CN101190736A - Buffering packaging apparatus single selvage capable of being spread - Google Patents
Buffering packaging apparatus single selvage capable of being spread Download PDFInfo
- Publication number
- CN101190736A CN101190736A CNA2006101494485A CN200610149448A CN101190736A CN 101190736 A CN101190736 A CN 101190736A CN A2006101494485 A CNA2006101494485 A CN A2006101494485A CN 200610149448 A CN200610149448 A CN 200610149448A CN 101190736 A CN101190736 A CN 101190736A
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- buffer
- substrate
- buffer cell
- wall
- folding
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Abstract
The invention discloses a cushion packaging device the single edge of which can be flattened and the device comprises two cushion modules and each cushion module comprises a main cushion unit and a folding cushion unit. The main cushion unit comprises two first encircling walls, a second encircling wall and a base plate which comprises two first peripheries which are parallel to a first line and relative to each other and a second periphery which is parallel to a second line, wherein, the first line and the second line vertically intersect at the geometric center of the base plate. The folding cushion unit is attached to the base plate and comprises a movable wall which extends far away from the basic plate along the first line to the direction opposite to the second encircling wall. The movable wall can rotate between a flattening position and an upright position opposite to the base plate to lead the cushion modules to be correspondingly combined into a first packaging condition or a second packaging condition.
Description
Technical field
The present invention relates to a kind of buffering and packaging apparatus, particularly relate to a kind of monolateral buffering and packaging apparatus that shakeouts that is applicable to the different things to be packaged of packing.
Background technology
General common on the market computer housing has suitable plurality of specifications, comprise that into the rank technology expands (Advanced Technology Extended, ATX), MicroATX, balancing technique expand (BalancedTechnology Extended, BTX), MicroBTX or the like, wherein, modal still Intel formulates the ATX specification in nineteen ninety-five.According to the casing that the ATX specification is produced, 7 expansion slots (Slot), 3.5 inch storage facilitiess more than three must be able to be installed, and 5.25 inch storage facilitiess more than three, total volume is approximately more than 15 liters.When most computer housing maker makes casing according to the ATX specification, all make with integrally formed notion die sinking, therefore during shipment, each computer housing the volume that must occupy want at least more than 15 liters, coat the packing of buffering usefulness if add the outside, be common in the Polaroid material buffering side plate 1 of computer housing folder being established packing as shown in Figure 1, will make the volume of each computer housing commodity will be up to more than 20 liters.
Therefore, the computer housing after another improvement can be taken each side plate of this computer housing apart, reaches the demand of leveling, up to the path merchant install various spare part in the computer housing after, again this computer housing is assembled.Thus, new computer housing reduces the volume when computer housing is by maker's shipment originally really significantly, but as mentioned above, after the computer housing assembling, the profile of whole computer housing is existing significantly to be changed, the path merchant must prepare suitable shock-resistant packaging material separately and use for the computer housing after assembling, just can be transported in client's the hand, certainly will cause the increase of packing cost, use packing also to increase doubt in the environmental protection in addition in a large number, therefore, be necessary to seek solution.
Summary of the invention
Therefore, the object of the present invention is to provide a kind of buffering and packaging apparatus that can monolaterally shakeout.
So the monolateral buffering and packaging apparatus that shakeouts of the present invention comprises two buffer modules, each buffer module comprises a main buffer cell and a folding buffer cell.
This main buffer cell has a substrate, 2 first surrounding walls and one second surrounding wall.This substrate has two and 1 first straight line parallel and first periphery respect to one another, and second periphery of one and 1 second straight line parallel, and wherein this first straight line and second straight line are vertically intersected on this substrate geometric centre.This first surrounding wall, along this second linear interval arrange and certainly this substrate periphery perpendicular distal from extension.From extension, and both sides are connected with the lateral margin of these first surrounding walls respectively this second surrounding wall from this substrate periphery perpendicular distal.
Should be attached on this substrate by folding buffer cell, and has a direction along this first straight line in contrast to this second surrounding wall away from the removable wall that extends outside this substrate, this removable wall can shakeout between a position and a upright position in one with respect to this substrate and rotate, so that these buffer modules are combined into one first packed state or one second packed state accordingly.
When first packed state, removable wall that should folding buffer cell is parallel with the substrate of this main buffer cell to be this and to shakeout the position, and these buffer modules are along this first straight line turned upside down before and after the ground that cooperatively interacts, and arbitrary removable wall is covered on these first surrounding walls of main buffer cell of another buffer module and the apical margin of this second surrounding wall.
When second packed state, the removable wall that should fold buffer cell is vertical with the substrate of this main buffer cell, the removable wall of the substrate of the main buffer cell of each buffer module, these first surrounding walls, this second surrounding wall and this folding buffer cell is around a hold down groove, and these buffer modules are provided with these hold down grooves relative to one another at interval.
Effect of the present invention is to change these buffer modules and is this first packed state or this second packed state, can pack the thing to be packaged of different volumes, provides maker's sufficient elasticity to pack its product, and can reach the environmental protection effectiveness of saving the packing use.
Description of drawings
Fig. 1 is a block diagram, and it illustrates the existing buffering side plate that the packaging computer casing is used that is used for;
Fig. 2 is a three-dimensional exploded view, the preferred embodiment of the monolateral buffering and packaging apparatus that shakeouts of its explanation the present invention;
Fig. 3 is a birds-eye view, and it illustrates the buffer module of this preferred embodiment;
Fig. 4 is a side sectional view, and it illustrates that this preferred embodiment is in first packed state;
Fig. 5 is a schematic perspective view, and it illustrates that this preferred embodiment is in this first packed state;
Fig. 6 is a vertical view cutaway drawing, and it illustrates that this preferred embodiment is in second packed state;
Fig. 7 is a schematic perspective view, and it illustrates that this preferred embodiment is in this second packed state; And
Fig. 8 is a side sectional view, and it illustrates a wherein buffer module of this second packed state.
The main element nomenclature:
2 buffer modules
3 main buffer cells
31 substrates
311 first peripheries
312 second peripheries
313 extraction apertures
314 buckling grooves
32 first surrounding walls
33 second surrounding walls
331 draw-in grooves
4 folding buffer cells
40 removable walls
401 first wall portions
402 second wall portions
41 first folding lines
42 second folding lines
43 buckling partss
44 perforation
5 damper elements
6 fixed plates
7 computer housings
71 side plates
8 hold down grooves
L1 first straight line
L2 second straight line
S length
The specific embodiment
About aforementioned and other technology contents, characteristics and effect of the present invention, in the following detailed description that cooperates with reference to a graphic preferred embodiment, can clearly present.
Consult Fig. 2, Fig. 3, the preferred embodiment of the monolateral buffering and packaging apparatus that shakeouts of the present invention comprises two buffer modules 2.
Each buffer module 2 comprises main buffer cell 3, one folding buffer cell 4, a damper element 5 and two fixed plates 6.
This main buffer cell 3 has a substrate 31,2 first surrounding walls 32, and one second surrounding wall 33.This substrate 31 has two and respect to one another first periphery 311, with one second straight line L2 parallel second peripheries 312 parallel with one first straight line L1, two and is spaced and is positioned at the extraction aperture 313 of the second straight line L2 opposition side along the first straight line L1, and two are located at the lateral margin of this substrate 31 and are positioned at the buckling groove 314 of this first straight line L1 opposition side.Wherein this first straight line L1 and the second straight line L2 are vertically intersected on the geometric centre of this substrate 31.These first surrounding walls 32 along this second straight line L2 be spaced and certainly these substrate 31 peripheries extend vertically upward.This second surrounding wall 33 is positioned at the periphery that these buckling grooves 314 toss about from this substrate 31 and extends vertically upward, and the both sides of this second surrounding wall 33 are connected with the lateral margin of these first surrounding walls 32 respectively, and the apical margin of this second surrounding wall 33 also forms two draw-in grooves 331 that are positioned at this first straight line L1 both sides.These first surrounding walls 32 and this second surrounding wall 33 connect the back and form the U font.In addition, in this preferred embodiment, this main buffer cell 3 is that the Polaroid material is made.
Should be attached at this substrate 31 bottom surfaces by folding buffer cell 4, and have a direction along this first straight line L1 in contrast to this second surrounding wall 33 away from the removable wall 40 that extends outside this substrate 31.Wherein, the folding buffer cell 4 of each buffer module 2 have parallel second a straight line L2 and fold along the substrate 31 of this main buffer cell 3 and this buffer cell 4 removable wall 40 intersection and be positioned at first folding line 41 between these first surrounding wall, 32 lateral margins, two away from this substrate 31 and parallel this first folding line 41 and with this first folding line 41 second folding line 42 of a length S at interval, this length S equals the distance of 31 of these first surrounding wall, 32 apical margins and this substrates, and two are formed at a plurality of buckling partss 43 of this folding buffer cell 4 away from the outer rim of these substrate 31 directions.In addition, this removable wall 40 has one and is positioned at a first wall portion 401 of 42 of this first folding line 41 and these second folding lines, and is positioned at these second folding lines 42 and this removable wall 40 one second wall portion 402 away from the lateral margin of this substrate 31.In this preferred embodiment, the folding buffer cell 4 of these buffer modules 2 is the millboard material.In addition, this folding buffer cell 4 is for fear of these extraction apertures 313 of the substrate 31 that covers this main buffer cell 3, and therefore corresponding formation two bores a hole 44.
These damper element 5 glutinous being located on these folding buffer cells 4, and be positioned at the second wall portion 402 of the removable wall 40 of this folding buffer cell 4.In addition, this damper element 5 is shockproof Polaroid material.
These fixed plates 6 glutinous first surrounding wall, 32 lateral surfaces of being located at the main buffer cell 3 of these buffer modules 2, and extend away from the direction of second surrounding wall 33 of this main buffer cell 3.
Consult Fig. 5, Fig. 7, these buffer modules 2 can cooperate the different conditions of a computer housing 7 to pack accordingly, and this computer housing 7 comprises a plurality of side plates 71, and these side plates 71 detachably are blocks of stacked mutually so that save volume.Removable wall 40 that should folding buffer cell 4 can shakeout between a position and a upright position in one with respect to this substrate 31 and rotate, so that these buffer modules 2 are combined into one first packed state or one second packed state and the same attitude of this computer housing 7 are carried out correspondence pack.
Consult Fig. 4, Fig. 5, when first packed state, these buffer modules 2 are along this first straight line L1 turned upside down before and after the ground that cooperatively interacts, and the removable wall 40 of the folding buffer cell 4 of arbitrary buffer module 2 is covered on these first surrounding walls 32 of another buffer module 2 and the apical margin of this second surrounding wall 33, and these buckling parts 43 clips that make the folding buffer cell 4 of a buffer module 2 wherein are in the draw-in groove 331 of second surrounding wall 33 of the main buffer cell 2 of another buffer module 2.
This computer housing 7 is to take apart blocks of side plate 71 stacked mutually when maker's shipment, and just can use the first above-mentioned packed state to pack this computer housing 7 this moment.As shown in Figure 4, this computer housing 7 entirely is closed in these buffer module 2 formed rooms, sufficient buffer protection is provided.
Consult Fig. 6, Fig. 7, when second packed state, the removable wall 40 of the substrate 31 of the main buffer cell 3 of each buffer module 2, these first surrounding walls 32, this second surrounding wall 33 and this folding buffer cell 4 is around a hold down groove 8, these buffer modules 2 are provided with these hold down grooves 8 relative to one another at interval, and these computer housing 7 folders are established packing.This removable wall is positioned at this stand up position 40 this moments, and its upright stack-mounted method is as follows:
Consult Fig. 3, Fig. 6, wherein Fig. 3 can be considered the state that this first packed state is formed in a wherein buffer module 2 preparations.At first, be S. A. with the removable wall 40 of this folding buffer cell 4 with this first folding line 41, with the upwards bending of first wall portion 401 of this removable wall 40;
Then, consult Fig. 3, Fig. 6, Fig. 8, to the bending of removable wall 40 directions of this folding buffer cell 4, and the first wall portion 401 of cemented removable wall 40 in this folding buffer cell 4 is towards one of the substrate 31 of this main buffer cell 3 side with these fixed plates 6; Then, utilize these second folding lines 42 that the second wall portion 402 of this removable wall 40 is bent again downwards, establish and cemented this fixed plate 6 with these first wall portion 401 folders;
Then, this removable wall 40 of the substrate 31 of the main buffer cell 3 of each buffer module 2, these first surrounding walls 32, this second surrounding wall 33 and this folding buffer cell 4 is around forming this hold down groove 8, and these buffer modules 2 reach the effect of this computer housing 7 of packing with these hold down grooves 8;
At last, with these buckling partss 43 of this folding buffer cell 4 and these buckling groove 314 mutual clips of the substrate 31 of this main buffer cell 3.
After computer housing 7 is assembled the state that becomes solid by the side plate 71 of slices, can use second packed state to pack this computer housing 7, as shown in Figure 7, this computer housing 7 is clamped in 2 of these buffer modules, to reach the purpose of buffering package.
In sum, the monolateral buffering and packaging apparatus that shakeouts of the present invention, really can change its stack-mounted mode, the article of packing different volumes, when first packed state, can effectively save volume, when second packed state, can pack the article of larger volume and do not need the more packing of transducer package.
But above-described only is preferred embodiment of the present invention, when not limiting scope of the invention process with this, promptly the simple equivalent of being done according to claim of the present invention and invention description content generally changes and modifies, and all still belongs in the scope that patent of the present invention contains.
Claims (12)
1. monolateral buffering and packaging apparatus that shakeouts comprises: two buffer modules, and each buffer module comprises: a main buffer cell, this main buffer cell has:
One substrate has two and 1 first straight line parallel and first periphery respect to one another, and second periphery of one and 1 second straight line parallel, and wherein this first straight line and second straight line are vertically intersected on this substrate geometric centre;
2 first surrounding walls, along this second linear interval arrange and certainly this substrate periphery perpendicular distal from extension; And
One second surrounding wall, this substrate periphery perpendicular distal is from extension certainly, and both sides are connected with the lateral margin of these first surrounding walls respectively;
One folding buffer cell, be attached on this substrate, and has a direction along this first straight line in contrast to this second surrounding wall away from the removable wall that extends outside this substrate, this removable wall can shakeout between a position and a upright position in one with respect to this substrate and rotate, so that these buffer modules are combined into one first packed state or one second packed state accordingly;
When first packed state, removable wall that should folding buffer cell is parallel with the substrate of this main buffer cell to be this and to shakeout the position, and these buffer modules are along this first straight line turned upside down before and after the ground that cooperatively interacts, and arbitrary removable wall is covered on these first surrounding walls of main buffer cell of another buffer module and the apical margin of this second surrounding wall;
When second packed state, the removable wall that should fold buffer cell is vertical with the substrate of this main buffer cell, the removable wall of the substrate of the main buffer cell of each buffer module, these first surrounding walls, this second surrounding wall and this folding buffer cell is around a hold down groove, and these buffer modules are provided with these hold down grooves relative to one another at interval.
2. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 1, wherein the folding buffer cell of each buffer module have parallel second straight line and fold along the substrate of this main buffer cell and this buffer cell removable wall intersection and be positioned at first folding line between these first surrounding wall lateral margins, and two away from this substrate and parallel this first folding line and with this first folding line second folding line of a length at interval, this length equals the distance between this first surrounding wall apical margin and this substrate, this removable wall has a first wall portion that is positioned between this first folding line and these second folding lines, and is positioned at these second folding lines and this removable wall one second wall portion away from the lateral margin of this substrate.
3. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 2, can this first folding line be S. A. wherein, with the upwards bending of this first wall portion, utilize these second folding lines that the second wall portion is bent this first wall portion again, with near this substrate, and the lateral margin of this second wall portion is fixedly arranged on this substrate, thereby make this removable wall turn to this stand up position.
4. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 2, wherein each buffer module comprises that more one sticks the damper element of the second wall portion of the removable wall of being located at this folding buffer cell.
5. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 4, wherein the damper element of this buffer module is the Polaroid material.
6. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 3, wherein these buffer modules more comprise a plurality of glutinous first surrounding wall lateral surfaces of being located at the main buffer cell of these buffer modules, and the fixed plate to extend away from the direction of second surrounding wall of this main buffer cell.
7. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 6, wherein when second packed state, the fixed plate of these buffer modules can bend to this removable wall direction, and slotting stretching between the first wall portion and the second wall portion of this removable wall.
8. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 2, wherein the folding buffer cell of these buffer modules forms a plurality of buckling partss away from the outer rim of the substrate of the main buffer cell of this buffer module, and the substrate of the main buffer cell of these buffer modules is near the periphery at the removable wall place of these buffer modules, form cooresponding buckling groove, when second packed state, these buckling partss and these buckling grooves be clip mutually.
9. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 1, wherein the folding buffer cell of these buffer modules forms a plurality of buckling partss away from the outer rim of the substrate of the main buffer cell of this buffer module, and the apical margin in second surrounding wall of the main buffer cell of these buffer modules forms cooresponding draw-in groove, when first packed state, these buckling partss and these draw-in grooves be clip mutually.
10. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 1, wherein the main buffer cell of these buffer modules is the Polaroid material.
11. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 1, wherein the folding buffer cell of these buffer modules is the millboard material.
12. according to the described monolateral buffering and packaging apparatus that shakeouts of claim 1, wherein the substrate of the main buffer cell of these buffer modules forms a plurality of extraction apertures.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101494485A CN101190736B (en) | 2006-11-20 | 2006-11-20 | Buffering packaging apparatus single selvage capable of being spread |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101494485A CN101190736B (en) | 2006-11-20 | 2006-11-20 | Buffering packaging apparatus single selvage capable of being spread |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101190736A true CN101190736A (en) | 2008-06-04 |
| CN101190736B CN101190736B (en) | 2010-04-07 |
Family
ID=39485964
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006101494485A Expired - Fee Related CN101190736B (en) | 2006-11-20 | 2006-11-20 | Buffering packaging apparatus single selvage capable of being spread |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101190736B (en) |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4320839A (en) * | 1980-11-05 | 1982-03-23 | Container Corporation Of America | Packaging insert |
| US5505309A (en) * | 1994-09-27 | 1996-04-09 | Anchor Bay Packaging Corp. | One-piece shipping container with integral dunnage |
| JP2955534B2 (en) * | 1997-03-13 | 1999-10-04 | 秀明 細渕 | Paper cushion |
-
2006
- 2006-11-20 CN CN2006101494485A patent/CN101190736B/en not_active Expired - Fee Related
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| Publication number | Publication date |
|---|---|
| CN101190736B (en) | 2010-04-07 |
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Granted publication date: 20100407 Termination date: 20151120 |
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