 by shaking crank 17 clockwise first, stretching
Device 15 drives on spring lever 24, and spring lever 24 drives the second support plate 13 to rise, and the second support plate 13 drives on hyperbaric chamber 3
It rises, the first fabric is placed on workbench 28, adhesive tape is placed on to the position for needing to bond above the first fabric, passes through the first blower
9 pairs of hyperbaric chambers 3 are evacuated, and gas is discharged by third gas-guide tube 8, are made hyperbaric chamber 3 and extraneous formation pressure difference, are passed through
Second fabric is placed on the lower section of venthole 4 by pressure difference suction-operated, and another mistake hour hands shake crank 17, make to seal convex block 11 with it is close
It seals groove 12 to be closed, so that the second fabric is located at the top of corresponding adhesive tape, inflated by the second gas-guide tube 7 into air compressor 5,
And cross the first gas-guide tube 6 and introduce gas into hyperbaric chamber 3, and moulding room 1 is exhausted using the second blower 32 simultaneously, so that
Great pressure difference is formed between hyperbaric chamber 3 and moulding room 1, so that the first fabric, adhesive tape, the second fabric is bonded in one by high pressure
It rises.
The preferred embodiment of the patent is described in detail above, but this patent is not limited to above-mentioned embodiment party
Formula within the knowledge of one of ordinary skill in the art can also be under the premise of not departing from this patent objective
Various changes can be made.
Claims (5)
1. a kind of Clothing Pressure glue sewing technology, including moulding room (1), hyperbaric chamber (3), the first gas-guide tube (6), the first unidirectional outlet
Valve (10), the second support plate (13), telescopic device (15), first gear (18), threaded rod (22), the second limited block (25) and work
Make platform (28), which is characterized in that the centre of the moulding room (1) is equipped with fixing seat (2), and fixing seat is equipped with above (2)
Workbench (28), the edge above moulding room (1) are provided with sealed groove (12), and moulding room is equipped with height above (1)
Pressure chamber (3) is laid with multiple ventholes (4) below hyperbaric chamber (3), and the edge below hyperbaric chamber (3) is provided with sealing
Convex block (11), the centre above hyperbaric chamber (3) are equipped with air compressor (5), and the left side above air compressor (5) is equipped with
First gas-guide tube (6), the lower section on the left of the first gas-guide tube (6) are mounted on the upper left of hyperbaric chamber (3), air compressor (5)
It is equipped with the second gas-guide tube (7), is equipped on the second gas-guide tube (7) breather cheek valve (27) on the right side of top, on hyperbaric chamber (3)
The right side of side is equipped with third gas-guide tube (8), and the centre of third gas-guide tube (8) is equipped with the first blower (9), third gas-guide tube
(8) the first unidirectional air outlet valve (10) is installed on；The left and right sides below the moulding room (1) is equipped with the first support plate
(14), the left and right sides above hyperbaric chamber (3) is equipped with the second support plate (13), and the first support plate (14) is far from moulding room (1)
Side be equipped with telescopic device (15), be equipped on telescopic device (15) shaft (16), shaft (16) and telescopic device (15)
Between connected by bearing block (19), be equipped with first gear (18) in shaft (16), shaft (16) far from moulding room (1) one
Side is equipped with crank (17), is equipped with above first gear (18) second gear (20), the top installation of second gear (20)
Have threaded rod (22), be equipped with above threaded rod (22) the first limited block (23), threaded rod (22) and telescopic device (15) it
Between connected by thread bush (21), spring lever (24) are installed above telescopic device (15).
2. a kind of Clothing Pressure glue sewing technology according to claim 1, which is characterized in that the lower section of the spring lever (24)
It is provided with the second limited block (25), is equipped with above spring lever (24) link block (26), link block (26) is mounted on second
The lower section of fagging (13).
3. a kind of Clothing Pressure glue sewing technology according to claim 1, which is characterized in that below the moulding room (1)
Left side is equipped with the 4th gas-guide tube (31), is equipped with the second blower (32) on the 4th gas-guide tube (31), the 4th gas-guide tube (31)
Lower section is equipped with the second unidirectional air outlet valve (33).
4. a kind of Clothing Pressure glue sewing technology according to claim 1, which is characterized in that on first gas-guide tube (6)
Hothouse (30) are installed.
5. a kind of Clothing Pressure glue sewing technology according to claim 1, which is characterized in that second gas-guide tube (7)
Moisture is equipped with filter chamber (29).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821286481.7U CN209058204U (en) | 2018-08-09 | 2018-08-09 | A kind of Clothing Pressure glue sewing technology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821286481.7U CN209058204U (en) | 2018-08-09 | 2018-08-09 | A kind of Clothing Pressure glue sewing technology |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209058204U true CN209058204U (en) | 2019-07-05 |
Family
ID=67090391
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821286481.7U Active CN209058204U (en) | 2018-08-09 | 2018-08-09 | A kind of Clothing Pressure glue sewing technology |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209058204U (en) |
-
2018
- 2018-08-09 CN CN201821286481.7U patent/CN209058204U/en active Active
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| GR01 | Patent grant |