TW201938463A - A vacuum compression bag suitable for storage of shoes or handbags without generating squeezing and deformation forces - Google Patents

Abstract

The utility model discloses a vacuum compression bag suitable for shoes or leather bags. the shoe rack can be used for storing shoes or leather bags in life; most of shoes or leather bags are made ofleather and cannot be cleaned periodically through water washing, but after the shoes or the leather bags are used and touched, the growth of grease or scurf or microorganisms cannot be avoided, the shoes or the leather bags are generally maintained and stored through wiping cleaning and solarization, and the vacuum compression bag cannot generate extrusion and deformation. The bag comprises an outer sleeve bag and an inner support bag, the inner supporting bag is a supporting bag at the hollow part of the inner side of the stored object; the internal air of the inner support bag and the external air of the outer sleeve bag are integrally circulated; the inside and the outside of the stored articles bear equal atmospheric pressure; when the vacuum compression bag is vacuumized to store objects, the objects can be wrapped by the outer sleeve bag and supported by the interior of the inner supporting bag, deformation force is not generated on the objects according to the atmospheric isobaric principle, oxygen and moisture remaining in the hollow space during storage are less, mildewing is inhibited, and the stored objects are protected more properly.

Description

A vacuum compression bag suitable for the storage and storage of shoes or leather bags without generating squeezing force and deformation force.

This creation simply refers to the equivalent atmospheric pressure, and will store items such as the hollow space inside the shoes to allow the feet to pass through, or the hollow space inside the bags, such as the space inside the bag to carry personal items, to atmospheric pressure. When the vacuum compression bag is evacuated to a vacuum, the surface and the inner space of the storage object are compressed at the same time by the outer pressure of the vacuum compression bag and the inner support bag, and the inner and outer bags are tightly packed at the same time. Store and store items to make the pressure on the exterior and hollow inside space equal. Only compact the leather or cloth or the dense material of the sole pad under vacuum, so that it will not cause extrusion deformation due to atmospheric pressure during vacuum and provide better vacuum. The storage environment of low oxygen and low humidity, and ensure that when the stored objects have hollow space, it will be deformed due to strong atmospheric compression and cause damage.

As shown in the twenty-second figure, the conventional vacuum compression bag 21 is to put any stored items into the bag, press the zipper bag at the opening to form a closed space, and then extract the air with the suction rod 22 until it is inside the compression bag The air is the least. At this time, the stored items are pressed tightly by the vacuum compression bag by the atmospheric pressure, such as clothes or bedding. Because there is no hollow space, only fluffy fibers Small gaps between the fibers. When the vacuum is compressed, the gaps between the fibers are compressed and disappear, and the clothes or bedding will change from fluffy to firm. It will not damage the objects due to the deformation, which is helpful for packing and finishing. However, if the objects have hollow space, Such as shoes or bags, the compression type will cause the stored items to lose their beautiful appearance or cause damage due to the type change.

The structure of the vacuum compression bags sold in the market are shown in the figure 22, and they are widely used, but because of the large hollow space of the object, the shape of the vacuum storage bag will be deformed, or there will be too many residuals that cannot be pumped. The air in the space makes the vacuum storage ineffective, and the stored items are compressed and deformed by atmospheric pressure. The present invention is different from the general vacuum compression bag or shrink film packaging. With the design of the application, it can improve the inconveniences encountered in real life. When we want to use the vacuum compression bag to store and store seasons or to store shoes and bags, we can use the present invention to obtain the effective of the vacuum compression bag. Protection, to obtain the perfect appearance of its own body when storing and storing, and to obtain the storage environment conditions of extremely low oxygen or anaerobic and low humidity.

The present invention is a vacuum compression bag that does not cause squeezing and deformation. It is applied to the category of men's and women's shoes or leather bags. Please refer to the illustration in the first figure. It has an outer bag 2 and an inner support bag 3. 1 and 3-1 of the inner support bag are air-tight, with openings 2-3 are openings for shoes to be placed in, providing a kind of objects that can be used with the hollow space inside the stored items, such as shoes, etc. In the second figure, the outer compression bag 2 and the inner inner support bag 3-2 of the vacuum compression bag are vacuum-compressed, and the inner and outer vacuum compression bags are simultaneously squeezed by the atmospheric pressure, so they can Completely according to the shape of the stored object, tightly attached inside and outside, perfect and will not give additional force to the shape of the stored object, causing it to deform; or as used in the compression of the leather bag as shown in Figure 21 Illustration of bag with outer or lower pockets 16 or 18 and inner support pockets 17-2 or 19-2, outer bag edge 16-1 and inner bag edge 17-1 and outer bag The edge-sealing edge 18-1 and the inner-sealing edge 19-1 of the inner support bag are air-tight, providing a category that can adapt to the types of objects with hollow space inside the stored items, such as leather bags, and absolutely reproduce the appearance of the stored items. Type, without any slight external force generated, causing the collection items to change shape to destroy your favorite treasures.

A vacuum compression bag applied to men's and women's shoes without squeezing or deforming according to the present invention, as shown in the first figure, is a two-piece plastic film with air-tightness. The air-tight plastic film becomes a bag body, which is cut into a bag with an outer bag 2 suitable for the outer surface of the shoe and an inner support bag 3 on the inner and inner sides of the shoe. 1 and inner supporting bag edge 3-1, with appropriate fusion line width to ensure that the vacuum compression bag body has the overall airtightness, a vacuum pumping and sealing machine can be used to vacuum package the newly manufactured footwear products in the shoe factory, or Above the opening 2-3 below the outer bag 2, the hot-melt processing fuses the air-tight clip chain 6-4, so that the vacuum compression bag becomes a reusable vacuum storage bag for household footwear; see the second In the figure, the inner support bag 3 shown in the original first figure is reversely folded into the outer bag 2 to become the inner support bag 3-2, because it is turned over and folded, as shown in the atmospheric pressure region shown in the eighth figure. It is known that the outer side of the original inner supporting bag 3 is transformed into the inner side of the inner supporting bag 3-2, so the surrounding air 12 Atmospheric pressure communicates with the inner side of the inner support bag 3-2, please refer to the third picture Figure A or Figure B, after placing the sneaker 1 in the outer bag 2 and placing the original inner supporting bag 3-2 into the inside of the shoe, it is the compression bag type 4 shown in the third figure and the inner supporting bag type The state changes to the inner supporting bag 3-3; as shown in the third figure and FIG. D, after vacuum extraction, the compression bag type 5 and the inner supporting bag type changes to the inner supporting bag 3-4; The state of C is to prepare to start vacuum extraction with the suction rod 11-1 of the vacuum sealer 11 and then seal with the vacuum sealer 11; the situation in the third figure and figure D is the inner support bag 3 after vacuum compression -4 Close to the inside of the shoe, the inside of the compression bag is negative pressure. The pressure difference between the inside and outside of the compression bag makes the atmospheric pressure tightly press the outer bag 2 and the inner support bag 3-4 to form a perfect storage type of the compression bag. The compression bag is in accordance with the sneaker 1 The air tightness of the shape is tightened by vacuum, so the shoe 1 has no shape change.

A vacuum compression bag applied to a leather bag without squeezing or deforming according to the present invention, as shown in FIG. 16A, is a two-piece plastic film with air tightness, which is pressed by hot-melt processing. Make 2 airtight plastic film sheets into a bag body, and cut into a bag body with a suitable outer bag 16 for outer surface, inner bag 17 inside and inside the bag, and 16-1 for the outer edge of the outer bag. And inner support bag edge 17-1, with suitable fusion line width to ensure the vacuum compression bag body has the overall airtightness, please refer to Figure B of Figure 16, which is turned into the leather jacket bag 16 after being turned over. Leather bag inside support bag 17-2; please refer to Figure A of Figure 17 for two leather bag inside support bag 19, which is turned into the leather bag support bag 18 and turned into a leather bag inside support bag 19-2 for matching and adapting. Large leather bags with compartments for space applications.

A vacuum compression bag according to the present invention, which does not cause squeezing and deformation, is used in the collection of shoes for home life, such as the sixth figure, the seventh figure, the ninth figure, the tenth figure, the eleventh figure, The twelfth, thirteenth, and fifteenth illustrations, please refer to the sixth diagram A, which is a vacuum compression bag 6 connected on both sides, and an air-tight vacuum suction nozzle connector combination 8 and The left and right communication area 6-5, with a shoe jacket bag left and right space compartment 6-3 below, divided into a left jacket bag 6-1 and a right jacket bag 6-2, and left and right jacket bags have left inner support bags 7-3 And right inner support bag 7-4, as shown in the seventh figure, put the left foot leather shoe 13 into the outer bag 6-1, insert the inner support bag 7-3 into the inside of the shoe 13, and then repeat the right foot leather shoe Action, as shown in the ninth figure, put the left and right two-foot shoes on, and then press the clip chain 6-4 to make it airtight, and then vacuum it to obtain the storage as shown in the tenth figure The shape is a neat and orderly, refreshing and undisturbed visual effect, a storage and placement method that does not cause deformation, and the effect of preventing moisture and mildew; as shown in the eleventh figure, the vacuum compression bag of the sneaker 1 is perfectly stored, such as The vacuum compression bag with the side opening of the female high-heeled shoes 14 shown in the twelfth figure is beautifully stored, as shown in the thirteenth shown another vacuum of the female high-heeled shoes 14-1 Shrink bag vacuum deoxygenation storage, as shown in the fifteenth illustration of another high-heeled shoes, the vacuum compression bag during the season change, mold and dust storage, including high heels 14 and high heels 14-1 due to the foot storage angle Different, the angle of the inner support bags 7-9 and 7-10 or 7-11 and 7-12 can be adjusted to obtain a perfect matching and perfect storage state.

The vacuum compression bag of the present invention does not produce extrusion and deformation, and adopts an O-ring oblique angle to introduce a two-way compression air-tight method, which is more air-tight and long-lasting than the air-tight method of ordinary silicone rubber diaphragms. As shown in the fifth figure, the vacuum suction nozzle fixing seat combination 8 provided above, the inside of the O-ring 9-1 of the piston 9 installed in the suction nozzle and the suction nozzle fixing seat 8-6 are airtight. Face 8-2 is airtight, and the piston will be pushed up due to the difference in atmospheric pressure when pumping, until The O-ring is separated from the airtight straight surface 8-2 and enters the inclined surface 8-1 to form an airflow channel 8-3. When the vacuum is not yet evacuated, the pressure of the piston 9 is equal and the spring 10-2 is reset and locked to make it airtight. After that, the external atmospheric pressure is greater than the air pressure in the compression bag, and the atmospheric pressure 12 and the spring 10-2 simultaneously apply downward force to lock the piston downward to hermetically close the compression bag.

1‧‧‧Men and women sneakers

2‧‧‧Single shoe vacuum compression outer bag (including compression bag with bottom opening or side opening)

2-1‧‧‧The edge of the outer bag is sealed with a wide edge to make it airtight

2-2‧‧‧Commercially available vacuum pumping sealing machine's heat-pressing sealing to make it air tight

2-3‧‧‧ The opening of the jacket bag can be divided into the lower opening or the side opening

3‧‧‧ The area of the support bag where the air inside the single shoe enters Bag, the inner volume of the inner support bag is about 1.5 ~ 3 times the volume of the foot inside the shoe)

3-1‧‧‧Inner support bag sealing edge, wide sealing edge makes it airtight

3-2‧‧‧Inner support bag 3 is turned over into outer bag 2 and can be regarded as the foot that is put into the shoe

3-3‧‧‧Inner support bag 3 into the foot space inside the shoe

3-4‧‧‧Inner support bag 3 is inserted into the inner space of the shoe. Into the inner support bag, and make the inner support bag 3-2 inflated and close to the inner side of the shoe

4‧‧‧Single sneaker slipped into outer bag 2 and inner support bag 3-2

5‧‧‧ After a single shoe is put into the outer bag 2 and the inner support bag 3-2, and the vacuum is drawn, the top view shows the shape

6‧‧‧Vacuum compression jacket bag for storage and storage of a pair of shoes (including compression bag with bottom opening or side opening)

6-1‧‧‧Left Foot Jacket Bag Space

6-2‧‧‧ Right Foot Shoes Outer Bag Space

6-3‧‧‧Shoe space bag left and right space compartment

6-4‧‧‧Airtight clip chain on the outside of shoes and bags

6-5‧‧‧Shoe jacket bag left and right space communication area and suction nozzle joint fixing seat combination 8 installation area

6-6‧‧‧Vacuum compression bag body air-tight thermal processing fusion bonding line

6-7‧‧‧ a pair of high boots bag, high boots jacket bag

6-8‧‧‧Left foot high boots, shoe coat bag space

6-9‧‧‧ Right-foot high boots, shoe coat pocket space

7‧‧‧A pair of shoes is supported by the area of the inside of the shoe with the atmospheric pressure of the air inside the bag (foot foot foot support bag, the inner volume of the inner support bag is about 1.5 to 3 times the volume of the foot inside the shoe)

7-1‧‧‧Left foot shoe inner inner support pocket

7-2‧‧‧ Internal inner support pocket for right shoes

7-3‧‧‧Left foot shoe inside support bag area 7-1 flip into shoe coat bag 6-1

7-4 ‧‧‧ Right foot shoe inside support bag area 7-2 flipped into shoe coat bag 6-2

7-5‧‧‧Left foot high boots 15, inner support pocket area

7-6‧‧‧Right-foot high boots 15, inner support pocket area

7-7‧‧‧Left foot high boots 15, Inner shoe pocket area 7-5, Flip into shoe jacket bag 6-8

7-8‧‧‧ Right-foot high boots 15, Inner shoe pocket area 7-6, Flip into shoe jacket bag 6-9

7-9‧‧‧Left foot high heel 14, inside shoe pocket area 7-1, flip into shoe jacket bag 6 Within -1

7-10‧‧‧ Right-foot high-heeled shoes 14, Inner shoe pocket area 7-2, Flip into shoe jacket bag 6-2

7-11‧‧‧ Left foot high heel 14-1, inside shoe support pocket area 7-1, flip into shoe coat pocket 6-1

7-12‧‧‧ Right foot high heel 14-1, inside shoe support pocket area 7-2, flip into shoe coat pocket 6-2

8‧‧‧Exhaust nozzle joint fixing seat combination

8-1‧‧‧ Suction Bevel

8-2‧‧‧The contact surface of the suction nozzle holder and the O-ring 9-1 is airtight and straight

8-3‧‧‧Exhaust joint, exhaust channel when piston 9 rises

8-4‧‧‧ Gas-tight high frequency welding fusion fusion flange of air extraction joint flange and compression bag

8-5‧‧‧Inner air flow channel during air extraction

8-6‧‧‧ Suction nozzle holder

9‧‧‧Sliding piston up and down, O-shaped airtight ring seat

9-1‧‧‧rubber O-shaped gas-tight ring elastomer, position fixing ring

9-2‧‧‧ Hexagonal hole above piston, interlocking with positioning piece 10

9-3‧‧‧Slide the internal thread of the piston up and down

10‧‧‧Piston positioning piece

10-1‧‧‧Slotted slot for locking piece for interlocking with piston

10-2‧‧‧Piston positioning piece, spring for sliding up and down

-3

10-3‧‧‧ external thread of positioning piece, interlocking with piston

11‧‧‧ Sealing and pressing parts of commercially available vacuum suction sealing machine

11-1‧‧‧Telescopic suction rod for commercial vacuum suction sealing machine

12‧‧‧External atmospheric pressure air

13‧‧‧Leather shoes

14‧‧‧Female high-heeled shoes 1

14-1‧‧‧Female high-heeled shoes 2

15‧‧‧ Women's high boots

16‧‧‧Vacuum compression outer bag for men's and women's bags (including compression bag with opening at the bottom or side opening)

16-1‧‧‧The outer edge of the outer bag is sealed with a wide edge to make it airtight

16-2‧‧‧Commercially available vacuum suction sealing machine for hot sealing, preview sealing position

16-3‧‧‧ Outer bag opening (including bottom opening or side opening)

17‧‧‧ Rectangular inner support bag area inside the men's and women's bags (the inner support bag inside the bag, the inner volume of the inner support bag is about 1.5 to 3 times the volume inside the general bag)

17-1‧‧‧Inner support bag sealing edge, wide sealing edge makes it airtight

17-2‧‧‧ Rectangular single-layer inner support bag 17 is turned over and folded into the outer bag 16

18‧‧‧Vacuum compression outer bag for men's and women's bags (including compression bag with opening at the bottom or side opening)

18-1‧‧‧ Outer edge of the outer bag with wide edge, making it airtight

18-2‧‧‧Commercially available vacuum pumping and sealing machine for hot-seal compression of compression bags, preview sealing position

18-3‧‧‧ Outer bag opening (including bottom opening or side opening)

19‧‧‧ Rectangular double-layer inner support bag area on the inside of men's and women's bags (The inside volume is about 1.5 to 3 times the volume of the general bag.)

19-1‧‧‧Inner support bag sealing edge, wide sealing edge makes it airtight

19-2‧‧‧ Rectangular double-layer inner support bag 19 Flips into outer bag 18

20‧‧‧ leather bag

21‧‧‧Commercially available vacuum compression bags

21-1‧‧‧Exhaust nozzle for commercially available vacuum compression bag

22‧‧‧Generally available exhaust stick

22-1‧‧‧Exhaust port for commercially available vacuum suction rod

22-2‧‧‧Air-tight rubber for the suction port of a commercially available vacuum suction rod

22-3‧‧‧Commercially available vacuum exhaust rod exhaust one-way rubber valve disc

22-4‧‧‧Commercially available vacuum pumping rod

The first figure is an application form of the vacuum compression bag single shoe cover of the present invention.

Figure A: Single shoe cover of a general vacuum compression bag, which is open at the bottom.

Figure B: Single shoe cover with vacuum compression bag with clip chain, opening below.

Figure C: Single shoe cover for general vacuum compression bag with side openings.

Figure D: Single shoe cover with vacuum compression bag with clip chain, side opening.

The second figure is the application form of the vacuum compression bag single shoe cover of the present invention when the inner support bag 3 is reversely inserted into the shoe outer bag 2 during storage and storage.

Figure A: Single shoe cover of vacuum compression bag with lower opening, and the shoe starts to fit into the compression bag jacket bag 2.

Figure B: Vacuum compression bag with clip chain, single shoe outer bag 2 and inner shoe bag 3 are folded back into the single shoe outer bag 2 to become an inner shoe bag 3-2. Fingers penetrate into the inner shoe bag 3- 2 inside, insert the inner support bag 3-2 into the inside of the shoe.

Figure C: Single shoe cover with side opening vacuum compression bag, the shoe starts to fit into the compression bag jacket bag 2.

Figure D: Single shoe cover of a vacuum compression bag with a side opening and a chain, the shoe starts to fit into the compression bag jacket bag 2.

The third figure shows the application and results of the single shoe cover of the vacuum compression bag of the present invention.

Figure A: The position of the single shoe cover of the vacuum compression bag with the lower opening and the position of the stowed shoes, and the operation of sealing with a vacuum suction sealer.

Figure B: The position of the vacuum compression bag single shoe cover with side opening and the position of the stored shoes, and the operation of sealing with a vacuum suction sealer.

Figure C: The state of the vacuum compression bag before the single shoe cover is evacuated.

Figure D: The state of the vacuum compression bag after a single shoe cover is evacuated.

The fourth figure is the illustration of the double shoe cover of the open vacuum compression bag and the schematic of the chain 6-4 under the present invention.

The fifth figure is an illustration of the vacuum suction nozzle combination 8 of the vacuum compression bag shoe cover of the present invention.

The sixth figure is an illustration of a vacuum compression bag double shoe cover with an opening at the bottom and a side opening of the present invention.

Figure A: A schematic view of a single shoe cover with a lower opening vacuum compression bag, and the inner support bags 7-3 and 7-4 have been flipped into the outer shoe covers 6-1 and 6-2.

Figure B: Single shoe cover with side opening vacuum compression bag, inner support bags 7-3 and 7-4 have been flipped into outer shoe covers 6-1 and 6-2.

The seventh figure is an illustration of a double shoe cover of an open vacuum compression bag under the present invention, and a comparison diagram of a shoe placed on the left alone.

The eighth figure is a sectional view of the double shoe cover of the vacuum compression bag of the present invention, showing the inner support of the inner layer of the shoe The bag is full of air, so that the inside and outside of the shoe are at atmospheric pressure. The inner and outer compression bags are pushed by the air pressure and tightly press the leather solid part of the shoe to minimize the amount of residual air inside the shoe to prevent air and moisture from damaging the shoe.

The ninth figure is an illustration of the storage and storage of men's leather shoes with an open vacuum compression bag double shoe cover under the present invention.

The tenth figure is a diagram showing the storage mode of a male leather shoe with an open vacuum compression bag double shoe cover under the present invention after being evacuated by the compression bag.

The eleventh figure is an illustration of the storage and storage of casual sneakers with open vacuum compression bags and double shoe covers under the present invention and the storage method after the compression bags are evacuated.

The twelfth figure is an illustration of the storage and storage of a female high-heeled leather shoe 1 with a side-opening vacuum compression bag double shoe cover according to the present invention.

The thirteenth figure is an illustration of the storage and storage of a female high-heeled leather shoe 2 with an open vacuum compression bag double shoe cover under the present invention.

The fourteenth figure is an illustration of a bootie shoe cover of the double shoe cover of the vacuum compression bag of the present invention.

The fifteenth figure is a collection and storage diagram of the high boot shoes of the high shoe boot cover of the vacuum compression bag double shoe cover of the present invention.

The sixteenth figure is an illustration of an under-open vacuum compression bag leather bag covering bag according to the present invention.

Figure A: A diagram of a vacuum compression bag leather bag and a single inner support bag of the present invention.

Figure B: The vacuum compression bag leather bag cover and single inner support bag 17 of the present invention are flipped into the leather outer bag 16 to show the inner support bag 17-2.

The seventeenth figure is an illustration of an under-open vacuum compression bag leather bag covering bag according to the present invention.

Figure A: Illustration of a vacuum compression bag leather bag and a double inner support bag.

Figure B: The vacuum compression bag leather bag cover and double inner support bag 19 are flipped into the leather jacket bag 18 as an illustration of the inner support bag 19-2.

The eighteenth figure is an illustration of a side-opening vacuum compression bag leather bag covering bag of the present invention.

Figure A: Illustration of a vacuum compression bag leather bag and a double inner support bag.

Figure B: The vacuum compression bag leather bag cover and double inner support bag 19 are flipped into the leather jacket bag 18 as an illustration of the inner support bag 19-2.

The nineteenth figure is a side cross-sectional view of the open vacuum compression bag leather bag and single inner support bag of the present invention.

Figure A: Side cross-sectional view of a vacuum compression bag leather bag and a single inner support bag.

Figure B: The side cross-section of the vacuum compression bag leather bag bag and single inner support bag after vacuumization, and the equal distribution of the atmospheric pressure inside and outside air.

The twentieth figure is a side sectional view of the vacuum compression bag leather bag sleeve bag and the double inner supporting bag of the present invention.

Figure A: Side cross-sectional view of a vacuum compression bag leather bag and a double inner support bag.

Figure B: The side cross-section of the vacuum compression bag leather bag, double inner support bag, and the equal distribution of internal and external atmospheric pressure after vacuuming.

The twenty-first figure is a disposable vacuum compression bag for the general leather bag factory shipment packaging of the present invention.

Figure A: Simple lower opening compression bag for factory with single inner support bag.

Picture B: Simple lower opening compression bag for factory with double inner support bag.

Figure C: Simple side opening compression bag for factory with double inner support bag for leather bag.

Figure 22 is an illustration of a commercially available vacuum compression bag.

Figure 23 is a diagram of a commercially available vacuum suction rod.

The twenty-fourth figure is the style of the leather bag 20 of the artwork of the present invention.

A vacuum compression bag applied to men's and women's shoes that does not cause squeezing and deformation is a single use. Please refer to the first, second and third pictures at the same time. It is applied to the packaging of new products in shoe factories. It is a simple vacuum compression bag for the sale of men's and women's shoes and the prevention of moisture and fouling before consumers buy. It includes a shoe jacket bag 2 and can be placed in sneakers 1 opening 2 -3, with inner support bag 3 and flipped back into outer bag 2 as inner support bag 3-2. Inner support bag 3-2 can be regarded as the foot that penetrates into the shoe, supporting the interior of the shoe, and the inner support bag The inner volume of 3-2 is much larger than the foot volume of sneaker 1, and the air inside the inner support pocket 3-2 communicates with the outside. Put the sneaker 1 inside the outer pocket 2 and insert your fingers into the inner support pocket. The inner support bag is inserted into the inside of the shoe 1. After the inner support bag 3-2 is inserted into the inside of the shoe 1, the shoe outer bag 2 covers all the outer surfaces of the shoe 1, and the inner support bag 3-2 is wrapped by the inner side of the shoe 1, as described in the first paragraph. Figures 3, A, B, and C. When the outer bag opening 2-3 is placed on the vacuum suction sealer 11, the vacuum suction rod 11 -1 enters the opening. At this time, because the sealing machine 11 closes the opening 2-3, the vacuum compression jacket bag 2 becomes closed. The suction rod 11-1 starts to evacuate, and the atmospheric pressure of the external air starts to compress the jacket bag 2 Surface, while inside support bag 3- 2 is pushed into more air by atmospheric pressure, and the inner support bag 3-2 is continuously pushed until it is filled with the inner side of the shoe 1, at this time the inner support bag 3-2 and the outer bag 2 are simultaneously pressed and fitted to the shoe 1 by atmospheric pressure The inner and outer surfaces of the shoe 1 are formed in a vacuum-tight storage mode. The suction rod 11-1 is withdrawn and the sealing machine 11 is heat-sealed and sealed. The state shown in Figure D in the third figure is a good vacuum and low pressure. Packing type of storage; repeat the above action to pack another sneaker, at this time, the process of packaging new products in the shoe factory is completed, and the left and right 2 sneakers are packed into the shoe box for shipment.

A reusable vacuum compression bag that can be used in men's and women's shoes without squeezing and deformation, please refer to the first, second and third pictures at the same time. The present invention provides a kind of non-squeezing and shaping It can be changed to be used in the new product packaging of shoe factory. It can be re-assembled and disassembled. Firstly, add hot melt processing and compression clip chain 6-4 to the opening 2-3, and then hot melt processing and compression coating outer bag 2 and inner support bag. 3, as shown in the first figure and the state shown in figure B; and according to the above-mentioned embodiment [0010], the sealing machine 11 is sealed at a suitable outer position of the clip chain 6-4 to complete the packaging of new products in the shoe factory. Process, consumers can cut the sealer seal, and then use the clip chain 6-4 as a gas seal to store.

A reusable vacuum compression bag applied to men's and women's shoes without squeezing or deformation, please refer to the fourth, sixth, seventh, eighth, ninth, and tenth drawings. The invention provides a vacuum compression bag for household storage, storage and storage of men's and women's shoes without squeezing and deformation. As shown in the fourth figure, it includes a left outer bag 6-1 and a left inner support bag 7-1. The right outer bag 6-2 and the right inner support bag 7-2, the left and right bag bodies communicate with each other in the area 6-5, and a suction nozzle joint fixing seat combination 8 is provided, which is thermally integrated with the bag body 6, and is set below A left and right space separation area 6-3, with edges 6-6 of thermal processing fusion line, suitable fusion line width to ensure that the vacuum compression bag body has overall airtightness, airtight thermal processing fusion clip chain 6 at left and right openings 4. This is a vacuum compression bag 6 for the storage and storage of a pair of shoes. Turn the inner support bags 7-1 and 7-2 into the outer bag 6 and turn them into the outer support bags 7-3 and 7-4. See figure 6; refer to the seventh figure, place leather shoe 13 in outer bag 6-1, and insert inner support bag 7-3 into the inner part of leather shoe 13, which can be seen from the top and side views. Position state; refer to the eighth figure, the cross-sectional diagram shows that the inner support bags 7-3 and 7-4 have air pressure because they have air in communication with the outside; refer to the ninth figure and place the other foot shoes Enter the outer bag 6-2, and put the inner support bag 7-4 into the inner side of the other leather shoes 13, and press the left and right clip chains 6-4. At this time, the vacuum compression bag 6 is closed and air-tight State, insert the suction rod 22 shown in the twenty-third figure into the suction nozzle joint fixing seat combination 8 to start the suction. After vacuuming, place the 2 shoes neatly forward, and place the outer jacket 6-1 and 6 -2 below After the vacuum shrinks, the extra part is folded out, and it can be placed and placed as shown in the tenth figure, to obtain a neat and refreshing visual effect of storage and storage, and a moisture-proof and mildew-proof storage function.

A reusable vacuum compression bag that can be used in men's and women's shoes without squeezing or deforming. Please refer to Figure 11 for the storage and storage of the vacuum compression bag at the bottom of shoe 1 and the side of high heel 14 in Figure 12 Open vacuum compression bag storage, vacuum storage and storage of objects placed under the opening of high heels 14-1 in the thirteenth figure, the implementation and application method is the same as the application description described in [0012], but there are some differences in the twelfth figure And the thirteenth figure of high heels 14 and 14-1, the angle of the inside foot of the shoe is quite different from that of other low-heeled shoes. When the inner support pockets 7-1 and 7-2 shown in the fourth figure are turned over and folded into the outer pocket 6, refer to the twelfth and thirteenth drawings for the inner support bags 7-9 and 7-10 or 7 -11 and 7-12 are folded out at about the same angle as the heels of the heels. After inserting the inner support pockets 7-9 and 7-10 or 7-11 and 7-12 into the inside of the heels 14 or 14-1, moderate After making decorative adjustments, vacuum suction is also used to facilitate the inner support bags 7-9 and 7-10 or 7-11 and 7-12 to make the inner feet of the shoes fully supported and tightened by the atmospheric pressure. Leather or fabric lining the shoe.

A reusable vacuum compression bag applied to high boots that does not cause squeezing and deformation, which is convenient for winter wear and summer storage, to prevent moisture and mildew from generating warm leather or fur inside the high boots For lining, please refer to the vacuum storage of high boots 15 in the fourteenth and fifteenth pictures. It has a bag 6-7 with a height of about 50 ~ 70cm, and can store shoes with a height of about 45 ~ 65cm. Height, with inner support pockets 7-5 and 7-6 of approximately 45 ~ 65cm height. When flipped and folded back into outer pocket 6-7, it is inner support pockets 7-7 and 7-8. 15 into the outer pockets 6-8 and 6-9 respectively, and insert the inner support bags 7-7 and 7-8 into the inside of the boot 15 of the high boots and deep into the toe area of the foot, and arrange the inner support bag approximately 7-7 and 7-8 are not too big wrinkles. After pressing the chain 6-4, the air is sucked by the suction rod 22. After completion, the left and right sides are stored relative to each other, and the vacuum is low, and there is no moisture. The storage environment control can effectively control the growth of microorganisms and inhibit the generation of mold due to the contact of oily dander during the wear and tear process, increase the life of high boots and maintain the health of users.

A reusable vacuum compression bag applied to a leather bag without squeezing and deformation, which is convenient for seasonal collection of various colors, and prevents moisture and mold from being generated in the leather bag. For inner and outer leather or all kinds of woven fabrics, please refer to the illustrations in the sixteenth, seventeenth, eighteenth, nineteenth, and twentieth images, such as the single inner support shown in the sixteenth image The leather bag bag includes an outer bag 16 and an inner support bag 17, and a suction nozzle joint fixing seat combination 8 is provided. The inner support bag 17 is inverted and folded into the outer bag 16 to become a rectangular inner support bag 17-2. The bag should take the maximum possible length and width to obtain the maximum adaptive volume when vacuuming. The bag mouth of the outer bag 16 has a chain 6-4; as shown in the figure 17, the double-inner leather bag bag, Contains outer bag 18 and inner support bag 19, and a suction nozzle joint fixing seat combination 8 is provided. The inner support bag 19 is inverted and folded into the outer bag 18 to form a rectangular inner support bag 19-2, and the bag mouth of the outer bag 18 It has a clip chain 6-4; as shown in the eighteenth figure, it is a vacuum compression bag with side openings. The operation mode is to open the outer bag 18 of the eighteenth figure A, and open the zipper 20 of the leather bag. The leather bag is placed on the side. Into the appropriate position, press the inner support bag 19 and press it into the inner part of the leather bag 20. The inner support bag 19 becomes the inner support bag 19-2, and the two inner support bags 19-2. In the inner compartment of the purse, the inner support bag 19-2 is placed in sections. The clip chain 6-4 is air-tight. Take the suction rod 22 and set it into the suction nozzle combination 8. Start the suction, and open the side vacuum. Pack and store the double inner compartments of the compression bag; as shown in Figure 19, the side cross-section of the single inner support bag and the bag, open the zipper of the bag 20 and place it in the outer bag 16 and hold the inner support Bag 17-2 is placed inside the bag 20, and the chain 6-4 is pressed to make the compression bag airtight. The suction port 22-1 of the suction rod 22 is aligned with the suction nozzle joint fixed seat combination. 8. Start pumping. At this moment, the outer bag 16 is attached to the surface of the leather bag 20 and is in a contracted state. The inner support bag 17-2 is attached to the inner and inner layers of the leather bag 20 and is outwardly expanded to the outer bag 16 and Inner support bag 17-2, close to the surface of the leather bag Until the leather and the inner lining, the bag will not be stretched or compressed due to the same atmospheric pressure inside and outside. At this time, the air pressure in the vacuum bag is less than one atmosphere, and the air is almost completely evacuated, showing little or no oxygen. The state is almost free of moisture, which can inhibit the generation of mold spots or mold attacking the leather paint by the remaining grease and microorganisms in the hand, which can protect your precious and precious leather goods; as shown in the twentieth picture, the double inner support bag 19- 2 and the side cross-section of the leather bag. The implementation is the same as the above. The only difference is that the double inner support bag 19-2 must be placed separately on both sides of the inner compartment bag on the inside of the leather bag. After vacuuming, the atmospheric pressure Evenly given the outer surface and the inner supporting surface, although it is two inner supporting bags, it will not give extra force to any part of the bag, making it deformed, and it is the best application product for protecting leather goods and bags.

A single-use vacuum compression bag applied to leather bags without squeezing or deformation, which is convenient for the new packaging of factory bags, ensuring the quality before sale, and preventing consumers from collecting in various stores before buying. Different storage environments cause sweat damage that affects quality, preventing moisture and mold from being generated on the inside or outside of the bag or on various woven fabrics. Please refer to Figure 21, Figure A with a jacket bag 16 and an airtight seal Edge 16-1, single inner support bag 17-2 and air tight edge 17-1 or picture B with outer bag 18 and air tight edge 18-1, double inner support bag 19-2 and air tight Open the vacuum compression bag under the edge seal 19-1, or Figure C with outer bag 18 and air tight edge 18-1, double inner support bag 19-2 and air tight edge 19-1 Side open vacuum compression bag, put the single or double-inner leather bag newly manufactured in the factory into the outer bag 16 or 18, and then put the single inner support bag 17-2 or the double inner support bag 19-2 into the applicable leather bag Vacuum suction with a commercially available sealing machine suction rod 11-1 and sealing with a sealing machine 11 Mouth, vacuum extraction is sealed in the 16-2 or 18-2 area, complete the vacuum storage and packaging, can be shipped, so as to ensure that the quality of consumers before the purchase is unchanged, and ensure the credibility of the business brand.

A vacuum compression bag that does not cause squeezing and deformation. The suction nozzle joint fixing seat combination 8 above the compression bag, as shown in the fifth figure, has a suction nozzle joint fixing seat 8-6, a flange 8-4 and The compression bag 6 is thermally fused into one body, and is air-tight; the fixed piece 10 is slotted with a slot 10-1 to facilitate the mutual locking of the thread 10-3 and the piston thread 9-3. At this time, the piston 9 is restricted to rotate by the hexagonal hole 9-2 The spring 10-2 is first installed on its inner side. The spring 10-2 leans against the suction nozzle fixing seat 8-6 as the fixed side, and pushes the fixed piece 10 as the movable side. The piston 9 and the upper air-tight sleeve are connected to the O-ring. 9-1, to make the piston 9 slide up and down; when vacuuming, the air inside the outer bag 6 passes through the airflow channel 8-5, and then passes through the airtight straight surface 8- The gap between 2 is due to the pressure difference. Force is applied to the inside of the piston 9 and the O-ring 9-1, and the piston 9 is pushed up. The piston 9 rises and drives the O-ring 9-1 away from the airtight straight surface of the suction nozzle 8- 2 Enter the inclined surface 8-1 of the suction nozzle to form the suction channel 8-3, and then the air in the compression bag is drawn out. When the suction is stopped, the spring 10-2 resets and pushes out the piston fixing piece 10, in conjunction with the piston 9 and the O-ring 9 - 1. The O-ring 9-1 enters the airtight straight surface 8-2 inside the suction nozzle to form a forced closed airtightness. The O-ring 9-1 undergoes a reduction in size from the 8-1 inclined surface to the airtight straight surface 8-2. Causes a huge compression deformation of the O-ring 9-1 and becomes absolute airtightness; when the atmospheric pressure inside the compression bag 6 or 16 or 18 is less than the external atmospheric pressure, the external atmospheric pressure will continue to give the piston 9 a force and merge the spring The 10-2 elastic reset direction gives a common force, which ensures the air-tight position of the O-ring 9-1 and maintains a permanent closed air-tightness.

Claims (10)

The utility model relates to a vacuum compression bag suitable for the storage and storage of shoes, which does not produce squeezing force and deformation force. The vacuum compression bag includes a vacuum compression outer bag (2) with air tightness, and an inner supporting bag edge (3-1). , With a bag opening (2-3) and a foot-type inner support bag (3-2). A vacuum compression bag suitable for the storage and storage of leather bags without generating compression force and deforming force, which comprises: a vacuum compression outer bag (16) with an air tightness, an outer bag sealing edge (16-1), The inner supporting bag has a sealed edge (17-1), a bag opening (16-3), and a single-layer inner supporting bag (17-2). A vacuum compression bag suitable for the storage and storage of leather bags and which does not produce squeezing force and deformation force, which includes: a vacuum compression outer bag (18) with an air tightness, and an outer bag sealing edge (18-1), The inner supporting bag has a sealed edge (19-1), a bag opening (18-3), and a double inner supporting bag (19-2). As described in claim 1, the vacuum compression bag suitable for the storage and storage of shoes and which does not produce squeezing force and deformation force, further added features include: an air-tight clip chain (6-4). As described in claim 2, the vacuum compression bag is suitable for the storage and storage of leather bags and does not produce compression force and deformation force. Further new features include: An air-tight clip chain (6-4) and a suction nozzle joint fixing seat combination (8) are provided. As described in claim 3, the vacuum compression bag is suitable for the storage and storage of leather bags and does not produce compression force and deformation force. Further new features include: an air-tight clip chain (6-4), and pumping Gas nozzle joint fixing seat combination (8). The utility model relates to a vacuum compression bag which is suitable for the storage and storage of shoes and does not produce squeezing force and deformation force. The characteristics include: an air-tight vacuum compression outer bag (6) is distinguished into a left foot outer bag (6-1) And right foot jacket bag (6-2), with left and right communication areas (6-5) on the upper side, with a suction nozzle joint fixing seat combination (8), with airtight clip chain (6-4) on the jacket bag, compressed The bag is provided with a left foot foot support bag (7-3) and a right foot foot support bag (7-4). The utility model relates to a vacuum compression bag suitable for the storage and storage of high boots and shoes, which does not produce squeezing force and deformation force. The characteristics include: a vacuum compression outer bag (6-7) for airtight high boots is distinguished. Left foot high boots jacket bag (6-8) and right foot high boots jacket bag (6-9), with left and right communication areas (6-5) on the upper side, and a suction nozzle connector fixing seat combination (8), Airtight clip chain with outer bag (6-4), compression bag with left foot high boots foot inner support bag (7-7) and right foot high boots foot inner support bag (7-8). A vacuum compression bag as described in claim 7 or claim 8 suitable for the storage and storage of shoes and which does not produce squeezing and deforming forces. New features include: a left and right space separation zone (6 -3). A vacuum compression bag suitable for storage and storage of shoes or leather bags without generating squeezing force and deformation force. The suction nozzle joint fixing seat combination (8) provided on the compression bag includes the following features: a suction nozzle Joint fixing seat (8-6), with internal airflow channel (8-5), with a spring (10-2), can push the fixed piece (10) to link the piston (9) and the socketed O-ring (9- 1), the fixed seat is provided with an air exhaust slope (8-1) and an airtight straight surface (8-2).