CN204453316U - Inflation cushioning package body - Google Patents
Inflation cushioning package body Download PDFInfo
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- CN204453316U CN204453316U CN201520108052.0U CN201520108052U CN204453316U CN 204453316 U CN204453316 U CN 204453316U CN 201520108052 U CN201520108052 U CN 201520108052U CN 204453316 U CN204453316 U CN 204453316U
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- inner membrance
- adventitia
- sealing
- line
- package body
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Abstract
There is provided a kind of inflation cushioning package body, it improves the performance of holding one's breath of sealing member while providing buffer action well; The utility model adopts two panels adventitia, the structure of a slice inner membrance, owing to being the structure of a slice inner membrance, the resin molding of the thickness of employing two panels inner membrance is made to become possibility as air-lock device, due to thickness double permeability to air reduce half, and preferably adopting the multi-layer co-extruded resin molding of high barrier to do inner membrance, permeability to air can be lower, and inner membrance is coated with ink at interval of a segment distance; Ink crossed over by the transversal heat seal line of heat-sealing inner membrance and adventitia, and ink place forms air flue; Multiple depositing on headroom on inflation cushioning package body seals out inlet channel with point or line, and inlet channel communicates with ink air flue, and the distance of inlet channel is preferably 4mm to 15mm; This inflation buffering package can permanent playing a protective role to product, and air can be preserved for a long time in film, easy to process, and sealing is reliable, thus this type of environmental protection package is beneficial to and applies widely.
Description
Technical field
The utility model belongs to packing technique field, is specifically related to a kind of inflation cushioning package body and manufacture method thereof.
Background technology
Inflation buffering package take resin molding as material, after inflation, air containment plays the device of buffer action in resin molding, common aeroseal body structure as Japanese Utility Model Beneficial No. JP5-95851 (fluid sealing bag) Patent Case, U.S. Utility Patent US7568508; No. TW00587049th, Taiwan utility model patent (installation constitution of the switch valve of sealing member and there is the manufacturing installation of sealing member of switch valve); No. TW92113574, TaiWan, China patent discloses a kind of installation constitution of switch valve of sealing member; And utility model patent CN200610067311.5, CN200910128472.4, CN201010286239.1 etc. are about the method for making of sealing member, the common ground of above-mentioned patent is the structure using two panels adventitia and two panels inner membrance, and heat proof material is applied as free air diffuser between two panels inner membrance, and utilize two panels inner membrance to play the effect of lock gas, shown in Figure 2.
The shortcoming that the structure of above prior art is maximum must use two panels inner membrance exactly, because the length of inner membrance and adventitia can not be isometric, so inner membrance is too thick will increase heat-sealing difficulty of processing, the too high meeting of temperature scorches the part only having adventitia not have inner membrance, the part that temperature is too low a two panels adventitia two panels inner membrance again can not good heat-sealing, but also can increase material cost.Particularly now those PP TYPE with high barrier are not used due to the problem of thickness on original design plan; thinner resin molding so just can only be used to make two panels inner membrance; because inner membrance is the effect playing lock gas; just high with thinner film permeability to air; just be unfavorable for this kind of long-term article of packaging are played a protective role of buffering package, thus also just have influence on extensive popularization and the utilization of this kind of environmental protection buffering package.
Therefore, prior art lacks a kind of inflation cushioning package body, and it can be convenient to processing, while providing buffer action well, also can improve the performance of holding one's breath of sealing member.
Utility model content
For above-mentioned one or more problems, provide a kind of inflation cushioning package body, it is convenient to processing, while providing buffer action well, also can improve the performance of holding one's breath of sealing member.
The utility model adopts two panels adventitia, and the structure of a slice inner membrance, as shown in Figure 1, efficiently solve the defect of original design plan, air can be preserved for a long time in film.Further; owing to being the structure of a slice inner membrance; thus relatively thick inner membrance can be adopted; the resin molding of the thickness of preferred use two panels inner membrance is as air-lock device; due to thickness double permeability to air reduce half; the multi-layer co-extruded resin molding of high barrier preferably can also be adopted to do inner membrance; permeability to air can be lower; in addition; preferred inner membrance and be intermembranously designed with viscosity outward; more promote lock airway dysfunction, like this this kind of inflation buffering package just permanent product played a protective role of energy, thus this type of environmental protection package just can be promoted and be utilized widely.
The technical solution of the utility model is:
A kind of inflation cushioning package body, comprising: the first adventitia, the second adventitia, is characterized in that,
A slice inner membrance is between the first adventitia and the second adventitia;
Inner membrance is coated with ink at interval of a segment distance, and the one side being coated with ink of inner membrance contacts with the first adventitia; Inner membrance longitudinal size is less than adventitia longitudinal size; Inner membrance lateral dimension equals adventitia lateral dimension;
Two panels adventitia top cross border seal laminating formation first sealing lip, the other end of two panels adventitia is the bottom transverse border of the two, is the common horizontal boundary of the two, forms the second sealing lip of sealing laminating;
Hot-sealing line comprises the transversal heat seal line of heat-sealing inner membrance and adventitia and longitudinal hot-sealing line; Transversal heat seal line is between first, second sealing lip, and the ink printing region described in crossing over, ink printing region forms air flue;
Longitudinal hot-sealing line comprises multiple longitudinal hot-sealing line, and for the longitudinal boundary of the both sides of closed adventitia and inner membrance, wherein the length of longitudinal hot-sealing line arrives the second sealing lip from transversal heat seal line, is formed multiplely longitudinal independently to deposit headroom; Deposit on headroom, bottom transverse border and first adventitia of inner membrance carry out interval type heat seal, and the part at thermosealed interval forms inlet channel;
The air flue having inflation inlet is formed between first sealing lip and transversal heat seal line.
Further, each described inlet channel employings point or line or dotted line combine and seal, and the air flue that inlet channel is formed with ink printing communicates.
Further, described each inlet channel deposited on headroom, the distance between often adjacent point or line is 4mm to 15mm.
Further, first, second described sealing lip adopts hot-sealing line mode to realize sealing; At least one pair of short longitudinal air inlet hot-sealing line that is formed by of described inlet channel realizes, and short longitudinal air inlet hot-sealing line is crossing with described transversal heat seal line, and short longitudinal air inlet hot-sealing line extends to depositing direction, headroom.
Further, described short longitudinal air inlet hot-sealing line is no more than the bottom transverse border of inner membrance.
Further, the transverse distance between two lines of short described a pair longitudinal air inlet hot-sealing line is deposited the direction of headroom along with air inlet is filled into and reduces, and forms the inlet channel of opening shrinkage type.
Further, described inner membrance and the first adventitia are formed is close to face, inner membrance or the first adventitia or the two all adopt band viscosity resin, or be close on face add tackifier at this.
Preferably, described inner membrance adopts the multi-layer co-extruded resin molding of high barrier.
Accompanying drawing explanation
The structural principle schematic diagram of Fig. 1 inflation cushioning package body of the present utility model;
The structural principle schematic diagram of the inflation cushioning package body of Fig. 2 prior art;
The schematic diagram of inner membrance coating printing ink in Fig. 3 embodiment of the present utility model;
The schematic diagram sealed with the second adventitia bottom inner membrance in Fig. 4 embodiment of the present utility model;
The front view of the inflation cushioning package body in Fig. 5 embodiment of the present utility model;
The front view of the first heat seal die in Fig. 6 embodiment of the present utility model;
The front view of the second heat seal die in Fig. 7 embodiment of the present utility model.
Detailed description of the invention
Now the utility model is further described in conjunction with the drawings and the specific embodiments:
As shown in figure to 7, wherein 1---the first adventitia; 2---inner membrance; 3---the second adventitia; 4---ink air flue; 5---short longitudinal air inlet hot-sealing line; 6---deposit gas region; 7---inflation inlet; 8---inlet channel; H---inlet channel distance; E1---the first transversal heat seal line; E2---the second transversal heat seal line; 201---first heat seal die: 202---second heat seal die; 12,13---two panels inner membrance (prior art).
A kind of inflation cushioning package body, mainly comprises: the structure of two panels adventitia (1,3) and a slice inner membrance 2 between two panels adventitia, as shown in Figure 1.
Use the resin with certain viscosity or add tackifier and allow the first adventitia 1 and inner membrance be close to face or the second adventitia 3 to be close to mask toughness with inner membrance (viscosity is suitable, too sticky meeting is not opened and is affected intake efficiency, the inadequate air locking of viscosity is poor), after inflation, the sticking two panels film of tool can tightly stick together, and plays the effect of lock gas.
By the first heat seal die 201 of point or line or other shape sticking for tool adventitia is close to the inlet channel that face and the bottom of inner membrance seal into 4 ~ 15mm, it is smooth that inlet channel is less than 4mm meeting air inlet, affects operating speed, can be poor more than 15mm air locking energy, formed and cool down slowly, affect result of use.
Further explanation for embodiment: the inflation cushioning package body described in this case, comprising: the first adventitia, the second adventitia, a slice inner membrance is between the first adventitia and the second adventitia; At interval of a segment distance printing-ink on inner membrance; Inner membrance longitudinal size is less than adventitia longitudinal size; Inner membrance lateral dimension equals adventitia lateral dimension; Two panels adventitia top cross border seal laminating formation first sealing lip, the other end of two panels adventitia is the bottom transverse border of the two, is the common horizontal boundary of the two, forms the second sealing lip of sealing laminating; Hot-sealing line comprises the transversal heat seal line of heat-sealing inner membrance and adventitia and longitudinal hot-sealing line; Transversal heat seal line is between first, second sealing lip, and the ink printing region described in crossing over, ink printing region forms air flue; Longitudinal hot-sealing line comprises multiple longitudinal hot-sealing line, and for the longitudinal boundary of the both sides of closed adventitia and inner membrance, wherein the length of longitudinal hot-sealing line arrives the second sealing lip from transversal heat seal line, is formed multiplely longitudinal independently to deposit headroom; The air flue having inflation inlet is formed between first sealing lip and transversal heat seal line; Each described depositing on headroom combines with point or line or point, line the inlet channel that will seal out interval type bottom inner membrance with the first adventitia and seal, and the air flue that inlet channel is formed with ink communicates.Described each inlet channel deposited on headroom, the distance between often adjacent point or line is 4mm to 15mm.
First, second described sealing lip adopts hot-sealing line mode to realize sealing.
At least one pair of short longitudinal air inlet hot-sealing line that is formed by of described inlet channel realizes, and short longitudinal air inlet hot-sealing line is crossing with described transversal heat seal line, and short longitudinal air inlet hot-sealing line extends to depositing direction, headroom.Described short longitudinal air inlet hot-sealing line is no more than the bottom transverse border of inner membrance.
Transverse distance between two lines of short described a pair longitudinal air inlet hot-sealing line is deposited the direction of headroom along with air inlet is filled into and reduces, and forms the inlet channel of opening shrinkage type.
The face of being close to of inner membrance and the first adventitia adopts and is with viscosity resin, or is close on face adds tackifier at this.Inner membrance can adopt the multi-layer co-extruded resin molding of high barrier.
In a further embodiment, the distance of inlet channel is 4mm to 15mm; And the spacing distance between inlet channel is 4mm to 15mm; Preferably, the spacing distance of the distance of inlet channel, adjacent inlet channel can value: any distance in 4mm, 5mm, 6mm, 7mm, 8mm, 9mm, 10mm, 11mm, 12mm, 13mm, 14mm, 15mm.
Concrete job operation:
1. first get out two panels adventitia (1,3) and a slice inner membrance 2, first heat seal die, as shown in Figure 6, the second heat seal die, as shown in Figure 7.Inner membrance preferably chooses the PP TYPE material of high obstructing performance.
2. utilize ink and resin not to have the characteristic of heat sealability, print required free air diffuser with ink at the top 101 of inner membrance, shape and size depend on the needs, (as shown in working chart Fig. 3).
In other embodiments, the material substitution ink not having heat sealability characteristic between other and film can be adopted.
3. by the first heat seal die, interval type heat-sealing is carried out, as shown in working chart Fig. 4 in the bottom 102 of adventitia and inner membrance.
4. by the second heat seal die, adventitia and inner membrance are sealed, just make equal and opposite in direction or relatively independent airtight space in different size.Notice during heat-sealing that the second transversal heat seal line E2 line has the region of printing-ink across inner membrance top.
In the present embodiment, first heat seal die comprises the symmetric double forked type, centralized positioning circle, the short-term heat-sealing pin that reduce, after heat-sealing, formed: the long and narrow honeycomb duct reduced around ink air flue, middle part forms triangle heat-sealing water conservancy diversion, be close to inner membrance bottom position, be the heat-sealing print of central short-term, corresponding 2 of both sides, form inlet channel.
Second heat seal die comprises the locating point framework on three transversal heat seal wire frames, Article 2 transversal heat seal line, and the heat-sealing block frame of multiple round rectangle is distributed between the second hot-sealing line and the 3rd hot-sealing line.First, second transversal heat seal linear distance is nearer.
Inflate a job operation for cushioning package body, comprise the following steps:
Step 1: first get out two panels adventitia (1,3) and a slice inner membrance (2); Inner membrance longitudinal size is less than adventitia, and lateral dimension is identical with adventitia; Inner membrance top is the border common with two panels adventitia is top;
Step 2: the admittance area needed for printing at the top area place of inner membrance with ink, form ink air flue (4), the needs of headroom are deposited depending on inflation in the shape of described ink air flue and size and interval, and inner membrance is printed with the face of ink and the first adventitia is close to; Or the ink air flue needed for printing at the top area place of the first adventitia with ink, the face that inner membrance and the first adventitia are printed with ink is close to;
Step 3: by the heat-sealing of the bottom interval formula of inner membrance on the first adventitia;
Step 4: adventitia (1,3) and inner membrance 2 are carried out first, second, third transversal heat seal line formula heat-sealing, and carry out multiple longitudinally heat-sealing, make equal and opposite in direction or relatively independent airtight space in different size; Wherein, during transversal heat seal, the first transversal heat seal line E1, the 3rd transversal heat seal line realize the top of the horizontal boundary of packaging body and the sealing of bottom, and the second transversal heat seal line E2 line is across described ink air flue 4; During longitudinal sealing, longitudinal boundary place not exclusively seals, between first, second transversal heat seal line, leave opening;
Further, in above-mentioned steps 3, by the mode of the bottom interval formula of inner membrance heat-sealing on the first adventitia be: take each inlet channel heat-sealing of depositing point or line or dotted line combination headroom being carried out local formed in multiple longitudinally heat-sealing, form the inlet channel being communicated with ink air flue and depositing headroom, the transverse distance scope that the heat-sealing of this inlet channel is formed is 4 to 15mm.
Further, the inner membrance chosen in described step 1 is the PP TYPE of high barrier; Adopt the first heat seal die (201) in described step 3,4 respectively, the second heat seal die (202) machines.
In a further embodiment, heat seal die only need meet sealing and the heat-sealing channel function of this structure.
Using method of the present utility model: air opens the ink air flue 4 of ink printing via inflation inlet 7, the inlet channel 8 sealed between adventitia and inner membrance arrives the relatively independent region be separated into by the second heat seal die, make A1 or B1 and inner membrance C fitting together tightly after full gas is filled in these relatively independent regions, air is kept in relatively independent space.
Finally should be noted that: above embodiment is only in order to illustrate that the technical scheme of this case is not intended to limit; Although be described in detail this case with reference to preferred embodiment, those of ordinary skill in the field have been to be understood that: still can modify to the detailed description of the invention of this case or carry out equivalent replacement to portion of techniques feature; And not departing from the spirit of this case technical scheme, it all should be encompassed in the middle of the technical scheme scope of this case request protection.
Claims (10)
1. inflate a cushioning package body, comprising: the first adventitia, the second adventitia, is characterized in that,
A slice inner membrance is between the first adventitia and the second adventitia;
Inner membrance is coated with ink at interval of a segment distance, and the one side being coated with ink of inner membrance contacts with the first adventitia; Inner membrance longitudinal size is less than adventitia longitudinal size; Inner membrance lateral dimension equals adventitia lateral dimension;
Two panels adventitia top cross border seal laminating formation first sealing lip, the other end of two panels adventitia is the bottom transverse border of the two, is the common horizontal boundary of the two, forms the second sealing lip of sealing laminating;
Hot-sealing line comprises the transversal heat seal line of heat-sealing inner membrance and adventitia and longitudinal hot-sealing line; Transversal heat seal line is between first, second sealing lip, and the ink printing region described in crossing over, ink printing region forms air flue;
Longitudinal hot-sealing line comprises multiple longitudinal hot-sealing line, and for the longitudinal boundary of the both sides of closed adventitia and inner membrance, wherein the length of longitudinal hot-sealing line arrives the second sealing lip from transversal heat seal line, is formed multiplely longitudinal independently to deposit headroom; Deposit on headroom, bottom transverse border and first adventitia of inner membrance carry out interval type heat seal, and the part at thermosealed interval forms inlet channel;
The air flue having inflation inlet is formed between first sealing lip and transversal heat seal line.
2. one according to claim 1 inflates cushioning package body, it is characterized in that, each described inlet channel adopts point or line or dotted line combination to seal, and the air flue that inlet channel is formed with ink printing communicates.
3. one inflation cushioning package body according to claim 1, it is characterized in that, described each inlet channel deposited on headroom, the distance between often adjacent point or line is 4mm to 15mm.
4. one inflation cushioning package body according to claim 2, it is characterized in that, described each inlet channel deposited on headroom, the distance between often adjacent point or line is 4mm to 15mm.
5. one inflation cushioning package body according to claim 4, it is characterized in that, first, second described sealing lip adopts hot-sealing line mode to realize sealing; At least one pair of short longitudinal air inlet hot-sealing line that is formed by of described inlet channel realizes, and short longitudinal air inlet hot-sealing line is crossing with described transversal heat seal line, and short longitudinal air inlet hot-sealing line extends to depositing direction, headroom.
6. one inflation cushioning package body according to claim 5, it is characterized in that, described short longitudinal air inlet hot-sealing line is no more than the bottom transverse border of inner membrance.
7. one inflation cushioning package body according to claim 6, it is characterized in that, the transverse distance between two lines of short described a pair longitudinal air inlet hot-sealing line is deposited the direction of headroom along with air inlet is filled into and reduces, and forms the inlet channel of opening shrinkage type.
8. according to claim 1 to 7 arbitrary described one inflation cushioning package body, it is characterized in that, described inner membrance and the first adventitia are formed is close to face, and viscosity resin is with in inner membrance or the first adventitia or the two employing, or is close on face adds tackifier at this.
9., according to claim 1 to 7 arbitrary described one inflation cushioning package body, it is characterized in that, described inner membrance adopts the multi-layer co-extruded resin molding of high barrier.
10. one inflation cushioning package body according to claim 8, it is characterized in that, described inner membrance adopts the multi-layer co-extruded resin molding of high barrier.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520108052.0U CN204453316U (en) | 2015-02-13 | 2015-02-13 | Inflation cushioning package body |
| PCT/CN2015/073356 WO2016127441A1 (en) | 2015-02-13 | 2015-02-27 | Inflatable cushion packaging body and processing method therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520108052.0U CN204453316U (en) | 2015-02-13 | 2015-02-13 | Inflation cushioning package body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204453316U true CN204453316U (en) | 2015-07-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520108052.0U Expired - Fee Related CN204453316U (en) | 2015-02-13 | 2015-02-13 | Inflation cushioning package body |
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| Country | Link |
|---|---|
| CN (1) | CN204453316U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104670708A (en) * | 2015-02-13 | 2015-06-03 | 颜登坤 | Inflating buffer packaging body and processing method thereof |
-
2015
- 2015-02-13 CN CN201520108052.0U patent/CN204453316U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104670708A (en) * | 2015-02-13 | 2015-06-03 | 颜登坤 | Inflating buffer packaging body and processing method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20180213 |