CN104108537B - A kind of buffering gas column with stereochemical structure - Google Patents
A kind of buffering gas column with stereochemical structure Download PDFInfo
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- CN104108537B CN104108537B CN201310138450.2A CN201310138450A CN104108537B CN 104108537 B CN104108537 B CN 104108537B CN 201310138450 A CN201310138450 A CN 201310138450A CN 104108537 B CN104108537 B CN 104108537B
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Abstract
The present invention provides a kind of buffering gas column with stereochemical structure, including the first buffer part, the second buffer part；Described first buffer part includes the first gas column, the first heat-sealing section and the second heat-sealing section；Described second buffer part includes the second gas column, the first connection side, the second connection side and corner regions；Described first connects side is positioned at multiple second gas column, and the first one end connection first connecting side seals and forms the first angle between Duan Bingyu the first gas column；Second connects side is positioned at the second gas column, and is connected side with first and arranges separately, and second one end connecting side connects second and seals and form the second angle between Duan Bingyu the first gas column；One end, corner regions connects the first connection side; the other end connects the second connection side; in order to support the inner surface of casing; buffering slotted eye is formed between second gas column and the first gas column; support the first gas column when object and with the first gas column buffer protection object, and oppress the contracting of dashpot pore pressure and assist buffer protection object.
Description
Technical field
The present invention relates to gas column device, particularly to a kind of buffering gas column with stereochemical structure.
Background technology
Air sealing body is with resin molding as material, and becomes sealing state by heat-sealing and form gas column, and is provided with and is available for
The inflation inlet of inflation, after gas is filled with gas column by inflation inlet, air sealing body just can be used in inner packing as padded coaming.
General air sealing body all provides only individual layer buffering effect, say, that when air sealing body is by the weight of object
When compressing, the gas only filled with inside buffers.But, at object volume, relatively greatly and weight is beyond air sealing body available buffer
Weight time, object will be unable to effectively by buffering and protection.
Summary of the invention
The technical problem to be solved in the present invention is to design a kind of buffering gas column with stereochemical structure, described in there is three-dimensional knot
The buffering gas column of structure has a multi-buffer effect, and can automatically turn on air intake and continuous charge is to save inflationtime,
Can automatically hold one's breath during inflation, and after holding one's breath can automatic gas-locking, to keep long-time air not leak.
For solving above-mentioned technical problem, the present invention provides a kind of buffering gas column with stereochemical structure, including:
First buffer part, described first buffer part is bent to form accommodation space, described accommodation space in order to accommodate an object,
Described first buffer part includes:
Multiple first gas columns, the plurality of first gas column include relative first with second, described first towards
Described accommodation space；
Multiple first heat-sealing sections, the plurality of first heat-sealing section is used for sealing the plurality of first gas column；
Multiple second heat-sealing sections, the plurality of second heat-sealing section is used for sealing the plurality of first gas column, and many with described
Individual first heat-sealing section is arranged separately；
Second buffer part, including:
Multiple second gas columns, are positioned on described second；
Multiple first connects side, is positioned at the plurality of second gas column, and the plurality of first one end connecting side connects institute
State and form the first angle between multiple first heat-sealing the plurality of first gas column of Duan Bingyu；
Multiple second connects sides, is positioned at the plurality of second gas column, and is connected side with the plurality of first and sets separately
Putting, the plurality of second one end connecting side connects formation between the plurality of second heat-sealing the plurality of first gas column of Duan Bingyu
Second angle；
Corner regions, one end connects the plurality of first and connects side, and the other end connects the plurality of second and connects side, in order to support
Hold the inner surface of a casing, form buffering slotted eye between the plurality of second gas column and the plurality of first gas column, when described right
As supporting the plurality of first gas column and with object described in the plurality of first gas column buffer protection, and oppress described buffering slotted eye
Compress and assist object described in buffer protection.
Especially, described corner regions is connected side and the plurality of second and connects the junction formation of side with the plurality of first
3rd angle, and towards the plurality of first gas column.
Especially, also including that the multiple 3rd connects side, one end connects the plurality of first and connects side, and the other end connects described
Multiple second connects side.
Especially, the plurality of 3rd connection side is parallel to the plurality of first gas column.
Especially, the junction that the plurality of 3rd connection side is connected side with the plurality of first forms the 4th angle, institute
State the multiple 3rd to connect side and be connected junction formation the 5th angle of side, described 4th angle and described the with the plurality of second
Five angles are towards the plurality of first gas column.
A kind of buffering gas column with stereochemical structure, it is characterised in that including:
First buffer part, described first buffer part is bent to form accommodation space, described accommodation space in order to accommodate an object,
Described first buffer part includes:
Multiple first gas columns, the plurality of first gas column include relative first with second, described second for supporting
Hold the inner surface of a casing；
Multiple first heat-sealing sections, the plurality of first heat-sealing section is used for sealing the plurality of first gas column；
Multiple second heat-sealing sections, the plurality of second heat-sealing section is used for sealing the plurality of first gas column, and many with described
Individual first heat-sealing section is arranged separately；
Second buffer part, including:
Multiple second gas columns, are positioned on described first；
Multiple first connects side, is positioned at the plurality of second gas column, and the plurality of first one end connecting side connects institute
State and form the first angle between multiple first heat-sealing the plurality of first gas column of Duan Bingyu；
Multiple second connects sides, is positioned at the plurality of second gas column, and is connected side with the plurality of first and arranges separately,
The plurality of second one end connecting side connects and forms the between the plurality of second heat-sealing the plurality of first gas column of Duan Bingyu
Two angles；
Corner regions, one end connects the plurality of first and connects side, and the other end connects the plurality of second and connects side, in order to support
Hold described object, form buffering slotted eye between the plurality of second gas column and the plurality of first gas column, when described object supports
The plurality of second gas column and with object described in the plurality of second gas column buffer protection, and oppress described dashpot pore pressure contracting and
Object described in auxiliary buffer protection.
Especially, described corner regions is connected side and the plurality of second and connects the junction formation of side with the plurality of first
3rd angle, towards the plurality of first gas column.
Especially, also including that the multiple 3rd connects side, one end connects the plurality of first and connects side, and the other end connects described
Multiple second connects side.
Especially, the plurality of 3rd connects side substantially parallel to the plurality of first gas column.
Especially, the junction that the plurality of 3rd connection side is connected side with the plurality of first forms the 4th angle, institute
State the multiple 3rd to connect side and be connected junction formation the 5th angle of side, described 4th angle and described the with the plurality of second
Five angles are towards described first gas column.
This buffering gas column with stereochemical structure provided, when gas column device is extruded by object, corner regions and
Buffering slotted eye between first gas column forms first cushioning effect；First gas column and the gas of the second gas column internal expansion, carry
For elastic reaction, the second cushioning effect of formation, therefore described in there is the buffering gas column of stereochemical structure there is multi-buffer effect.
Additionally, gas column device have automatically turn on air intake and continuous charge to save inflationtime, can automatically hold one's breath when inflation, and
After holding one's breath can automatic gas-locking, to keep long-time air not leak.
Accompanying drawing explanation
Fig. 1 is the floor map before the inflation of first embodiment of the invention；
Fig. 2 is first embodiment of the invention partial side schematic diagram () when inflation；
Fig. 3 is first embodiment of the invention partial side schematic diagram (two) when inflation；
Fig. 4 is the partial side schematic diagram () of the present invention another aspect of the second buffer part；
Fig. 5 is the partial side schematic diagram (two) of the present invention another aspect of the second buffer part；
Fig. 6 is present invention schematic side view when using；
Fig. 7 is present invention schematic side view when using；
Fig. 8 is present invention partial side schematic diagram when using；
Fig. 9 is the schematic side view () that the present invention forms outer container；
Figure 10 is the schematic side view (two) that the present invention forms outer container.
[primary clustering symbol description]
1 gas column device
2 first buffer part
21 first gas columns
21a/21b adventitia
21c/21d inner membrance
21e heat proof material
21f air entraining passage
211 first sides
212 second sides
22 first heat-sealing sections
23 second heat-sealing sections
24 filling channels
24a inflation inlet
24b air intake
3 second buffer part
31 second gas columns
31a/31b adventitia
31c/31d inner membrance
31e heat proof material
31f air entraining passage
311 the 3rd sides
312 four sides
34 filling channels
34a inflation inlet
34b air intake
41 first connect side
41a the first angle
411 first paragraph hot-sealing lines
42 second connect side
42a the second angle
421 second segment hot-sealing lines
43 corner regions
43a the 3rd angle
431 first turn section
432 second turn section
44 buffering slotted eyes
45 break over regions
46 the 3rd connect side
47a the 4th angle
47b the 5th angle
5 heat-sealing blocks
8 casings
9 objects
The non-buffer height of D1
D2 buffer height.
Detailed description of the invention
Fig. 1 is the floor map before the inflation of first embodiment of the invention, and Fig. 2 is that first embodiment of the invention is in inflation
Time partial side schematic diagram (), the partial side schematic diagram (two) that Fig. 3 is first embodiment of the invention when inflation；Please join
According to Fig. 1, Fig. 2 and Fig. 3, for the first embodiment of the cushion gas column device having multi-buffer effect of the present invention.
The gas column device 1 of the present invention includes first buffer part the 2, second buffer part 3.First buffer part 2 mainly has multiple
First gas column 21, multiple first heat-sealing section 22 and multiple second heat-sealing section 23.Here, refer to the 9th figure, the 10th figure, first delays
Rush portion 2 via being bent to form accommodation space (the i.e. first buffer part 2 surrounds a cassette shapes), in order to accommodate object 9 so that first
Buffer part 2 is as being an outer container, and cladding object 9 uses.But, it is not limited thereto.
As shown in Figure 1 and Figure 2, multiple first gas columns 21 have relative first and are formed with second, here, first
Face is towards accommodation space.Additionally, multiple first gas columns 21 have two adventitia 21a with 21b, two inner membrance 21c with 21d and resistance to
Hot material 21e.Here, two adventitia 21a with 21b coincide up and down, two inner membrance 21c Yu 21d are between two adventitia 21a and 21b
Between, and be placed in two adventitia 21a and the slightly lower place of 21b inner top, the width of two inner membrance 21c Yu 21d and two adventitia 21a and
21b is identical, and length is then shorter than adventitia 21a and 21b, and each inner membrance has relative first side 211 and second side 212.This
Outward, two inner membrance 21c and 21d are coated with multiple heat proof material 21e(as shown in Figure 2 for interval between first side 211), with
Utilize heat proof material 21e as the negotiable path of air.
By heat-sealing means then two adventitia 21a Yu 21b and two inner membrance 21c and 21d, therefore, at two adventitia 21a
With form the filling channel 24 of negotiable gas in 21b, and form inflation inlet 24a in one end of filling channel 24.Along directly
To hot-sealing line then two adventitia 21a and 21b, to form multiple first gas column 21 between two adventitia 21a and 21b.Two
After being coated with heat proof material 21e between sheet inner membrance 21c and 21d, then formed multiple in hot-sealing line joint via heat-sealing means
Air intake 24b, and corresponding each multiple first gas columns 21 of each air intake 24b, consisting of two inner membrance 21c Yu 21d can be same
Time to multiple first gas columns 21 inflation continuity air valve.
User the most only needs to be directed at inflation inlet 24a and blows, when the gas expansion filling channel entering inflation inlet 24a
After 24, two adventitia 21a with 21b are outwards pulled open on longitudinal direction, to automatically turn on air intake 24b(as shown in Figure 2), make
Two inner membrance 21c with 21d of air entraining passage 21f outwards pull open so that two inner membrance 21c Yu 21d are coated with heat proof material 21e then in advance
The breach that heat-sealing is formed squeezes naturally.Owing to air intake 24b automatically turns on, i.e. can a filling channel 24 simultaneously to multiple
One gas column 21 is inflated, it is not necessary to inflates after positioning each air intake 24b, can save inflationtime, and because of each multiple first gas columns 21
Separate, some multiple first gas column 21 breakage in real time also will not affect the integrated buffer effect of air sealing body.Additionally, make
User only needs to be directed at inflation inlet 24a and blows, and can be inflated each multiple first gas columns 21, need not use high-pressure aerated
Machine so that inflation operation is simpler, convenient.
In the present embodiment, the pre-position of the side of multiple air intake 24b forms multiple heat-sealing block 5, is not provided with heat
Envelope block 5 at can expand because of inflation, arrange heat-sealing block 5 at will not inflation, heat-sealing block 5 extrude two inner membrance 21c
With 21d, and outwards pull open on longitudinal direction along with two adventitia 21a with 21b via two inner membrance 21c with 21d, by automatically turn on into
Gas port 24b.
After filling gas enters multiple first gas column 21 via air entraining passage 21f and air intake 24b, multiple first gas columns 21
Gas internal pressure compressing resistance two inner membrance 21c Yu 21d second side 212, make two inner membrance 21c with 21d be attached to
Close multiple first gas column 21 together, make gas not leak and reach the effect held one's breath.Here, two inner membrance 21c with 21d are subject to
Gas urges and hang in multiple first gas column 21, or two inner membrance 21c with 21d can be with wherein an adventitia 21a or 21b phase
Then, oppress two inner membrance 21c with 21d after gas enters multiple first gas columns 21 to be attached at adventitia 21a or 21b and close multiple
First gas column 21.
As it is shown in figure 1, multiple first heat-sealing sections 22 carry out sealing multiple first gas column 21, multiple first gas with heat-sealing means
Horizontal hot-sealing line is formed, here, multiple first heat-sealing section 22 forms the heat seal point of multiple separation distance from each other on post 21.
As it is shown in figure 1, multiple second heat-sealing sections 23 carry out sealing multiple first gas column 21, multiple second heat with heat-sealing means
Envelope section 23 is also arranged separately with multiple first heat-sealing sections 22, here, multiple second heat-sealing section 23 formed multiple spaced away from
From heat seal point.
As shown in Figure 1 and Figure 2, the second buffer part 3 is stacked over the first buffer part 2, and the second buffer part 3 has multiple second gas
Post 31, here, the structural shape of multiple second gas column 31 is similar to the structural shape of multiple first gas column 21, but, not with this
It is limited.Here, multiple second gas columns 31 are stacked over second (as shown in Figure 9) of multiple first gas column 21, but, real at some
Executing in aspect, multiple second gas columns 31 are stacked over first (as shown in Figure 10) of multiple first gas column 21.Second buffer part 3 is main
Multiple second gas columns 31 to be formed multiple first and connects side 41, multiple second connection side 42 and corner regions 43.
As shown in Figure 2 and Figure 3, multiple second gas columns 31 have two adventitia 31a with 31b, two inner membrance 31c with 31d and resistance to
Hot material 31e.Here, two adventitia 31a with 31b coincide up and down, two inner membrance 31c Yu 31d are between two adventitia 31a and 31b
Between, and be placed in two adventitia 31a and the slightly lower place of 31b inner top, the width of two inner membrance 31c Yu 31d and two adventitia 31a and
31b is identical, and length is then shorter than adventitia 31a and 31b, and each inner membrance has the 3rd relative side 311 and four side 312.This
Outward, two inner membrance 31c and 31d are coated with multiple heat proof material 31e(as shown in Figure 2 for interval between the 3rd side 311), in order to
With heat proof material 31e as the negotiable path of air.
By heat-sealing means then two adventitia 31a Yu 31b and two inner membrance 31c and 31d, therefore, at two adventitia 31a
With form the filling channel 34 of negotiable gas in 31b, and form inflation inlet 34a in one end of filling channel 34.Along directly
To hot-sealing line then two adventitia 31a and 31b, to form multiple second gas column 31 between two adventitia 31a and 31b.Two
After being coated with heat proof material 31e between sheet inner membrance 31c and 31d, then formed multiple in hot-sealing line joint via heat-sealing means
Air intake 34b, and corresponding each multiple second gas columns 31 of each air intake 34b, consisting of two inner membrance 31c Yu 31d can be same
Time to multiple second gas columns 31 inflation continuity air valve.
User the most only needs to be directed at inflation inlet 34a and blows, when the gas expansion filling channel entering inflation inlet 34a
After 34, two adventitia 31a with 31b are outwards pulled open on longitudinal direction, by automatically turning on air intake 34b(as shown in Figure 2), make
Two inner membrance 31c with 31d of air entraining passage 31f outwards pull open so that two inner membrance 31c Yu 31d are coated with heat proof material 31e then in advance
The breach that heat-sealing is formed squeezes naturally.Owing to air intake 34b automatically turns on, i.e. can a filling channel 34 simultaneously to multiple
Two gas columns 31 are inflated, it is not necessary to inflate after positioning each air intake 34b, can save inflationtime, and because of each multiple second gas columns 31
Separate, some multiple second gas column 31 breakage in real time also will not affect the integrated buffer effect of air sealing body.Additionally, make
User only needs to be directed at inflation inlet 34a and blows, and can be inflated each multiple second gas columns 31, need not use high-pressure aerated
Machine so that inflation operation is simpler, convenient.
In the present embodiment, the pre-position of the side of multiple air intake 34b forms multiple heat-sealing block 5, is not provided with heat
Envelope block 5 at can expand because of inflation, arrange heat-sealing block 5 at will not inflation, heat-sealing block 5 extrude two inner membrance 31c
With 31d, and outwards pull open on longitudinal direction along with two adventitia 31a with 31b via two inner membrance 31c with 31d, by automatically turn on into
Gas port 34b.
After filling gas enters multiple second gas column 31 via air entraining passage 31f and air intake 34b, multiple second gas columns 31
Gas internal pressure compressing resistance two inner membrance 31c Yu 31d four side 312, make two inner membrance 31c with 31d be attached to
Close multiple second gas column 31 together, make gas not leak and reach the effect held one's breath.Here, two inner membrance 31c with 31d are subject to
Gas urges and hang in multiple second gas column 31, or two inner membrance 31c with 31d can be with wherein an adventitia 31a or 31b phase
Then, oppress two inner membrance 31c with 31d after gas enters multiple second gas columns 31 to be attached at adventitia 31a or 31b and close multiple
Second gas column 31.
As it is shown in figure 1, multiple first connection sides 41 are positioned at multiple second gas column 31, multiple first connects one end of sides 41 even
Connect multiple first heat-sealing section 22, here, multiple first one end connecting side 41 is formation first paragraph hot-sealing line 411, that is, it is one
Whole piece first paragraph hot-sealing line 411 connects heat proof material 31e.First paragraph hot-sealing line 411 is positioned at the side of inflation inlet 34a, and, many
The individual first first paragraph hot-sealing line 411 connecting side 41 carries out sealing multiple first heat-sealing section 22 with heat-sealing means.Additionally, multiple
The first angle 41a is formed between one connection side 41 and multiple first gas columns 21 of the first buffer part 2.
As it is shown in figure 1, multiple second connection sides 42 are positioned at multiple second gas column 31, and it is alternate to be connected side 41 with multiple first
Every setting, multiple second one end connecting side 42 connects multiple second heat-sealing section 23, here, multiple second connects one end of side 42
For forming second segment hot-sealing line 421, that is, the heat seal point for multiple separation distances from each other connects on multiple second gas columns 31, the
There is between two sections of hot-sealing lines 421 and first paragraph hot-sealing line 411 district that corner regions 43(does not seals with multiple first gas columns 21
Section).Additionally, the multiple second second segment hot-sealing line 421 connecting side 42 carries out sealing multiple second heat-sealing section 23 with heat-sealing means.
Further, the second angle 42a is formed between multiple second connection sides 42 and multiple first gas columns 21 of the first buffer part 2.
As it is shown on figure 3, one end, corner regions 43 connects multiple first connects side 41, the other end connects multiple second and connects side
42, here, corner regions 43 is in order to support the inner surface (as shown in Figure 6) of casing 8, it is not limited thereto, implements aspect at some
In, corner regions 43 is in order to support object 9(as shown in Figure 10).Here, corner regions 43 has the first turn section 431, that is, first
Turn section 431 by after heat-sealing the slim hot-sealing line of formation discontinuous and connect on multiple second gas column 31.Multiple second
Buffering slotted eye 44 is formed between gas column 31 and the first gas column 21.In the present embodiment, corner regions 43 be connected with multiple first side 41 and
Multiple second junction connecting sides 42 forms the 3rd angle 43a, towards multiple first gas columns 21, here, the first buffer part 2 with
The cross section of the second buffer part 3 is projected as being formed triangle (hereby illustrate is to form a triangular structure), but, this creation
It is not limited.
As it is shown on figure 3, here, the second buffer part 3 further includes break over region 45(i.e. second segment hot-sealing line 421), break over region 45
One end connect multiple second connect side 42, the other end connect another multiple first connect side 41(the most multiple first connect side
41 connect first multiple first connects side 41, and multiple second connects side 42 connects second multiple first connection side 41).As
This, bent by break over region 45 and connect multiple second heat-sealing section 23, makes multiple second connection side 42 to continue again and connects another
Individual multiple first connects side 41, and makes its multiple first connection sides 41 be heat-sealed on multiple first gas column 21, that is, the first buffering
The cross section of portion 2 and the second buffer part 3 is projected as being formed the structural form of each and every one triangles many and (i.e. forms the buffering gas column of bridge type
Device 1).
As shown in Figure 4, in some implement aspect, gas column device 1 further includes the 3rd connection side 46, here, the 3rd connects
The length distance of cross section, side 46 projection is shorter than the multiple first length distance connecting the projection of cross section, side 41.3rd connects the one of side 46
Holding and connect multiple first connection side 41, the other end connects multiple second and connects side 42, and, the 3rd connection side 46 is substantial parallel
In multiple first gas columns 21, but, it is not limited thereto.
As shown in Figure 4, the first buffer part 2 and the cross section of the second buffer part 3 are projected as being formed trapezoidal, but, this creation is not
As limit, in certain embodiments, the cross section projection of the first buffer part 2 and the second buffer part 3 can form square (such as Fig. 5
Shown in), here, the 3rd connects the length distance first heat-sealing section the most multiple equal to multiple first gas column 21(of cross section, side 46 projection
22 to multiple second heat-sealing sections 23 between) cross section projection length distance.But, in some implement aspect, the first buffer part 2
Project with the cross section of the second buffer part 3 and also can form triangular structure, trapezium structure or the collocation of other shape and structure.
As shown in Figure 4, the 3rd two ends connecting side 46 are respectively provided with first turn section the 431, second turn section 432, the
One turn section 431 connects multiple first and connects side 41, and the second turn section 432 connects multiple second and connects side 42, in the present embodiment,
First turn section 431 and the second turn section 432 by after heat-sealing the slim hot-sealing line of formation discontinuous.
As shown in Figure 4, in this enforcement aspect, the 3rd connects side 46 is connected the junction formation the 4th of side 41 with multiple first
Angle 47a, the 3rd connects side 46 is connected junction formation the 5th angle 47b, the 4th angle 47a and the of side 42 with multiple second
Five angle 47b are towards multiple first gas columns 21.
As shown in Fig. 6, Fig. 7, Fig. 8, Fig. 6 is the schematic top plan view combining casing, and Fig. 7 is the side-looking signal combining casing
Figure, partial side schematic diagram when Fig. 8 is to use.Here, by the collocation of multiple first buffer part 2, utilize long square different away from
From each first buffer part 2, via being bent to form accommodation space (the i.e. first buffer part 2 surrounds a cassette shapes), be enclosed in
Object 9, gas column device 1 can be positioned over casing 8 by user, and gas column device 1 forms interior case, in order to carry external object 9, here,
Object 9 can be various product (such as host housing, notebook computer).
In the present embodiment, second inner surface being to support casing 8 of multiple first gas columns 21, wherein, when object 9 supports
Multiple first gas columns 21, with multiple first gas column 21 buffer protection objects 9, and oppress buffering slotted eye 44 compress and assist buffering protect
Protect shown in object 9(the 9th figure).Support multiple first gas column 21 about object 9 only to enumerate, in some implement aspect, object 9
Multiple second gas column 31 can be supported, when object 9 supports multiple second gas column 31 and with multiple second gas column 31 buffer protection objects
9, and oppress buffering slotted eye 44 compress and assist buffer protection object 9(as shown in Figure 10).
In the present embodiment, when corner regions 43 or multiple first gas column 21 of gas column device 1 are supported by the weight of object 9
Time, buffering space length slotted eye 44 within can be compressed into a buffer height D2, that is, uncompressed front be non-buffer height D1
(i.e. preset height, as shown in Figure 3), after compression be buffer height D2(as shown in Figure 8).Here, buffer height D2 is less than not delaying
Degree of leaping high D1, thereby, buffering slotted eye 44 forms first cushioning effect.Additionally, multiple first gas columns 21 and multiple second gas columns
The gas of 31 internal expansion, it is provided that elastic reaction, forms second buffering effect, say, that object 9 is supporting gas column device
When 1, can be by buffering the space length of slotted eye 44, and multiple first gas column 21 and elastic knot of multiple second gas columns 31 itself
Structure, it is provided that multi-buffer effect, and, gas column device 1 bends and is connected to multiple first gas column by multiple second gas columns 31
On 21, form the buffering gas column of stereochemical structure.
In the present embodiment, object 9, for supporting patch the first buffer part 2, makes the direction of extrusion of object 9 be directed towards the first buffer part 2,
When the direction that object 9 is extruding the first buffer part 2, the second buffer part 3 of opposite side then supports at casing 8, but this kind of side
Formula is only enumerated.In some implement aspect, the direction of extrusion of object 9 can be directed towards the second buffer part 3, that is, when object 9
When being the direction of extruding the second buffer part 3, the first buffer part 2 of opposite side then supports at casing 8.
The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For Yuan, under the premise without departing from the principles of the invention, it is also possible to make some improvements and modifications, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (10)
1. there is a buffering gas column for stereochemical structure, including the first buffer part and the second buffer part:
Wherein, described first buffer part is bent to form accommodation space, and described accommodation space is in order to accommodate an object, and described first delays
The portion of punching includes:
Multiple first gas columns, the plurality of first gas column include relative first with second, described first towards described
Accommodation space；
Multiple first heat-sealing sections, the plurality of first heat-sealing section is used for sealing the plurality of first gas column；
Multiple second heat-sealing sections, the plurality of second heat-sealing section is used for sealing the plurality of first gas column, and with the plurality of the
One heat-sealing section is arranged separately；
It is characterized in that, described second buffer part includes:
Multiple second gas columns, are positioned on described second；
Multiple first connects side, is positioned at the plurality of second gas column, and the plurality of first one end connecting side connects described many
The first angle is formed between individual first heat-sealing the plurality of first gas column of Duan Bingyu；
Multiple second connects sides, is positioned at the plurality of second gas column, and is connected side with the plurality of first and arranges separately, institute
State multiple second one end connecting side and connect formation second between the plurality of second heat-sealing the plurality of first gas column of Duan Bingyu
Angle；
Corner regions, one end connects the plurality of first and connects side, and the other end connects the plurality of second and connects side, in order to support one
The inner surface of casing, forms buffering slotted eye, when described object supports between the plurality of second gas column and the plurality of first gas column
Hold the plurality of first gas column and with object described in the plurality of first gas column buffer protection, and oppress the contracting of described dashpot pore pressure
And assist object described in buffer protection.
The buffering gas column with stereochemical structure the most according to claim 1, it is characterised in that described corner regions is with described many
Individual first connects side and the plurality of second connects junction formation the 3rd angle of side, and towards the plurality of first gas column.
The buffering gas column with stereochemical structure the most according to claim 1, it is characterised in that also include multiple 3rd connection
Side, one end connects the plurality of first and connects side, and the other end connects the plurality of second and connects side.
The buffering gas column with stereochemical structure the most according to claim 3, it is characterised in that the plurality of 3rd connects side
It is parallel to the plurality of first gas column.
The buffering gas column with stereochemical structure the most according to claim 3, it is characterised in that the plurality of 3rd connects side
The junction being connected side with the plurality of first forms the 4th angle, and the plurality of 3rd connects side is connected with the plurality of second
The junction of side forms the 5th angle, and described 4th angle and described 5th angle are towards the plurality of first gas column.
6. there is a buffering gas column for stereochemical structure, including the first buffer part and the second buffer part:
Wherein said first buffer part is bent to form accommodation space, and described accommodation space is in order to accommodate an object, and described first delays
The portion of punching includes:
Multiple first gas columns, the plurality of first gas column include relative first with second, described second for supporting one
The inner surface of casing；
Multiple first heat-sealing sections, the plurality of first heat-sealing section is used for sealing the plurality of first gas column；
Multiple second heat-sealing sections, the plurality of second heat-sealing section is used for sealing the plurality of first gas column, and with the plurality of the
One heat-sealing section is arranged separately；
It is characterized in that, described second buffer part includes:
Multiple second gas columns, are positioned on described first；
Multiple first connects side, is positioned at the plurality of second gas column, and the plurality of first one end connecting side connects described many
The first angle is formed between individual first heat-sealing the plurality of first gas column of Duan Bingyu；
Multiple second connects sides, is positioned at the plurality of second gas column, and is connected side with the plurality of first and arranges separately, described
Multiple second one end connecting side connects formation the second folder between the plurality of second heat-sealing the plurality of first gas column of Duan Bingyu
Angle；
Corner regions, one end connects the plurality of first and connects side, and the other end connects the plurality of second and connects side, in order to support
State object, between the plurality of second gas column and the plurality of first gas column, form buffering slotted eye, when described object supports described
Multiple second gas columns and with object described in the plurality of second gas column buffer protection, and oppress described dashpot pore pressure contracting and assist
Object described in buffer protection.
The buffering gas column with stereochemical structure the most according to claim 6, it is characterised in that described corner regions is with described many
Individual first connects side and the plurality of second connects junction formation the 3rd angle of side, towards the plurality of first gas column.
The buffering gas column with stereochemical structure the most according to claim 6, it is characterised in that also include multiple 3rd connection
Side, one end connects the plurality of first and connects side, and the other end connects the plurality of second and connects side.
The buffering gas column with stereochemical structure the most according to claim 8, it is characterised in that the plurality of 3rd connects side
Substantially parallel to the plurality of first gas column.
The buffering gas column with stereochemical structure the most according to claim 8, it is characterised in that the plurality of 3rd connects
Side is connected the junction of side and forms the 4th angle with the plurality of first, and the plurality of 3rd connects side with the plurality of second even
The junction connecing side forms the 5th angle, and described 4th angle and described 5th angle are towards described first gas column.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310138450.2A CN104108537B (en) | 2013-04-22 | 2013-04-22 | A kind of buffering gas column with stereochemical structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310138450.2A CN104108537B (en) | 2013-04-22 | 2013-04-22 | A kind of buffering gas column with stereochemical structure |
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| CN104108537A CN104108537A (en) | 2014-10-22 |
| CN104108537B true CN104108537B (en) | 2016-08-31 |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005119713A (en) * | 2003-10-17 | 2005-05-12 | Maintech Kanzai:Kk | Shock-absorbing material |
| CN101076484A (en) * | 2004-05-26 | 2007-11-21 | 艾尔派克公司 | Structure of air-packing device having improved shock absorbing capability |
| CN101337609A (en) * | 2007-07-05 | 2009-01-07 | 上海尼禄国际贸易有限公司 | Function type cling-wrap one-way air blockage volumetric packaging material and preparation method thereof |
| CN201261602Y (en) * | 2008-03-31 | 2009-06-24 | 上海尼禄国际贸易有限公司 | Improved air packaging apparatus |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM252680U (en) * | 2004-03-01 | 2004-12-11 | Camry Packing Ind Ltd | Air packing bag having film valve |
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2013
- 2013-04-22 CN CN201310138450.2A patent/CN104108537B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005119713A (en) * | 2003-10-17 | 2005-05-12 | Maintech Kanzai:Kk | Shock-absorbing material |
| CN101076484A (en) * | 2004-05-26 | 2007-11-21 | 艾尔派克公司 | Structure of air-packing device having improved shock absorbing capability |
| CN101337609A (en) * | 2007-07-05 | 2009-01-07 | 上海尼禄国际贸易有限公司 | Function type cling-wrap one-way air blockage volumetric packaging material and preparation method thereof |
| CN201261602Y (en) * | 2008-03-31 | 2009-06-24 | 上海尼禄国际贸易有限公司 | Improved air packaging apparatus |
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| CN104108537A (en) | 2014-10-22 |
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Effective date of registration: 20170414 Address after: 215325 South Road, Zhouzhuang Town, Jiangsu, Kunshan Patentee after: Kunshan environmental protection packing material Co. Ltd. APIs Address before: 215164 Jiangsu city of Suzhou province Wuzhong District Xu Kou Zhen Xu Jiang Mao Peng Lu Industrial Park No. 288 Patentee before: Suzhou Airbag Composite Materials Co., Ltd. |