CN108657632A - Air-packing devices and its packing method - Google Patents
Air-packing devices and its packing method Download PDFInfo
- Publication number
- CN108657632A CN108657632A CN201710206079.7A CN201710206079A CN108657632A CN 108657632 A CN108657632 A CN 108657632A CN 201710206079 A CN201710206079 A CN 201710206079A CN 108657632 A CN108657632 A CN 108657632A
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- Prior art keywords
- buffer body
- wall
- air
- seam
- reinforcement
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- 239000004033 plastic Substances 0.000 claims abstract description 125
- 229920003023 plastic Polymers 0.000 claims abstract description 125
- 238000005452 bending Methods 0.000 claims abstract description 96
- 238000007789 sealing Methods 0.000 claims description 130
- 238000003860 storage Methods 0.000 claims description 125
- 230000002787 reinforcement Effects 0.000 claims description 111
- 230000003139 buffering effect Effects 0.000 claims description 56
- 239000007787 solid Substances 0.000 claims description 40
- 238000003475 lamination Methods 0.000 claims description 16
- 230000004308 accommodation Effects 0.000 claims description 8
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D81/00—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents
- B65D81/02—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage
- B65D81/05—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents
- B65D81/051—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents using pillow-like elements filled with cushioning material, e.g. elastic foam, fabric
- B65D81/052—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents using pillow-like elements filled with cushioning material, e.g. elastic foam, fabric filled with fluid, e.g. inflatable elements
Abstract
One air-packing devices include at least one inflation buffer body that at least two layers of air cells film is formed.The inflation buffer body stitches plastic packaging through bending and through a series of plane plastic packagings seam and a series of three-dimensional plastic packagings, to be filled with air the stereochemical structure to be formed including one end buffer body and side buffer body at it.The end buffer body and the side buffer body form a packaging space, be used to pack the packing article.
Description
Technical field
The present invention relates to air-packing devices and its packing method that packaging field more particularly to one provide cushion performance.
Background technology
With the high speed development of change and the logistics of modern way of life, many articles all by the form of logistics into
Row transaction, such as electronic product, chemical products, medical product, ceramics, glass and other daily necessities etc., at these
During object storing or transport, inevitably there is situations such as squeezing, collide, falling, lead to damage of product or deformation, gives people
Bring serious loss.
In order to protect product, before storage or transport, people can pack product using packing case etc., by being carried to product
Achieve the purpose that protection for certain cushioning effect.Currently used packing case includes paper package box and gas flushing pouch,
Traditional paper package box cannot provide preferable buffering effect, not have good protective effect, so in the process used
In, it generally requires first to use foam, flexiplast etc. that product to be packaged is passed through multi-layer packaging, place into packing box, to reach
To good anti-dropping crashworthiness, but this undoubtedly increases transportation cost, and wire up it is extremely inconvenient, when not only wasting
Between, working efficiency is reduced, and increase human cost, has not met the demand of modern transportation industry.
The packing article of some large-sizes such as computer, server still uses foamed material and packet currently on the market
The mode that cartoning combines is packed.Foamed material is used together with packing case can actually reach packaging effect well,
Protective packaging article.But foamed material fragile structure itself.When foamed material is directly collided or rubs, it is easy
It is damaged.In addition, foamed material be easy to cause clast pollution, offending impression, Er Qierong can be not only brought to user
Easily cause environmental pollution.
Shape and size in addition, due to foamed material fragile structure itself, therefore when it is used for packing article need more
It matches one by one, the installation position of accessory is also required to be fixedly installed.Therefore, it usually will appear such situation：When some electronics produce
Product need to be repacked due to the demands such as moving, repairing when original packing case after being used, and consumer is difficult to be wrapped
Dress is original state.This may be the replacement because of accessory, it is also possible to since consumer is difficult to accurately pack according to profession
The method of personnel is packed.But return that make a thorough investigation of bottom be due to by about in foamed material itself the characteristics of, can not being that these accessories be set
Set space that is sufficient, can flexibly using.In addition, in packaging process, rubbed by packing article or packing case, foam
The clast that material generates is less pleasant really to the experience that people brings.
Aerated package material is to reach buffering effect by being filled with gas in the film, can be filled at packaging scene
Gas comes into operation again, so relative to the advantage that traditional packaging material has transportation cost low, easily stored, and buffer effect
Can be more excellent, and be good for the environment.But the structure of aerated package material currently on the market still cannot meet the market demand.
Applicant of the present invention carries out numerous studies to aerated package material, develops the different gas flush packagings suitable for Different Package article
Device.
Invention content
It is an object of the present invention to provide an air-packing devices and its packing methods, wherein the air-packing devices
It is used suitable for being combined, to be used for the larger packing article of Package size.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
It is simple in structure, easy to make, have a wide range of application.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
Suitable for packing electronic product.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
Suitable for packaging large scale electronic product and its accessory.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
Suitable for being applied in combination with Traditional Packing case.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
It is capable of providing sufficient accessory accommodation space, with instant packed electronic product and its accessory.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
It is capable of providing sufficient flexible accommodation space, with instant packed electronic product accessory.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
Side have b font appearances.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein the air-packing devices
With " L " shape packaging space, so as to be used for protective package condition mutually two faces connected vertically.
Another object of the present invention is to provide an air-packing devices and its packing methods, wherein four gas flush packaging dresses
Common hexahedron packing article can comprehensively be protected by setting intercombination use, and be provided for the accessory of the packing article
Sufficient accommodation space.
Another object of the present invention is to provide an air-packing devices and its packing methods, can be carried to packing article
It is acted on for multi-buffer.
According to the present invention, an air-packing devices are provided comprising at least one inflation buffering that at least two layers of air cells film is formed
Body.The inflation buffer body stitches plastic packaging through bending and through a series of plane plastic packagings seam and a series of three-dimensional plastic packagings, to be filled at it
Formation includes the stereochemical structure of one end buffer body and side buffer body after gas.The end buffer body and the side buffer body form a packaging
Space, be used to pack the packing article.
According to some embodiments of the present invention, which has an accommodating chamber.The accommodating chamber and the packaging space phase
Mutually interval.
According to some embodiments of the present invention, which includes the first wall of one end buffer body, one end buffer body second
The 4th wall of wall, one end buffer body third wall and one end buffer body.The accommodating chamber is by first wall of end buffer body, the end buffer body
Two walls, the end buffer body third wall and the 4th wall of end buffer body are surrounded and are formed.The accommodating chamber has a rectangular section.
According to some embodiments of the present invention, first wall of end buffer body and the side buffer body are perpendicular, and form the packet
Fill space.
According to some embodiments of the present invention, which includes the first wall of side buffer body and side buffer body second
Wall.First wall of side buffer body is stacked setting with second wall of side buffer body.
According to some embodiments of the present invention, solid plastic packaging seam includes row end seal seam.Second wall of side buffer body with
The 4th wall of end buffer body is linked together by end seal seam.
According to some embodiments of the present invention, second wall of side buffer body and the 4th wall integrally connected of end buffer body.It should
Three-dimensional plastic packaging seam is stitched including an at least sealing.Sealing seam is fixedly connected with first wall of side buffer body and the side buffer body second
Wall, so that first wall of side buffer body is fixedly connected with second wall of side buffer body as laminated construction.
According to some embodiments of the present invention, second wall of side buffer body and the 4th wall integrally connected of end buffer body.It should
Three-dimensional plastic packaging seam includes row end seal seam.The 4th wall of end buffer body is connected to one with second wall of end buffer body by end seal seam
It rises.
According to some embodiments of the present invention, which further comprises a reinforcement buffer body.The reinforcement buffers
Body is arranged with the side buffer body lamination.
According to some embodiments of the present invention, which is stacked the outside for being set to the side buffer body.
According to some embodiments of the present invention, which forms an accommodation space with the reinforcement buffer body.
According to some embodiments of the present invention, which further comprises a reinforcement buffer body.The reinforcement buffers
Body is stacked the outside for being set to the side buffer body and the 4th wall of end buffer body.
According to some embodiments of the present invention, which further comprises a reinforcement buffer body and a bending body.
The bending body is integrally connected between the reinforcement buffer body and the side buffer body.Plane plastic packaging seam includes a series of bending seams.
Row bending seam is provided between the reinforcement buffer body and the bending body.It is provided between the bending body and the side buffer body another
Row bending seam.
According to some embodiments of the present invention, solid plastic packaging seam is stitched including an at least sealing.Sealing seam is fixedly connected
The reinforcement buffer body is in the side buffer body.
According to some embodiments of the present invention, solid plastic packaging seam is stitched including an at least sealing.Sealing seam is fixedly connected
The reinforcement buffer body is in the outside of the side buffer body and the 4th wall of end buffer body.
According to some embodiments of the present invention, solid plastic packaging seam is stitched including an at least sealing.Sealing seam is fixedly connected
The reinforcement buffer body is in the outside of the side buffer body.The 4th wall of end buffer body forms an accommodation space with the reinforcement buffer body.
According to some embodiments of the present invention, which further comprises a reinforcement buffer body.The reinforcement buffers
Body includes first wall of reinforcement buffer body, reinforcement second wall of buffer body and a reinforcement buffering folded walls.Reinforcement buffering bending
Wall is integrally connected between first wall of reinforcement buffer body and second wall of reinforcement buffer body.First wall of reinforcement buffer body with should
Side buffer body is stacked setting.Plane plastic packaging seam includes a series of bending seams.First wall of reinforcement buffer body is slow with the reinforcement
One row bending of setting is stitched between rushing folded walls.The reinforcement buffers is arranged another row between folded walls and second wall of reinforcement buffer body
Bending seam.
According to some embodiments of the present invention, solid plastic packaging seam is stitched including an at least sealing.The sealing is stitched the reinforcement
The first wall of buffer body is fixed as lamination station relationship with the side buffer body.
According to some embodiments of the present invention, which, which is stacked, is set to the reinforcement buffer body first
The outside of wall.The 4th wall of end buffer body forms an accommodation space with the reinforcement buffer body.
According to some embodiments of the present invention, which further comprises a reinforcement buffer body.The reinforcement buffers
Body is arranged with side buffer body the first wall lamination.
According to some embodiments of the present invention, which, which is stacked, is set to the interior of first wall of side buffer body
Side.
According to some embodiments of the present invention, which, which is stacked, is set to first wall of side buffer body and the side
Between the second wall of buffer body and extend to the inside of the 4th wall of end buffer body.
According to some embodiments of the present invention, solid plastic packaging seam is stitched including an at least sealing.The sealing is stitched the reinforcement
Buffer body lamination is fixedly connected between first wall of side buffer body and second wall of side buffer body.
According to some embodiments of the present invention, which further comprises a reinforcement buffer body and a bending body.
The bending body is integrally connected between the reinforcement buffer body and first wall of side buffer body.Plane plastic packaging seam includes a series of curved
Crease.Row bending seam is provided between the reinforcement buffer body and the bending body.The bending body and first wall of side buffer body it
Between be provided with another row bending seam.
According to some embodiments of the present invention, further comprise at least charge valve formed by least two layers of valve film.
The inflation buffer body includes multiple gas storage units.The charge valve is used for gas storage unit inflation and self-styled after inflation
It closes, to prevent gas leakage.
By the understanding to subsequent description and attached drawing, further aim of the present invention and advantage will be fully demonstrated.
These and other objects, feature and the advantage of the present invention, by following detailed descriptions, drawings and claims obtain
To fully demonstrate.
Description of the drawings
Fig. 1 is the schematic cross-sectional view of the charge valve of air-packing devices according to a preferred embodiment of the invention.
Fig. 2 is a variant embodiment of the charge valve of air-packing devices according to a preferred embodiment of the invention
Schematic cross-sectional view.
Fig. 3 is another variant embodiment of the charge valve of air-packing devices according to a preferred embodiment of the invention
Schematic cross-sectional view.
Fig. 4 is another variant embodiment of the charge valve of air-packing devices according to a preferred embodiment of the invention
Schematic cross-sectional view.
Fig. 5 is a dimensional structure diagram of an air-packing devices of first preferred embodiment according to the present invention.
Fig. 6 is the air-packing devices of above-mentioned first preferred embodiment according to the present invention in unaerated and plane
Structural schematic diagram when expansion.
Fig. 7 is the air-packing devices of above-mentioned first preferred embodiment according to the present invention in unaerated and through secondary
Structural schematic diagram after plastic packaging.
Fig. 8 is a diagrammatic cross-section of the air-packing devices of above-mentioned first preferred embodiment according to the present invention.
Fig. 9 is a dimensional structure diagram of an air-packing devices of second preferred embodiment according to the present invention.
Figure 10 is the air-packing devices of above-mentioned second preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 11 is a diagrammatic cross-section of the air-packing devices of above-mentioned second preferred embodiment according to the present invention.
Figure 12 is another stereochemical structure of the air-packing devices of above-mentioned second preferred embodiment according to the present invention
Schematic diagram.
Figure 13 is a dimensional structure diagram of an air-packing devices of third preferred embodiment according to the present invention.
Figure 14 is the air-packing devices of above-mentioned third preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 15 is a diagrammatic cross-section of the air-packing devices of above-mentioned third preferred embodiment according to the present invention.
Figure 16 is a dimensional structure diagram of an air-packing devices of the 4th preferred embodiment according to the present invention.
Figure 17 is the air-packing devices of above-mentioned 4th preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 18 is a diagrammatic cross-section of the air-packing devices of above-mentioned 4th preferred embodiment according to the present invention.
Figure 19 is a dimensional structure diagram of an air-packing devices of the 5th preferred embodiment according to the present invention.
Figure 20 is the air-packing devices of above-mentioned 5th preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 21 is a diagrammatic cross-section of the air-packing devices of above-mentioned 5th preferred embodiment according to the present invention.
Figure 22 is a dimensional structure diagram of an air-packing devices of the 6th preferred embodiment according to the present invention.
Figure 23 is the air-packing devices of above-mentioned 6th preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 24 is a diagrammatic cross-section of the air-packing devices of above-mentioned 6th preferred embodiment according to the present invention.
Figure 25 is another section signal of the air-packing devices of above-mentioned 6th preferred embodiment according to the present invention
Figure.
Figure 26 is a dimensional structure diagram of an air-packing devices of the 7th preferred embodiment according to the present invention.
Figure 27 is the air-packing devices of above-mentioned 7th preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 28 A~Figure 28 D are the sections of the air-packing devices of above-mentioned 7th preferred embodiment according to the present invention
Schematic diagram.
Figure 29 is a dimensional structure diagram of an air-packing devices of the 8th preferred embodiment according to the present invention.
Figure 30 is the air-packing devices of above-mentioned 8th preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 31 is a diagrammatic cross-section of the air-packing devices of above-mentioned 8th preferred embodiment according to the present invention.
Figure 32 is a dimensional structure diagram of an air-packing devices of the 9th preferred embodiment according to the present invention.
Figure 33 is the air-packing devices of above-mentioned 9th preferred embodiment according to the present invention in unaerated and puts down
Structural schematic diagram when face is unfolded.
Figure 34 is a diagrammatic cross-section of the air-packing devices of above-mentioned 9th preferred embodiment according to the present invention.
Figure 35 to Figure 41 is the application schematic diagram of air-packing devices according to a preferred embodiment of the invention.
Specific implementation mode
It is described below for disclosing the present invention so that those skilled in the art can realize the present invention.It is excellent in being described below
Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description
The present invention basic principle can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back
Other technologies scheme from the spirit and scope of the present invention.
It will be understood by those skilled in the art that the present invention exposure in, term " longitudinal direction ", " transverse direction ", "upper",
The orientation of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" or position are closed
System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, without referring to
Show or imply that signified device or element must have a particular orientation, with specific azimuth configuration and operation, therefore above-mentioned art
Language is not considered as limiting the invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is no
It can be interpreted as the limitation to quantity.
It is an air-packing devices of first preferred embodiment according to the present invention as shown in Fig. 5 to Fig. 8, having can
Inflatable structure, can be various packing articles such as electronic product, food, medical product, industrial chemicals, biological material after inflation
Material, plastic ceramic, fast-moving consumer goods etc. provide gas buffer effect, and when unused, can be non-aerating and facilitate storage
And transport, field inflation is reproduced when in use, thereby using very convenient.
In this preferred embodiment of the present invention, air-packing devices may be embodied as air cushion material, that is, be filled with
Gas by taking air as an example, certainly it will be appreciated by persons skilled in the art that being also likely to be other as needed in the application
Gas.In this preferred embodiment, a volumetric packaging device can be formed after inflation, to provide sky for packing article
Gas buffering effect.
In this preferred embodiment, which includes at least one inflation buffer body 10, i.e., is inflated by one
The one volumetric packaging device of formation of buffer body 10 or multiple inflation buffer bodies 10 form this through plastic packaging connection such as bonding or heat-sealing and stand
Body packing device.In Fig. 5 to example shown in Fig. 8 of the present invention, formed by an inflation buffer body 10.More specifically,
Referring to Fig.1 and Fig. 6, the inflation buffer body 10 include at least two layers of air cells film 11 and 12 through a series of plane plastic packagings seam 30 and a system
The three-dimensional plastic packaging of row stitches the gas storage unit 13 that the one or more that 40 plastic packagings are formed is connected.One is formed in each gas storage unit 13
Can gas storage air storage chamber 14.
It will be appreciated by persons skilled in the art that plane plastic packaging seam 30 through plastic packaging for forming plural layers as schemed
A plane padded coaming shown in 6, solid plastic packaging seam 40 by the above-mentioned further plastic packaging of plane padded coaming for making this
Air-packing devices form with space multistory configuration and can accommodate the volumetric packaging device, such as Fig. 5 of the packing article
Shown in.Plane plastic packaging seam 30 and solid plastic packaging seam 40 can be connected plural layers by way of being bonded or sealing connection
It is connected together, it is preferable that in this embodiment, plane plastic packaging seam 30 and solid plastic packaging seam 40 can be implemented as by heat
Envelope technique is formed.
It is noted that solid plastic packaging seam 40 can be formed by once sealing, it can also be slow in plane by elder generation
It rushes on material and seal and further formed by secondary heat-sealing when forming cubic materials.The present invention does not limit in this respect
System.The position where solid plastic packaging seam 40 is illustrated in plane padded coaming as shown in FIG. 6, to help reader more clearly
Understand the present invention.
Plane plastic packaging seam 30 includes multiple row partitioning slot 31, and two layers of air cells film 11 and 12 is separated into multiple gas storage units
13.I.e. preferably, it respectively arranges the partitioning slot 31 to be formed by hot sealing process, heat-sealing two layers of cameral mantle 11 and 12 of connection, to
One is formed between two neighboring gas storage unit 13 arranges the partitioning slot 31.The partitioning slot 31 can be continuous hot-sealing line, to make
Multiple gas storage units 13 are independent mutually.It is understood that as shown in Figure 6, the one of top side and bottom side arranges the partitioning slot 31 can
To respectively become the top side boundary seam and bottom side boundary seam of the inflation buffer body 10.The partitioning slot 31 can also be interrupted heat-sealing
Line, to make multiple gas storage units 13 interconnect.The gas storage unit 13 can be variously-shaped, round such as bar shaped, polygon
Or other irregular shapes etc., as shown in Fig. 5 to Fig. 8, the inflation buffer body 10 of the invention may include multiple arranging side by side
The inflatable column of row, but we bright are not so limited in this respect.
In this preferred embodiment, which includes further by least two layers of valve film 21 and 22 shapes
At a charge valve 20, with reference to figure 1, the valve film 21 and 22 and the cameral mantle 11 and 12 of the charge valve 20 are superimposedly set mutually
It sets, and forms the inlet channel 23 for being inflated to the air storage chamber 14 between the valve film 21 and 22.It is understood that should
Valve film 21 and 22 is shorter in length than the cameral mantle 11 and 12.When inflated into the air storage chamber 14 by the inlet channel 23 and should
When air pressure in air storage chamber 14 reaches pre-provisioning request, the gas pressure in the air storage chamber 14 is on the valve film 21 and 22, so that should
Valve film 21 and 22 fits in wherein one layer of cameral mantle, to close the inlet channel 23, so that the charge valve 20 plays unidirectionally
The effect of valve.When at least one inlet channel 23 of formation in each gas storage unit 13, and each gas storage unit 13 is independent mutually
When, when one of gas storage unit 13 is damaged gas leakage, other gas storage units 13 can't be affected, moreover it is possible to be risen
To air cushion effect.
It is understood that the cameral mantle 11 of the inflation buffer body 10 and 12 and the charge valve 20 21 He of valve film
22 can be made respectively of various suitable thin-film materials, such as polyethylene film, polypropylene film, polyvinyl chloride film, polyester
Film, polystyrene film or laminated film etc., the present invention are also not so limited in this respect, as long as suitable flexible thin
Film.It is noted that in order to increase one-way sealing effect, the valve film 21 and 22 of the charge valve 20 can also be by upper
State the added chemical composition of film and modified obtained tack film.
The inflation buffer body 10 includes further a main channel unit 15, is connected to each gas storage unit 13, preferably
Ground integrally extends each gas storage unit 13.More specifically, in this preferred embodiment, the main channel unit 15 with
The extending direction of the gas storage unit 13 is perpendicular.For example, in this embodiment, each gas storage unit 13 is prolonged along horizontal direction
It stretches, which extends in a longitudinal direction.The main channel unit 15 forms a main channel 151, and the main channel
151 have an inflating port 152, when the position of the inflating port 152 is provided with air inflation nozzle and executes charge operation, gas from this
Inflating port 152 enters the main channel 151 in a longitudinal direction, and enters each gas storage unit 13 further along horizontal direction, and
And after reaching preset air pressure in each air storage chamber 14, the valve film 21 and 22 of the charge valve 20 fits in wherein one layer of cameral mantle
11 or 12, self-enclosed to realize, to prevent the gas being filled with, reverse osmosis enters the main channel 151 again.
It is understood that the main channel unit 15 can be formed by two layers of cameral mantle 11 and 12, as shown in Fig. 1.
The main channel unit 15 can also be formed by two layers of valve film 21 and 22, as shown in Figure 4.It is understood that the main channel
Unit can also be formed by the wherein one layer cameral mantle 11 or 12 and the wherein one layer valve film 21 or 22.
As shown in Figure 6, plane plastic packaging seam 30 includes further the left and right two for being located at the inflation buffer body 10
The main channel of one side joint seal 32 of the continuous sealing of side and a continuous sealing in left side sealing seam 33, wherein left side banding seam 32
The main channel 151 is formed between main channel sealing seam 33.It is understood that banding seam 32 is such as viscous by plastic package process
It connects or seals and form and seal two layers of cameral mantle 11 and 12 of connection, sealing seam 33 in the main channel is such as viscous by plastic package process
Connect or seal formation and by four tunics, i.e., two layers of air cells film 11 and 12 and two layers of valve film 21 and 22 link together.It is worth
One is mentioned that, main channel sealing seam 33 and four tunic of discontinuous plastic packaging.As shown in fig. 1, at 23 place of inlet channel
Region, two layers of valve film 21 and 22 are connected without heat-sealing, and wherein sealing seam 33 in the main channel is in the both sides up and down of the inlet channel
The cameral mantle 11 and the valve film 21 heat-sealing are connected respectively, and by the cameral mantle 12 and the valve film 22 heat-sealing connection, to be somebody's turn to do
Buffer body 10 is inflated in inflation, after gas enters the main channel 151, the adjacent valve film 21 and 22 with the gas that is correspondingly connected with
Room film 11 and 12 can expand and open the corresponding inlet channel 23 together.
As shown in Figure 6, each gas storage unit 13 the neighbouring main channel 151 position respectively including two pairs apart from one another by
Air guide seam 34, which is connected by heat-sealing and is formed, the inlet channel 23 which forms is positioned at two
The air guide is arranged to stitch between 34.
Referring to Fig.1, which is further advanced by the heat-sealing of multiple connecting sewings 35 and is connected to the cameral mantle 11, this
When sample reaches scheduled air pressure in the air storage chamber 14, gas pressure is in the valve film 21 and 22, and because the connecting sewing 35
It is arranged and is pressed towards the cameral mantle 11 simultaneously and finally fits in the cameral mantle 11, to closes the inlet channel 23.That is the company
The heat-sealing of seam 35 two layers of valve film 21 of connection and 22 and wherein one layer of cameral mantle 11 or 12.The preferred implementation according to the present invention
Example, the connecting sewing 35 heat-sealing two layers of valve film 21 of connection and 22 and the cameral mantle 11.In addition, as shown in Figure 6, each connection
The design of the shape of seam 35 is so that it also further plays the role of preventing gas backstreaming, that is to say, that when the air storage chamber 14
In gas want reflux when, can by the connecting sewing 35 stop and cannot easily reverse osmosis enter the main channel 151.
It is noted that according to this preferred embodiment of the invention, air guide seam 34 not only seals 21 He of valve film
22, also while sealing wherein one layer of cameral mantle 11 or 12.The cameral mantle that air guide seam 34 is sealed and the connecting sewing 35 heat-sealing
Cameral mantle is identical, as the cameral mantle 11.Therefore, the setting of air guide seam 34 further there are the air-packing devices to be inflated
The effect of the inlet channel 23 is closed afterwards.Those skilled in the art should be understood that air guide seam 34 seals the valve film 21 and 22
And the cameral mantle 11 is only unrestricted to the example of the present invention.Other embodiments according to the present invention, air guide seam 34
It can also only seal and connect the valve film 21 and 22, and be not connected to the cameral mantle 11 and 12.As long as the hair of the present invention can be reached
Improving eyesight, the present invention is not limited in this respect.
In addition, when heat-sealing forms these plane plastic packagings seam 30, the valve film 21 of the charge valve 20 and 22 air inlet are logical
Road 23 can be formed by heat-resisting baffling device is arranged, and in hot sealing process and then take out the heat-resisting baffling device.At this
In preferred embodiment, a refractory layer 24, as shown in figures 1 and 6, example are provided between the valve film 21 and 22 of the charge valve 20
It can be such as heat-resistant inks, be attached at the inner surface of the wherein one layer valve film 21 or 22, in this way, forming the main channel in heat-sealing
When sealing seam 33, two layers of valve film 21 and 22 will not seal connection, so that be able to can be with the main channel 151 for the inlet channel 23
It is connected, without closing its inlet port due to heat-sealing.
In this preferred embodiment, which is formed by two layers of cameral mantle 11 and 12, the refractory layer 24 and should
Valve film 21 and 22 each own extended segments enter the main channel 151, and plane plastic packaging seam 30 further includes corresponding to the refractory layer 24
The position of extended segment one row apart from one another by the joint close 36 arranged along the longitudinal direction, because of the setting of the refractory layer 24, should
Two layers of cameral mantle 11 and 12 and two layers of valve film 21 and 22 are respectively connected together by joint close 36, and two layers of 21 He of valve film
22 make the inflation buffer body 10 in inflation without heat-sealing connection, the setting of the joint close 36, and gas enters the main channel 151
Afterwards, the adjacent valve film 21 and 22 can expand with the cameral mantle 11 being correspondingly connected with and 12 and open the corresponding air inlet together
Channel 23.
Plane plastic packaging seam 30 further includes bending seam 37 of the multiple row in interruption heat-sealing, and the inflation buffer body 10 after inflation is suitable
It is bent together in along bending seam 37, to make the inflation buffer body 10 form preset shape.More specifically, bending seam 37 will
Each gas storage unit 13 is divided into multiple sub- gas storage units 131.Bending seam 37 can be located at the middle position of the gas storage unit 13
It sets, and both sides are respectively formed a communicating passage 132, the sub- gas storage unit of this adjacent 131 is interconnected in this way, such as Fig. 6
It is shown.It is understood that bending seam can also be located at the both sides of the gas storage unit 13, and the communicating passage 132 is located at this
The medium position of gas storage unit 13.Accordingly, it should be understood that respectively arranging 37 heat-sealing two layers of cameral mantle 11 of connection of bending seam
With 12.
It is noted that 10 quilt of inflation buffer body after plane plastic packaging seam 30 and the solid plastic packaging stitch 40 plastic packagings
After inflation, there is default spatial configuration by the effect of its internal gas.As shown in figure 5, the gas flush packaging being filled with air
Device includes a buffering main body 101 and a forming body 102.
The buffering main body 101 has " L " shape side to form " L " shape packaging space 100.The buffer body 101 is suitable
Buffer protection is provided in being vertically connected side at two of packing article.
Specifically, which includes a buffering body first side wall 1011 and a buffering body second side wall
1012.The buffering body first side wall 1011 is arranged vertically and is connected with each other with the buffering body second side wall 1012.According to this
First preferred embodiment of invention, sets between the buffering body first side wall 1011 and the buffering body second side wall 1012
It sets one and arranges bending seam 37, to which the buffering main body 101 forms orthogonal two side walls along 37 bending of bending seam.This
Field technology personnel should be understood that be acted on by internal gas, the angle between the two side walls of the buffering main body 101
With the trend to become larger.
The forming body 102 is arranged at the outside of the buffering main body 101, has the buffering for keeping the buffering main body 101
The effect of plumbness between body first side wall 1011 and the buffering body second side wall 1012.
Specifically, which includes a forming body the first side wall 1021, a forming body second sidewall 1022 and one
Forming body third side wall 1023.The forming body the first side wall 1021 is set to the buffering body first side wall 1011 by secure fit
Outside.The forming body second sidewall 1022 and 1021 integrally connected of forming body the first side wall are simultaneously mutually perpendicular to.The forming body
Third side wall 1023 and 1022 integrally connected of forming body second sidewall are simultaneously mutually perpendicular to.
As shown, the forming body of the buffering body second side wall 1012 and the forming body 102 of the buffering main body 101
1023 integrally connected of third side wall is simultaneously mutually perpendicular to.
More specifically, one row bending seam of setting between the forming body second sidewall 1022 and the forming body the first side wall 1021
37, to facilitate the inflation buffer body 10 to bend.It is set between the forming body third side wall 1023 and the forming body second sidewall 1022
Another row bending seam 37 is set, to facilitate the inflation buffer body 10 to bend.
Simultaneously integrally connected is arranged vertically between the buffering body second side wall 1012 and the forming body third side wall 1023.It should
Another row bending seam 37 is set between buffering body second side wall 1012 and the forming body third side wall 1023, to facilitate this to fill
Gas buffer body 10 is bent.
First preferred embodiment according to the present invention, the length L1 of the forming body the first side wall 1021 are substantially equal to this
The sum of the length L3 of the length L2 of forming body third side wall 1023 and the buffering body first side wall 1011.The forming body second
The length L4 of side wall 1022 is slightly larger than the length L5 of the buffering body second side wall 1012, delays wherein the difference of the two is substantially equal to this
Rush the thickness of body first side wall 1011.
The air-packing devices are filled with air, and by the effect of pullling of the forming body 102, which is kept
For " L " shape.
It is noted that the forming body 102 not only has the function of keeping the buffering body shape, also there is it
Its effect.
As shown, the forming body the first side wall 1021 includes a forming body the first side wall first 10211 and a sizing
Body the first side wall second 10212.The forming body the first side wall is bonded the buffering body first side wall 1011 for first 10211 and sets
It sets, to form lamination buffer structure with the buffering body first side wall 1011, to enhance buffering effect.The forming body first
Side wall second 10212 and the forming body second sidewall 1022, the forming body third side wall 1023 and the buffering main body second
Side wall 1012 forms a three-dimensional buffer structure with rectangular section, has an accommodating chamber 200.
As shown in figure 5, the inflation buffer body 10 further comprises a bending body 103, it is arranged at the buffering main body 101
The buffering body first side wall 1011 and the forming body the first side wall 1021 of the forming body 102 between and with buffering master
Body the first side wall 1011 and 1021 integrally connected of forming body the first side wall.The bending body 103 is set, to make the buffering
It can be arranged parallel to each other between body the first side wall 1011 and the forming body the first side wall 1021 and carry out good fit.As schemed
Show, two row bending seam 37 is set in the both sides of the bending body 103 respectively.That is, the bending body 103 is slow by the inflation
Body is rushed to be formed along 37 bending of bending seam.More specifically, being set between the buffering body first side wall 1011 and the bending body 103
Row bending seam 37 is set, to facilitate the inflation buffer body 10 to bend.It is arranged between the bending body 103 and the sizing wall the first side wall
Another row bending seam 37, to facilitate the inflation buffer body 10 to bend.
Those skilled in the art are it should be appreciated that the buffer body the first side wall 1011 and the forming body the first side wall 1021
Between good fit can also realize by another way and be not provided with the bending body 103.The setting of the bending body 103 is only
Only it is unrestricted to the example of the present invention.As long as can reach the goal of the invention of the present invention, the present invention does not limit in this respect
System.
First preferred embodiment according to the present invention, the forming body the first side wall first 10211 and the buffer body
Further it is connected by three three-dimensional plastic packaging seams 40 between the first side wall 1011.To reinforce the buffer body the first side wall 1011
With the good fit between the forming body the first side wall 1021, and then the moulded of the air-packing devices is ensured.
Specifically, solid plastic packaging seam 40 includes that a row end seal stitches 41, to make the plane padded coaming as shown in FIG. 6
It is end to end.First preferred embodiment according to the present invention, end seal seam 41 are arranged at the sizing of the forming body 102
Body the first side wall 1021.End seal seam 41 is arranged at the forming body the first side wall first 10211 and first side of forming body
Between second 10212, wall.It is noted that the end seal seam 41 above-mentioned installation position be only to the present invention example and
Unrestricted, other embodiments according to the present invention, end seal seam 41 can also be arranged at other positions, as long as can reach
The goal of the invention of the present invention, the present invention are not limited in this respect.
As shown in fig. 6, position of the row end seal seam 41 on the left of plane capsulation material as shown in the figure is to be located at the master to lead to
Between road sealing seam 33 and the banding seam 32 in left side.Row end seal seam 41 and discontinuous setting, and between the inlet channel 23
Every setting, to prevent from blocking the inlet channel 23.First preferred embodiment according to the present invention, row end seal seam 41 exist
Position on the right side of plane padded coaming as shown in FIG. 6 is the outside of the banding seam 32 positioned at right side.Those skilled in the art
It should be appreciated that the end seal seam 41 above-mentioned installation position and set-up mode be only to the present invention example rather than
Limitation.Other embodiments according to the present invention, row end seal seam 41 can also be arranged to stitch 32 weights with the banding of the left and right sides
It closes.At this moment, row end seal seam 41 can be continuously arranged, to form a continuous end seal seam.It is according to the present invention other
Embodiment, row end seal seam 41 may be also configured to overlap with the banding seam 32 of main channel sealing seam 33 and right side.
As long as can reach the goal of the invention of the present invention, the present invention is not limited in this respect.
As shown in Figures 5 to 7, solid plastic packaging seam 40 further comprises three sealing seams 42, and heat-sealing connection respectively should
Forming body the first side wall first 10211 of buffer body the first side wall 1011 and the forming body the first side wall 1021, so that two
Person can secure fit, to ensure the moulded of the air-packing devices.This first preferred implementation according to the present invention
Example, two of which sealing seam 42 are arranged at except outermost two partitioning slots 31.This set position is only to this hair
Bright example and unrestricted, other embodiments according to the present invention, two sealings seams 42 may be set to be with it is outermost
A part for two partitioning slots 31 overlaps, and can be formed by a part for secondary outermost two partitioning slots 31 of heat-sealing.
The inside that sealing seam 42 can also be arranged at outermost two partitioning slots 31, for example, with outside Article 2 partitioning slot 31
Divide and overlap, to form side pressure gas chamber in both sides.As long as can reach the goal of the invention of the present invention, the present invention does not limit in this respect
System.As shown, wherein a sealing seam 42 is arranged at the buffer body the first side wall 1011 and the forming body the first side wall
First 10211 middle part, and partially overlap with a partitioning slot 31 at middle part, so as to pass through secondary heat-sealing partitioning slot 31
It is formed.It is noted that the quantity of above-mentioned sealing seam 42 and installation position are only unrestricted to the example of the present invention.
As long as can reach the goal of the invention of the present invention, the present invention is not limited in this respect.
Fig. 9 to Figure 12 of Figure of description illustrates the gas flush packaging dress of second preferred embodiment according to the present invention
It sets.The air-packing devices include an inflation buffer body 10A.Referring to Fig.1 and Figure 10, inflation buffer body 10A include two layers of gas
Room film 11 forms multiple gas storage being connected through a series of plane plastic packagings seam 30A with 12 with a series of three-dimensional plastic packaging seam 40A plastic packagings
Unit 13.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
It will be appreciated by persons skilled in the art that plane plastic packaging seam 30A is used to through plastic packaging form plural layers such as
Plane padded coaming shown in Fig. 10.Solid plastic packaging seam 40A is for making the above-mentioned further plastic packaging of plane padded coaming
The air-packing devices form with space multistory configuration and can pack a volumetric packaging device of an at least packing article,
As shown in Figure 9.The plane plastic packaging stitch 30A and the solid plastic packaging stitch 40A can will be more by way of being bonded or sealing connection
Layer film links together.Preferably, in this embodiment, plane plastic packaging seam 30A and solid plastic packaging seam 40A can be
It is embodied as being formed by hot sealing process.
It is noted that solid plastic packaging seam 40A can be formed by once sealing, it can also be slow in plane by elder generation
It rushes on material and seal and further formed by secondary heat-sealing when forming cubic materials.The present invention does not limit in this respect
System.The position where solid plastic packaging seam 40A is illustrated in plane padded coaming as shown in Figure 10, is become apparent from helping reader
Ground understands the present invention.
It includes multiple row partitioning slot 31A that the plane plastic packaging, which stitches 30A, and two layers of air cells film 11 and 12 is separated into multiple gas storage lists
Member 13.I.e. preferably, it respectively arranges partitioning slot 31A to be formed by hot sealing process, heat-sealing connection two layers of air cells film 11 and 12, to
One is formed between two neighboring gas storage unit 13 arranges partitioning slot 31A.Partitioning slot 31A can be continuous hot-sealing line, to
Keep multiple gas storage units 13 independent mutually.It is understood that as shown in Figure 10,31A is stitched in a column split of top side and bottom side
The top side boundary seam and bottom side boundary seam of inflation buffer body 10A can be respectively become.It is noted that removing top side and bottom side
Partitioning slot 31A outside, other partitioning slot 31A can also be interrupted hot-sealing line, to make multiple gas storage units 13 mutually be connected
It is logical.The gas storage unit 13 can be variously-shaped, round such as bar shaped, polygon or other irregular shapes etc..Such as Fig. 9 to figure
Shown in 10, inflation buffer body 10A of the invention may include multiple inflatable columns being arranged side by side, but we are bright in this respect
It is not so limited.
In this preferred embodiment, inflation buffer body 10A includes further being formed by two layers of valve film 21 and 22
An at least charge valve 20.With reference to figure 1, the valve film 21 and 22 and the cameral mantle 11 and 12 of the charge valve 20 are superimposedly set mutually
It sets, and forms the inlet channel 23 for being inflated to the air storage chamber 14 between the valve film 21 and 22.It is understood that
The valve film 21 and 22 is shorter in length than the cameral mantle 11 and 12.It is inflated simultaneously into the air storage chamber 14 when by the inlet channel 23
And the air pressure in the air storage chamber 14 is when reaching pre-provisioning request, the gas pressure in the air storage chamber 14 on the valve film 21 and 22, with
The valve film 21 and 22 is set to fit in wherein one layer of cameral mantle 11 or 12, to close the inlet channel 23, so that the charge valve 20
Play the role of check valve.At least one inlet channel 23, and each gas storage unit 13 are formed when each gas storage unit 13 is interior
When independent mutually, when one of gas storage unit 13 is damaged gas leakage, other gas storage units 13 can't be affected,
Air cushion effect can also be played.
It is understood that the cameral mantle 11 of inflation buffer body 10A and 12 and the charge valve 20 the valve film 21
It can be made of various suitable thin-film materials with 22, such as polyethylene film, polypropylene film, polyvinyl chloride film, gather respectively
Ester film, polystyrene film or laminated film etc., the present invention are also not so limited in this respect, as long as suitable flexible
Film.It is noted that in order to increase one-way sealing effect, the valve film 21 and 22 of the charge valve 20 can also be by
The above-mentioned added chemical composition of film and modified obtained tack film.
Inflation buffer body 10A includes further a main channel unit 15, is connected to each gas storage unit 13, excellent
Selection of land integrally extends each gas storage unit 13.More specifically, in this preferred embodiment, the main channel unit 15
It is perpendicular with the extending direction of the gas storage unit 13.For example, in this embodiment, each gas storage unit 13 is along horizontal direction
Extend, which extends in a longitudinal direction.The main channel unit 15 forms a main channel 151, and the master is logical
Road 151 have an inflating port 152, when the position of the inflating port 152 is provided with air inflation nozzle and executes charge operation, gas from
The inflating port 152 enters the main channel 151 in a longitudinal direction, and enters each gas storage unit 13 further along horizontal direction,
And after reaching preset air pressure in each air storage chamber 14, the valve film 21 and 22 of the charge valve 20 fits in wherein one layer of gas chamber
Film 11 or 12, self-enclosed to realize, to prevent the gas being filled with, reverse osmosis enters the main channel 151 again.
It is understood that the main channel unit 15 can be formed by two layers of air cells film 11 and 12, it can also be by two layers of valve
The formation of film 21 and 22, or by wherein one layer of cameral mantle 11 or 12 and wherein one layer of valve film 21 or 22 is formed.
As shown in Figure 10, plane plastic packaging seam 30A includes further the left side for being located at inflation buffer body 10A
The main channel of one side joint seal 32A of the continuous sealing of right both sides and a continuous sealing in left side sealing seam 33A, wherein left side should
Banding stitches and forms the main channel 151 between 32A and main channel sealing seam 33A.It is understood that banding seam 32A passes through
Plastic package process forms and seals connection two layers of air cells film 11 and 12 as being bonded or sealing, and main channel sealing seam 33A passes through modeling
Technique is sealed as being bonded or heat-sealing is formed and by four tunics, i.e., two layers of air cells film 11 and 12 and and two layers of valve film 21 and 22 distinguish
It links together.It is noted that main channel sealing seam and four tunic of discontinuous plastic packaging.As shown in fig. 1, in the air inlet
Region where channel 23, two layers of valve film 21 and 22 are connected without heat-sealing.Main channel sealing seam 33A is in the inlet channel 23
Both sides up and down respectively by the cameral mantle 11 and the valve film 21 heat-sealing connection, and by the cameral mantle 12 and the valve film 22 heat-sealing connect
Connect, to the inflation buffer body 10A inflation when, gas enter the main channel 151 after, the adjacent valve film 21 and 22 with it is corresponding
Cameral mantle 11 and 12 of connection can expand and open the corresponding inlet channel 23 together.
As shown in Figure 10, plane plastic packaging seam 30A further comprises a series of air guide seams 34.It is every two row apart from one another by
34 setting corresponding to each charge valve 20 of air guide seam.Air guide seam 34 is arranged at each gas storage unit 13 adjacent to the main channel
151 position connects the valve film 21 and 22 by heat-sealing and is formed.The inlet channel 23 that the valve film 21 and 22 is formed is located at two
The air guide is arranged to stitch between 34.
Referring to Fig.1, which is further advanced by the heat-sealing of multiple connecting sewings 35 and is connected to the cameral mantle 11, in this way
When reaching scheduled air pressure in the air storage chamber 14, gas pressure is in the valve film 21 and 22, and because the connecting sewing 35 is set
It sets and is pressed towards the cameral mantle 11 simultaneously and finally fits in the cameral mantle 11, to close the inlet channel 23.That is the connection
35 heat-sealing two layers of valve film 21 of connection of seam and 22 and wherein one layer of cameral mantle 11 or 12.According to this preferred embodiment of the invention,
The connecting sewing 35 heat-sealing two layers of valve film 21 of connection and 22 and the cameral mantle 11.In addition, as shown in Figure 10, each connecting sewing 35
Shape design so that its also further play the role of preventing gas backstreaming.That is, when in the air storage chamber 14
When gas wants reflux, it can be stopped by the connecting sewing 35 and the main channel 151 cannot be entered by reverse osmosis easily.
It is noted that according to this preferred embodiment of the invention, air guide seam 34 not only seals 21 He of valve film
22, also while sealing wherein one layer of cameral mantle 11 or 12.The cameral mantle that air guide seam 34 is sealed and the connecting sewing 35 heat-sealing
Cameral mantle is identical, as the cameral mantle 11.Therefore, the setting of air guide seam 34 further there are the air-packing devices to be inflated
The effect of the inlet channel 23 is closed afterwards.Those skilled in the art should be understood that air guide seam 34 seals the valve film 21 and 22
And the cameral mantle 11 is only unrestricted to the example of the present invention.Other embodiments according to the present invention, air guide seam 34
It can also only seal and connect the valve film 21 and 22, and be not connected to the cameral mantle 11 and 12.As long as the hair of the present invention can be reached
Improving eyesight, the present invention is not limited in this respect.
In addition, when heat-sealing forms these plane plastic packagings and stitches 30A, the valve film 21 of the charge valve 20 and 22 air inlet
Channel 23 can be formed by heat-resisting baffling device is arranged, and in hot sealing process and then take out the heat-resisting baffling device.At this
In a preferred embodiment, it is provided with a refractory layer 24 between the valve film 21 and 22 of the charge valve 20, such as institute in Fig. 1 and Figure 10
Show, such as can be heat-resistant inks, be attached at the inner surface of wherein one layer valve film 21 or 22, in this way, forming the master in heat-sealing
When channel sealing seam 33A, two layers of valve film 21 and 22 will not seal connection, so that be able to can be with the main channel for the inlet channel 23
151 are connected, without closing its inlet port due to heat-sealing.
In this preferred embodiment, which is formed by two layers of air cells film 11 and 12, the refractory layer 24 and should
Valve film 21 and 22 each own extended segments enter the main channel 151, and plane plastic packaging seam 30A further includes corresponding to the refractory layer 24
The position of extended segment one row apart from one another by the joint close 36 arranged along the longitudinal direction, because of the setting of the refractory layer 24, should
Two layers of air cells film 11 and 12 and two layers of valve film 21 and 22 are respectively connected together by joint close 36, and two layers of valve film 21 and 22 does not have
The setting of heat-sealing connection, the joint close 36 makes the inflation buffer body 10A in inflation, after gas enters the main channel 151,
The adjacent valve film 21 and 22 can expand with the cameral mantle 11 being correspondingly connected with and 12 and open the corresponding air inlet and lead to together
Road 23.
Plane plastic packaging seam 30A further includes bending seam 37A of the multiple row in interruption heat-sealing.The inflation buffer body after inflation
10A is suitable for along bending seam 37A bendings, to make inflation buffer body 10A form preset shape.More specifically, this is curved
Each gas storage unit 13 is divided into multiple sub- gas storage units 131 by crease 37A.Bending seam 37A can be located at the gas storage unit 13
Medium position, and both sides are respectively formed a communicating passage 132, and the sub- gas storage unit of this adjacent 131 is able to mutually be connected in this way
It is logical, as shown in Figure 10.It is understood that bending seam can also be located at the both sides of the gas storage unit 13, and the communicating passage
132 are located at the medium position of the gas storage unit 13.Accordingly, it should be understood that respectively arranging bending seam 37A heat-sealings connection two
Layer cameral mantle 11 and 12.
As shown in figure 9, the air-packing devices being filled with air include side buffer body 109A and one end buffer body 108A.
Side buffer body 109A includes side buffer body the first wall 1091A and the second wall of side buffer body 1092A.The side buffer body
One wall 1091A is arranged with side buffer body the second wall 1092A laminations, so as to provide multi-buffer effect to packing article.
As shown in Figure 9 and Figure 10, side buffer body 109A further comprises side buffer body folded walls 1093A, and it is slow to be arranged at side
Rush between body the first wall 1091A and second wall of side buffer body 1092A and with the two integrally connected.The side buffer body folded walls
1093A's is provided with the two side walls that the fitting that is mutually parallel is bent to form conducive to inflation buffer body 10A, i.e. the side buffer body
The first wall 1091A and side buffer body the second wall 1092A buffers to be conducive to the side buffer body the first wall 1091A with the side
The second wall of body 1092A synergistic effects, play the role of the multi-buffer to packing article.
As shown in figure 9, folded between the side buffer body the first wall 1091A and second wall of side buffer body 1092A to reinforce
The structural relation of layer setting, further passes through between the side buffer body the first wall 1091A and second wall of side buffer body 1092A
A plurality of solid plastic packaging seam 40A is securely connected.It is noted that for securely connecting the side buffer body the first wall 1091A and being somebody's turn to do
The second wall of side buffer body 1092A the solid plastic packaging seam 40A play securely connect the side buffer body the first wall 1091A with should
While the effect of the second wall of side buffer body 1092A, also have the function of that it is preset shape to fix end buffer body 108A.
As shown in figures 9 and 11, end buffer body 108A has a rectangular section comprising four connected vertically successively
Side wall, one of side wall are L-shaped with side buffer body the first wall 1091A vertical connections, to form a L-shaped packaging space
100A, wherein another side wall connect with second wall of side buffer body 1092A and prolongs along the direction of second wall of side buffer body 1092A
It stretches.
Specifically, end buffer body 108A include the first wall of one end buffer body 1081A, the second wall of one end buffer body 1082A,
One end buffer body third wall 1083A and the 4th wall 1084A of one end buffer body.
The end buffer body the first wall 1081A and side buffer body the first wall 1091A integrally connecteds are simultaneously mutually perpendicular to.The end is slow
Rush one row bending seam 37 of setting between body the first wall 1081A and first wall of side buffer body 1091A.More specifically, the inflation is slow
Body 10A is rushed along 37 bending of row bending seam, to form orthogonal two side walls, i.e. first wall of end buffer body 1081A
With first wall of side buffer body 1091A.
End buffer body third wall 1083A and end buffer body the first wall 1081A integrally connecteds are simultaneously mutually perpendicular to.The end is slow
It rushes between body third wall 1083A and first wall of end buffer body 1081A and another row bending seam 37 is set.More specifically, the inflation
Buffer body 10A is along 37 bending of row bending seam, to form orthogonal two side walls, i.e. the end buffer body third wall
1083A and first wall of end buffer body 1081A.
The end buffer body the second wall 1082A and the end buffer body third wall 1083A integrally connecteds are simultaneously mutually perpendicular to.The end is slow
It rushes between body the second wall 1082A and end buffer body third wall 1083A and another row bending seam 37 is set.More specifically, the inflation
Buffer body 10A is along 37 bending of row bending seam, to form orthogonal two side walls, i.e. second wall of end buffer body
1082A and end buffer body third wall 1083A.
The 4th wall 1084A of the end buffer body and end buffer body the second wall 1082A integrally connecteds are simultaneously mutually perpendicular to.The end is slow
It rushes between the 4th wall 1084A of body and second wall of end buffer body 1082A and another row bending seam 37 is set.More specifically, the inflation
Buffer body 10A is along 37 bending of row bending seam, to form orthogonal two side walls, i.e. the 4th wall of end buffer body
1084A and second wall of end buffer body 1082A.The 4th wall 1084A of the end buffer body is with side buffer body second wall 1092 by cloth
It is placed in same plane.
As shown, end buffer body 108A has an accommodating chamber 200A.Accommodating chamber 200A has a rectangular section.By
Side buffer body 109A has the section of similar " b " shape with the air-packing devices that end buffer body 108A is collectively formed,
To suitable for providing buffer protection in a corner of packing article for packing article.
Second preferred embodiment according to the present invention, end buffer body 108A further comprise a unaerated structure
1080A is formed on first wall of end buffer body 1081A, second wall of end buffer body 1082A, the end buffer body third wall
1083A and the 4th side wall 1084A of the end buffer body are formed by whole subregion.As shown in figure 12, since this is not filled
Depressed structure 1080A is inflated, to which it can easily be shunk, to suitable for outside the air-packing devices and its
The storage space 300A for being suitable for packing packing article accessory is formed between packing case.Storage space 300A and the accommodating chamber 200
Between separated by forming the cameral mantle 11 and 12 of unaerated structure 1080A, to be respectively formed spaced independence
Space, to suitable for the different accessories for packing packing article.
Specifically, solid plastic packaging seam 40A includes that a row end seal stitches 41A, to make the plane as shown in Figure 10 buffer
Material is end to end.Second preferred embodiment according to the present invention, end seal seam 41A are arranged at the side buffer body second
Between the 4th wall 1084A of wall 1092A and the end buffer body and seal the connection side buffer body the second wall 1092A and the end buffer body
4th wall 1084A.It is noted that the above-mentioned installation position of end seal seam 41A is only the example rather than limit to the present invention
System, other embodiments according to the present invention, end seal seam 41A can also be arranged at other positions, as long as can reach this
The goal of the invention of invention, the present invention are not limited in this respect.
As shown in Figure 9 and Figure 10, solid plastic packaging seam 40A further comprises three sealing seam 42A, respectively different
The position heat-sealing connection side buffer body the first wall 1091A and side buffer body the second wall 1092A, so that the two can be pasted securely
It closes, and then ensures the moulded of the air-packing devices.Second preferred embodiment according to the present invention, two of which are solid
Joint seal 42A is arranged at except outermost two partitioning slot 31A.Another article of sealing seam 42A is arranged at the side buffer body the
In the middle part of one wall 1091A and second wall of side buffer body 1092A, and partially overlap with a partitioning slot 31A at middle part, so as to
It is formed by secondary heat-sealing partitioning slot 31A.It is noted that the quantity of above-mentioned sealing seam 42A and installation position are only
It is unrestricted to the example of the present invention.As long as can reach the goal of the invention of the present invention, the present invention is not limited in this respect.
As shown in Fig. 9, Figure 10 and Figure 12, plane plastic packaging seam 30A further comprises at least one section of joint seal 38A, to
Form unaerated structure 1080A.The quantity of second preferred embodiment according to the present invention, this section of joint seal 38A is two,
In one cut joint seal 38A be arranged between the end buffer body the first wall 1081A and end buffer body third wall 1082A, and with
Bending seam 37A between the two is overlapped, and wherein this cuts two gas storage units 13 that joint seal 38A cuts envelope outside, hence into
The gas of two gas storage units 13 reach will be unable to after this section of joint seal 38A continue to fill up the two gas storage units 13 it is remaining its
Its sub- gas storage unit 131, it is inflated to the remaining sub- gas storage unit 131 of the two gas storage units 13.
Similar, another is cut joint seal 38A and is arranged at the end buffer body the first wall 1081A and first wall of side buffer body
It is overlapped between 1091A and with bending seam 37A between the two, wherein this another is cut joint seal 38A and cut inside back cover gas storage unit
13, it is adjacent with other two gas storage unit 13 of envelope is cut.Similarly, being reached into the gas of three gas storage units 13 should
It will be unable to continue to fill up the remaining other sub- gas storage units 131 of these three gas storage units 13 after cutting joint seal 38A, to these three storages
The remaining sub- gas storage unit 131 of gas unit 13 is inflated.
Above-mentioned inflated sub- gas storage unit 131 collectively constitutes unaerated structure 1080A.On it is noted that
It is only unrestricted to the example of the present invention to state and to form the mode of unaerated structure 1080A.This section of joint seal 38A of above-mentioned formation
Position and this section of joint seal 38A quantity all be only to the present invention example and it is unrestricted.As long as the present invention can be reached
Goal of the invention, the present invention convenient is not limited at this.Those skilled in the art are it should be appreciated that according to the present invention other
Unaerated structure 1080A can not also be arranged in the air-packing devices of embodiment.
Figure 12 of Figure of description illustrates the gas flush packaging dress of above-mentioned second preferred embodiment according to the present invention
Another dimensional structure diagram set, wherein unaerated structure 1080A are in the receipts that are contraction-like, being formed after being retracted to it
It receives space 300A and accommodating chamber 200A separately and can be used for accommodating packing article accessory
Figure 13 to Figure 15 of Figure of description illustrates an inflation packet of a third preferred embodiment according to the present invention
Assembling device.The air-packing devices include an inflation buffer body 10B and a series of charge valves for being set to inflation buffer body 10B
20.Inflation buffer body 10B includes that two layers of air cells film 11 and 12 stitches 30B and a series of three-dimensional plastic packaging seams through a series of plane plastic packagings
Multiple gas storage units 13 being connected that 40B plastic packagings are formed.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
Plane plastic packaging seam 30B includes a plurality of partitioning slot 31B, two banding seam 32B, main channel sealing seam 33B, one
Serial air guide seam 34, a series of connecting sewings 35, a series of joint closes 36, multiple row bending seam 37B and two cut joint seal 38B.This is vertical
It includes that an end seal stitches 41B at least sealings seam 42B that body plastic packaging, which stitches 40B,.
As shown in figure 13, the air-packing devices being filled with air include side buffer body 109B and one end buffer body
108B.Side buffer body 109B includes side buffer body the first wall 1091B and the second wall of side buffer body 1092B.The side buffers
Body the first wall 1091B is arranged with side buffer body the second wall 1092B laminations, makees so as to provide multi-buffer to packing article
With.
End buffer body 108B includes that the first wall of one end buffer body 1081B, the second wall of one end buffer body 1082B, one end are slow
Rush the 4th wall 1084B of body third wall 1083B and one end buffer body.First wall of end buffer body 1081B, second wall of end buffer body
1082B, end buffer body third wall 1083B and the 4th wall 1084B of the end buffer body surround an accommodating chamber 200B.
The end buffer body the first wall 1081B and first wall of side buffer body 1091B forms a packaging space 100B, with by with
In packaging packing article.
Unlike above-mentioned second preferred embodiment, the son of the left and right ends of plane padded coaming as shown in figure 14
Gas storage unit 131 is respectively formed the side buffer body the first wall 1091B of the air-packing devices as shown in fig. 13 that and the side is slow
Rush the second wall of body 1092B.It is provided with the end seal between the side buffer body the first wall 1091B and second wall of side buffer body 1092B
Seam 41B is simultaneously connected by end seal seam 41B.According to the third preferred embodiment, it is continuous heat-sealing which, which stitches 41B,
Seam is arranged at the outside of two banding seam 32B.
It is slow according to the side buffer body the second wall 1092B of the air-packing devices of the third preferred embodiment and the end
Rush the 4th wall 1084B integrally connecteds of body.That is, with the air-packing devices in above-mentioned second preferred embodiment in its side
Between buffer body the second wall 1092A and end buffer body the 4th wall 1084A it is end to end unlike, it is preferred real according to the third
Apply the air-packing devices of the example head and the tail phase between the side buffer body the first wall 1091B and second wall of side buffer body 1092B
It connects.Those skilled in the art it should be appreciated that, the side buffer body the first wall 1091B and second wall of side buffer body
Between 1092B by the end seal stitch 41B be connected only to the present invention example by it is unrestricted.It is according to the present invention other
End seal seam 41B can not also be arranged, to the side buffer body the first wall 1091B and second wall of side buffer body in embodiment
1092B stitches 42B connections only by the sealing, and 41B connections are not stitched in its top by the end seal.As long as this can be reached
The goal of the invention of invention, the present invention are not limited in this respect.
According to the third preferred embodiment, two cut joint seal 38B be arranged at the side buffer body the first wall 1091B with
The position where bending seam 37B between first wall of end buffer body 1081B.This two are cut joint seal 38B and cut envelope such as Figure 14 respectively
Shown in two gas storage units 13 on top and two gas storage units 13 of bottom end.The charge valve 20 is arranged at side buffering
The top of the second wall of body 1092B.Therefore, when being inflated to the air-packing devices by the charge valve 20, when gas reaches
When this section of joint seal 38B, subsequent sub- inflation unit 131 cannot be introduced by the blocking of this section of joint seal 38B.Therefore, the side is slow
The sub- inflation unit 131 for rushing the both sides body the first wall 1091B is inflated, is not filled to which side buffer body 109B forms two
Depressed structure 1090B.
Figure 16 to Figure 18 of Figure of description illustrates an inflation packet of according to the present invention 1 the 4th preferred embodiment
Assembling device.The air-packing devices include an inflation buffer body 10C and a series of charge valves for being set to inflation buffer body 10C
20.Inflation buffer body 10C includes that two layers of air cells film 11 and 12 stitches 30C and a series of three-dimensional plastic packaging seams through a series of plane plastic packagings
40C plastic packagings form multiple gas storage units 13 being connected.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
Plane plastic packaging seam 30C includes a plurality of partitioning slot 31C, two banding seam 32C, main channel sealing seam 33C, one
Serial air guide seam 34, a series of connecting sewings 35, a series of joint closes 36 and multiple row bending seam 37C.The solid plastic packaging stitches 40C
Joint seal 41C at least sealings in one end stitch 42C.
As shown in figure 16, the air-packing devices being filled with air include side buffer body 109C and one end buffer body
108C.Side buffer body 109C includes the first wall of side buffer body 1091C, side buffer body the second wall 1092C and side buffering
Body folded walls 1093C.The side buffer body the first wall 1091C is arranged with side buffer body the second wall 1092C laminations, so as to right
Packing article provides multi-buffer effect.4th preferred embodiment according to the present invention, first wall of side buffer body 1091C
42C is stitched with the side buffer body the second wall 1092C by two sealings to be fixedly connected.
End buffer body 108C includes that the first wall of one end buffer body 1081C, the second wall of one end buffer body 1082C, one end are slow
Rush the 4th wall 1084C of body third wall 1083C and one end buffer body.
First wall of end buffer body 1081C, second wall of end buffer body 1082C, end buffer body third wall 1083C with
And the 4th wall 1084C of the end buffer body surrounds an accommodating chamber 200C.
The end buffer body the first wall 1081C and first wall of side buffer body 1091C forms a packaging space 100C, with by with
In packaging packing article.
Unlike above-mentioned second preferred embodiment, the son of the left and right ends of plane padded coaming as shown in figure 17
Gas storage unit 131 is respectively formed the end buffer body the second wall 1082C and end of the air-packing devices as shown in figure 16
The 4th wall 1084C of buffer body.The end seal stitches 41C heat-sealings connection the 4th wall 1084C of the end buffer body and second wall of end buffer body
1082C。
It is slow according to the side buffer body the second wall 1092B of the air-packing devices of the 4th preferred embodiment and the end
Rush the 4th wall 1084B integrally connecteds of body.That is, with the air-packing devices in above-mentioned second preferred embodiment in its side
Between buffer body the second wall 1092A and end buffer body the 4th wall 1084A it is end to end unlike, it is preferred real according to the 4th
Apply the air-packing devices of the example head and the tail phase between the side buffer body the second wall 1092B and the 4th wall 1084B of the end buffer body
It connects.
According to the 4th preferred embodiment, the side buffer body the second wall 1092B and the 4th wall 1084B of the end buffer body
Between be not arranged the plane plastic packaging seam 30C and the solid plastic packaging seam 40C.
Figure 19 to Figure 21 of Figure of description illustrates an inflation packet of according to the present invention 1 the 5th preferred embodiment
Assembling device.The air-packing devices include an inflation buffer body 10D and a series of charge valves for being set to inflation buffer body 10D
20.Inflation buffer body 10D includes that two layers of air cells film 11 and 12 stitches 30D and a series of three-dimensional plastic packaging seams through a series of plane plastic packagings
40D plastic packagings form multiple gas storage units 13 being connected.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
Plane plastic packaging seam 30D includes a plurality of partitioning slot 31D, two banding seam 32D, main channel sealing seam 33D, one
Serial air guide seam 34, a series of connecting sewings 35, a series of joint closes 36 and multiple row bending seam 37D.The solid plastic packaging stitches 40D
Joint seal 41D at least sealings in one end stitch 42D.
As shown in figure 19, the air-packing devices being filled with air include side buffer body 109D and one end buffer body
108D。
End buffer body 108D includes that the first wall of one end buffer body 1081D, the second wall of one end buffer body 1082D, one end are slow
Rush the 4th wall 1084D of body third wall 1083D and one end buffer body.
First wall of end buffer body 1081D, second wall of end buffer body 1082D, end buffer body third wall 1083D with
And the 4th wall 1084D of the end buffer body surrounds an accommodating chamber 200D.
Side buffer body 109D and the 4th side wall 1084D integrally connecteds of end buffer body.First wall of end buffer body 1081D
A packaging space 100D is formed with side buffer body 109D, be used to pack packing article.
Unlike above-mentioned second preferred embodiment, the effect of end seal seam 41D not makes as shown in figure 20 put down
Face padded coaming is end to end, but one end will be connected to the intermediate position of the plane padded coaming, such as Figure 19 to figure
Shown in 21.According to the 5th preferred embodiment, which stitches the 41D position at position and this point among the plane padded coaming
Space 31D partially overlaps, and will not obstruct circulation of the gas in same gas storage unit 13.Those skilled in the art should be able to
Understanding, this setup is only unrestricted to the example of the present invention, as long as the goal of the invention of the present invention can be reached, this
Invention is not limited in this respect.
As shown in figure 20, the partitioning slot 31D of the air-packing devices of the 5th preferred embodiment according to the present invention and
Bending seam 37D shapes are different from other embodiments, and wider width is suitable for the larger air column of matching size.This field skill
Art personnel are it should be appreciated that this is only unrestricted to the example of the present invention, as long as can reach the invention mesh of the present invention
, the present invention is not limited in this respect.
As shown in figure 21, side buffer body 109D is single layer buffer structure.It is filled according to the 5th preferred embodiment this
Gas bag assembling device further comprises the bending bodies of a reinforcement buffer body 104D and one 103D.Enhancing buffer body 104D is stacked setting
In the outside of the 4th wall 1084D of side buffer body 109D and the end buffer body, to reinforce the cushioning effect of the two.
5th preferred embodiment according to the present invention, sealing seam 42D consolidate reinforcement buffer body 104D in both sides
Surely it is connected to the outside of the 4th wall 1084D of side buffer body 109D and the end buffer body, to keep the reinforcement buffer body
The stacked relationship of 104D and the 4th wall 1084D of side buffer body 109D and the end buffer body.
Figure 22 to Figure 25 of Figure of description illustrates an inflation packet of according to the present invention 1 the 6th preferred embodiment
Assembling device.The air-packing devices include an inflation buffer body 10E and a series of charge valves for being set to inflation buffer body 10E
20.Inflation buffer body 10E includes that two layers of air cells film 11 and 12 stitches 30E and a series of three-dimensional plastic packaging seams through a series of plane plastic packagings
40E plastic packagings form multiple gas storage units 13 being connected.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
Plane plastic packaging seam 30E includes a plurality of partitioning slot 31E, two banding seam 32E, main channel sealing seam 33E, one
Serial air guide seam 34, a series of connecting sewings 35, a series of joint closes 36 and multiple row bending seam 37E.The solid plastic packaging stitches 40E
One end joint seal 41E.
As shown in figure 22, the air-packing devices being filled with air include side buffer body 109E, one end buffer body 108E,
One reinforces the bending bodies of buffer body 104E and one 103E.
End buffer body 108E includes that the first wall of one end buffer body 1081E, the second wall of one end buffer body 1082E, one end are slow
Rush the 4th wall 1084E of body third wall 1083E and one end buffer body.
First wall of end buffer body 1081E, second wall of end buffer body 1082E, end buffer body third wall 1083E with
And the 4th wall 1084E of the end buffer body surrounds an accommodating chamber 200E.
Side buffer body 109E and the 4th side wall 1084E integrally connecteds of end buffer body.First wall of end buffer body 1081E
A packaging space 100E is formed with side buffer body 109E, be used to pack packing article.
As shown in figure 24, unlike above-mentioned 5th preferred embodiment, 6th according to the present invention preferred real
Example is applied, reinforcement buffer body 104E cannot be extended to the outside of the 4th side wall 1084E of the end buffer body, and be merely capable of being prolonged
Extend to the outside of side buffer body 109E.Reinforcement buffer body 104E is not fixedly connected on side buffer body 109E, to
The positions reinforcement buffer body 104E can be conditioned, and as shown in figures 24 and 25, reinforcement buffer body 104E can both be set
In the outside of side buffer body 109E, it can also be arranged at the inside of side buffer body 109E, can be converted as needed.
As shown in figure 24, when reinforcement buffer body 104E is arranged at the outside of side buffer body 109E, the buffer body
4th side wall 1084E and reinforcement buffer body 104E can form a storage space 300E, so as to accommodate article, such as electricity
Sub- product accessories.
Figure 26 to Figure 28 D of Figure of description illustrates an inflation packet of according to the present invention 1 the 7th preferred embodiment
Assembling device.The air-packing devices include an inflation buffer body 10F and a series of charge valves for being set to inflation buffer body 10F
20.Inflation buffer body 10F includes that two layers of air cells film 11 and 12 stitches 30F and a series of three-dimensional plastic packaging seams through a series of plane plastic packagings
40F plastic packagings form multiple gas storage units 13 being connected.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
Plane plastic packaging seam 30F includes a plurality of partitioning slot 31F, two banding seam 32F, main channel sealing seam 33F, one
Serial air guide seam 34, a series of connecting sewings 35, a series of joint closes 36 and multiple row bending seam 37F.The solid plastic packaging stitches 40F
One end joint seal 41F and two sealings stitch 42F.
As shown in Figure 26 to Figure 28 D, the air-packing devices being filled with air include side buffer body 109F, one end buffering
Body 108F, one reinforce a buffer body 104F and folded walls 103F.
End buffer body 108F includes that the first wall of one end buffer body 1081F, the second wall of one end buffer body 1082F, one end are slow
Rush the 4th wall 1084F of body third wall 1083F and one end buffer body.
First wall of end buffer body 1081F, second wall of end buffer body 1082F, end buffer body third wall 1083F with
And the 4th wall 1084F of the end buffer body surrounds an accommodating chamber 200F.
Side buffer body 109F and the 4th side wall 1084F integrally connecteds of end buffer body.First wall of end buffer body 1081F
A packaging space 100F is formed with side buffer body 109F, be used to pack packing article.
As shown in Figure 28 A to Figure 28 D, the 7th preferred embodiment according to the present invention, the reinforcement buffer body 104F packets
Include the first wall of reinforcement buffer body 1041F, reinforcement buffer body the second wall 1042F and one reinforces buffering folded walls 1043F.It should add
Strong buffering folded walls 1043F is integrally formed at the reinforcement buffer body the first wall 1041F and second wall of reinforcement buffer body
Between 1042F.The sealing stitches 42F and the reinforcement buffer body the first wall 1041F and side buffer body 109F is connected as lamination shape
State.The reinforcement buffer body the second wall 1042F is not through solid plastic packaging seam 40F with reinforcement buffering folded walls 1043F and connects,
So its position can be adjusted.
As shown in Figure 28 A, second wall of reinforcement buffer body 1042F, which can be stacked, is set to first wall of reinforcement buffer body
The outside of 1041F, to form three layers of buffering knot with the reinforcement buffer body the first wall 1041F and side buffer body 109F
Structure, to enhance buffering effect.The 4th side wall 1084F of the buffer body forms a storage space 300F with reinforcement buffer body 104F,
So as to accommodate article, such as electronic product accessory.
As shown in Figure 28 B, the reinforcement buffer body the second wall 1042F and reinforcement buffering folded walls 1043F can also be by
It is set to the outside of the 4th wall 1084F of the end buffer body, is tied to form lamination buffering with the 4th wall 1084F of the end buffer body
Structure.
As shown in fig. 28 c, end buffer body 108F can be also reversed, should to make reinforcement buffer body 104F be in
The packaging space 100F ' that side buffer body 109F is formed with the 4th wall 1084F of the end buffer body, in side buffer body 109F
Inside relative to packaging space 100F ' provides lamination buffer protection.
As shown in fig. 28d, first wall of reinforcement buffer body 1041F is arranged at side buffer body 109F relative to the packaging
The inside of space 100F '.The reinforcement buffer body the second wall 1042F and to be arranged at the 4th wall 1084F of the end buffer body opposite
In the inside of packaging space 100F '.The reinforcement buffer body the first wall 1041F and second wall of reinforcement buffer body 1042F difference
It acts synergistically with side buffer body 109F and the 4th wall 1084F of the end buffer body, plays the role of multi-buffer.
Figure 29 to Figure 31 of Figure of description illustrates an inflation packet of according to the present invention 1 the 8th preferred embodiment
Assembling device.The air-packing devices include an inflation buffer body 10G and a series of charge valves for being set to inflation buffer body 10G
20.Inflation buffer body 10G includes that two layers of air cells film 11 and 12 stitches 30G and a series of three-dimensional plastic packaging seams through a series of plane plastic packagings
40G plastic packagings form multiple gas storage units 13 being connected.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
Plane plastic packaging seam 30G includes a plurality of partitioning slot 31G, two banding seam 32G, main channel sealing seam 33G, one
Serial air guide seam 34, a series of connecting sewings 35, a series of joint closes 36 and multiple row bending seam 37G.The solid plastic packaging stitches 40G
One end joint seal 41G and two sealings stitch 42G.
As shown in Figure 29 to Figure 31, the air-packing devices being filled with air include side buffer body 109G, one end buffering
Body 108G, one reinforce the bending bodies of buffer body 104G and one 103G.
Side buffer body 109G includes side buffer body the first wall 1091G and the second wall of side buffer body 1092G.
End buffer body 108G includes that the first wall of one end buffer body 1081G, the second wall of one end buffer body 1082G, one end are slow
Rush the 4th wall 1084G of body third wall 1083G and one end buffer body.
First wall of end buffer body 1081G, second wall of end buffer body 1082G, end buffer body third wall 1083G with
And the 4th wall 1084G of the end buffer body surrounds an accommodating chamber 200G.
The side buffer body the second wall 1092G and the 4th side wall 1084G integrally connecteds of end buffer body.The end buffer body first
Wall 1081G forms a packaging space 100G with reinforcement buffer body 104G, be used to pack packing article.
The bending body 103 is integrally formed between the reinforcement buffer body 104G and first wall of side buffer body 1091G,
So that the inflation buffer body 10G reinforcement buffer body 104G and first wall of the side buffer body 1091G being bent to form are bonded to each other.
Reinforcement buffer body 104G is arranged at the inside of side buffer body 109G, to enhance its cushioning effect.More
Body, the reinforcement buffer body 104G and side buffer body the first wall 1091G and the side buffer body second sidewall 1092G laminations are set
It sets, to play the effect of multi-buffer.
8th preferred embodiment according to the present invention, the reinforcement buffer body 104G and first wall of side buffer body
1091G and side buffer body second sidewall 1092G is fixedly connected by sealing seam 42G, so that three remains laminated construction
Relationship.
Figure 32 to Figure 34 of Figure of description illustrates an inflation packet of according to the present invention 1 the 9th preferred embodiment
Assembling device.The air-packing devices include an inflation buffer body 10H and a series of charge valves for being set to inflation buffer body 10H
20.Inflation buffer body 10H includes that two layers of air cells film 11 and 12 stitches 30H and a series of three-dimensional plastic packaging seams through a series of plane plastic packagings
40H plastic packagings form multiple gas storage units 13 being connected.Each gas storage unit 13 formed one can gas storage air storage chamber 14.
Plane plastic packaging seam 30H includes a plurality of partitioning slot 31H, two banding seam 32H, main channel sealing seam 33H, one
Serial air guide seam 34, a series of connecting sewings 35, a series of joint closes 36 and multiple row bending seam 37H.The solid plastic packaging stitches 40H
Two sealings stitch 42H.
As shown in Figure 32 to Figure 34, the air-packing devices being filled with air include side buffer body 109H, one end buffering
Body 108H, one reinforce the bending bodies of buffer body 104H and one 103H.
Side buffer body 109H includes side buffer body the first wall 1091H and the second wall of side buffer body 1092H.
End buffer body 108H includes that the first wall of one end buffer body 1081H, the second wall of one end buffer body 1082H, one end are slow
Rush the 4th wall 1084H of body third wall 1083H and one end buffer body.
The side buffer body the second wall 1092H and the 4th side wall 1084H integrally connecteds of end buffer body.The reinforcement buffer body
104H is arranged between side buffer body 1091H and side buffer body 1092H and extends to the 4th wall 1084H of the end buffer body
Inside.To enhance the buffering effect of the 4th wall 1084H of side buffer body 109H and the end buffer body.The end buffer body
One wall 1081H, second wall of end buffer body 1082H, end buffer body third wall 1083H and reinforcement buffer body 104H are surrounded
One accommodating chamber 200H.
The end buffer body the first wall 1081H forms a packaging space 100H with reinforcement buffer body 104H, be used to wrap
Packing article.
The bending body 103 is integrally formed between the reinforcement buffer body 104H and first wall of side buffer body 1091H,
So that the inflation buffer body 10H reinforcement buffer body 104H and first wall of the side buffer body 1091H being bent to form are bonded to each other.
9th preferred embodiment according to the present invention, the reinforcement buffer body 104H and first wall of side buffer body
1091H and side buffer body second sidewall 1092H is fixedly connected by sealing seam 42H, so that three remains laminated construction
Relationship.
It is noted that the structure of multilayer buffering according to the present invention may be set to be offset laminar buffering.This hair
It is bright not to be limited in this respect.
It is noted that the air-packing devices of above preferred embodiment according to the present invention are both provided with charge valve 20
It is only unrestricted to the example of the present invention.The air-packing devices of other embodiments according to the present invention can not also be arranged
Charge valve 20.As long as can reach the goal of the invention of the present invention, the present invention is not limited in this respect.
Figure 35 to Figure 41 is the application schematic diagram of air-packing devices according to a preferred embodiment of the invention.
As shown in FIG. 35 to 37 is the application of the air-packing devices of the 4th preferred embodiment according to the present invention
Example.Four air-packing devices are used to one packing article of packaging and its accessory.Four ends of four air-packing devices are slow
Rushing body 108C, in the packing article, all around four sides provide buffer protection respectively.Four sides of four air-packing devices
Buffer body 109C then provides protection after combination of two in the top side of the packing article and bottom side to the packing article respectively.Four are filled
The packaging space 100C of gas bag assembling device is applied in combination, to be used for accommodating the products to be packaged.It can be in accommodating chamber 200C
It is used to accommodate the accessory of the packing article, can not also be used for accommodating accessory.No matter whether accommodate in accommodating chamber 200C and matches
Part, end buffer body 108C can provide the cushioning effect reinforced to the packing article, to which the packing article can obtain
Protection well.It is noted that four air-packing devices provide four accommodating chamber 200C, so as to provide enough skies
Between accommodate the accessory of packing article.
As shown, the space formed between the air-packing devices of two, top can also be used to accommodate article, such as
The accessory of the packing article.Certainly, the space formed between the air-packing devices of two, top can also by it is vacant without by with
To accommodate article.The present invention is not limited in this respect.
As shown in figure 37, which can be applied in combination with a packing case, to the packing article and its to match
Part offer is preferably protected and is conducive to be stored and be transported.
Figure 38 and Figure 39 of Figure of description illustrate another application of air-packing devices according to the present invention, group
Close used above-mentioned 4th preferred embodiment according to the present invention air-packing devices and according to above-mentioned 7th preferably
The air-packing devices of embodiment are preferably implemented unlike application as shown in FIG. 35 to 37 according to above-mentioned 7th
The air-packing devices of example provide storage space 300F, to be used to accommodate article.
Figure 40 and Figure 41 of Figure of description illustrate another application of air-packing devices according to the present invention, group
Conjunction has used two air-packing devices of above-mentioned 4th preferred embodiment according to the present invention and according to above-mentioned second
Two air-packing devices of preferred embodiment, it is preferred real according to above-mentioned second unlike above-mentioned two application example
It applies two storage space 300A that two air-packing devices of example provide to be combined use, to be used to accommodate article.
Those skilled in the art are it should be appreciated that using example only to the present invention as shown in Figure 35 to Figure 41
Example and it is unrestricted, air-packing devices according to the present invention can also be arbitrarily combined as needed.
It is the structural schematic diagram of the charge valve 20 of the air-packing devices of the present invention as shown in Figures 1 to 4.Such as Fig. 1
Shown, which includes the valve film 21 and 22 shorter relative to two layers of air cells film 11 and 12, respectively with the cameral mantle 11
It is superimposed with 12 for forming the inlet channel 23 inflated to the air storage chamber 14 of each gas storage unit 13.As shown in Fig. 2,
The charge valve 20 may include further increasing by one layer of valve film 25, between two layers of valve film 21 and 22, for enhancing
Sealing performance.As shown in figure 3, the charge valve 20 can include further one layer of valve film 26, it is located at one layer of 12 He of cameral mantle
Between the valve film 22, that is, it is located at the outside of two layers of valve film 21 and 22, to play the phase for preventing the valve film 22 and the cameral mantle 12
Junction is torn, and is bonded with playing the role of reinforcing it.It is understood that the concrete structure of above-mentioned charge valve 20 is only
It is not intended to limit the present invention as an example.
It is noted that the air-packing devices of above preferred embodiment according to the present invention include an at least charge valve
20, it is only unrestricted to the example of the present invention be used to inflate
In addition, it is necessary to understand, the feature in each embodiment of the invention can be applied in other embodiment, i.e.,
The feature of all these embodiments appropriate can combine, for making the air-packing device of the present invention provide buffering effect
Fruit.
It should be understood by those skilled in the art that the embodiment of the present invention shown in foregoing description and attached drawing is only used as illustrating
And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.The function and structural principle of the present invention exists
It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.
Claims (25)
1. an air-packing devices, for one packing article of packaging, which is characterized in that formed including at least two layers of air cells film
A series of at least one inflation buffer body, wherein the inflation buffer body is through bending and through a series of plane plastic packagings seam and three-dimensional plastic packagings
Plastic packaging is stitched, to be filled with air the stereochemical structure to be formed including one end buffer body and side buffer body at it, wherein the end is slow
It rushes body and the side buffer body forms a packaging space, be used to pack the packing article.
2. air-packing devices according to claim 1, wherein the end buffer body has an accommodating chamber, wherein the appearance
Receive chamber and the packaging space it is spaced.
3. air-packing devices according to claim 2, wherein the end buffer body includes the first wall of one end buffer body, one
The second wall of buffer body, the 4th wall of one end buffer body third wall and one end buffer body are held, wherein the accommodating chamber is buffered by the end
The first wall of body, second wall of end buffer body, the end buffer body third wall and the 4th wall of the end buffer body surround and shape
At wherein the accommodating chamber has a rectangular section.
4. air-packing devices according to claim 3, wherein first wall of end buffer body and the side buffer body phase
Vertically, and the packaging space is formed.
5. air-packing devices according to claim 4, wherein the side buffer body include the first wall of side buffer body and
The second wall of side buffer body, wherein first wall of side buffer body is stacked setting with second wall of side buffer body.
6. air-packing devices according to claim 5, wherein the solid plastic packaging seam includes row end seal seam, wherein institute
The second wall of side buffer body is stated to be linked together by end seal seam with the 4th wall of end buffer body.
7. air-packing devices according to claim 5, wherein second wall of side buffer body and the end buffer body the
Four wall integrally connecteds, wherein the solid plastic packaging seam is stitched including an at least sealing, wherein sealing seam is fixedly connected with the side
The first wall of buffer body and second wall of side buffer body, so that first wall of side buffer body and the second wall of side buffer body quilt
It is fixedly connected as laminated construction.
8. air-packing devices according to claim 5, wherein second wall of side buffer body and the end buffer body the
Four wall integrally connecteds, wherein the solid plastic packaging seam includes row end seal seam, wherein the 4th wall of end buffer body and the end
The second wall of buffer body is linked together by end seal seam.
9. air-packing devices according to claim 4, wherein the inflation buffer body further comprises that a reinforcement buffers
Body, wherein the reinforcement buffer body is arranged with the side buffer body lamination.
10. air-packing devices according to claim 9, wherein the reinforcement buffer body is stacked, to be set to the side slow
Rush the outside of body.
11. air-packing devices according to claim 10, wherein the 4th wall of end buffer body is buffered with the reinforcement
Body forms an accommodation space.
12. air-packing devices according to claim 5, wherein the inflation buffer body further comprises that a reinforcement buffers
Body, wherein the reinforcement buffer body is stacked the outside for being set to the side buffer body and the 4th wall of end buffer body.
13. air-packing devices according to claim 5, wherein the inflation buffer body further comprises that a reinforcement buffers
Body and a bending body, wherein the bending body is integrally connected between the reinforcement buffer body and the side buffer body, wherein institute
It includes a series of bending seams to state plane plastic packaging seam, wherein being provided with row bending between the reinforcement buffer body and the bending body
Seam, wherein being provided with another row bending seam between the bending body and the side buffer body.
14. air-packing devices according to claim 13, wherein the solid plastic packaging seam is stitched including an at least sealing,
Described in sealing seam be fixedly connected with the reinforcement buffer body in the side buffer body.
15. air-packing devices according to claim 13, wherein the solid plastic packaging seam is stitched including an at least sealing,
Described in sealing seam be fixedly connected with the reinforcement buffer body in the outside of the side buffer body and the 4th wall of end buffer body.
16. air-packing devices according to claim 13, wherein the solid plastic packaging seam is stitched including an at least sealing,
Described in sealing seam be fixedly connected with the reinforcement buffer body in the outside of the side buffer body, wherein the 4th wall of end buffer body
An accommodation space is formed with the reinforcement buffer body.
17. air-packing devices according to claim 4, wherein the inflation buffer body further comprises that a reinforcement buffers
Body, wherein the reinforcement buffer body includes first wall of reinforcement buffer body, reinforcement second wall of buffer body and a reinforcement loop
Folding wall, wherein reinforcement buffering folded walls are integrally connected to the first wall of the reinforcement buffer body and the reinforcement buffer body second
Between wall, wherein the first wall of the reinforcement buffer body is stacked setting with the side buffer body, wherein plane plastic packaging seam packet
A series of bending seams are included, wherein one row of setting are bent between the first wall of the reinforcement buffer body and reinforcement buffering folded walls
Seam stitches wherein another row bending is arranged between reinforcement buffering folded walls and the second wall of the reinforcement buffer body.
18. air-packing devices according to claim 17, wherein the solid plastic packaging seam is stitched including an at least sealing,
Described in sealing seam the first wall of the reinforcements buffer body and the side buffer body are fixed as lamination station relationship.
19. air-packing devices according to claim 18, wherein the second wall of the reinforcement buffer body is stacked and is set to
The outside for reinforcing the first wall of buffer body, wherein the 4th wall of end buffer body forms one with the reinforcement buffer body accommodates sky
Between.
20. air-packing devices according to claim 5, wherein the inflation buffer body further comprises that a reinforcement buffers
Body, wherein the reinforcement buffer body is arranged with the first wall of side buffer body lamination.
21. air-packing devices according to claim 20, wherein the reinforcement buffer body is stacked and is set to the side
The inside of the first wall of buffer body.
22. air-packing devices according to claim 20, wherein the reinforcement buffer body is stacked and is set to the side
Between the first wall of buffer body and second wall of side buffer body and extend to the inside of the 4th wall of end buffer body.
23. air-packing devices according to claim 22, wherein the solid plastic packaging seam is stitched including an at least sealing,
Described in sealing seam the reinforcements buffer body lamination is fixedly connected on first wall of side buffer body and the side buffer body the
Between two walls.
24. air-packing devices according to claim 5, wherein the inflation buffer body further comprises that a reinforcement buffers
Body and a bending body, wherein the bending body is integrally connected between the reinforcement buffer body and first wall of side buffer body,
The wherein described plane plastic packaging seam includes a series of bending seams, wherein being provided with one between the reinforcement buffer body and the bending body
Row bending seam, wherein being provided with another row bending seam between the bending body and first wall of side buffer body.
25. the air-packing devices according to any one of claim 1~24 further comprise by least two layers of valve
At least charge valve that film is formed, wherein the inflation buffer body includes multiple gas storage units, wherein the charge valve for
Gas storage unit inflation and self-enclosed after inflation, to prevent gas leakage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710206079.7A CN108657632A (en) | 2017-03-31 | 2017-03-31 | Air-packing devices and its packing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710206079.7A CN108657632A (en) | 2017-03-31 | 2017-03-31 | Air-packing devices and its packing method |
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| CN108657632A true CN108657632A (en) | 2018-10-16 |
Family
ID=63786748
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| CN201710206079.7A Pending CN108657632A (en) | 2017-03-31 | 2017-03-31 | Air-packing devices and its packing method |
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| JP2004323048A (en) * | 2003-04-24 | 2004-11-18 | Kashiwara Seitai:Kk | Air-encapsulated shock-absorbing material |
| TWM297919U (en) * | 2006-03-17 | 2006-09-21 | Leadpak Ind Co Ltd | Inlet of air packing bag |
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