CN206278479U - Packing device - Google Patents

Packing device Download PDF

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Publication number
CN206278479U
CN206278479U CN201621193930.4U CN201621193930U CN206278479U CN 206278479 U CN206278479 U CN 206278479U CN 201621193930 U CN201621193930 U CN 201621193930U CN 206278479 U CN206278479 U CN 206278479U
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China
Prior art keywords
fluid cushion
corner
stab
packing
sidepiece
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CN201621193930.4U
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Chinese (zh)
Inventor
张嘉盈
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Shanghai Air Paq Packaging Technology Development Co Ltd
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Shanghai Air Paq Packaging Technology Development Co Ltd
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Priority to CN201621193930.4U priority Critical patent/CN206278479U/en
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Abstract

The utility model provides a packing device, for packing an at least packed article, a packing device at least fluid buffer unit, at least an inner packing device and an at least outer package device, the packed article is arranged in the inner packing unit, the inner packing unit is arranged in the fluid cushion device, and the fluid cushion device is arranged in the external packing unit.The packing device can improve the overall anti-penetration performance of the packing device and strengthen the shock-absorbing capacity of the packing device.

Description

Packing device
Technical field
The utility model is related to packaging field, more particularly to a packing device and its packing method.
Background technology
In modern logistics industry, most widely used is packing box (packing case).However, the bag of this traditional packing box Dress mode, does not all provide anticollision anti-collision and prevents falling function.That is, during transport or storage, packing box or packing case Can be thrown away to throw away, it is easy to cause it to deform, consequently, it is possible to causing the damage of products to be packaged or deformation.So to some Packing instructions article higher, such as electronic digital product, plastic ceramic, biochemical product, food medicine etc., be required for Packing article provides cushioning effect, to prevent packing article to be damaged during transport and storage.Existing solution, Such as traditional paper package box, it can be carried to reach filled with padded coaming such as foamed material inside paper package box For the purpose of cushioning effect.However, when the padded coaming of this packing box and filling is transported into packaging ground, it transports and stores Cost be very expensive.And buffering foamed material pollution environment, and not environmentally.
Alternatively improved scheme is present gas flushing pouch visible on the market, and it is by four-level membrane by a series of heat-sealings Technique is formed, and plenum chamber is wherein formed between two outer layers film, and two-layer internal layer membrane forms one-way fluid filling-valve, for To insufflation gas in corresponding plenum chamber and prevent the gas leakage in plenum chamber from going out.Wherein two outer layers film is by one Being formed after the folding of series can accommodate the accommodating chamber of packing article, and so, packing article can be filled in each side The buffering of gas bag pack, is acted on to packing article, with the impact stress for preventing the external world so as to prevent the damage of packing article.So And, the shock-absorbing capacity of the single-layer type gas flushing pouch formed by two outer layers film is still limited.
After especially single gas flushing pouch accommodates packaging object, such as in packaging or transportation, may Touch sharp object.Because these single gas flushing pouch are directly exposed in external environment, gas flushing pouch Gas column is easily pierced through by sharp object, influences buffering effect, or even single gas flushing pouch is lost buffering and is protected The function of shield packaging object, causes the damage of packing article.
The content of the invention
The purpose of this utility model is to provide a kind of packing device and its packing method, and the packing device is formed at least The anti-stab integrated structure of one fluid cushion, the anti-stab integrated structure of fluid cushion can improve the anti-stab of the packing device entirety Wear performance and strengthen the shock-absorbing capacity of the packing device.
Another object of the present utility model is to provide a kind of packing device and its packing method, and the packing device is extremely Lack an anti-stab interlayer unit and at least a fluid buffer cell forms the anti-stab integrated structure of the fluid cushion, institute can be improved State the overall anti-penetration performance of packing device and strengthen the shock-absorbing capacity of the packing device.
Another object of the present utility model is to provide a kind of packing device and its packing method, and the fluid cushion is anti-stab Integrated structure can carry out buffering anti-stab protection to an at least sidepiece of an at least packed article.
Another object of the present utility model is to provide a kind of packing device and its packing method, and the fluid cushion is anti-stab Integrated structure can enter the anti-stab protection of row buffering to an at least corner of an at least packed article.
Another object of the present utility model is to provide a kind of packing device and its packing method, and the packing device passes through Multistage packaging structure enters the anti-stab protection of row buffering to the packed article inside and outside at least one.
In order to realize above-mentioned at least one purpose, the utility model provides a packing device, for packing an at least quilt Packing material, including：
At least one anti-stab interlayer unit and at least a fluid buffer cell, each anti-stab interlayer unit and each described Fluid cushion unit sets and forms the anti-stab integrated structure of an at least fluid cushion and an at least cavity package bonded to each otherly, institute State packed article and be housed inside the cavity package.
In one embodiment, the anti-stab integrated structure of the fluid cushion further includes that at least a corner fluid cushion is anti-stab Combination, the anti-stab combination of corner fluid cushion is bonded to an at least corner of the packed article, and to the quilt The anti-stab protection of row buffering is entered in each described corner of packing material.
In one embodiment, the anti-stab integrated structure of the fluid cushion further includes that at least a sidepiece fluid cushion is anti-stab Combination, the anti-stab combination of sidepiece fluid cushion is bonded to an at least sidepiece of the packed article, and to the quilt Each described sidepiece of packing material enters the anti-stab protection of row buffering.
In one embodiment, the anti-stab combination of corner fluid cushion and the anti-stab combination bodily form of the sidepiece fluid cushion Intersected iterative structure at least one.
In one embodiment, the packing device also includes at least one anti-stab interlayer reinforcer, and the anti-stab interlayer is strengthened Part is snugly arranged between the anti-stab combination of corner fluid cushion and the anti-stab combination of sidepiece fluid cushion.
In one embodiment, the fluid cushion unit includes at least a corner fluid cushion part and at least a sidepiece fluid Bolster, the anti-stab interlayer unit includes the anti-stab compartment part in an at least corner and the anti-stab compartment part of an at least sidepiece, described The anti-stab compartment part in corner is bonded to the corner fluid cushion part, and forms the corner stream with the corner fluid cushion part Body buffers anti-stab combination, and the anti-stab compartment part of sidepiece is bonded to the sidepiece fluid cushion part, and with the sidepiece stream Body bolster forms the anti-stab combination of sidepiece fluid cushion.
In one embodiment, the anti-stab interlayer unit also includes at least two anti-stab interlayer reinforcers, and two described anti- Thorn interlayer reinforcer is arranged at the two ends of each sidepiece fluid cushion part, and is partially or entirely fitted in each described The inner surface of the anti-stab compartment part of sidepiece.
In one embodiment, the anti-stab interlayer unit also include at least two anti-stab interlayer reinforcers, it is described it is anti-stab every One end of layer reinforcer is bonded to each sidepiece fluid cushion part, and the other end is bonded to each anti-stab interlayer in the corner Part, at least a portion of the outside portion of each corner fluid cushion part is superimposed in the appearance of each anti-stab compartment part of sidepiece Face, the inner surface of each anti-stab compartment part of sidepiece is bonded to the inner surface of each anti-stab compartment part of the sidepiece.
In one embodiment, the anti-stab combination of corner fluid cushion includes an at least corner fluid cushion part and extremely Few anti-stab compartment part in a corner, each anti-stab compartment part in corner is bonded to each corner fluid cushion part.
In one embodiment, the anti-stab combination of sidepiece fluid cushion includes an at least sidepiece fluid cushion part and extremely The anti-stab compartment part of a few sidepiece, each anti-stab compartment part of sidepiece is bonded to each sidepiece fluid cushion part.
In one embodiment, the packing device includes that at least one anti-stab interlayer unit in inside and at least one outside are anti-stab Interlayer unit, the anti-stab interlayer unit in inside and the fluid cushion unit formed the anti-stab integrated structure of the fluid cushion with And accommodating chamber at least, the packed article is housed inside the interior accommodating chamber, the anti-stab interlayer unit in outside formed to A few outer accommodating chamber, the anti-stab interlayer unit of the fluid cushion unit and the inside is housed inside the outer accommodating chamber.
In one embodiment, wherein the fluid cushion unit includes an at least fluid Buffer Unit, described first is anti-stab Interlayer unit includes at least one anti-stab interlayer component, the corresponding each fluid cushion group of each anti-stab interlayer component joint Part, anti-puncture effect is played to each fluid cushion component, and each anti-stab interlayer component joint protects each fluid cushion Component, and each anti-stab interlayer component is arranged on the bending place of the packaged object of correspondence.
In one embodiment, the fluid cushion unit includes a corner fluid cushion component, a sidepiece fluid cushion group Part and a bottom flow buffer body, the corner fluid cushion component are bonded to each corner of the packed article, right Cushioning effect is played in the corner of the packed article, and the sidepiece fluid cushion component is bonded to the side of the packed article Portion, the sidepiece to the packed article plays cushioning effect.The bottom flow buffer body is bonded to the packed article Bottom.
In one embodiment, the packing device is anti-stab including at least one first anti-stab interlayer unit and at least one second Interlayer unit, the first anti-stab interlayer unit forms the anti-stab integrated structure of the fluid cushion with the fluid cushion unit, The second anti-stab interlayer unit has an at least accommodating chamber, the anti-stab integrated structure of fluid cushion and the packed article It is housed inside the accommodating chamber.
In one embodiment, the described first anti-stab interlayer unit includes the anti-stab compartment part in an at least corner, an at least sidepiece Anti-stab compartment part and at least one anti-stab interlayer reinforcer, the anti-stab compartment part in corner are snugly arranged at the corner fluid Bolster, the anti-stab compartment part of sidepiece is snugly arranged at the outside portion of the sidepiece fluid cushion part, it is described it is anti-stab every Layer reinforcer is snugly arranged at the end of the sidepiece fluid cushion part, and the sidepiece of partly or entirely fitting is anti-stab The inner surface of compartment part.
In one embodiment, at least one stream that each corner fluid cushion part is formed side by side by least two fluid columns Body cushion is formed by folding.
In one embodiment, each corner fluid cushion part further includes an at least corner fluid cushion part outside Portion, at least a corner fluid cushion part inside portion and with least a corner fluid cushion chamber, the corner fluid cushion part Outside portion integrally extends the corner fluid cushion part inside portion simultaneously and a part for the corner fluid cushion part inside portion Form the corner fluid cushion chamber and at least pair of lamina buffer structure.
In one embodiment, the corner fluid cushion part outside portion include an at least corner fluid cushion part outer end wall with And corner fluid cushion part lateral wall, the first corner fluid cushion part inside portion is included in an at least corner fluid cushion part Connection wall in end wall, at least a corner fluid cushion part madial wall and at least one first corner fluid cushion part, it is described at least Corner fluid cushion part lateral wall vertically extends the corner fluid cushion part outer end wall, in the corner fluid cushion part Connection wall is upcountry extended vertically in the corner fluid cushion part lateral wall, and the corner fluid cushion part madial wall is vertically Connection wall in the corner fluid cushion part is extended, the corner fluid cushion part inner end wall vertically extends the corner Fluid cushion part madial wall.
In one embodiment, the corner fluid cushion part inner end wall is superimposed on the corner fluid cushion part outer end wall, The some or all of formation of the corner fluid cushion part inner end wall and the corner fluid cushion part outer end wall is described double Layer buffer structure, connection wall and the corner are flowed in the corner fluid cushion part lateral wall, the corner fluid cushion part Body bolster madial wall forms the corner fluid cushion chamber.
In one embodiment, the anti-stab compartment part in the corner includes the anti-stab interlayer section of an at least corner inner end wall, at least one The anti-stab interlayer section of connection wall in the anti-stab interlayer section of corner madial wall and an at least corner, the anti-stab interlayer section of corner madial wall The anti-stab interlayer section of the corner inner end wall is vertically extended, the anti-stab interlayer section of connection wall vertically extends institute in the corner State the anti-stab interlayer section of corner madial wall.
In one embodiment, the anti-stab interlayer section of the corner inner end wall is bonded to described corner fluid cushion part the inner Wall, the anti-stab interlayer section of corner madial wall is bonded to the corner fluid cushion part madial wall, connection wall in the corner Anti-stab interlayer section is bonded to connection wall in the corner fluid cushion part.
In one embodiment, the anti-stab compartment part of the sidepiece includes an at least sidepiece outer end wall anti-stab interlayer section and at least The anti-stab interlayer section of one sidepiece lateral wall, the anti-stab interlayer section of sidepiece outer end wall and the anti-stab interlayer section of the sidepiece lateral wall are mutually It is vertically arranged, the anti-stab interlayer section of the first sidepiece outer end wall is bonded to the first sidepiece fluid cushion part outer end wall, The anti-stab interlayer section of first sidepiece lateral wall is bonded to the first sidepiece fluid cushion part lateral wall.
In one embodiment, the anti-stab interlayer unit is hard paper card.
According to another aspect of the present utility model, a packing device is additionally provided, for packing an at least packed article, bag Include：An at least fluid buffer unit, at least an inner packing device and an at least outer package device, the packed article are set In in the inner packing unit, the inner packing unit is arranged in the fluid cushion device, the fluid cushion device It is arranged in the external packing unit.
In one embodiment, the fluid cushion device includes an at least fluid buffer body, and each fluid cushion body leads to An at least fluid of at least two fluid columns at least fluid cushion for being formed arranged side by side by being formed after folding or plastic packaging is crossed to delay Body bottom wall and at least a fluid buffer body perisporium are rushed, wherein the fluid cushion body perisporium extends the fluid cushion body bottom Wall simultaneously forms at least fluid accommodating chamber of the fluid cushion body, the packed article by it is some or all of be contained in it is described In fluid containment chamber.
In one embodiment, the inner packing unit includes an at least inner packing main body and an at least inner packing lid, described Inner packing main body forms an at least inner packing chamber, and the inner packing lid is connected to the inner packing main body and closes the interior bag It behave affectedly, the fluid cushion device for accommodating the packed article can be housed inside in the inner packing chamber.
In one embodiment, the external packing unit includes an at least external packing main body and an at least outsourcing capping, described External packing main body forms an at least outsourcing and behave affectedly, and the outsourcing capping is connected to the external packing main body and closes the outsourcing It behave affectedly, the fluid cushion device, the inner packing device and the packed article can be housed inside the outsourcing and behave affectedly It is interior.
In one embodiment, the inner packing unit and the external packing unit are respectively interior carton and outer carton.
In one embodiment, the inner packing unit and the external packing unit are made up of hard material.
In one embodiment, the packing device also includes an at least antistatic bubble bags, and the packed article is set In in the antistatic bubble bags, the packed article and the antistatic bubble bags are arranged at the inner packing unit In the inner packing chamber.
According to another aspect of the present utility model, additionally provide the packing method of a packing device, methods described include with Lower step：
A () at least packed article is housed inside in an at least inner packing chamber of an at least inner packing unit；
B () described inner packing unit is housed inside in an at least fluid buffer unit；And
C () described fluid cushion device is housed inside at least one outer accommodating chamber of an at least external packing unit.
In one embodiment, step is also included before the step (a)：The packed article is housed inside the packaging dress In at least antistatic bubble bags put；The antistatic bubble bags are housed inside the inner packing chamber of the inner packing unit It is interior.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the packing device according to a preferred embodiment of the present utility model.
Fig. 2A is the schematic perspective view of the packing device according to above preferred embodiment of the present utility model.
Fig. 2 B are the schematic perspective views of the packing device according to above preferred embodiment of the present utility model.
Fig. 3 is the schematic perspective view of the packing device according to above preferred embodiment of the present utility model.
Fig. 4 is the schematic perspective view of the packing device according to above preferred embodiment of the present utility model.
Fig. 5 is the explosive decomposition schematic diagram of the packing device according to above preferred embodiment of the present utility model.
Fig. 6 is the schematic perspective view of the packing device according to another embodiment of the present utility model.
Fig. 7 is the schematic perspective view of the packing device according to above-described embodiment of the present utility model.
Specific embodiment
Hereinafter describe for disclosing the utility model so that those skilled in the art can realize the utility model.Hereinafter retouch Preferred embodiment in stating is only used as citing, it may occur to persons skilled in the art that other obvious modifications.Retouched following The general principle of the present utility model defined in stating can apply to other embodiments, deformation program, improvement project, etc. Tongfang Case and the other technologies scheme without departing from spirit and scope of the present utility model.
It will be understood by those skilled in the art that in exposure of the present utility model, term " longitudinal direction ", " transverse direction ", " on ", The orientation of the instruction such as D score, "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outward " or position are closed System is that, based on orientation shown in the drawings or position relationship, it is for only for ease of description the utility model and simplifies and describes, without Be indicate or imply meaning device or element must have specific orientation, with specific azimuth configuration and operation, therefore on Term is stated it is not intended that to limitation of the present utility model.
It is understood that term " " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, One quantity of element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " " is no It is understood that to be limitation to quantity.
It is as shown in Figures 1 to 5 the packing device according to a preferred embodiment of the present utility model.The packing device Object is packaged for packaging one.The packing device is that the structure that fluid cushion body and anti-stab interlayer are combined is packaged to described Object is packed, and on the one hand make use of the damping characteristics of fluid cushion body, and another side make use of the intensity of anti-stab interlayer and resistance to Puncture property, both characteristics are combined by the structure of the packing device, are effectively prevented from single fluid cushion body The generation of situations such as packaging is easily punctured, so that for packaged object provides good buffering and protecting effect.
In this preferred embodiment of the present utility model, the packing device be used for pack packaged object 91 be with (UPS, Uninterruptible Power Supply, are that battery is connected with main frame, by main frame to one uninterrupted power source Direct current is converted into the modular circuits such as inverter the system equipment of civil power, is mainly used in single computer, computer network System or other power electronic equipments such as magnetic valve, pressure transmitter provide stabilization, continual supply of electric power) as a example by.This The technical staff in field is it is understood that the uninterrupted power source is only made in this preferred embodiment of the present utility model It is citing, in other embodiments, the packaged object that the packing device is used to pack can also be other articles, this practicality It is new to be not limited thereto in this regard.
The packing device include a fluid buffer cell 10, one first anti-stab interlayer unit 20 and 1 second it is anti-stab every Layer unit 30.The first anti-stab interlayer unit 20 is bonded to the fluid cushion unit 10 to form the packing device The stream that the anti-stab integrated structure of an at least fluid cushion, the first anti-stab interlayer unit 20 and the fluid cushion unit 10 are formed Body buffers anti-stab integrated structure has at least one first cavity package 200, and the packaged object 91 is housed inside first bag It behave affectedly in 200.The second anti-stab interlayer unit 30 forms at least one second cavity package 300, the fluid cushion unit 10, institute Stating the first anti-stab interlayer unit 20 and the packaged object 91 can be housed inside second cavity package 300.By institute State the second anti-stab interlayer unit 30 intensity and anti-puncture characteristics of itself, the second anti-stab interlayer unit 30 can be to accommodate The fluid cushion unit 10, the first anti-stab interlayer unit 20 and the packaged object 91 the anti-puncture of multistage is provided Energy.In this preferred embodiment of the present utility model, the second anti-stab interlayer unit 30 is implemented as square carton.Ability The technical staff in domain is it is understood that the described second anti-stab interlayer unit 30 in preferred embodiment is implemented as square shape paper Box, its square shape and paper material can also be other rational shapes in other embodiments as just citing And material, as long as meeting each anti-puncture characteristics of intensity higher, the utility model is not limited thereto in this regard.
The fluid cushion unit 10 includes an at least fluid Buffer Unit, and the first anti-stab interlayer unit 20 is included extremely A few anti-stab interlayer component.The corresponding each fluid cushion component of each anti-stab interlayer component joint, to each fluid Buffer Unit plays anti-puncture effect.Each fluid cushion component from each position of the packaged object 91, such as angle, Buffer protection is played a part of in sidepiece, bottom or top to the packaged object 91.Further, each anti-stab interlayer Component joint protects each fluid cushion component, especially corresponds to the bending place of packed article, such as corner or projection position, due to The intensity and puncture resistance of each anti-stab interlayer component, are prevented from each fluid cushion component and are pierced, and then strengthen institute Protective value of the packaged object 91 during transport etc. is stated, is prevented caused by the fluid cushion unit 10 is pierced The impaired situation of described packaged object 91.
More specifically, in this preferred embodiment of the present utility model, the fluid cushion unit 10 includes a corner Fluid cushion component 11, a sidepiece fluid cushion component 12 and a bottom flow buffer body 13.The corner fluid cushion group Part 11 is bonded to each corner of the packaged object 91, and cushioning effect is played in the corner to the packaged object 91. The sidepiece fluid cushion component 12 is bonded to the sidepiece of the packaged object 91, to the sidepiece of the packaged object 91 Play cushioning effect.The bottom flow buffer body 13 is bonded to the bottom of the packaged object 91, not only to described Cushioning effect is played in the bottom of packaged object 91, is also used as supporting the pedestal of the packaged object 91.This area Technical staff is it is understood that because bottom and top are relative relations, although in this preferred reality of the present utility model Apply and the bottom of a packaged object 91 of the bottom flow buffer body 13 pairs is provided with example plays buffering and support Effect, in other embodiments, except being provided with the bottom flow buffer body 13, the packing device be also provided with and The structure identical of the bottom flow buffer body 13, the top of the packaged object 91 of fitting, and to the packed article A Top fluidic buffer body of buffering and supporting role is played at the top of body 91, and the utility model in this regard and is not limited System.
The first anti-stab interlayer unit 20 include the anti-stab interlayer component 21 in a corner, the anti-stab interlayer component 22 of a sidepiece with And an anti-stab interlayer stiffener assembly 23.The anti-stab interlayer component 21 in corner is snugly arranged at the corner fluid cushion component 11, to protect the corner fluid cushion component 11 to prevent from being punctured by external force, and then to the corner increasing of the packaged object 91 Strong packaging protecting.The anti-stab interlayer component 22 of sidepiece is snugly arranged at the outside of the sidepiece fluid cushion component 12 Portion, to protect the sidepiece fluid cushion component 12 to prevent the sidepiece fluid cushion component 12 to be punctured, and then to the quilt Pack the sidepiece enhancing packaging protecting of object 91.The anti-stab interlayer stiffener assembly 23 is snugly arranged at the sidepiece fluid The end of Buffer Unit 12, and the anti-stab interlayer component 22 of the sidepiece of partly or entirely fitting inner surface.It is described anti-stab On the one hand enhancing prevents the sidepiece fluid cushion component 12 in the described second anti-stab interlayer unit 30 to interlayer stiffener assembly 23 Punctured by the sharp parts of the packaged object 91 or other packaged objects in second cavity package 300, the opposing party Face and the anti-stab interlayer component 22 of the sidepiece combine, and increased packaging thickness, also further enhance the packing device The anti-characteristic for puncturing and the protective value to packed article style uninterrupted power source as described.
It is noted that in this preferred embodiment of the present utility model, the anti-stab interlayer stiffener assembly 23 is by reality It is honeycomb cardboard to apply.Honeycomb cardboard is made according to nature honeycomb structure principle, and it is with gluing knot side fluting medium Method connects into numerous hollow three-dimensional regular hexagon, forms a stressed member for entirety --- refill, and in its two sides adhesive surface A kind of environmental protection and energy saving material of the new midsole structure of paper.It is implemented as the described anti-stab interlayer stiffener assembly of honeycomb cardboard 23 compared with other various plate constructions, with maximum intensity/mass ratio；Honeycomb sandwich construction near-isotropic, structure Good stability, is unlikely to deform, with prominent anti-pressure ability and bending resistance；Honeycomb cardboard is done by flexible refill and facial tissue Into with preferable toughness and resilience, there is provided excellent shock-absorbing capacity, there is list higher in all of padded coaming Position volume energy absorption value；It is additionally the paper wood making of recyclable regenerative, can be with recycling after use.Therefore, it is described Anti-stab interlayer stiffener assembly 23 can improve the shock-absorbing capacity of the packing device, and can strengthen the anti-of the packing device Puncture characteristics.It will be appreciated by those skilled in the art that, the anti-stab interlayer stiffener assembly 23 in a preferred embodiment by Embodiment honeycomb cardboard is not limited thereto in this regard as just citing, the utility model.
The corner fluid cushion component 11 includes at least a corner fluid cushion part, the number of the corner fluid cushion part Amount can need the corner quantity for carrying out buffer protection to be set according to packaged object.In this preferred reality of the present utility model Apply in example, the packaged object is that four corners of the packaged object 91 are carried out by the corner fluid cushion component 11 Buffer protection.That is, the corner fluid cushion component 11 is arranged at four corners of the packaged object 91.Institute State corner fluid cushion component 11 and further include one first corner fluid cushion part 111, one second corner fluid cushion part 112nd, a third corner fluid cushion part 113 and fourth angle portion fluid cushion part 114.
Specifically, at least one stream that the first corner fluid cushion part 111 is formed side by side by least two fluid columns Body cushion is formed by folding.That is, the first corner fluid cushion part 111 further includes that one first corner is flowed Body bolster outside portion 1111, one first corner fluid cushion part inside portion 1112 and with one first corner fluid cushion chamber 1110.The first corner fluid cushion part outside portion 1111 integrally extends the first corner fluid cushion part inside portion 1112 part simultaneously with the first corner fluid cushion part inside portion 1112 forms the first corner fluid cushion chamber 1110 and at least pair of lamina buffer structure.The corner of the packaged object 91 is partially or entirely fitted in described One corner fluid cushion part inside portion 1112.The first corner fluid cushion chamber 1110 and first corner fluid cushion The double-layer bumper structure that part outside portion 1111 and the first corner fluid cushion part inside portion 1112 are formed can be to described The corner of packaged object 91 carries out the buffer protection of multistage.More specifically, the first corner fluid cushion part outside portion 1111 include one first corner fluid cushion part outer end wall 11111 and the first corner fluid cushion part lateral wall 11112.It is described First corner fluid cushion part inside portion 1112 includes one first corner fluid cushion part inner end wall 11121, one first corner stream Connection wall 11123 in the corner fluid cushion part of body bolster madial wall 11122 and one first.First corner fluid cushion Part lateral wall 11112 vertically extends the first corner fluid cushion part outer end wall 11111, and first corner fluid delays Connection wall 11123 is upcountry extended vertically in the first corner fluid cushion part lateral wall 11112, described first jiao in stamping Portion fluid cushion part madial wall 11122 vertically extends connection wall 11123 in the first corner fluid cushion part, described One corner fluid cushion part inner end wall 11121 vertically extends the first corner fluid cushion part madial wall 11122, and folded Together in the first corner fluid cushion part outer end wall 11111.The first corner fluid cushion part inner end wall 11121 and institute State some or all of formation double-layer bumper structure of the first corner fluid cushion part outer end wall 11111.Described first jiao Connection wall 11123 and first corner are flowed in portion's fluid cushion part lateral wall 11112, the first corner fluid cushion part Body bolster madial wall 11122 forms the first corner fluid cushion chamber 1110.So as to the first corner fluid cushion part 111 can provide multistage buffer protection to the corner of the packaged object 91.
Correspondingly, at least one stream that the second corner fluid cushion part 112 is formed side by side by least two fluid columns Body cushion is formed by folding.That is, the second corner fluid cushion part 112 further includes that one second corner is flowed Body bolster outside portion 1121, one second corner fluid cushion part inside portion 1122 and with one second corner fluid cushion chamber 1120.The second corner fluid cushion part outside portion 1121 integrally extends the second corner fluid cushion part inside portion 1122 part simultaneously with the second corner fluid cushion part inside portion 1122 forms the second corner fluid cushion chamber 1120 and at least pair of lamina buffer structure.The corner of the packaged object 91 is partially or entirely fitted in described Two corners fluid cushion part inside portion 1122.The second corner fluid cushion chamber 1120 and second corner fluid cushion The double-layer bumper structure that part outside portion 1121 and the second corner fluid cushion part inside portion 1122 are formed can be to described The corner of packaged object 91 carries out the buffer protection of multistage.More specifically, the second corner fluid cushion part outside portion 1121 include one second corner fluid cushion part outer end wall 11211 and the second corner fluid cushion part lateral wall 11212.It is described Second corner fluid cushion part inside portion 1122 includes one second corner fluid cushion part inner end wall 11221, one second corner stream Connection wall 11223 in the corner fluid cushion part of body bolster madial wall 11222 and one second.Second corner fluid cushion Part lateral wall 11212 vertically extends the second corner fluid cushion part outer end wall 11211, and second corner fluid delays Connection wall 11223 is upcountry extended vertically in the second corner fluid cushion part lateral wall 11212, described second jiao in stamping Portion fluid cushion part madial wall 11222 vertically extends connection wall 11223 in the second corner fluid cushion part, described Two corner fluid cushion part inner end walls 11221 vertically extend the second corner fluid cushion part madial wall 11222, and folded Together in the second corner fluid cushion part outer end wall 11211.The second corner fluid cushion part inner end wall 11221 and institute State some or all of formation double-layer bumper structure of the second corner fluid cushion part outer end wall 11211.Described second jiao Connection wall 11223 and second corner are flowed in portion's fluid cushion part lateral wall 11212, the second corner fluid cushion part Body bolster madial wall 11222 forms the second corner fluid cushion chamber 1120.So as to the second corner fluid cushion part 112 can provide multistage buffer protection to the corner of the packaged object 91.
At least fluid cushion that the third corner fluid cushion part 113 is formed side by side by least two fluid columns Formed by folding.That is, the third corner fluid cushion part 113 further includes a third corner fluid cushion part Outside portion 1131, a third corner fluid cushion part inside portion 1132 and with a third corner fluid cushion chamber 1130.Institute State third corner fluid cushion part outside portion 1131 integrally extend the third corner fluid cushion part inside portion 1132 and and A part for the third corner fluid cushion part inside portion 1132 forms the third corner fluid cushion chamber 1130 and extremely Few pair of lamina buffer structure.The corner of the packaged object 91 is partially or entirely fitted in the third corner fluid Bolster inside portion 1132.The third corner fluid cushion chamber 1130 and the third corner fluid cushion part outside portion 1131 and the third corner fluid cushion part inside portion 1132 formed double-layer bumper structure can be to the packed article The corner of body 91 carries out the buffer protection of multistage.More specifically, the third corner fluid cushion part outside portion 1131 includes one Third corner fluid cushion part outer end wall 11311 and third corner fluid cushion part lateral wall 11312.The third corner stream Body bolster inside portion 1132 is included in a third corner fluid cushion part inner end wall 11321, a third corner fluid cushion part Connection wall 11323 in the third corner fluid cushion part of side wall 11322 and.The third corner fluid cushion part lateral wall 11312 vertically extend the third corner fluid cushion part outer end wall 11311, connect in the third corner fluid cushion part Connect wall 11323 upcountry to extend vertically in the third corner fluid cushion part lateral wall 11312, the third corner fluid delays Stamping madial wall 11322 vertically extends connection wall 11323 in the third corner fluid cushion part, the third corner stream Body bolster inner end wall 11321 vertically extends the third corner fluid cushion part madial wall 11322, and is superimposed on described Third corner fluid cushion part outer end wall 11311.The third corner fluid cushion part inner end wall 11321 and the third angle The some or all of formation double-layer bumper structure of portion fluid cushion part outer end wall 11311.The third corner fluid delays Connection wall 11323 and the third corner fluid cushion part in stamping lateral wall 11312, the third corner fluid cushion part Madial wall 11322 forms the third corner fluid cushion chamber 1130.So as to the third corner fluid cushion part 113 can be right The corner of the packaged object 91 provides multistage buffer protection.
At least fluid cushion that the fourth angle portion fluid cushion part 114 is formed side by side by least two fluid columns Formed by folding.That is, the fourth angle portion fluid cushion part 114 further includes a fourth angle portion fluid cushion part Outside portion 1141, a fourth angle portion fluid cushion part inside portion 1142 and with a fourth angle portion fluid cushion chamber 1140.Institute State fourth angle portion fluid cushion part outside portion 1141 integrally extend the fourth angle portion fluid cushion part inside portion 1142 and and A part for the fourth angle portion fluid cushion part inside portion 1142 forms the fourth angle portion fluid cushion chamber 1140 and extremely Few pair of lamina buffer structure.The corner of the packaged object 91 is partially or entirely fitted in fourth angle portion fluid Bolster inside portion 1142.The fourth angle portion fluid cushion chamber 1140 and the fourth angle portion fluid cushion part outside portion 1141 and the fourth angle portion fluid cushion part inside portion 1142 formed double-layer bumper structure can be to the packed article The corner of body 91 carries out the buffer protection of multistage.More specifically, the fourth angle portion fluid cushion part outside portion 1141 includes one Fourth angle portion fluid cushion part outer end wall 11411 and fourth angle portion fluid cushion part lateral wall 11412.The fourth angle portion stream Body bolster inside portion 1142 is included in a fourth angle portion fluid cushion part inner end wall 11421, a fourth angle portion fluid cushion part Connection wall 11423 in the fourth angle portion fluid cushion part of side wall 11422 and.The fourth angle portion fluid cushion part lateral wall 11412 vertically extend the fourth angle portion fluid cushion part outer end wall 11411, connect in the fourth angle portion fluid cushion part Connect wall 11423 upcountry to extend vertically in the fourth angle portion fluid cushion part lateral wall 11412, fourth angle portion fluid delays Stamping madial wall 11422 vertically extends connection wall 11423 in the fourth angle portion fluid cushion part, the fourth angle portion stream Body bolster inner end wall 11421 vertically extends the fourth angle portion fluid cushion part madial wall 11422, and is superimposed on described Fourth angle portion fluid cushion part outer end wall 11411.The fourth angle portion fluid cushion part inner end wall 11421 and the fourth angle The some or all of formation double-layer bumper structure of portion fluid cushion part outer end wall 11411.Fourth angle portion fluid delays Connection wall 11423 and the fourth angle portion fluid cushion part in stamping lateral wall 11412, the fourth angle portion fluid cushion part Madial wall 11422 forms the fourth angle portion fluid cushion chamber 1140.So as to the fourth angle portion fluid cushion part 114 can be right The corner of the packaged object 91 provides multistage buffer protection.
Therefore, the first corner fluid cushion part 111, second corner stream of the corner fluid cushion component 11 Body bolster 112, the third corner fluid cushion part 113 and the fourth angle portion fluid cushion part 114 pairs is described is wrapped The corner for filling object 91 provides multistage buffer protection.It will be appreciated by those skilled in the art that be, although in this practicality It is the first corner fluid cushion part 111 of the corner fluid cushion component 11, described in this new preferred embodiment Second corner fluid cushion part 112, the third corner fluid cushion part 113 and the fourth angle portion fluid cushion part 114 It is identical in structure, but in other embodiments, it can be make the different structure of rationally deformation, as long as can be to packaged The corner of object carries out buffer protection, and the utility model is not limited thereto in this regard.
Further, the sidepiece fluid cushion component 12 includes at least a sidepiece fluid cushion part, the sidepiece fluid The quantity of bolster can need the sidepiece quantity for carrying out buffer protection to be set according to packaged object.Of the present utility model In this preferred embodiment, the packaged object is two sidepieces of the packaged object 91 by the sidepiece fluid cushion Component 12 carries out buffer protection.That is, the sidepiece fluid cushion component 12 is arranged at the packaged object 91 Two sidepieces.The sidepiece fluid cushion component 12 further includes one first sidepiece fluid cushion part 121 and the second sidepiece Fluid cushion part 122.In this preferred embodiment of the present utility model, the first sidepiece fluid cushion part 121 is set Between the second corner fluid cushion part 112 and the third corner fluid cushion part 113, and fit in described packaged The sidepiece of object 91, the second sidepiece fluid cushion part 122 is arranged at the first corner fluid cushion part 111 and described Between fourth angle portion fluid cushion part 114, and fit in the other side of the packaged object 91.
In this preferred embodiment of the present utility model, specifically, the first sidepiece fluid cushion part 121 is by extremely At least fluid cushion that few two fluid columns are formed side by side is formed by folding.That is, the first sidepiece fluid Bolster 121 further includes one first sidepiece fluid cushion part outside portion 1211, one first sidepiece fluid cushion part inside portion 1212 and with one first sidepiece fluid cushion chamber 1210.The one of the first sidepiece fluid cushion part outside portion 1211 extends In the first sidepiece fluid cushion part inside portion 1212 and and one of the first sidepiece fluid cushion part inside portion 1212 Divide and form the first sidepiece fluid cushion chamber 1210 and at least pair of lamina buffer structure.The sidepiece of the packaged object 91 Partially or entirely fitted in the first sidepiece fluid cushion part inside portion 1212.The first sidepiece fluid cushion chamber 1210 and the first sidepiece fluid cushion part outside portion 1211 and the first sidepiece fluid cushion part inside portion 1212 The double-layer bumper structure of formation can carry out the buffer protection of multistage to the sidepiece of the packaged object 91.More specifically, institute Stating the first sidepiece fluid cushion part outside portion 1211 includes one first sidepiece fluid cushion part outer end wall 12111 and the first sidepiece Fluid cushion part lateral wall 12112.The first sidepiece fluid cushion part inside portion 1212 includes one first sidepiece fluid cushion Part inner end wall 12121, one first sidepiece fluid cushion part madial wall 12122 and connection wall in one first sidepiece fluid cushion part 12123.The first sidepiece fluid cushion part lateral wall 12112 vertically extends the first sidepiece fluid cushion part outer end Wall 12111, connection wall 12123 upcountry extends vertically slow in the first sidepiece fluid in the first sidepiece fluid cushion part Stamping lateral wall 12112, the first sidepiece fluid cushion part madial wall 12122 vertically extends the first sidepiece fluid Connection wall 12123 in bolster, the first sidepiece fluid cushion part inner end wall 12121 vertically extends first sidepiece Fluid cushion part madial wall 12122, and it is superimposed on the first sidepiece fluid cushion part outer end wall 12111.First sidepiece The some or all of formation of fluid cushion part inner end wall 12121 and the first sidepiece fluid cushion part outer end wall 12111 The double-layer bumper structure.Connect in the first sidepiece fluid cushion part lateral wall 12112, the first sidepiece fluid cushion part Connect wall 12123 and the first sidepiece fluid cushion part madial wall 12122 forms the first sidepiece fluid cushion chamber 1210. The sidepiece of the packaged object 91 is partially or entirely fitted in the first sidepiece fluid cushion part inner end wall 12121.So as to the first sidepiece fluid cushion part 121 can provide multistage buffering to the sidepiece of the packaged object 91 Protection.
At least fluid cushion that the second sidepiece fluid cushion part 122 is formed side by side by least two fluid columns Formed by folding.That is, the second sidepiece fluid cushion part 122 further includes one second sidepiece fluid cushion part Outside portion 1221, one second sidepiece fluid cushion part inside portion 1222 and with one second sidepiece fluid cushion chamber 1220.Institute State the second sidepiece fluid cushion part outside portion 1221 integrally extend the second sidepiece fluid cushion part inside portion 1222 and and A part for the second sidepiece fluid cushion part inside portion 1222 forms the second sidepiece fluid cushion chamber 1220 and extremely Few pair of lamina buffer structure.The sidepiece of the packaged object 91 is partially or entirely fitted in the second sidepiece fluid Bolster inside portion 1222.The second sidepiece fluid cushion chamber 1220 and the second sidepiece fluid cushion part outside portion 1221 and the second sidepiece fluid cushion part inside portion 1222 formed double-layer bumper structure can be to the packed article The sidepiece of body 91 carries out the buffer protection of multistage.More specifically, the second sidepiece fluid cushion part outside portion 1221 includes one Second sidepiece fluid cushion part outer end wall 12211 and the second sidepiece fluid cushion part lateral wall 12212.The second sidepiece stream Body bolster inside portion 1222 is included in one second sidepiece fluid cushion part inner end wall 12221, one second sidepiece fluid cushion part Connection wall 12223 in the sidepiece fluid cushion part of side wall 12222 and 1 second.The second sidepiece fluid cushion part lateral wall 12212 vertically extend the second sidepiece fluid cushion part outer end wall 12211, connect in the second sidepiece fluid cushion part Connect wall 12223 upcountry to extend vertically in the second sidepiece fluid cushion part lateral wall 12212, the second sidepiece fluid delays Stamping madial wall 12222 vertically extends connection wall 12223 in the second sidepiece fluid cushion part, the second sidepiece stream Body bolster inner end wall 12221 vertically extends the second sidepiece fluid cushion part madial wall 12222, and is superimposed on described Second sidepiece fluid cushion part outer end wall 12211.The second sidepiece fluid cushion part inner end wall 12221 and second side The some or all of formation double-layer bumper structure of portion fluid cushion part outer end wall 12211.The second sidepiece fluid delays Connection wall 12223 and the second sidepiece fluid cushion part in stamping lateral wall 12212, the second sidepiece fluid cushion part Madial wall 12222 forms the second sidepiece fluid cushion chamber 1220.The sidepiece of the packaged object 91 is by part or complete Fit in portion the second sidepiece fluid cushion part inner end wall 12221.So as to the second sidepiece fluid cushion part 122 can The other side to the packaged object 91 provides multistage buffer protection.
It is noted that the first sidepiece fluid cushion part madial wall 12122 is bonded to the packaged object The side at 91 top, the second sidepiece fluid cushion part madial wall 12222 is bonded to the top of the packaged object 91 The opposite side in portion, connects in the first sidepiece fluid cushion part in connection wall 12123 and the second sidepiece fluid cushion part Wall 12223 perpendicular to the top surface of the packaged object 91, makes the sidepiece fluid cushion component 12 and the angle upwards A packed article accommodating chamber 210 is also formed between portion fluid cushion component 11.That is, the fluid cushion unit 10, First cavity package 200 that the first anti-stab interlayer unit 20 is formed further includes the He of a packed article accommodating chamber 210 The level 2 buffering chamber 220, the packed article accommodating chamber 210 is used to accommodate the uninterrupted power source, the level 2 buffering Chamber 220 is used to provide for level 2 buffering space, when there is external force to act on the described second anti-stab interlayer unit 30, first bag The 200 packed article accommodating chamber 210 of behaveing affectedly can disperse some stress, make external force be unlikely to act directly on described bag The top of object 91 is filled, so as to enhance the multi-buffer performance of the packing device.
It is noted that in this preferred embodiment of the present utility model, the corner fluid cushion component 11 Each corner fluid cushion part structure can be identical with the structure of each sidepiece fluid cushion part of each sidepiece fluid cushion component 12, only Only it is that the direction being set is different, but, it will be appreciated by those skilled in the art that, in other embodiments, the angle Each corner fluid cushion part part structure of portion fluid cushion component 11 can be with each sidepiece stream of each sidepiece fluid cushion component 12 Body bolster can also be that structure is differed, and the utility model is not limited thereto in this regard.
Further, the anti-stab interlayer component 21 in the corner of the described first anti-stab interlayer unit 20 includes an at least corner Anti-stab compartment part, the quantity of the anti-stab compartment part in corner is slow according to the corner fluid of the corner fluid cushion component 11 The quantity of stamping is correspondingly set.In this preferred embodiment of the present utility model, four angles of the packaged object 91 Portion needs to be buffered protection, so that the corner fluid cushion component 11 includes stating corner fluid cushion part described in four, so that The anti-stab interlayer component 21 in corner includes four anti-stab compartment parts in corner.That is, this is preferred of the present utility model In embodiment, the anti-stab interlayer component 21 in corner includes the anti-stab compartment part 211 in one first corner, the one second anti-stab interlayer in corner The anti-stab anti-stab compartment part 214 in the fourth angle portion of compartment part 213 and of part 212, a third corner.The anti-stab interlayer in first corner Part 211 is fitted the first corner fluid cushion part 111, to prevent the first corner fluid cushion part 111 to be pierced；It is described The anti-stab compartment part 212 in second corner is fitted the second corner fluid cushion part 112, to prevent second corner fluid cushion Part 112 is pierced；The anti-stab compartment part 213 of third corner fits in the third corner fluid cushion part 113, to prevent Third corner fluid cushion part 113 is stated to be pierced；The anti-stab compartment part 214 in fourth angle portion fits in fourth angle portion fluid Bolster 114, to prevent the fourth angle portion fluid cushion part 114 to be pierced.
More specifically, the anti-stab compartment part 211 in the first corner include one first corner inner end wall anti-stab interlayer section 2111, The anti-stab interlayer section 2113 of connection wall in the anti-stab interlayer section 2112 of one first corner madial wall and one first corner.Described first jiao Madial wall anti-stab interlayer section 2112 in portion's vertically extends the anti-stab interlayer section 2111 of first corner inner end wall, described first jiao The anti-stab interlayer section 2113 of connection wall vertically extends the anti-stab interlayer section 2112 of first corner madial wall in portion.In other words Say, in first corner inner end wall anti-stab interlayer section 2111 and first corner anti-stab interlayer section 2113 of connection wall respectively with Opposite direction is extended perpendicularly outward in the anti-stab interlayer section 2112 of first corner madial wall.First corner inner end wall Anti-stab interlayer section 2111 is bonded to the first corner fluid cushion part inner end wall 11121, as anti-puncture interlayer protection The first corner fluid cushion part inner end wall 11121；Madial wall anti-stab interlayer section 2112 in first corner is bonded to institute The first corner fluid cushion part madial wall 11122 is stated, is protected in the first corner fluid cushion part as anti-puncture interlayer Side wall 11122；The anti-stab interlayer section 2113 of connection wall is bonded in the first corner fluid cushion part in first corner Connection wall 11123, connection wall 11123 in the first corner fluid cushion part is protected as anti-puncture interlayer, and then described The anti-stab compartment part 211 in first corner from internal protection and can support the first corner fluid cushion part 111.
The anti-stab compartment part 212 in second corner includes anti-stab 2121, one second jiao of the interlayer section of one second corner inner end wall The anti-stab interlayer section 2123 of connection wall in the anti-stab interlayer section 2122 of portion's madial wall and one second corner.Second corner madial wall Anti-stab interlayer section 2122 vertically extends the anti-stab interlayer section 2121 of second corner inner end wall, is connected in second corner The anti-stab interlayer section 2123 of wall vertically extends the anti-stab interlayer section 2122 of second corner madial wall.In other words, described The anti-stab interlayer section 2123 of connection wall is respectively with opposite side in the anti-stab interlayer section 2121 of two corner inner end walls and second corner To extending perpendicularly outward in second corner madial wall anti-stab interlayer section 2122.The second corner anti-stab interlayer of inner end wall Section 2121 is bonded to the second corner fluid cushion part inner end wall 11221, as anti-puncture interlayer protection described second Corner fluid cushion part inner end wall 11221；Madial wall anti-stab interlayer section 2122 in second corner is bonded to described second jiao Portion fluid cushion part madial wall 11222, the second corner fluid cushion part madial wall is protected as anti-puncture interlayer 11222；The anti-stab interlayer section 2123 of connection wall is bonded to connection in the second corner fluid cushion part in second corner Wall 11223, connection wall 11223 in the second corner fluid cushion part, and then described second are protected as anti-puncture interlayer The anti-stab compartment part 212 in corner from internal protection and can support the second corner fluid cushion part 112.
The anti-stab compartment part 213 of third corner includes a third corner inner end wall 2131, one the third angle of anti-stab interlayer section The anti-stab interlayer section 2133 of connection wall in the anti-stab interlayer section 2132 of portion's madial wall and a third corner.The third corner madial wall Anti-stab interlayer section 2132 vertically extends the anti-stab interlayer section 2131 of the third corner inner end wall, connection in the third corner The anti-stab interlayer section 2133 of wall vertically extends the anti-stab interlayer section 2132 of the third corner madial wall.In other words, described The anti-stab interlayer section 2133 of connection wall is respectively with opposite side in the anti-stab interlayer section 2131 of triangular part inner end wall and the third corner To extending perpendicularly outward in the third corner madial wall anti-stab interlayer section 2132.The anti-stab interlayer of third corner inner end wall Section 2131 is bonded to the third corner fluid cushion part inner end wall 11321, as anti-puncture interlayer protection the described 3rd Corner fluid cushion part inner end wall 11321；The anti-stab interlayer section 2132 of third corner madial wall is bonded to the third angle Portion fluid cushion part madial wall 11322, the third corner fluid cushion part madial wall is protected as anti-puncture interlayer 11322；The anti-stab interlayer section 2133 of connection wall is bonded to connection in the third corner fluid cushion part in the third corner Wall 11323, connection wall 11323 in the third corner fluid cushion part, and then the described 3rd are protected as anti-puncture interlayer The anti-stab compartment part 213 in corner from internal protection and can support the third corner fluid cushion part 113.
The anti-stab compartment part 214 in fourth angle portion includes a fourth angle portion inner end wall 2141, one fourth angle of anti-stab interlayer section The anti-stab interlayer section 2143 of connection wall in the anti-stab interlayer section 2142 of portion's madial wall and a fourth angle portion.Fourth angle portion madial wall Anti-stab interlayer section 2142 vertically extends the anti-stab interlayer section 2141 of fourth angle portion inner end wall, is connected in the fourth angle portion The anti-stab interlayer section 2143 of wall vertically extends the anti-stab interlayer section 2142 of fourth angle portion madial wall.In other words, described The anti-stab interlayer section 2143 of connection wall is respectively with opposite side in the anti-stab interlayer section 2141 of four corner inner end walls and the fourth angle portion To extending perpendicularly outward in fourth angle portion madial wall anti-stab interlayer section 2142.The fourth angle portion anti-stab interlayer of inner end wall Section 2141 is bonded to the fourth angle portion fluid cushion part inner end wall 11421, as anti-puncture interlayer protection the described 4th Corner fluid cushion part inner end wall 11421；Madial wall anti-stab interlayer section 2142 in the fourth angle portion is bonded to the fourth angle Portion fluid cushion part madial wall 11422, the fourth angle portion fluid cushion part madial wall is protected as anti-puncture interlayer 11422；The anti-stab interlayer section 2143 of connection wall is bonded to connection in the fourth angle portion fluid cushion part in the fourth angle portion Wall 11423, connection wall 11423 in the fourth angle portion fluid cushion part, and then the described 4th are protected as anti-puncture interlayer The anti-stab compartment part 214 in corner from internal protection and can support the fourth angle portion fluid cushion part 114.
Therefore, the described 21 anti-stab compartment part 211 in first corner, the anti-stab compartment part 212 in second corner, described The anti-stab compartment part 214 of the anti-stab compartment part 213 of third corner and the fourth angle portion can respectively correspondingly as it is anti-pierce through every The first corner fluid cushion part 111, second corner fluid cushion of the layer protection corner fluid cushion component 11 Part 112, the third corner fluid cushion part 113 and the fourth angle portion fluid cushion part 114, described 21 are from medial support And the corner fluid cushion component 11 is protected, the corner fluid cushion component 11 is prevented by first cavity package 200 The object with pointed end puncture caused by fluid outflow in described 10, and then prevent 10 pairs of quilts The decrease of the buffering effect of for example described packaged object 91 of packing article even disappears, the multi-buffer effect of the packing device Fruit can play a role well, and packaged object will not be damaged.
Further, the anti-stab interlayer component 22 of the sidepiece also includes the anti-stab separator of an at least sidepiece, and the sidepiece is prevented The quantity for piercing compartment part is correspondingly set according to the quantity of the sidepiece fluid cushion part of the sidepiece fluid cushion component 12. In this preferred embodiment of the present utility model, two sidepieces of the packaged object 91 need to be buffered protection, so that The sidepiece fluid cushion component 12 includes two sidepiece fluid cushion parts, so that the anti-stab interlayer component 22 of the sidepiece is wrapped Include two anti-stab compartment parts of sidepiece.That is, in this preferred embodiment of the present utility model, the anti-stab interlayer of sidepiece Component 22 includes the anti-stab anti-stab compartment part 222 of sidepiece of compartment part 221 and 1 second of one first sidepiece.First sidepiece is anti-stab The outer surface of inner surface laminating the first sidepiece fluid cushion part 121 of compartment part 221, to prevent the first sidepiece stream Body bolster 121 is pierced；Inner surface laminating the second sidepiece fluid cushion part of the anti-stab compartment part 222 of the second sidepiece 122 outer surface, to prevent the second sidepiece fluid cushion part 122 to be pierced.So as to described 22 can as it is anti-stab every The layer protection sidepiece fluid cushion component 12, it is to avoid there is sharp end body to pierce through the sidepiece fluid cushion component 12 from outside.
More specifically, the anti-stab compartment part 221 of the first sidepiece includes the anti-stab interlayer section 2211 of one first sidepiece outer end wall And one first sidepiece lateral wall anti-stab interlayer section 2212, the anti-stab interlayer section 2211 and described first of the first sidepiece outer end wall The anti-stab interlayer section 2212 of sidepiece lateral wall is set mutual vertically, and the anti-stab interlayer section 2211 of the first sidepiece outer end wall is fitted In the first sidepiece fluid cushion part outer end wall 12111, the anti-stab interlayer section 2212 of the first sidepiece lateral wall is bonded to The first sidepiece fluid cushion part lateral wall 12112.The anti-stab compartment part 222 of second sidepiece includes one second sidepiece outer end The anti-stab interlayer section 2221 of wall and the anti-stab interlayer section 2222 of one second sidepiece lateral wall, the anti-stab interlayer of the second sidepiece outer end wall Section 2221 extends the second sidepiece lateral wall anti-stab interlayer section 2222, and with the anti-stab interlayer section of the second sidepiece lateral wall 2222 shapes have angle, it is preferable that the anti-stab interlayer section 2221 of the second sidepiece outer end wall is perpendicular to second sidepiece outside The anti-stab interlayer section 2222 of wall.The anti-stab interlayer section 2221 of second sidepiece outer end wall is bonded to the second sidepiece fluid cushion Part lateral wall 12212, the anti-stab interlayer section 2221 of the second sidepiece outer end wall is bonded to the second sidepiece fluid cushion part Lateral wall 12212.
Correspondingly, corresponding anti-stab compartment part and the mode of fluid cushion part laminating can be directly placed at corresponding patch Close position, it is preferred that corresponding anti-stab compartment part is integrally connected to corresponding fluid cushion part, such as connected by stickup or heat-sealing The mode for connecing is connected.
It is noted that the anti-stab interlayer stiffener assembly 23 includes at least one set of anti-stab interlayer reinforcer, each group institute The two ends that anti-stab interlayer reinforcer is arranged at each described sidepiece fluid cushion part of the sidepiece fluid cushion component 12 are stated, and Outer surface part or whole anti-stab compartment parts of each described sidepiece for fitting in the corresponding anti-stab interlayer component 22 of the sidepiece.Institute State the quantity and the sidepiece fluid cushion component 12 of the group of the described anti-stab interlayer reinforcer of anti-stab interlayer stiffener assembly 23 The quantity of each sidepiece fluid cushion part is corresponding.Specifically, in this preferred embodiment of the present utility model, the quilt Packing two sidepieces of object 91 needs to be buffered protection, and the sidepiece fluid cushion component 12 includes the first sidepiece fluid Bolster 121 and the second sidepiece fluid cushion part 122 to be packaged two sidepieces of object 91 described in buffer protection, from And the anti-stab interlayer component 22 of sidepiece includes the anti-stab compartment part 221 of first sidepiece and the anti-stab interlayer of the second sidepiece Part 222 correspondingly protects the first sidepiece fluid cushion part of the sidepiece fluid cushion component 12 respectively as anti-stab interlayer 121 and the second sidepiece fluid cushion part 122, so the anti-stab interlayer stiffener assembly 23 include described in two groups it is anti-stab every Layer reinforcer, i.e., described anti-stab interlayer stiffener assembly 23 include one first anti-stab interlayer reinforcer 231 and 1 second it is anti-stab every Layer reinforcer 232, respectively correspondingly to protect the first sidepiece fluid cushion part 121 of the sidepiece fluid cushion component 12 And the second sidepiece fluid cushion part 122.Described first anti-stab interlayer reinforcer of the anti-stab interlayer stiffener assembly 23 231 and the second anti-stab interlayer reinforcer 232 can close the first sidepiece fluid cushion chamber 1210 and second side Portion fluid cushion chamber 1220, it is to avoid have the first sidepiece fluid cushion part of the tip member from the sidepiece fluid cushion component 12 121 and the both sides of the second sidepiece fluid cushion part 122 pierce through first sidepiece of the sidepiece fluid cushion component 12 Fluid cushion part 121 and the second sidepiece fluid cushion part 122.
It is noted that the anti-stab interlayer component 21 in the corner and the sidepiece of the first anti-stab interlayer unit 20 Anti-stab interlayer component 22 may be implemented as paper card and fold and formed.Paper card is a kind of newborn, environmentally friendly papery card Piece.For example paper card can use art paper, there is various thickness.It has the features such as relatively low, simple for production cost, environmental protection and energy saving. For packaging, paper card protection product is not damaged by transportation, with high intensity and puncture-resistant property.In addition, paper Card is belonging to the material of environment-friendly type, free from environmental pollution and recoverable, and the cost of paper card is also than relatively low.
It will be appreciated by those skilled in the art that, the anti-stab interlayer component in the corner of the first anti-stab interlayer unit 20 21 and the anti-stab interlayer component 22 of the sidepiece be implemented as paper card as just citing, in other embodiments, can also be it His cardboard prepared material, or other materials such as plastics etc., the utility model is not limited thereto in this regard.
It is noted that as shown in Fig. 2 B and Fig. 5, the second corner fluid cushion part outer end wall 11211 and institute State third corner fluid cushion part madial wall 11322 and be partly superimposed on the anti-stab interlayer section 2211 of the first sidepiece outer end wall Outer surface, the first corner fluid cushion part outer end wall 11111 and the fourth angle portion fluid cushion part outer end wall 11411 Partly it is superimposed on the anti-stab interlayer section 2221 of the second sidepiece outer end wall.So as on the one hand enhance the slow of the packing device Punching performance, has on the other hand also played positioning to each anti-stab interlayer component 22 of sidepiece.
It is noted that as shown in Figure 2 A and 2B, one end of the anti-stab interlayer stiffener assembly 23 is bonded to each institute Sidepiece fluid cushion component 12 is stated, the other end is bonded to the anti-stab interlayer component 21 in each corner, each described 11 outside portion At least a portion be superimposed in the outer surface of each anti-stab interlayer component 22 of sidepiece, each anti-stab interlayer component 22 of sidepiece Inner surface be bonded to the inner surface of the anti-stab interlayer component 22 of each sidepiece, described 10 and described 20 can stably be held It is contained in second cavity package 300.Additionally, described 10 and described 20 form the structure of the overlapping that intersects, institute can be strengthened State the shock-absorbing capacity and penetration-resistant energy of packing device.
Therefore, described the first of the packing device the anti-stab interlayer unit 20 be bonded to the fluid cushion unit 10 with Form the anti-stab integrated structure of the fluid cushion and first cavity package 200 of the packing device.Packaged object quilt It is contained in first cavity package 200.The anti-stab integrated structure of fluid cushion is uninterrupted as described to packed article style Power supply 92 carries out buffer protection.The anti-stab integrated structure of fluid cushion further includes an anti-stab combination of corner fluid cushion With an anti-stab combination of sidepiece fluid cushion.Corner of the anti-stab combination of corner fluid cushion to the uninterrupted power source 92 Buffer protection is carried out, the anti-stab combination of sidepiece fluid cushion carries out buffer protection to the sidepiece of the uninterrupted power source 92. Further, the anti-stab combination of corner fluid cushion includes an at least corner fluid cushion part and at least a corner is anti-stab Compartment part.Each anti-stab compartment part in the corner is bonded to each corner fluid cushion part.This is excellent of the present utility model Select in embodiment, the anti-stab combination of corner fluid cushion includes that fluid cushion part in corner described in four groups and the corner are anti- Pierce the combination of compartment part.That is, as shown in figure 4, the first corner fluid cushion part 111 and first corner are anti- Pierce combination, the knot of the anti-stab compartment part 212 of the second corner fluid cushion part 112 and second corner of compartment part 211 Combination and the fourth angle of conjunction, the third corner fluid cushion part 113 and the anti-stab compartment part 213 of the third corner Portion fluid cushion part 114 and the combination of the anti-stab compartment part 214 in the fourth angle portion this four groups of combinations are defined as the bag The anti-stab combination of corner fluid cushion of assembling device.It will be appreciated by those skilled in the art that, it is of the present utility model described The number of combinations of the anti-stab combination of corner fluid cushion, can in other embodiment in this preferred embodiment as just citing The quantity for being buffered the corner of protection is needed to carry out respective change with according to packaged object, this aspect of the present utility model is simultaneously It is not limited.
Further, the anti-stab combination of sidepiece fluid cushion includes an at least sidepiece fluid cushion part and at least The anti-stab compartment part of sidepiece.Each anti-stab compartment part of the sidepiece is bonded to each sidepiece fluid cushion part.In the utility model This preferred embodiment in, the anti-stab combination of sidepiece fluid cushion include sidepiece fluid cushion part described in two groups and institute State the combination of the anti-stab compartment part of sidepiece.That is, in this preferred embodiment of the present utility model, as shown in figure 4, described The combination of the anti-stab compartment part 221 of the first sidepiece and the first sidepiece fluid cushion part 121 and second sidepiece it is anti-stab every The combination of layer part 222 and the second sidepiece fluid cushion part 122 is defined as the sidepiece fluid of the packing device Buffer anti-stab combination.It will be appreciated by those skilled in the art that, the sidepiece fluid cushion of the present utility model is anti-stab The number of combinations of combination, can be according to packaged object in other embodiment in this preferred embodiment as just citing Needing the quantity of the sidepiece for being buffered protection carries out respective change, and this aspect of the present utility model is not limited thereto.
It is noted that the anti-stab combination of sidepiece fluid cushion also includes at least two anti-stab interlayer reinforcers, Two anti-stab interlayer reinforcers are arranged at the two ends of each sidepiece fluid cushion part, and are partially or entirely pasted Together in the inner surface of each anti-stab compartment part of sidepiece.So, each sidepiece fluid cushion part by each sidepiece it is anti-stab every Layer part and each anti-stab interlayer reinforcer and external environment condition separate, and serving prevents the tip member in the external world from piercing through the sidepiece The effect of fluid cushion part.It will be appreciated by those skilled in the art that, the sidepiece fluid cushion of the present utility model is prevented The quantity of described anti-stab interlayer reinforcer of combination is pierced in this preferred embodiment as just citing, in other embodiment According to packaged object the quantity for being buffered the sidepiece of protection can be needed to carry out respective change, this aspect of the present utility model It is not limited thereto.
It is noted that delaying because one end of the anti-stab interlayer stiffener assembly 23 is bonded to each sidepiece fluid Component 12 is rushed, the other end is bonded to the anti-stab interlayer component 21 in each corner, outside each corner fluid cushion component 11 At least a portion of sidepiece is superimposed in the outer surface of each anti-stab interlayer component 22 of sidepiece, each anti-stab interlayer group of sidepiece The inner surface of part 22 is bonded to the inner surface of the anti-stab interlayer component 22 of each sidepiece, that is to say, that the corner fluid delays The iterative structure that intersects for rushing anti-stab combination and the anti-stab combination of sidepiece fluid cushion makes it anti-stab described second Do not allow to be also easy to produce displacement in second cavity package 300 of interlayer unit 30, the slow of the packing device can be better achieved Punching performance and paracentesis resistance energy.
It is noted that the anti-stab interlayer component 21 in the corner and sidepiece of the first anti-stab interlayer unit 20 are anti-stab The location and shape of interlayer component 22 can be flexible according to the anti-puncture requirement of packaged object and the fluid cushion unit 10 Set.
It is as shown in Figure 6 and Figure 7 the packing device according to another embodiment of the present utility model.The packing device energy It is enough in packaging one and is packaged object, in this embodiment of the present utility model, the packaged object is with a packed article As a example by body 92.It will be appreciated by those skilled in the art that, this is preferred of the present utility model for the packaged object 92 As just citing in embodiment, in other embodiments, the packaged object that the packing device is used to pack can also be Other articles, the utility model is not limited thereto in this regard.
Specifically, the packing device includes a fluid buffer unit 40, an inner packing device 50 and an external packing dress Put 60.The fluid cushion device 40 includes a first fluid buffer body 41 and a second fluid buffer body 42.Described first Fluid cushion body 41 is by least two fluid columns at least fluid cushion for being formed arranged side by side by being formed after folding or plastic packaging A first fluid buffer body bottom wall 411 and a first fluid buffer body perisporium 412.The first fluid buffer body perisporium 412 extend the first fluid buffer body bottom wall 411 and form the first fluid receiving of the first fluid buffer body 41 Chamber 410.The second fluid buffer body 42 passes through folding by least fluid cushion that at least two fluid columns are formed side by side The second fluid buffer body bottom wall 412 and a second fluid buffer body perisporium 422 formed after folded or plastic packaging.The second Body buffer body perisporium 422 extends the second fluid buffer body bottom wall 421 and forms the one of the second fluid buffer body 42 Second fluid accommodating chamber 420.The packaged object 92 by it is some or all of be contained in the first fluid accommodating chamber 410 with And the second fluid accommodating chamber 420.
Further, the inner packing unit 50 includes an inner packing main body 51 and an inner packing lid 52, the inner packing Main body 51 forms an inner packing chamber 500, and the inner packing lid 52 is connected to the inner packing main body 51 and closes the interior bag It behave affectedly 500.The fluid cushion device 40 for accommodating the packaged object 92 can be housed inside the inner packing chamber 500 It is interior.
Further, the external packing unit 60 includes an external packing main body 61 and an outsourcing capping 62, the external packing Main body 61 forms an outsourcing and behave affectedly 600, and the outsourcing capping 62 is connected to the external packing main body 61 and closes the outsourcing It behave affectedly 600.The fluid cushion device 40, the inner packing device 50 and the packaged object 92 can be housed inside institute Outsourcing is stated to behave affectedly in 600.
It is noted that in this embodiment of the present utility model, the inner packing unit 50 and the outsourcing Dress unit 60 is implemented as interior carton and outer carton.It will be appreciated by those skilled in the art that, interior carton here and Outer carton is not limited thereto as just citing, the utility model.
It is noted that the packing device also includes an antistatic bubble bags 70, for antistatic.It is described packaged Object 92 is placed into the antistatic bubble bags 70, and the antistatic bubble of the packaged object 92 is accommodated afterwards Bag 70 can be housed inside in the inner packing chamber 500 of the inner packing unit 50.
Shock-absorbing capacity and the inner packing unit that the packing device passes through the fluid column of the fluid cushion device 40 50 and the external packing unit 60 intensity is high and the manner of packing of combination the characteristics of puncture resistance, it is possible to increase it is described The penetration-resistant energy of packing device.
It is noted that in this embodiment of the present utility model, the fluid cushion device 40 is implemented as one Gas column buffer unit.It will be appreciated by those skilled in the art that, the fluid cushion device 40 is gone back in other embodiments There can be other reasonable deformations, the utility model is not limited thereto in this regard.
Very according to another aspect of the present utility model, the utility model additionally provides the packing method of a packing device, to wrap As a example by dress veneer 12, the described method comprises the following steps：
A () one packaged object 92 is housed inside in an antistatic bubble bags 70 of the packing device；
B () described antistatic bubble bags 70 are housed inside in an inner packing chamber 500 of an inner packing unit 50；
C () described inner packing unit 50 is packaged in a fluid buffer unit 40；And
D () described fluid cushion device 40 is housed inside in an outer accommodating chamber 600 of an external packing unit 60.
It should be understood by those skilled in the art that the embodiment of the present utility model shown in foregoing description and accompanying drawing is only used as Illustrate and be not intended to limit the utility model.The purpose of this utility model completely and is effectively realized.Work(of the present utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, implementation method of the present utility model Can there are any deformation or modification.

Claims (10)

1. a packing device, for packing an at least packed article, it is characterised in that including：An at least fluid buffer unit, extremely Few an inner packing device and an at least outer package device, the packed article is arranged in the inner packing unit, described Inner packing unit is arranged in the fluid cushion device, and the fluid cushion device is arranged at the external packing unit It is interior.
2. packing device as claimed in claim 1, wherein the fluid cushion device includes an at least fluid buffer body, each institute Fluid cushion body is stated by least two fluid columns at least fluid cushion for being formed arranged side by side by being formed after folding or plastic packaging An at least fluid buffer body bottom wall and an at least fluid buffer body perisporium, wherein the fluid cushion body perisporium extends institute State fluid cushion body bottom wall and form an at least fluid accommodating chamber of the fluid cushion body, the packed article by part or All it is contained in the fluid containment chamber.
3. packing device as claimed in claim 1, wherein the inner packing unit includes an at least inner packing main body and at least One inner packing lid, the inner packing main body forms an at least inner packing chamber, and the inner packing lid is connected to the inner packing master Body simultaneously closes the inner packing chamber, and the fluid cushion device for accommodating the packed article can be housed inside the interior bag In behaveing affectedly.
4. packing device as claimed in claim 2, wherein the inner packing unit includes an at least inner packing main body and at least One inner packing lid, the inner packing main body forms an at least inner packing chamber, and the inner packing lid is connected to the inner packing master Body simultaneously closes the inner packing chamber, and the fluid cushion device for accommodating the packed article can be housed inside the interior bag In behaveing affectedly.
5. packing device as claimed in claim 1, wherein the external packing unit includes an at least external packing main body and at least One outsourcing capping, the external packing main body forms an at least outsourcing and behave affectedly, and the outsourcing capping is connected to the external packing master Body simultaneously closes the outsourcing and behave affectedly, and the fluid cushion device, the inner packing device and the packed article can be held It is contained in the outsourcing behave affectedly.
6. packing device as claimed in claim 4, wherein the external packing unit includes an at least external packing main body and at least One outsourcing capping, the external packing main body forms an at least outsourcing and behave affectedly, and the outsourcing capping is connected to the external packing master Body simultaneously closes the outsourcing and behave affectedly, and the fluid cushion device, the inner packing device and the packed article can be held It is contained in the outsourcing behave affectedly.
7. the packing device as described in any in claim 1-6, wherein the inner packing unit and the external packing unit Respectively interior carton and outer carton.
8. the packing device as described in any in claim 1-6, wherein the inner packing unit and the external packing unit By hard material is made.
9. the packing device as described in any in claim 1-6, wherein the packing device also includes an at least antistatic gas Bubble bag, the packed article is arranged in the antistatic bubble bags, the packed article and the antistatic bubble bags It is arranged in the inner packing chamber of the inner packing unit.
10. the packing device as described in any in claim 1-6, wherein the fluid cushion device is inflation bumping bag.
CN201621193930.4U 2016-10-28 2016-10-28 Packing device Active CN206278479U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621193930.4U CN206278479U (en) 2016-10-28 2016-10-28 Packing device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621193930.4U CN206278479U (en) 2016-10-28 2016-10-28 Packing device

Publications (1)

Publication Number Publication Date
CN206278479U true CN206278479U (en) 2017-06-27

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201621193930.4U Active CN206278479U (en) 2016-10-28 2016-10-28 Packing device

Country Status (1)

Country Link
CN (1) CN206278479U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108328064A (en) * 2018-03-23 2018-07-27 顺丰科技有限公司 Buffer packing case

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108328064A (en) * 2018-03-23 2018-07-27 顺丰科技有限公司 Buffer packing case

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