CN101704427A - Buffer unit, buffer positioning structure and packaging structure - Google Patents
Buffer unit, buffer positioning structure and packaging structure Download PDFInfo
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- CN101704427A CN101704427A CN200910224778A CN200910224778A CN101704427A CN 101704427 A CN101704427 A CN 101704427A CN 200910224778 A CN200910224778 A CN 200910224778A CN 200910224778 A CN200910224778 A CN 200910224778A CN 101704427 A CN101704427 A CN 101704427A
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Abstract
The invention relates to a buffer unit and a buffer positioning structure. The buffer positioning structure is combined with and inserted in a separator through the buffer unit to improve the buffering effect during packaging a panel; the buffer unit is inserted in the separator through a notch and a blocking part and supports against the panel through a buffering part protruding out of the separator so as to achieve an effect of supporting the panel. The buffering part can comprise tow support plates and a resisting part which can be of a resisting rib type or resisting plate type for providing different contact areas or regions to the panel to obtain different buffering effects. The invention also provides a packaging structure using the buffering positioning structure. In the processing of packaging the panel, the buffer unit can act on interference components distributed on the panel to improve the positioning and buffering effects of the buffer unit.
Description
Technical field
The present invention refers to a kind of buffer cell and buffering location structure of strengthening buffering and protection effect by increasing bearing surface area especially about a kind of buffer cell and buffering location structure; The in addition relevant a kind of packaging structure of the present invention, this packaging structure is used this buffer positioning structure.
Background technology
See also shown in Figure 1A, it is the stereoscopic scheme drawing of a panel package structure commonly used, and this packaging structure 1 comprises: a firm banking 2, a fixed roof 3 and the first side damper element 4 and the second side damper element 5; Wherein, the first side damper element 4 all comprises a plurality of dividing plates 6 that separate with the second side damper element 5, those separate dividing plate 6 and are provided with at interval, be positioned at the separation dividing plate 6 of this first side damper element 4 and corresponding to the separation dividing plate 6 of this second side damper element 5, and form a cushion space 7 between the two adjacent separation dividing plates 6, can provide a side of a panel 8 ccontaining or plant; This first side damper element 4 and this second side damper element 5 and be fixed in firm banking 2 and fixed roof 3 between and make up.The separation dividing plate 6 of the first side damper element 4 and 5 corresponding separation between the dividing plate 6 of this second side damper element then form an accommodation space 9 in order to the part between the dual-side of ccontaining this panel 8.Subsequently, if with other panel in an identical manner, edge-z direction of principal axis is ccontaining or when being inserted in other cooresponding cushion space and accommodation space, can case and finishes the packing of multi-disc panel.
The one ccontaining or local structure that are inserted in those cross sections of separating the cushion space 7 between dividing plates 6 of the both sides of this panel 8 are as Figure 1B " institute's signal; a wherein side of panel 8 supports by two bufferings of separating dividing plates 6 and ccontaining or be inserted in this cushion space 7, that is panel 8 can be ccontaining or be inserted in this cushion space 7 and the accommodation space 9.If the spacing between the two adjacent separation dividing plates 6 is excessive, to make panel 8 can't firmly place or be bearing between the two adjacent separation dividing plates 6, that is can't adjacent separate area of contact or the zones that dividing plate 6 produces to a certain degree with two, cause panel 8 to be easy to generate the axial displacement of edge ± x, and cause the damage of panel 8.Therefore, the spacing between the two adjacent separation dividing plates 6 must limit to some extent.In addition, along with panel 8 structures are tending towards accurate complicated, may comprise the protrusion interference component 80 that several length differ on one side surface of panel 8, pillar (pillars) for example, those interference components 80 also can reduce panel 8 and be bearing on the area of contact or the zone of separating dividing plate 6, cause panel 8 to be difficult for being positioned in this packaging structure 1, and increased panel 8 because of carrying, rock the chance of damaging.
Summary of the invention
In sum, the object of the present invention is to provide a kind of buffer positioning structure, this buffer positioning structure can provide bigger area of contact of panel or zone, and possesses preferable shock absorption and buffering, locating effect.
Another object of the present invention is to provide a kind of buffer positioning structure, and it can be in response to the distribution of panel interference component, and adjusts its buffering and Support Position and effect.
For reaching aforementioned purpose, buffering fixed sturcture of the present invention utilizes the buffer cell combination to insert to be embedded in one and separates dividing plate, one side and the buffering effect when promoting package panel. this separation dividing plate offer at least one slot; In one embodiment, buffer cell comprises two fastening plates and and is defined in buffer part between those fastening plates, each links to each other these buffer part both sides with one of those fastening plates with a blocking part, and with these two blocking parts bearing of trend definition, two flutings, those flutings of this buffer cell mat insert this and separate dividing plate, make this buffer cell to should slot, and those blocking parts can be placed in this slot, cause this buffer cell to be inserted to be embedded in this separation dividing plate and organize immediately, this buffer part and those fastening plates lay respectively at two respective side of this separation dividing plate.
In one embodiment, this buffer part comprises a resistance portion, and resistance portion can be the kenel that resists rib or resist plate; In one embodiment, this buffer positioning structure more comprises a supporting clapboard, contact at this separation dividing plate one side, cause those fastening plates of this buffer cell can be positioned between this separation dividing plate and this supporting clapboard, and when this buffer part was stressed, this supporting clapboard can provide a bearing force in those fastening plates.
The present invention proposes a kind of buffer cell that is applied to above-mentioned buffer positioning structure in the lump, and in one embodiment, buffer cell comprises one first fastening plate, one first blocking part, a buffer part, one second blocking part and one second fastening plate.First blocking part is connected in this first fastening plate; Buffer part is connected in this first blocking part, and constitutes one first fluting with this first fastening plate and this first blocking part; Second blocking part is connected in this buffer part; Second fastening plate is connected in this second blocking part, and constitutes one second fluting with this buffer part and this second blocking part.
In another embodiment, buffer cell comprises a plurality of fastening plates, a plurality of blocking part and a plurality of buffer part.A plurality of blocking part correspondences are connected in those fastening plates; A plurality of buffer part correspondences are connected in those blocking parts; Wherein, those fastening plates and cooresponding those blocking parts and those buffer part constitute a plurality of flutings respectively.
The present invention also proposes a kind of packaging structure of using above-mentioned buffer positioning structure, it comprises a plurality of above-mentioned buffer positioning structures, the arrangement spaced in parallel to each other of those buffer positioning structures forms one first side Buffer Unit and one second side Buffer Unit, and the first side Buffer Unit is relative with the second side Buffer Unit; Those buffer positioning structures are fixed between a firm banking and the fixed roof, form a plurality of corresponding intervals grooves, and the both sides of those buffer positioning structures are also fixed with one first side fixation kit and one second side fixation kit separately; Wherein, a panel can be inserted in the one of those interval troughs along a direction of insertion, borrows the buffer positioning structure adjacent with this panel that the support cushion effect of this panel institute palpus is provided.
Beneficial effect of the present invention is: can be in response to the interference component of panel elasticity adjust the setting and the position of this buffer cell, provide panel preferable buffer protection, and can make panel more firmly be positioned two to separate between the dividing plates.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Description of drawings
Figure 1A is the stereoscopic scheme drawing of panel package structure commonly used;
Figure 1B is the cross section structure scheme drawing of panel package structure commonly used;
Fig. 2 is the schematic perspective view of the present invention one buffer cell embodiment;
Fig. 3 is the planar development scheme drawing of the present invention one buffer cell embodiment;
Fig. 4 inserts for buffer cell of the present invention and is embedded to the scheme drawing that separates dividing plate;
Fig. 5 stands on the scheme drawing that separates dividing plate for buffer cell group of the present invention;
Fig. 6 is the cross section structure scheme drawing of stay bearing plate dividing plate one embodiment of the present invention;
Fig. 7 is the schematic perspective view of the present invention one buffer cell embodiment;
Fig. 8 is the planar development scheme drawing of the present invention one buffer cell embodiment;
Fig. 9 A is the cross section structure scheme drawing of the present invention's one buffer cell supporting faceplate;
Fig. 9 B resists the scheme drawing of the interference component of a panel for the present invention's one guide channel;
Figure 10 is an embodiment scheme drawing of packaging structure of the present invention.
Wherein, Reference numeral
1 packaging structure
2 firm bankings
3 fixed roofs
4 first side damper elements
5 second side damper elements
6 separate dividing plate
7 cushion spaces
8 panels
9 accommodation spaces
10 buffer cells
11 first fastening plates
12 first blocking parts
13 buffer part
14 second blocking parts
15 second fastening plates
16 first flutings
17 second flutings
20 separate dividing plate
21,21 ', 21 " slot
22 closed ends
23 kinks
24 slots
25 slots
30 supporting clapboards
40 buffer cells
The 40a buffer cell
50 buffer cells
51 buffer part
52 buffer part
60 buffer cells
80 interference components
100 packaging structures
101 first side Buffer Units
102 second side Buffer Units
103 buffer positioning structures, 104 firm bankings
105 fixed roofs
106 interval troughs
107 first side fixation kits
108 second side fixation kits
111 first broken lines
121 first clip points
131 first stay bearing plates
132 second stay bearing plates
133 resistance portions
134,134 ', 134 " resist rib
135,135 ', 135 " resist plate
136 first resist rib
137 second resist rib
138 first resist plate
139 second resist plate
140 elasticity broken lines
141 second clip points
151 second broken lines
181 lead angles
182 lead angles
183 lead arc
184 guide channels
The specific embodiment
Relevant detailed description of the present invention and technology contents now just cooperate graphic being described as follows:
The buffer positioning structure that the present invention proposes is inserted a buffer cell and is embedded to a slot that separates dividing plate, by the buffer part of this buffer cell, provides packing material one buffering (cushion) effect, and can be by a supporting clapboard auxiliary, reach support effects.What should be specified is, the present invention should be applicable to the packing of any plate body, and following embodiment is described in detail with the example that is packaged as of panel, but not with the unique use of being packaged as of panel.
See also Fig. 2 and shown in Figure 3, it is respectively schematic perspective view and the planar development scheme drawing of a buffer cell 10 embodiment of the present invention. and buffer cell 10 of the present invention comprises: one first fastening plate 11, one first blocking part 12, a buffer part 13, one second blocking part 14 and one second fastening plate 15; This first blocking part 12 is connected in this first fastening plate 11, and this buffer part 13 is connected in this first blocking part 12, and constitutes one first fluting 16 with this first fastening plate 11 and this first blocking part 12; This second blocking part 14 is connected in this buffer part 13,15 of this second fastening plates are connected in this second blocking part 14, and constitute one second fluting 17. in the present embodiment with this buffer part 13 and this second blocking part 14, joint definable one first broken line 111 of this first fastening plate 11 and this first blocking part 12 is corresponding to this first fluting 16, in like manner, second fastening plate 15 then may be defined as second broken line 151 corresponding to this second fluting 17 with the joint of this second blocking part 14, yet cause this first fastening plate 11 and this second fastening plate 15 to bend with these second broken line, 151 places from this first broken line 111 respectively., in other embodiments, the demand of the visual reality of definition mode of broken line and adjust or change, for example: the joint of this buffer part 13 of definable and this first blocking part 12, this buffer part 13 and this second blocking part 14, has broken line in the middle of this first blocking part 12 or in the middle of this second blocking part 14, it can correspond respectively to this first fluting 16 or this second fluting 17 gets final product, the present invention is not as limit. in addition, this buffer part 13 can comprise one first stay bearing plate 131 and one second stay bearing plate 132, between this first stay bearing plate 131 and this second stay bearing plate 132 and be defined as a resistance portion 133, resistance portion 133 can contact and supporting faceplate, so that a buffering and a bearing capacity to be provided, avoid panel to damage because of displacement. among the shown embodiment of Fig. 2 and Fig. 3, this buffer part 13 along this first, second fluting 16, the size of 17 bearing of trends greater than this first, second fastening plate 11,15 in unidirectional size, therefore this buffer part 13 protrudes from this first fastening plate 11 and this second fastening plate 15 in this direction, with the loaded area or the zone of increase buffer part 13, but the present invention is not as limit.
This buffer cell 10 can be inserted and be embedded to a separation dividing plate 20, support and buffer action when one panel packing is provided, the upright process of detailed group please cooperate consults Fig. 4 and shown in Figure 5, it is respectively buffer cell 10 and inserts and be embedded to 10 groups of this separation dividing plate 20 and buffer cells and stand on this minute clutch plate scheme drawing of 20, forms an embodiment of buffer positioning structure of the present invention.A slot 21 is offered on one side of this separation dividing plate 20, in graphic, one side this slot 21 offer direction with vertical this separation dividing plate 20 be example, but not as limit.See also Fig. 2 and Fig. 3, this buffer cell 10 can borrow first fluting, 16 and second fluting 17 to insert in this separation dividing plate 20, and borrow first blocking part 12 and second blocking part 14 to be inserted in this slot 21 simultaneously, cause this buffer cell 10 to be inserted to be embedded in this separations dividing plate 20 and organize immediately, buffer part 13 and first, second fastening plate 11,15 lay respectively at two respective side of this separation dividing plate 20, promptly this first fastening plate 11 and second fastening plate 15 in fact towards and contact at the side that this separates dividing plate 20, and buffer part 13 protrudes from the opposite side of this separation dividing plate 20.
Buffer cell 10 is inserted and is embedded to this separation dividing plate 20 for convenience, can interfere to sentence in easy generation and lead fillet, lead angle or offer the mode of leading arc, separates interference and the obstruction that dividing plate 20 is produced to reduce buffer cell 10 slotting being embedded to.Casehistory, as offering a lead angle 181 near an end of this first fluting 16 in first fastening plate 11, or offer a lead angle 182 (seeing also Fig. 2 and shown in Figure 3) near this first fluting, end of 16 in this first stay bearing plate 131, insert the interference of generation when being embedded to this separations dividing plate 20 to reduce this buffer cell 10, and the slotting embedding of this buffer cell 10 of supplemental pilot.In addition, the open end both sides of this slot 21 also can be offered and lead arc 183 (seeing also shown in Figure 4), this buffer cell 10 of supplemental pilot is inserted and is embedded in this slot 21 of this separation dividing plate 20, and reduces the interference that is produced when this first, second blocking part 12,14 is inserted embedding or is placed in this slot 21.In the present embodiment, lead angle 181,182 can be led arc or lead fillet and be replaced, and leading 183 of arcs can lead angle or lead fillet and replace.Above institute only exemplifies for convenience of explanation, is not in fact influencing under the effect of the present invention, and leading arc, lead angle or leading fillet of being offered can extend to other any interference part that is easy to generate.
As shown in Figure 4, present embodiment can cooperate a supporting clapboard 30 in addition, the supporting buffering effect of auxiliary this buffer cell 10.This supporting clapboard 30 towards also partly contacting at this separation dividing plate 20, causes this first, second fastening plate 11,15 of this buffer cell 10 to be positioned between this separation dividing plate 20 and this supporting clapboard 30 in fact.When this buffer part 13 was stressed, this supporting clapboard 30 can provide a supporting power in first and second fastening plate 11,15, to absorb the suffered impact external force of buffer part 13.In the present embodiment, this supporting clapboard 30 is borrowed the kink extendible portion that 23 bendings form for this separates dividing plate 20, as shown in Figure 4.Yet, this supporting clapboard 30 does not exceed from this separation dividing plate with above-mentioned extension, this supporting clapboard 30 also can be an independent plate body, or a breasting face of this separation dividing plate 20 of can conflicting in fact, and for example: a panel does not have the opposite side surface of interference component 80.See also panel shown in Figure 68, its side that does not comprise interference component 80 this separation dividing plate 20 of can conflicting forms a breasting face.In other embodiments, owing to have a relation of interference component 80, this buffer part 13 can be less than this first, second fastening plate 11,15 in unidirectional size along the size of this first, second fluting 16,17 bearing of trends.
Please consult Fig. 2 and Fig. 3 again, in the foregoing description, first stay bearing plate 131 links to each other with second blocking part 14 with this first blocking part 12 respectively with a side of second stay bearing plate 132, and this first stay bearing plate 131 and second stay bearing plate 132 join each other, cause this resistance portion 133 to form one and resist rib 134, when this resistance rib 134 stands on this separation dividing plate 20 in 10 groups of buffer cells, can parallel these slot 21 directions. this first blocking part 12 is defined as the first clip point 121 in the contact of this first fluting 16, in like manner, this second blocking part 14 then is defined as the second clip point 141 in the contact of this second fluting 17; In buffer cell 10 insert be embedded to this slot 21 and group immediately, can a conflict closed end 22 of this slot 21 of this first clip point 121 and/or this second clip point 141, cause this buffer cell 10 to insert embeddings and be positioned in this separation dividing plate 20, as shown in Figure 4. first blocking part 12 of graphic demonstration and second blocking part 14 measure-alike, therefore in the foregoing description, this first, second clip point 121,141 can be conflicted this closed end 22 simultaneously and be located.
Please refer to Fig. 5 and shown in Figure 6, dividing plates 20 should be separated and during breasting when a panel 8 is parallel, this resistance rib 134 can resist this panel 8, and by resisting left and right displacement or the swing of rib 134 on the c direction of principal axis, buffering effect when providing parallel this separation dividing plate 20 of panel to slide, and provide extra support cushion effect by this supporting clapboard 30.
In above-mentioned resistance portion 133 is one to resist among the embodiment of rib 134, and the minimum width of this slot 21 is being as the criterion with this second blocking part 14 by ccontaining this first blocking part 12; The thickness of supposing first and second blocking parts 12,14 is t, and the width of this slot 21 can be between 1t and 3t, but not as limit; On the other hand, the width of this slot 21 can protrude the height of this separation dividing plate 20 in order to the amplitude and/or this buffer part 13 that limit these resistance rib 134 displacements, and then controls the buffer capacity of this buffer cell 10.See also Fig. 6, bigger slot 21 ' width can make the activity desire degree scope that resists rib 134 ' increase, and increases and resists the left and right displacement of rib 134 ' on the b direction of principal axis or the scope and the buffering effect of swing; Otherwise, less slot 21 " and width then can limit the activity desire degree of this resistance rib, reduces to resist rib 134 " left and right displacement on the b direction of principal axis or the scope of swing and buffering effect, so can influence buffering effect by the width of slot 21.
The present invention also proposes another embodiment of the resistance portion 133 of buffer cell, and as shown in Figures 7 and 8: the buffer cell 40 of present embodiment is compared aforesaid buffer cell 10, is the structural change of resistance portion 133.The buffer cell 40 of present embodiment, its resistance portion 133 is a resistance plate 135, these resistance plate 135 both sides link to each other with this second stay bearing plate 132 with this first stay bearing plate 131 respectively, and connecting place is defined as one first resistance rib 136 and one second resistance rib 137 respectively.Above-mentioned first, second resists rib 136,137 can be when 40 groups of buffer cells stand on this separation dividing plate 20, parallel these slot 21 directions of difference.Compared to previous embodiment, resistance plate 135 is compared to resistance rib 134 and has bigger area of contact or zone, therefore can provide the bigger resistance of panel, support effects; The wherein side that Fig. 9 A shows a panel 8 is separated the bufferings supporting of dividing plates 6 by two and ccontaining or be inserted in this cushion space 7, and the resistance plate 135 of this buffer cell 40 can provide this panel 8 bigger area of contact or zone.In like manner, bigger slot 21 ' width can make the activity desire degree scope that resists plate 135 ' increase, increase by 135 ' on the b direction of principal axis left and right displacement or the scope and the buffering effect of swing; Otherwise, less slot 21 " and width then can limit the activity desire degree of this resistance rib, reduces to resist plate 135 " left and right displacement on the b direction of principal axis or the scope of swing and buffering effect, so can influence buffering effect by the width of slot 21.
In the foregoing description, this resistance plate 135 can comprise an elasticity broken line 140 in addition, this resistance plate 135 is defined as first respectively and resists the plate 138 and the second resistance plate 139 in these elasticity broken line 140 two ends, this first resistance plate 138 is connected to each other by this elasticity broken line 140 with this second resistance plate 139.This elasticity broken line 140 can be parallel this first resist rib 136 or this second and resist rib 137, when causing this resistance plate 135 stressed, this resists plate 135 can borrow this elasticity broken line 140 indents distortion, make resistance portion 133 indents between this first stay bearing plate 131 and this second stay bearing plate 132, this buffer part 13 1 distortion nargin are provided.So-called distortion nargin is meant, in the ordinary course of things, the position of this elasticity broken line 140 should be lower than first and resist plate 138 and second and resist plate 139 (resisting the not parallel a-b plane in graphic of the plate 138 and the second resistance plate 139 this moment first), when first, second resists rib 136,137 is stressed and when changing angle, borrow this elasticity broken line 140 can cause this first, second resistance plate 138,139 to become the state on parallel a-b plane, and bigger area of contact or zone can be provided.
In addition, this resists 135 pairs of plates should first, second slot 16,17 1 sides can be offered a guide channel 184, see also buffer cell 40a shown in Figure 7, this guide channel 184 can provide a panel 8 sides to protrude the certain bit space of pillar (interference component 80), cause this pillar (interference component 80) can conflict this guide channel 184 and the buffering effect of auxiliary buffer cell 40a supporting faceplate, shown in Fig. 9 B.On the other hand, this guide channel 184 also can be inserted the direction indication that is embedded to this slot 21 as this buffer cell 40, is convenient to the direction of operating that embedding is inserted in identification.
Must explanation be, aforesaid buffer cell 10,40 is at a corresponding slot 21 narration, in fact, this buffer cell 10,40 can form the buffer cell that comprises a plurality of buffer part by its structure of continuous compound rate.At this moment, separate a plurality of slots that dividing plate 20 can be offered respective amount, position at the buffer cell of different kenels, cause the buffer cell of different kenels to insert and be embedded to this separation dividing plate 20.Buffer cell 50 as shown in Figure 4,60, its kenel is respectively two of continuous compound rate and three aforementioned buffer cells 10 of continuous compound rate, and group is stood on this separation dividing plate 20 respectively, therefore buffer cell 50 and buffer cell 60 comprise two and three buffer part respectively, and the corresponding slot of each buffer part; Wherein, this buffer cell 50 comprises two buffer part 51,52, so this buffer cell 50 must be embedded in this separation dividing plate 20 and insert separating two continuously arranged slots 24,25 of dividing plate 20.In the present embodiment, separate the slot sum of dividing plate 20, should so that buffer part 13 can be corresponding with the slot that separates dividing plate 20, be embedded in this separation dividing plate 20 more than or equal to the sum of buffer part 13 and insert.By this, buffer cell 50,60 of the present invention comprises a plurality of fastening plates and a plurality of blocking part, and those blocking part correspondences are connected in those fastening plates, and those buffer part correspondences are connected in those blocking parts; Wherein, those fastening plates and cooresponding those blocking parts and those buffer part constitute a plurality of flutings respectively; This separation dividing plate has a plurality of slots, corresponding to those flutings; And this buffer cell is inserted in those slots of this separation dividing plate by those blocking parts, those fastening plates towards and contact at this separation dividing plate, and those buffer part protrude from this separation dividing plate.
Please consult Fig. 4, Fig. 5 and shown in Figure 7 again, but insert the buffer cell kenel, quantity or the position elasticity adjustment that are embedded in this separation dividing plate 20, for example: buffer cell 10,50,60 insert the position that is embedded in this separation dividing plate 20, can do consideration at the distribution of bearing panel side pillar, or by the buffer cell of different kenels, for example, reach the effect of independent running or operate together by the cooperation of buffer cell 10, buffer cell 50,60, buffer cell 40 and/or buffer cell 40a.Wherein, buffer cell 40 and/or buffer cell 40a also can be as buffer cells 10, but continuous compound rate forms other buffer cell that comprises a plurality of buffer part, and buffer cell 10, buffer cell 40 and/or buffer cell 40a can also the any-mode combination collocations, and the present invention is not as limit.In one embodiment, the buffer part size of buffer cell can freely be adjusted with demand, for example: the buffer part 13 of buffer cell 10,40, its length (a direction of principal axis) can freely be adjusted, and the interference component of the panel pillar of so can dodging is reached the local effect that cushions; In another embodiment, buffer part 13 protrudes from the height of this separation dividing plate 20, can be with the elasticity of demand adjustment, for example: the buffer part 13 of buffer cell 10 is in the protrusion height (as the c direction of principal axis of Fig. 4) that separates dividing plate 20, can be by the fabric width of adjusting this first stay bearing plate 131 and this second stay bearing plate 132, or slot 21 width of adjusting this separation dividing plate 20 are adjusted; The buffer part 13 of the buffer cell 40 among another embodiment can be adjusted by the thickness of adjusting this first stay bearing plate 131, this second stay bearing plate 132 and/or this resistance plate 135 in the protrusion height (as the c direction of principal axis of Fig. 7) that separates dividing plate 20.
What must illustrate is again, among above-mentioned any embodiment, those buffer cells, the material of separating dividing plate and supporting clapboard can be identical, or select suitable material separately for use, and it is arbitrary that its material can be selected from the group that cardboard, fluting board, palstic corrugated sheet form.
The present invention also proposes a kind of packaging structure 100 of using above-mentioned buffer positioning structure, see also shown in Figure 10. this packaging structure 100 comprises one first side Buffer Unit 101 and one second side Buffer Unit 102, this the first side Buffer Unit 101 and the second side Buffer Unit 102 comprise a plurality of buffer positioning structures 103 respectively, the buffer positioning structure 103 of the first side Buffer Unit 101 and the buffer positioning structure 103 of the second side Buffer Unit 102 in correspondence with each other and parallel interval arrange, be fixed between a firm banking 104 and the fixed roof 105 and form a plurality of corresponding intervals grooves 106; Lay respectively at this first side Buffer Unit 101 and the second side Buffer Unit 102 those buffer positioning structures 103 and spacing fixing with the first side fixation kit 107 and one second side fixation kit 108 separately. wherein, one of those buffer positioning structures 103 can comprise aforementioned buffer cell 10, buffer cell 40,40a and buffer cell 50,60, its composition mode can be with reference to aforementioned each embodiment, do not repeat them here. therefore, one panel 8 can be inserted in the one of those interval troughs 106 along one-z direction of principal axis, borrows the buffer positioning structure 103 adjacent with this panel that the support cushion effect of this panel institute palpus is provided.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (15)
1. a buffer positioning structure is characterized in that, comprises:
One separates dividing plate, Yi Bian offer a slot;
One buffer cell comprises two fastening plates and and is defined in buffer part between those fastening plates, each links to each other these buffer part both sides with one of those fastening plates with a blocking part, and with these two blocking parts bearing of trend definition, two flutings, this buffer cell borrows those flutings to insert this separation dividing plate, make this buffer cell to should slot, and those blocking parts can be placed in this slot, cause this buffer cell to be inserted to be embedded in this separation dividing plate and organize immediately, this buffer part and those fastening plates lay respectively at two respective side of this separation dividing plate; And
One supporting clapboard contacts at this separation dividing plate and those fastening plates, cause those fastening plates of this buffer cell can be positioned between this separation dividing plate and this supporting clapboard, and when this buffer part was stressed, this supporting clapboard can provide a bearing force in those fastening plates.
2. buffer positioning structure as claimed in claim 1 is characterized in that, this supporting clapboard separates the extendible portion that the bending of dividing plate mat one kink forms for this.
3. packaging structure, comprise a plurality of buffer positioning structures as claimed in claim 1 or 2, the arrangement spaced in parallel to each other of those buffer positioning structures forms one first side Buffer Unit and one second side Buffer Unit, and the first side Buffer Unit is relative with the second side Buffer Unit; Those buffer positioning structures are fixed between a firm banking and the fixed roof, form a plurality of corresponding intervals grooves, and the both sides of those buffer positioning structures are also fixed with one first side fixation kit and one second side fixation kit separately; Wherein, a panel can be inserted in the one of those interval troughs along a direction of insertion, borrows the buffer positioning structure adjacent with this panel that the support cushion effect of this panel institute palpus is provided.
4. a buffer cell is characterized in that, comprises:
One first fastening plate;
One first blocking part is connected in this first fastening plate;
One buffer part is connected in this first blocking part, and constitutes one first fluting with this first fastening plate and this first blocking part;
One second blocking part is connected in this buffer part; And
One second fastening plate is connected in this second blocking part, and constitutes one second fluting with this buffer part and this second blocking part.
5. buffer cell as claimed in claim 4 is characterized in that, in this buffer part protrude from this first fastening plate and this second fastening plate.
6. buffer cell as claimed in claim 4 is characterized in that, this buffer part comprises one first stay bearing plate, a resistance portion and one second stay bearing plate in addition, and should resistance portion be disposed between this first stay bearing plate and this second stay bearing plate.
7. buffer cell as claimed in claim 6 is characterized in that, this resistance portion one resists rib, and this first stay bearing plate and this second stay bearing plate are connected to each other by this resistance rib.
8. buffer cell as claimed in claim 6, it is characterized in that, this resistance portion comprises one first in addition and resists rib, a resistance plate and one second resistance rib, this first stay bearing plate and this resistance plate first resist rib and are connected to each other by this, and this this resistances plate and this second stay bearing plate are connected to each other by this second resistance rib.
9. buffer cell as claimed in claim 8 is characterized in that, this resistance plate comprise in addition one first resist plate, an elasticity broken line resists plate with one second, and this first resists plate and this second resistance plate is connected to each other by this elasticity broken line.
10. buffer cell as claimed in claim 6 is characterized in that, this resistance portion indent is in this first stay bearing plate and this second stay bearing plate.
11. a buffer positioning structure comprises:
Just like claim 4 each described buffer cell in 10;
One separates dividing plate, has a slot, corresponding to this first fluting and this second fluting; Wherein, this buffer cell is by this first blocking part and this second blocking part, and is inserted in this slot of this separation dividing plate, this first fastening plate and this second fastening plate towards and contact at this and separate dividing plate, and this buffer part protrudes from this separation dividing plate.
12. buffer positioning structure as claimed in claim 11 is characterized in that, the material of this buffer cell is cardboard, fluting board or palstic corrugated sheet.
13. buffer positioning structure as claimed in claim 11 is characterized in that, the material of this separation dividing plate is cardboard, fluting board or palstic corrugated sheet.
14. a buffer cell comprises:
A plurality of fastening plates;
A plurality of blocking parts, correspondence are connected in those fastening plates; And
A plurality of buffer part, correspondence are connected in those blocking parts;
Wherein, those fastening plates and cooresponding those blocking parts and those buffer part constitute a plurality of flutings respectively.
15. a buffer positioning structure comprises:
One buffer cell as claimed in claim 14;
One separates dividing plate, has a plurality of slots, and corresponding to those flutings, and the sum of those slots is more than or equal to the sum of those buffer part;
Wherein, this buffer cell is by those blocking parts, and is inserted in those slots of this separation dividing plate, those fastening plates towards and contact at this separation dividing plate, and those buffer part protrude from this separation dividing plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910224778XA CN101704427B (en) | 2009-11-17 | 2009-11-17 | Buffer unit, buffer positioning structure and packaging structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910224778XA CN101704427B (en) | 2009-11-17 | 2009-11-17 | Buffer unit, buffer positioning structure and packaging structure |
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| Publication Number | Publication Date |
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| CN101704427A true CN101704427A (en) | 2010-05-12 |
| CN101704427B CN101704427B (en) | 2011-11-02 |
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| CN200910224778XA Expired - Fee Related CN101704427B (en) | 2009-11-17 | 2009-11-17 | Buffer unit, buffer positioning structure and packaging structure |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102502107A (en) * | 2011-09-28 | 2012-06-20 | 友达光电股份有限公司 | Packaging structure |
| TWI398387B (en) * | 2010-12-28 | 2013-06-11 | Au Optronics Corp | Packing system |
-
2009
- 2009-11-17 CN CN200910224778XA patent/CN101704427B/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI398387B (en) * | 2010-12-28 | 2013-06-11 | Au Optronics Corp | Packing system |
| CN102502107A (en) * | 2011-09-28 | 2012-06-20 | 友达光电股份有限公司 | Packaging structure |
| CN102502107B (en) * | 2011-09-28 | 2015-04-08 | 友达光电股份有限公司 | Packaging structure |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101704427B (en) | 2011-11-02 |
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