CN100546882C - The packaging buffer body reaches the buffer body combination with its formation - Google Patents
The packaging buffer body reaches the buffer body combination with its formation Download PDFInfo
- Publication number
- CN100546882C CN100546882C CNB2006101517294A CN200610151729A CN100546882C CN 100546882 C CN100546882 C CN 100546882C CN B2006101517294 A CNB2006101517294 A CN B2006101517294A CN 200610151729 A CN200610151729 A CN 200610151729A CN 100546882 C CN100546882 C CN 100546882C
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- casing
- buffer body
- side wall
- assembly set
- base part
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Abstract
The present invention discloses a kind of packaging buffer body, comprises a base part and an assembly set.This base part comprises a pedestal and respectively perpendicular to one first side wall and one second side wall of two sides adjacent of this pedestal, and this first, second side wall and the common holding part that forms of this pedestal.This assembly set comprises that a basal wall, two is perpendicular to this basal wall and adjacent first, second sidewall, first convex extension part and second convex extension part by this basal wall and the extension of this second sidewall by this first, second sidewall extension.The shape of this first, second convex extension part matches with this holding part, with this first or second convex extension part and this holding part winding, can make this assembly set and this base part form two kinds of assembled state, and can satisfy the packing demand of computer housing, and can save packing and change the outfit easily with folding and deployed condition.
Description
Technical field
The present invention relates to a kind of packaging buffer body, particularly relate to a kind of packaging buffer body of the corner in order to object of protection.
Background technology
Generally be easier to because of extruding or the impaired object of bump; appliance and electronic such as main frame, computer screen for example; holding from manufacturing the transportation of client; suffer external force collision or extruding and damage in order to reduce object; usually can utilize Styrofoam, bubble silk floss etc. as padded coaming; with interval object and for example packing container such as carton, plastic box; make object can not produce collision with packing container; and can be subjected to external force at packing container and do the time spent and produce buffer action, and reach the function of object of protection.
The shape size of general object is all fixing after manufacturing is finished, so the structure of the buffer body of package object and size can cooperate the shape of packaging object and fix.But some product is held between the end user from manufacturing, and meeting is because of the user demand difference, and the different conditions that is designed to have convertible volume size, this moment, fixed buffer body structure promptly can't cooperate the object that is in different conditions simultaneously.
With the main frame casehistory, because the hardware of forming main frame is except casing, also comprise devices such as the motherboard that is installed in the casing, electronic cards, power supply, and with the business model of present main frame, different makers may be all come from the source of various parts, therefore the assembly working of main frame may be the assembly plant in the upstream, or the point of sale, also may the person of being to use assemble voluntarily.Wherein computer housing is hollow state when other hardware is not installed, for reduce casing with other hardware composing before the shared volume of the process of transporting, at present existingly be designed to compound type or folding casing, make casing form flats (can referring to computer housing shown in Figure 2 81) and save the cost that transports with reduced volume.Because the assembler of main frame may be upstream manufacturer or point of sale, when it assemble, need the casing combination or launch forming the space of ccontaining other hardware, and after assembling was finished, main frame need be packed to be transported to the user again and locate.So computer housing is transported to the assembling place from the originating firm shipment, and after assembling is finished, be transported to the user place again, need as if buffer body, then can not cooperate the collapse state and the deployed condition of casing simultaneously through twice packing with solid shape.
For example shown in Figure 1, be the buffer body 92,93 of common computer housing 91 and cooperation thereof. Buffer body 92,93 is generally the front side 911 and rear side 912 shapes of Styrofoam system and its respective outer side edges computer housing 91; can coat the edge of front side 911 and rear side 912; with protection casing 91, but the buffer body 92,93 of this solid shape can not cooperate casing to form flat state when folding.
As previously mentioned, when object can the conversion kenel, the buffer body of solid shape also can't satisfy the packing demand of object when different kenel simultaneously.
Summary of the invention
Therefore, the object of the present invention is to provide a kind of can the conversion assembled state, with the buffer body of the accommodation space that forms different sizes.
So first state of packaging buffer body of the present invention comprises a base part and an assembly set, it is made to have a material of shock-absorbing effect by Styrofoam, foam etc.
This base part comprises a pedestal, one first side wall and one second side wall, this first, second side wall is perpendicular to this pedestal, and be connected to first, second adjacent lateral margin place of this pedestal, and this first, second side wall does not link to each other and with the common holding part that forms of this pedestal.
This assembly set comprises a basal wall, a first side wall, one second sidewall, one first convex extension part and one second convex extension part.This basal wall has an adjacent first side and a second side, and qualification is a bench mark with this first side and this intersection, second side, is first direction by this bench mark toward direction vertical and that extend away from this basal wall, and past direction of extending away from this first side is a second direction along this second side by this bench mark.This first, second sidewall is formed by past this first direction extension of first, second side of this basal wall.This is first years old, the shape of second convex extension part is general L-shaped and match with the holding part of this base part, this first convex extension part is to be extended toward this first direction by the part of the part of this first side wall of contiguous this bench mark and this second sidewall to form again, this second convex extension part is to be extended by past this second direction of the part lateral margin of this second sidewall and this basal wall to form, wherein by the distance of this bench mark along this first direction to the top of this first convex extension part with unequal along this second direction to the distance on the top of this second convex extension part by this bench mark, and short to the distance on this first extension top for preferable with this bench mark.
Make first convex extension part of this assembly set be placed in holding part with this base part, and first, second sidewall that makes this assembly set is resisted against respectively on first, second side wall of this base part, can form one first assembled state, and form one first accommodation space jointly by this assembly set and this base part.Make second convex extension part of this assembly set be placed in the holding part of this base part, and the basal wall lateral margin that makes this assembly set is resisted against on second side wall of this base part, promptly this basal wall is perpendicular to this pedestal, can form one second assembled state, and form one second accommodation space jointly by this assembly set and this base part.
This first, second accommodation space all can ccontainingly be cuboid object two adjacent drift angles and connect the corner side of this two drift angle, its difference be in, compare with this first accommodation space, this second accommodation space can ccontaining corner side long object, that is this first accommodation space is applicable to that ccontaining one is in collapse state and the short object of distance between its two adjacent drift angles, and this second accommodation space is applicable to that ccontaining this object is in deployed condition and when distance is longer between its two adjacent drift angles.
In addition, second state of packaging buffer body of the present invention comprises a base part and two assembly sets.In second state, the relative extension of base part that this base part can be considered two first states is formed by connecting, comprise a pedestal, one first side wall, one second side wall, one the 3rd side wall, and by this pedestal and common two holding parts that form of this first, second and third side wall.That is, the base part institute difference part of the base part of second state and first state is, the base part of second state comprises that more one is connected in this pedestal and three side wall relative with this first side wall, and this pedestal, this second side wall and the 3rd side wall form another holding part jointly, make two holding parts of this base part supply the convex extension part of this two assembly set ccontaining respectively.Wherein, the length of second side wall of this base part is greater than this first, the 3rd side wall, and this two holding part lay respectively at this second side wall length to two end opposite places.In other words, in the buffer body of second state, base part and assembly set are 1 pair 2 corresponding relation, and in the buffer body of first state, base part and assembly set are 1 pair 1 corresponding relation.
Another object of the present invention is to provide a kind of packaging buffer body combination that is used for being arranged on casing that is constituted with many groups of aforesaid packaging buffer bodies.
This packaging buffer body combination can be made of the aforementioned buffer body (hereinafter to be referred as 1 pair 1 buffer body) that comprises a base part and an assembly set, and/or is made of the aforementioned buffer body (hereinafter to be referred as 1 pair 2 buffer body) that comprises a base part and two assembly sets.Preferably, this packaging buffer body combination is made of two groups of 1 pair of 1 buffer bodies; More preferably, this packaging buffer body combination is by four groups of 1 pair of 1 buffer bodies, or two groups of 1 pair of 2 buffer bodies, or two groups of 1 pair of 1 buffer bodies add that one group of 1 pair of 2 buffer body constitutes.Certainly, the combination of this packaging buffer body also can be by three groups of 1 pair of 1 buffer bodies, or one group of 1 pair of 1 buffer body adds that one group of 1 pair of 2 buffer body constitutes.
Aforementioned packaging buffer body of the present invention combination is applicable to that packing one has the folding casing of folded state and deployed condition, wherein, and when buffer body of the present invention is applicable to the casing that is packaged in folded state during in first assembled state; When buffer body of the present invention is applicable to the casing that is packaged in deployed condition during in second assembled state.
This casing all is the state of cuboid in folded state and deployed condition, has identical length and width, but the height when folded state is less than the height when the deployed condition.When the combination of this packaging buffer body is when being made of two groups of 1 pair of 1 buffer bodies, can be used for coating two parallel sides (height side) that this casing arranges along diagonal line and four drift angles (two drift angles of each side connection) that are connected in this dual side-edge.When the combination of this packaging buffer body is by four groups of 1 pair of 1 buffer bodies, or two groups of 1 pair of 2 buffer bodies, or two groups of 1 pair of 1 buffer bodies add when one group of 1 pair of 2 buffer body constitutes, and can be used for coating four parallel sides (highly side) and eight drift angles of this casing.Further; respectively respectively this base part of this buffer body and respectively the side that can contact of this assembly set with this casing be formed with concave convex texture; to cooperate the shape of this casing; make buffer body can be close to this casing surface; can reduce vibrations and the bump of casing in handling process, reach the purpose of protection casing.
As mentioned above, packaging buffer body of the present invention can satisfy the packing demand of casing when different conditions with folded state and deployed condition simultaneously, can save packing and changing the outfit easily, and this assembly set and this base part are at the equal butt and have the buffering and the supporting construction of excellence mutually of this first, second assembled state.
Description of drawings
Fig. 1 is a block diagram, and it illustrates an existing buffer component that is used for the packaging computer main frame;
Fig. 2 is a three-dimensional exploded view, and first preferred embodiment of its explanation packaging buffer body combination of the present invention is used for the computer housing of packing one at condensed state;
Fig. 3 is a block diagram, and it illustrates a base part of this first preferred embodiment;
Fig. 4 is a block diagram, and it illustrates an assembly set of this first preferred embodiment;
Fig. 5 is the assembly drawing of a Fig. 2, and its each buffer body that this first preferred embodiment is described is in one first assembled state, and wherein casing is removed;
Fig. 6 is a three-dimensional exploded view, and it illustrates that this first preferred embodiment is used to be packaged in this computer housing of deployed condition;
Fig. 7 is the assembly drawing of a Fig. 6, and its each buffer body that this first preferred embodiment is described is in one second assembled state, and wherein casing is removed; And
Fig. 8 is a three-dimensional exploded view, second preferred embodiment of its explanation packaging buffer body combination of the present invention.
The main element nomenclature:
The combination of 1 buffer body
2 buffer bodies
3 base parts
31 pedestals
311 first lateral margins
312 second lateral margins
313 angles
32 first side walls
33 second side walls
34 holding parts
35 concave convex textures
4 assembly sets
41 basal walls
411 first sides
412 second sides
42 the first side walls
43 second sidewalls
44 first convex extension parts
441 tops
45 second convex extension parts
451 tops
46 concave convex textures
5 base parts
51 pedestals
52 first side walls
53 second side walls
54 the 3rd side walls
55 holding parts
The combination of 6 packaging buffer bodies
7 buffer bodies
81 computer housings
811 drift angles
812 sides
82 computer housings
821 drift angles
822 sides
823 foots pad
83 casings
84 casings
The I first direction
The II second direction
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 two graphic preferred embodiments, can clearly present.
First preferred embodiment of packaging buffer body of the present invention combination is the casing that is used for the collapsible and main frame that launches of packing one.Consult Fig. 2, packaging buffer body combination 1 of the present invention is made by the Styrofoam material, comprises four groups 1 pair 1 buffer body 2, and each buffer body 2 comprises a base part 3 and an assembly set 4.As shown in Figure 3, each base part 3 comprises a square base 31 and is connected to first, second adjacent lateral margin 311,312 places of pedestal 31 and perpendicular to first, second side wall 32,33 of pedestal 31, first lateral margin 311 of pedestal 31 and the angle of second lateral margin 312 313 are at right angles general, and first, second side wall 32,33 and angle 313 have a preset distance respectively, and make pedestal 31 and the L-shaped without exception holding part 34 of first, second side wall 32,33 common formation.
As shown in Figure 4, each assembly set 4 comprises a basal wall 41, a first side wall 42, one second sidewall 43, one first convex extension part 44 and one second convex extension part 45.Basal wall 41 has adjacent first side 411 and second side 412, and qualification is bench mark with first side 411 with 412 intersections, second side, is first direction I by bench mark toward direction vertical and that extend away from basal wall 41, and 412 past directions of extending away from first side 411 are second direction II along the second side by bench mark.First, second sidewall the 42, the 43rd, by first, second side 411,412 of basal wall 41 toward first direction I extend formed.Match with holding part 34 (referring to Fig. 3) with the shape of second convex extension part 45 in first convex extension part 44, in order to be connected in the holding part 34.First convex extension part 44 is to be extended toward first direction by the part the first side wall 42 of contiguous bench mark and part second sidewall 43 to form again.Second convex extension part 45 is to be extended by the past second direction II of the part lateral margin of second sidewall 43 and basal wall 41 to form.Wherein by the distance on the top 441 of this bench mark along first direction I to first convex extension part 44 less than distance by the top 451 of this bench mark along second direction II to second convex extension part 45, and make assembly set 4 and base part 3 that two kinds of assembled state be arranged, to form highly different accommodation spaces.
Consult Fig. 2 and Fig. 5, for buffer body 2 in one first assembled state, and be used for packing one is the computer housing 81 of flats at folded state scheme drawing.Its packet assembler is four corners that earlier each base part 3 are individually fixed in casing 83 bottoms; after inserting computer housing 81 again; first convex extension part 44 of each assembly set 4 is connected to the holding part 34 of each base part 3; the four side 812 that makes eight drift angles 811 of computer housing 81 and connect two adjacent drift angles 811 is coated by each buffer body 2; and computer housing 81 and casing 83 is spaced apart; except the effect that can reach buffer protection,, assembly set 4 and base part 3 mutual butts can strengthen casing 83 structures owing to having supporting role.
Consult Fig. 6 and Fig. 7, for buffer body 2 in one second assembled state, and be used for packing one is the computer housing 82 of cuboid in deployed condition scheme drawing.Its packet assembler also is four corners that earlier each base part 3 are individually fixed in casing 84 bottoms; after inserting computer housing 82 again; second convex extension part 45 of each assembly set 4 is connected to the holding part 34 of each base part 3; the four side 822 that makes eight drift angles 821 of computer housing 82 and connect two adjacent drift angles 821 is coated by each buffer body 2; especially first convex extension part 44 of assembly set 4 can prolong the distance of the side that coats computer housing 82; and can increase the effect that protection cushions; moreover; assembly set 4 and base part 3 have supporting role equally and can strengthen casing 84 structures in second assembled state also butt mutually.In addition, base part 3 and assembly set 4 contact with computer housing 82 medial surface be formed with a plurality of concave convex textures 35,46 respectively, with the shape of coupled computer casing 82, for example avoid foot pad 823 positions, make base part 3 and assembly set 4 can be close to computer housing 82 surfaces.
Consult Fig. 8, second preferred embodiment for packaging buffer body combination of the present invention, second preferred embodiment and first preferred embodiment are roughly the same, its difference part is that two base parts 3 (consulting Fig. 2) that the base part 5 of second preferred embodiment can be considered first preferred embodiment relatively extend and is formed by connecting, be that base part 5 comprises a pedestal 51, one first side wall 52, one second side wall 53, one the 3rd side wall 54, and by pedestal 51 and first, second and third side wall 52,53,54 common two holding parts 55 that form.Therefore, the packaging buffer body of second preferred embodiment combination 6 is to comprise two groups 1 pair 2 buffer body 7, and every group of buffer body 7 comprises a base part 5 and two assembly sets 4, and its assembling mode is identical with first preferred embodiment, is not described in detail in this.
Conclude above-mentioned; packaging buffer body combination of the present invention; utilize the base part and the convertible assembled state of assembly set of buffer body; and can satisfy the packing demand of folding computer housing when folded state and deployed condition simultaneously; can save packing and changing the outfit easily; and can effectively reduce in the handling process the impact of computer housing, reach preferable protection pooling feature, so can reach purpose of the present invention really.
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 (8)
1. packaging buffer body comprises:
One base part, comprise a pedestal, one first side wall and one second side wall, this first, second side wall is perpendicular to this pedestal, and is connected to first, second adjacent lateral margin place of this pedestal, and this first, second side wall does not link to each other and with the common holding part that forms of this pedestal; And
One assembly set comprises a basal wall, a first side wall, one second sidewall, one first convex extension part and one second convex extension part; This basal wall has an adjacent first side and a second side, and qualification is a bench mark with this first side and this intersection, second side, is first direction by this bench mark toward direction vertical and that extend away from this basal wall, and past direction of extending away from this first side is a second direction along this second side by this bench mark; This first, second sidewall is formed by past this first direction extension of first, second side of this basal wall; The shape of this first, second convex extension part matches with the holding part of this base part, this first convex extension part is to be extended toward this first direction by the part of the part of this first side wall of contiguous this bench mark and this second sidewall to form again, this second convex extension part is to be extended toward this second direction by the part lateral margin of this second sidewall and this basal wall to form, wherein by the distance of this bench mark along this first direction to the top of this first convex extension part with unequal along this second direction to the distance on the top of this second convex extension part by this bench mark;
Make first convex extension part of this assembly set be placed in the holding part of this base part, can form one first assembled state; Make second convex extension part of this assembly set be placed in the holding part of this base part, can form one second assembled state.
2. according to the described packaging buffer body of claim 1, wherein, this assembly set by the distance of this bench mark along this first direction to the top of this first convex extension part less than by this bench mark along the distance of this second direction to the top of this second convex extension part.
3. according to claim 1 or 2 described packaging buffer bodies, more comprise another assembly set, and this base part comprises that more one is connected in this pedestal and three side wall relative with this first side wall, and this pedestal, this second side wall and the 3rd side wall form another holding part jointly, make two holding parts of this base part supply the convex extension part of this two assembly set ccontaining respectively.
4. according to the described packaging buffer body of claim 3, wherein, the length of second side wall of this base part is greater than this first, the 3rd side wall, and this two holding part lay respectively at this second side wall length to two end opposite places.
5. buffer body combination that is used for being arranged on casing packing folding casing, this casing has a folded state and a deployed condition, and be highly different cuboids respectively, this buffer body combination comprises four groups of packaging buffer bodies as claimed in claim 1 or 2; Make respectively this assembly set and this base part respectively form this first assembled state being packaged in the casing of this folded state, and coat four groups of this casing adjacent vertex angles in twos; Make respectively this assembly set and this base part respectively form this second assembled state and can be packaged in the casing of this deployed condition, and coat four groups of this casing adjacent vertex angles in twos.
6. according to the described buffer body combination that is used for being arranged on casing packing folding casing of claim 5, wherein, respectively this base part and respectively the side that contacts with this casing of this assembly set be formed with concave convex texture, to cooperate the shape of this casing.
7. buffer body combination that is used for being arranged on casing packing folding casing, this casing has a folded state and a deployed condition, and be highly different cuboids respectively, this buffer body combination comprises two groups as claim 3 or 4 described packaging buffer bodies; Make respectively this assembly set and this base part respectively form this first assembled state and can be packaged in the casing of this folded state, and coat four groups of this casing adjacent vertex angles in twos; Make respectively this assembly set and this base part respectively form this second assembled state being packaged in the casing of this deployed condition, and coat four groups of this casing adjacent vertex angles in twos.
8. according to the described buffer body combination that is used for being arranged on casing packing folding casing of claim 7, wherein, respectively this base part and respectively the side that contacts with this casing of this assembly set be formed with concave convex texture, to cooperate the shape of this casing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006101517294A CN100546882C (en) | 2006-09-08 | 2006-09-08 | The packaging buffer body reaches the buffer body combination with its formation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006101517294A CN100546882C (en) | 2006-09-08 | 2006-09-08 | The packaging buffer body reaches the buffer body combination with its formation |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101139020A CN101139020A (en) | 2008-03-12 |
| CN100546882C true CN100546882C (en) | 2009-10-07 |
Family
ID=39191166
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006101517294A Expired - Fee Related CN100546882C (en) | 2006-09-08 | 2006-09-08 | The packaging buffer body reaches the buffer body combination with its formation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100546882C (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106494715A (en) * | 2016-10-27 | 2017-03-15 | 广州美的华凌冰箱有限公司 | Corner protection structure and package component |
| CN110641798A (en) * | 2019-09-16 | 2020-01-03 | 上海出版印刷高等专科学校 | Integrated pre-folded logistics protection packaging box and use method thereof |
| CN111465232B (en) * | 2020-03-30 | 2021-06-29 | 中国电子科技集团公司第五十四研究所 | Multi-level joint vibration resisting method for high-precision time system equipment |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3695421A (en) * | 1970-09-08 | 1972-10-03 | Harry G Wood | Package assembly and cushion therefor |
-
2006
- 2006-09-08 CN CNB2006101517294A patent/CN100546882C/en not_active Expired - Fee Related
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3695421A (en) * | 1970-09-08 | 1972-10-03 | Harry G Wood | Package assembly and cushion therefor |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101139020A (en) | 2008-03-12 |
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