CN102040045B - Bearing plate group and bearing plate thereof - Google Patents
Bearing plate group and bearing plate thereof Download PDFInfo
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- CN102040045B CN102040045B CN201010592005XA CN201010592005A CN102040045B CN 102040045 B CN102040045 B CN 102040045B CN 201010592005X A CN201010592005X A CN 201010592005XA CN 201010592005 A CN201010592005 A CN 201010592005A CN 102040045 B CN102040045 B CN 102040045B
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Abstract
The invention discloses a bearing plate group and a bearing plate thereof. The bearing plate contains a body, a bearing structure, a first buffer structure and a second buffer structure, wherein the bearing structure is arranged in the body and contains a plurality of bearing grooves; each bearing groove contains a bearing surface and an elastomer; the bearing surface is around the elastomer; the first buffer structure is on one side of the bearing plate; and the second buffer structure is opposite to the first buffer structure and on the other side of the bearing plate.
Description
The application is based on dividing an application of first to file 200910145491.8.
Technical field
The present invention relates to a kind of carrier group and carrier thereof.
Background technology
In various electronic products (for example mobile phone); How can need a display panel to be used as man machine interface; And the transporting in the process of display panel before the assembling produces damage for avoiding display panel because of collision, and the dealer is many can to utilize carrier to carry display panel with as buffer protection.
Please with reference to shown in Figure 1A and Figure 1B, wherein Figure 1A is the scheme drawing of the carrier group A1 of prior art, and Figure 1B is the section-drawing of carrier group A1 along A-A hatching line among Figure 1A.Carrier group A1 comprises at least three carriers 1, and those carriers 1 are 180 ° of reverse storehouses of level each other, and each carrier 1 has body 11, barrier wall structure 12, carrying structure 13 and spacer structure 14.Barrier wall structure 12 is arranged at the both sides of body 11 or all around, carrying structure 13 arranged in matrix are on body 11 and have a plurality of carrying grooves 131, and spacer structure 14 then is arranged at those and carries between the groove 131.Therefore, a plurality of objects 9 (for example being panel) then can be positioned over respectively and carry in the groove 131.
Yet in carrier group A1, though with the buffer structure of barrier wall structure 12 storehouses engaging as (like direction X among Figure 1A and direction Y) on the side direction, the intensity of barrier wall structure 12 is still not enough.Therefore; When carrier group A1 is placed in the packing chest (not shown); For example how need utilize article such as foam to be placed between carrier group A1 and the packing chest to increase pooling feature; So also cause the increase of packing cost, also representing has the space of part to be occupied by article such as foams in packing chest, is used as carrying usefulness and can't effectively utilize institute packing chest in to have living space.
In addition; When carrier group A1 meets with the impulsive force on the vertical direction (direction Z in like Figure 1A); Do not have pooling feature owing to carry the bottom of groove 131, therefore, be positioned over object 9 on lower floor's carrier 1 and possibly produce because of the impulsive force on the vertical direction and beat; And strike the bottom of middle level carrier 1, and then cause the damage of object 9.
Therefore, how a kind of carrier group and the carrier thereof that can strengthen pooling feature is provided, has become one of important topic.
Summary of the invention
The object of the present invention is to provide a kind of carrier group and the carrier thereof that can strengthen pooling feature.
Another object of the present invention is to provide a kind of carrier group and carrier thereof that can increase the quantity of carrying object.
For realizing above-mentioned purpose, according to a kind of carrier group of the present invention, comprise at least two carriers, those carriers are 180 ° of reverse storehouses of level each other, each carrier comprises a body, a carrying structure and one first supporting construction.Carrying structure is arranged in the body, comprises a plurality of carrying grooves.First supporting construction comprises one first matrix portion and one first convex portion; The first matrix portion and the first convex portion are arranged at the carrying structure both sides respectively or those carry between the groove; The first matrix portion comprises two first bearing surfaces and one first abutment face; First abutment face is between those first bearing surfaces, and the first convex portion comprises one second bearing surface and two second abutment faces, and second bearing surface is between those second abutment faces.Wherein, Those first bearing surfaces of the first matrix portion that are positioned at the carrier of lower floor contact with those second abutment faces of the first convex portion of the carrier that is positioned at the upper strata, and second bearing surface of the first convex portion that is positioned at the carrier of lower floor contacts with first abutment face of the first matrix portion of the carrier that is positioned at the upper strata.
For realizing above-mentioned purpose, according to a kind of carrier group of the present invention, comprise at least two carriers, those carriers are 180 ° of reverse storehouses of level each other, each carrier comprises a body, a carrying structure, one first buffer structure and one second buffer structure.Body comprises a reference plane, and carrying structure is arranged in the body, comprises a plurality of carrying grooves.First buffer structure is arranged at a side of carrier, and first buffer structure comprises in one first barricade and one first outer barricade adjacent to the first interior barricade.Second buffer structure is arranged at the opposite side of carrier with respect to first buffer structure, and second buffer structure comprises in one second barricade and one second outer barricade adjacent to the second interior barricade.Wherein, first barricade that is positioned at the carrier of lower floor contacts with the part lower surface of the second outer barricade with this second barricade of the carrier that is positioned at the upper strata with the part upper surface of the first outer barricade.
For realizing above-mentioned purpose, comprise a body, a carrying structure, one first buffer structure and one second buffer structure according to a kind of carrier of the present invention.Carrying structure is arranged in the body, comprises a plurality of carrying grooves, and each carries groove and comprises a carrying surface and an elastic body, and carrying surface is arranged at around the elastic body.First buffer structure is arranged at a side of carrier, and second buffer structure is arranged at the opposite side of carrier with respect to first buffer structure.
For realizing above-mentioned purpose, according to a kind of carrier group of the present invention, comprise at least two carriers, those carriers are 180 ° of reverse storehouses of level each other, each carrier comprises a body, a carrying structure, one first supporting construction and one second supporting construction.Carrying structure is arranged in the body, comprises a plurality of carrying grooves.First supporting construction comprises one first matrix portion and one first convex portion, and the first matrix portion and the first convex portion are arranged at the carrying structure both sides respectively or those carry between the groove.Second supporting construction comprises one second matrix portion and one second convex portion; The second matrix portion and the second convex portion are arranged at the carrying structure both sides respectively or those carry between the groove; The second matrix portion comprises a plurality of the 3rd bearing surfaces and one the 3rd abutment face; The 3rd abutment face is between those the 3rd bearing surfaces, and the second convex portion comprises one the 4th bearing surface and a plurality of the 4th abutment face, and the 4th bearing surface is between those the 4th abutment faces.Wherein, The 4th bearing surface of the second convex portion that is positioned at the carrier of lower floor contacts with the 3rd abutment face of the second matrix portion of the carrier that is positioned at the upper strata, and those the 3rd bearing surfaces of the second matrix portion that are positioned at the carrier of lower floor contact with those the 4th abutment faces of the second convex portion of the carrier that is positioned at the upper strata.
For realizing above-mentioned purpose, according to a kind of carrier group of the present invention, comprise at least two carriers, those carriers are 180 ° of reverse storehouses of level each other, each carrier comprises a body, a carrying structure, one first matrix portion and one first convex portion.Carrying structure is arranged in the body, and comprises a plurality of carrying grooves, and each carries groove in order to carry an object.The first matrix portion and the first convex portion are arranged at the carrying structure both sides respectively or those carry between the groove.The first matrix portion comprises two first bearing surfaces and one first abutment face, and first abutment face is between those first bearing surfaces.The first convex portion comprises one second bearing surface and two second abutment faces, and second bearing surface is between those second abutment faces.Wherein, Those first bearing surfaces of the first matrix portion that are positioned at the carrier of lower floor contact with those second abutment faces of the first convex portion of the carrier that is positioned at the upper strata, and second bearing surface of the first convex portion that is positioned at the carrier of lower floor contacts with first abutment face of the first matrix portion of the carrier that is positioned at the upper strata.
For realizing above-mentioned purpose, according to a kind of carrier group of the present invention, comprise at least two carriers, those carriers are 180 ° of reverse storehouses of level each other, each carrier comprises a body, a carrying structure, one first buffer structure and one second buffer structure.Body comprises a reference plane, and carrying structure is arranged in the body, and carrying structure comprises a plurality of carrying grooves, and each carries groove in order to carry an object.First buffer structure is arranged at one first side of carrier, and first buffer structure comprises in one first barricade and one first outer barricade adjacent to the first interior barricade.Second buffer structure is arranged at one second side of carrier with respect to first buffer structure, and second buffer structure comprises in one second barricade and one second outer barricade adjacent to the second interior barricade.Wherein, Be positioned at barricade outside first barricade and the first outer barricade carries the carrier that is positioned at the upper strata on the Z axle second barricade and second of carrier of lower floor, first barricade and the first outer barricade of carrier that is positioned at lower floor on X axle and Y axle with second barricade of the carrier that is positioned at the upper strata with second outside barricade contact.
For realizing above-mentioned purpose, comprise a body, a carrying structure, one first buffer structure and one second buffer structure according to a kind of carrier of the present invention.Carrying structure is arranged in the body; And comprise a plurality of carrying grooves, and each carries groove and comprises a carrying surface, an elastic body and two hollow-out parts, and carrying surface is arranged at around the elastic body; Those hollow-out parts are arranged between carrying surface and the elastic body, and respectively carry groove in order to carry an object.First buffer structure is arranged at a side of carrier, and second buffer structure is arranged at the opposite side of carrier with respect to first buffer structure.
Hold the above; Supporting construction according to carrier of the present invention comprised can have matrix portion and convex portion; When 180 ° of reverse storehouses of a plurality of carrier levels, be positioned at the carrier of lower floor and the carrier on it, can contact with the abutment face of convex portion with the bearing surface of matrix portion; Perhaps the bearing surface of convex portion contacts with the abutment face of matrix portion; Can increase the area of contact between those carriers whereby, and increase the bearing force of carrier group on vertical direction, and then can strengthen the structural strength of carrier group on vertical direction.
In addition; For strengthening the pooling feature of carrier on vertical direction; The carrying groove of the carrying structure of carrier can comprise elastic body; But through suffered part impulsive force on the stressed meeting of the elastic body vibrational characteristics absorbing load bearing dish vertical direction, beat because of impulsive force is issuable, can strengthen the pooling feature on the carrier vertical direction whereby to avoid the object on the carrier.
Again; The both sides of carrier of the present invention can have first buffer structure and second buffer structure; When 180 ° of reverse storehouses of a plurality of carrier levels; Through the double-deck barrier wall structure that first buffer structure and second buffer structure contact with each other and form, then can strengthen carrier group perimeter sides to buffer capacity.
Moreover; Through strengthen carrier perimeter sides of the present invention to buffer capacity, when the carrier group was placed in the packing chest, for example can not needing to utilize, article such as foam were placed between carrier group and the packing chest again; Can increase the area of carrier whereby; And through reducing supporting construction and the shared area of buffer structure, can further increase the quantity of carrying groove, with increase carrier of the present invention the quantity of ability loaded object.
Description of drawings
Figure 1A is a kind of birds-eye view of carrier group of prior art, and Figure 1B is the section-drawing of carrier group along A-A hatching line among Figure 1A;
Fig. 2 A is the part schematic top plan view of the carrier group of preferred embodiment of the present invention, and Fig. 2 B is the section-drawing of carrier group along B-B straight line among Fig. 2 A;
Fig. 3 is the fragmentary cross-sectional view of another aspect of carrier group of preferred embodiment of the present invention;
Fig. 4 is the fragmentary cross-sectional view of another aspect of carrier group of preferred embodiment of the present invention;
Fig. 5 is the cut-away section enlarged drawing of another aspect of carrier group of preferred embodiment of the present invention;
Fig. 6 is the fragmentary cross-sectional view of another aspect of carrier group of preferred embodiment of the present invention.
Wherein, Reference numeral:
1,2,3,3a, 4,4a: carrier
11,21,31,41: body
12: barrier wall structure
13,22,32,32a, 42,42a: carrying structure
131,221,321,321a, 421,421a: carry groove
14: spacer structure
23,33,43: the first buffer structures
24,34,44: the second buffer structures
Barricade in 331: the first
332: the first outer barricades
Barricade in 341: the second
342: the second outer barricades
311: reference plane
45: the first supporting constructions
451: the first matrix portions
452: the first convex portions
46: the second supporting constructions
461: the second matrix portions
462: the second convex portions
9: object
A1, B1～B5: carrier group
F1: first auxiliary plane
F2: second auxiliary plane
H: hollow-out parts
L: carrying surface
M1: the first main plane
M2: the second main plane
P1: first bearing surface
P2: second bearing surface
P3: the 3rd bearing surface
P4: the 4th bearing surface
D1: first abutment face
D2: second abutment face
D3: the 3rd abutment face
D4: the 4th abutment face
S: elastic body
S1: connecting portion
S2: separating part
X, Y, Z: direction
The specific embodiment
Below will a kind of carrier group and carrier thereof according to preferred embodiment of the present invention be described with reference to relevant drawings, wherein identical assembly will be explained with identical symbol.
Please with reference to shown in Fig. 2 A and Fig. 2 B, wherein Fig. 2 A is the part scheme drawing of the carrier group B1 of preferred embodiment of the present invention, and Fig. 2 B is the section-drawing of carrier group B1 along B-B straight line among Fig. 2 A.Carrier group B1 comprises at least two carriers 2 each other for 180 ° of reverse storehouses of level, and each carrier 2 comprises a body 21, a carrying structure 22, one first buffer structure 23 and one second buffer structure 24.
The material of body 21 for example can be plastics or high molecular polymer etc., for example: polyethylene terephthalate (polyethylene terephthalate, PET) or polystyrene (polystyrene, PS).Carrying structure 22 comprises a plurality of carrying grooves 221 for arrayed is arranged in the body 21, and each carries groove 221 and comprises a carrying surface L and an elastic body S, and carrying surface L is arranged at around the elastic body S.Object 9 (for example being panel) then can be positioned on the carrying surface L that carries groove 221.
In addition, in present embodiment, each carries groove 221 also can comprise two hollow-out parts H, and elastic body S can comprise a separating part S2 and two connecting portion S1.Hollow-out parts H is arranged between carrying surface L and the elastic body S, and those connecting portions S1 lays respectively at separating part S2 both sides, and is connected with carrying surface L.Whereby, when carrier 2 received the impulsive force on the vertical direction (direction Z in like Fig. 2 B), through connecting portion S1 and carrying surface L bonded assembly separating part S2, stressed meeting produced vibration with respect to carrying surface L.
Therefore; But can vibrational characteristics absorbing load bearing dish 2 vertical direction (like direction Z among Fig. 2 B) go up suffered part impulsive force through elastic body S is stressed; To avoid the object 9 on the carrier 2 to beat, can strengthen the pooling feature on carrier 2 vertical direction (like direction Z among Fig. 2 B) whereby because of impulsive force is issuable.
Please with reference to shown in Figure 3, it is the fragmentary cross-sectional view of another aspect of carrier group B2 of present embodiment.Carrier group B2 comprises at least two carriers 3, and those carriers 3 are 180 ° of reverse storehouses of level each other, and each carrier 3 comprises a body 31, a carrying structure 32, one first buffer structure 33 and one second buffer structure 34.
The material of body 31 for example can be plastics or high molecular polymer etc.; For example: polyethylene terephthalate (polyethylene terephthalate; PET) or polystyrene (polystyrene; PS), and comprise a reference plane 311, carrying structure 32 arranged in matrix are in body 31 and comprise a plurality of carrying grooves 321.
In other words; Be positioned at barricade 342 outside first barricade 331 and the first outer barricade 332 carries the carrier 3 that is positioned at the upper strata on direction Z second barricade 341 and second of carrier 3 of lower floor, be positioned at lower floor carrier 3 first barricade 331 and the first outer barricade 332 direction X and direction Y (directions of vertical view 3 papers) go up second barricade 341 with the carrier that is positioned at the upper strata 3 with second outside barricade 342 contact.
Be noted that; In Fig. 3 for clearly demonstrating; Lay respectively at first buffer structure 33 and second buffer structure 34 on the carrier 3 of different layers and explain that so each carrier 3 all should have first buffer structure 33 and second buffer structure 34, and be positioned at the relative side of carrier 3.
In addition, in present embodiment, first buffer structure 33 first in barricade 331 comprise one first auxiliary plane F1 and adjacent one first main plane M1 and be higher than this first auxiliary plane F1.Wherein, the first main plane M1 is positioned at the outside of first barricade 331, and the first auxiliary plane F1 is positioned at the inboard of first barricade 331.Second buffer structure 34 second in barricade 341 comprise one second main plane M2 and adjacent one second auxiliary plane F2 and be lower than the second main plane M2.Wherein, the second main plane M2 is positioned at the inboard of second barricade 341, and the second auxiliary plane F2 is positioned at the outside of barricade 341.
Wherein, the first outer barricade 332 can equal the height of the first auxiliary plane F1 with respect to reference plane 311 with respect to the height of reference plane 311, and the first outer barricade 332 that is arranged in the carrier 3 of lower floor can repeatedly place the second outer barricade 342 of the carrier 3 that is positioned at the upper strata.What deserves to be mentioned is that in other embodiments, the second outer barricade 342 also can equal zero with respect to the height of reference plane 311, promptly the second outer barricade 342 contacts with the part lower surface of the second outer barricade 342 for the plane first outer barricade 332.
Again; The reference plane 311 of the first auxiliary plane F1 and the carrier that is positioned at the upper strata 3 of carrier 3 that is positioned at lower floor is can part corresponding; In other words, the first auxiliary plane F1 of the carrier 3 of lower floor can be on same horizontal plane or the different level with the reference plane 311 of the carrier 3 on upper strata.In present embodiment, being in same horizontal plane with the reference plane 311 of the first auxiliary plane F1 of lower floor's carrier 3 and upper strata carrier 3 is example, and promptly level is corresponding.
Moreover; The first main plane M1 that is positioned at the carrier 3 of lower floor can be orthogonal corresponding with the second main plane M2 and the second auxiliary plane F2 of the carrier that is positioned at the upper strata 3; The first main plane M1 of first barricade 331 that promptly is arranged in the carrier 3 of lower floor can repeatedly place second barricade 341 of the carrier 3 that is positioned at the upper strata, and vertically corresponding to the second main plane M2 and the second auxiliary plane F2 of barricade 341 in second.
Be noted that the structure of barricade 341 is an illustrative in the first interior barricade 331 and second, non-in order to restriction the present invention.
Whereby; When 180 ° of reverse storehouses of a plurality of carrier 3 levels; Contact with each other through first buffer structure 33 and second buffer structure 34; Barricade 331, first outer barricade 332, the second interior barricade 341 and the second outer barricade 342 formed double-deck barrier wall structures can be strengthened the buffer capacity of carrier group B2 perimeter sides on (the direction Y of direction X and vertical view 3 papers in like Fig. 3) in first.
Please with reference to shown in Figure 4, it is the fragmentary cross-sectional view of another aspect of carrier group B3 of present embodiment.Carrier group B3 comprises at least two carrier 3a, and those carriers 3a is 180 ° of reverse storehouses of level each other, and each carrier 3a comprises body 31, carrying structure 32a, first buffer structure 33 and second buffer structure 34.Wherein, each carrier 3a respectively carry groove 321a capable of using for example with Fig. 2 A and the identical structure of Fig. 2 B.Carry groove 321a and comprise carrying surface L and elastic body S, carrying surface L is arranged at around the elastic body S.
In addition, carry groove 321a and equally more can comprise two hollow-out parts H (shown in Fig. 2 A), and elastic body S can comprise a separating part S2 and two connecting portion S1.Hollow-out parts H (shown in Fig. 2 A) is arranged between carrying surface L and the elastic body S, and those connecting portions S1 lays respectively at separating part S2 both sides, and is connected with carrying surface L.Whereby, when carrier 3 received the impulsive force on the vertical direction (direction Z in like Fig. 4), through connecting portion S1 and carrying surface L bonded assembly separating part S2, stressed meeting produced vibration with respect to carrying surface L.Therefore, but, beat because of impulsive force is issuable, can strengthen the pooling feature on carrier 3 vertical direction whereby to avoid the object 9 on the carrier 3 through suffered part impulsive force on the stressed meeting of elastic body S vibrational characteristics absorbing load bearing dish 3 vertical direction.
Please with reference to shown in Figure 5, it is the cut-away section enlarged drawing of another aspect of carrier group B4 of present embodiment.Carrier group B4 comprises at least two carriers 4, and those carriers 4 are 180 ° of reverse storehouses of level each other, and each carrier 4 comprises a body 41, a carrying structure 42 and one first supporting construction 45.Show three carriers 4 among the figure in order to the explanation dependency structure, non-in order to limit the present invention.
The material of body 41 for example can be plastics or high molecular polymer etc., for example: polyethylene terephthalate (polyethylene terephthalate, PET) or polystyrene (polystyrene, PS).Carrying structure 42 arranged in matrix comprise a plurality of carrying grooves 421 in body 41.
First supporting construction 45 of yi word pattern comprises the first matrix portion 451 and 452, the first matrix portions 451 of the first convex portion and the first convex portion 452 and is arranged at respectively between carrying structure 42 both sides or those carrying grooves 421.In present embodiment, a side that is arranged at respectively in carrying structure 42 both sides with the first matrix portion 451 and the first convex portion 452 is an example.
The first matrix portion 451 comprises two first bearing surface P1 and one first abutment face D1, and the first abutment face D1 is between those first bearing surfaces P1.The first convex portion 452 comprises one second bearing surface P2 and two second abutment face D2, and the second bearing surface P2 is between those second abutment faces D2.In this real embodiment, the first matrix portion 451 or the first convex portion 452 prolong the single shaft of direction Y extension to structure, but the present invention does not limit the bearing of trend of the first matrix portion 451 or the first convex portion 452 and the axial number of extension.
Be noted that; In Fig. 5 for clearly demonstrating; Lay respectively at the first matrix portion 451 and the first convex portion 452 on the carrier 4 of different layers and explain that so each carrier 4 all should have the first matrix portion 451 and the first convex portion 452, and be positioned at the both sides of carrier 4.
Therefore, those the first bearing surfaces P1 of the first matrix portion 451 that is positioned at the carrier 4 of lower floor contacts with those second abutment faces D2 of the first convex portion 452 of the carrier that is positioned at the middle level 4.Further, the first matrix portion 451 that is arranged in the carrier 4 of lower floor can repeatedly place the first convex portion 452 of the carrier 4 that is positioned at the middle level.And the second bearing surface P2 of the first convex portion 452 that is positioned at the carrier 4 in middle level contacts with the first abutment face D1 of the first matrix portion 451 of the carrier that is positioned at the upper strata 4, and promptly the second bearing surface P2 of the first convex portion 452 of the carrier 4 in middle level is used to support the first abutment face D1 of the first matrix portion 451 of the carrier 4 on upper strata.
Whereby; When 180 ° of reverse storehouses of a plurality of carrier 4 levels; Be positioned at the carrier 4 and the carrier 4 on it of lower floor, can contact with a plurality of second abutment face D2 of the first convex portion 452, can increase the area of contact of 4 of those carriers whereby with a plurality of first bearing surface P1 of the first matrix portion 451; And increase the bearing force of carrier group B4 on vertical direction (direction Z in like Fig. 5), and then can strengthen the structural strength of carrier group B4 on vertical direction.
In addition, for further strengthening the structural strength of carrier group B4 on vertical direction (direction Z in like Fig. 5), the carrier 4 of present embodiment also can comprise one second supporting construction 46.
Second supporting construction 46 comprises the second matrix portion 461 and the second convex portion 462; The second matrix portion 461 and the second convex portion 462 are arranged at carrying structure 42 both sides respectively or those carry between the groove 421; The second matrix portion 461 and the second convex portion 462 can be yi word pattern or cross; Promptly all be the second matrix portion 461 and the second convex portion 462 of yi word pattern; Or all be the cross second matrix portion 461 and the second convex portion 462, or one of the second matrix portion 461 and second convex portion 462 be yi word pattern, another then is cross.In present embodiment, being arranged between those carrying grooves 421 respectively and being cross with the second matrix portion 461 and the second convex portion 462 is example, is not in order to restriction the present invention.
The second matrix portion 461 comprises four the 3rd bearing surface P3 and one the 3rd abutment face D3; The 3rd abutment face D3 is between those the 3rd bearing surfaces P3; The second convex portion 462 comprises one the 4th bearing surface P4 and four the 4th abutment face D4, and the 4th bearing surface P4 is between those the 4th abutment faces D4.In this real embodiment, the second matrix portion 461 or the second convex portion 462 be the twin shaft that extends along direction X and direction Y to structure, but the present invention does not limit the bearing of trend of the second matrix portion 461 or the second convex portion 462 and the axial number of extension.
The 4th bearing surface P4 of the second convex portion 462 that wherein is positioned at the carrier 4 of lower floor contacts with the 3rd abutment face D3 of the second matrix portion 461 of the carrier that is positioned at the middle level 4.Those the 3rd bearing surfaces P3 of the second matrix portion 461 that is positioned at the carrier 4 in middle level contacts with those the 4th abutment faces D4 of the second convex portion 462 of the carrier that is positioned at the upper strata 4.Further, the second matrix portion 461 that is arranged in the carrier 4 in middle level can repeatedly place the second convex portion 462 of the carrier 4 that is positioned at the upper strata.
Therefore; The 4th bearing surface P4 of the second convex portion 462 through those carrier 4 second supporting constructions 46 contacts with the 3rd abutment face D3 of the second matrix portion 461; Perhaps those the 3rd bearing surfaces P3 of the second matrix portion 461 contacts with those the 4th abutment faces D4 of the second convex portion 462; In the time of can making the reverse storehouse of 180 ° of a plurality of carrier 4 levels; More increase the bearing force of carrier group B4 on vertical direction (direction Z in like Fig. 5), further to strengthen the structural strength of carrier group B4 on vertical direction (direction Z in like Fig. 5).
Please with reference to shown in Figure 6, it is the fragmentary cross-sectional view of another aspect of carrier group B5 of present embodiment.Carrier group B5 comprises at least two carrier 4a; Those carriers 4a is 180 ° of reverse storehouses of level each other, and each carrier 4a comprises body 41, carrying structure 42a, first buffer structure 43 and second buffer structure 44, first supporting construction 45 and second supporting construction 46.Show three carrier 4a among the figure in order to the explanation dependency structure, non-in order to limit the present invention.
Wherein, Carrying structure 42a capable of using for example with the structure of Fig. 2 A and the constructed characteristic of Fig. 2 B; First buffer structure 43 and second buffer structure 44 capable of using for example with the structure of the constructed characteristic of Fig. 3, and first supporting construction 45 and second supporting construction 46 capable of using for example with the structure of the constructed characteristic of Fig. 5.Because the architectural feature of carrying structure 42a, first buffer structure 43, second buffer structure 44, first supporting construction 45 and second supporting construction 46 repeats no more in this in previous embodiment, to detail.
Therefore; Through strengthening the buffer capacity of carrier 4a periphery (like direction X among Fig. 6 and direction Y), when carrier group B5 is placed in the packing chest, for example can not need to utilize again article such as foam to be placed between carrier group B5 and the packing chest; The area of carrier 4a can increase whereby; And through reducing first supporting construction 45 and the shared area of second supporting construction 46, more can further increase and carry 421 quantity that can be provided with of groove, the quantity that can carry object 9 with increase carrier 4a.
In sum; Supporting construction according to carrier of the present invention comprised can have matrix portion and convex portion; When 180 ° of reverse storehouses of a plurality of carrier levels, be positioned at the carrier of lower floor and the carrier on it, can contact with the abutment face of convex portion with the bearing surface of matrix portion; Perhaps the bearing surface of convex portion contacts with the abutment face of matrix portion; Can increase the area of contact between those carriers whereby, and increase the bearing force of carrier group on vertical direction, and then can strengthen the structural strength of carrier group on vertical direction.
In addition; For strengthening the pooling feature of carrier on vertical direction; The carrying groove of the carrying structure of carrier can comprise elastic body; But through suffered part impulsive force on the stressed meeting of the elastic body vibrational characteristics absorbing load bearing dish vertical direction, beat because of impulsive force is issuable, can strengthen the pooling feature on the carrier vertical direction whereby to avoid the object on the carrier.
Again; The both sides of carrier of the present invention can have first buffer structure and second buffer structure; When 180 ° of reverse storehouses of a plurality of carrier levels; Through the double-deck barrier wall structure that first buffer structure and second buffer structure contact with each other and form, then can strengthen carrier group perimeter sides to buffer capacity.
Moreover; Through strengthen carrier perimeter sides of the present invention to buffer capacity, when the carrier group was placed in the packing chest, for example can not needing to utilize, article such as foam were placed between carrier group and the packing chest again; Can increase the area of carrier whereby; And through reducing supporting construction and the shared area of buffer structure, can further increase the quantity of carrying groove, with increase carrier of the present invention the quantity of ability loaded object.
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 (7)
1. a carrier group is characterized in that, comprises at least two carriers, in these at least two carriers up and down two carriers be 180 ° of reverse storehouses of level each other, each carrier comprises:
One body comprises a reference plane;
One carrying structure is arranged in this body, comprises a plurality of carrying grooves, and each carries groove and comprises a carrying surface and an elastic body, and this carrying surface is arranged at around this elastic body;
One first buffer structure is arranged at a side of this carrier, and this first buffer structure comprises barricade and one first outer barricade in one first, and this first outer barricade is adjacent to this first interior barricade;
One second buffer structure is arranged at another side of this carrier with respect to this first buffer structure, and this second buffer structure comprises barricade and one second outer barricade in one second, and this second outer barricade is adjacent to this second interior barricade;
One first supporting construction is arranged at these carrying structure both sides or those carry between the groove; And
One second supporting construction is arranged at these carrying structure both sides or those carry between the groove;
Wherein, the part upper surface, the part upper surface of this first outer barricade of this first barricade that is positioned at this carrier of lower floor contacts with the part lower surface of this second barricade of this carrier that is positioned at the upper strata, the part lower surface of this second outer barricade.
2. carrier group according to claim 1; It is characterized in that this first interior barricade comprises one first auxiliary plane and the one first main plane that is adjacent, this first main plane is positioned at the outside of this first barricade; This first auxiliary plane is positioned at the inboard of this first barricade; And this first main plane is higher than this first auxiliary plane, and this second interior barricade comprises one second main plane and one second auxiliary plane that is adjacent, and this second main plane is positioned at the inboard of this second barricade; This second auxiliary plane is positioned at the outside of this second barricade, and this second auxiliary plane is lower than this second main plane.
3. carrier group according to claim 2 is characterized in that, this first auxiliary plane that is positioned at this carrier of lower floor is on same horizontal plane or the different level with this reference plane that is positioned at this carrier on upper strata.
4. carrier group according to claim 2; It is characterized in that; This first main plane that is arranged in this carrier of lower floor repeatedly places this second barricade of this carrier that is positioned at the upper strata, and vertically corresponding to this second main plane and this second auxiliary plane.
5. carrier group according to claim 2 is characterized in that, this first outer barricade equals the height of this first auxiliary plane with respect to this reference plane with respect to the height of this reference plane, and this second outer barricade equals zero with respect to the height of this reference plane.
6. carrier group according to claim 2 is characterized in that, this first main plane of this first barricade that is arranged in this carrier of lower floor repeatedly places this second barricade of this carrier that is positioned at the upper strata.
7. carrier group according to claim 1 is characterized in that, this first outer barricade that is arranged in this carrier of lower floor repeatedly places this second outer barricade of this carrier that is positioned at the upper strata.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010592005XA CN102040045B (en) | 2009-06-09 | 2009-06-09 | Bearing plate group and bearing plate thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010592005XA CN102040045B (en) | 2009-06-09 | 2009-06-09 | Bearing plate group and bearing plate thereof |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101454918A Division CN101580154B (en) | 2009-06-09 | 2009-06-09 | Bearing plate group and bearing plate thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102040045A CN102040045A (en) | 2011-05-04 |
| CN102040045B true CN102040045B (en) | 2012-07-04 |
Family
ID=43906661
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010592005XA Expired - Fee Related CN102040045B (en) | 2009-06-09 | 2009-06-09 | Bearing plate group and bearing plate thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102040045B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103359386B (en) * | 2012-03-26 | 2015-08-26 | 深圳欧菲光科技股份有限公司 | Touch-screen packing box |
| TWI462211B (en) * | 2012-06-29 | 2014-11-21 | Au Optronics Corp | Assembly of bearing device and object and bearing device thereof |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1225062A (en) * | 1996-06-25 | 1999-08-04 | 福斯特家禽饲养公司 | Stacking trays |
| US6116427A (en) * | 2000-01-31 | 2000-09-12 | Silicon Integrated Systems Corp. | Tray for ball grid array devices |
| CN201043034Y (en) * | 2007-04-27 | 2008-04-02 | 中山大洋电机股份有限公司 | Circulation recovery packages for low power electric motor |
-
2009
- 2009-06-09 CN CN201010592005XA patent/CN102040045B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1225062A (en) * | 1996-06-25 | 1999-08-04 | 福斯特家禽饲养公司 | Stacking trays |
| US6116427A (en) * | 2000-01-31 | 2000-09-12 | Silicon Integrated Systems Corp. | Tray for ball grid array devices |
| CN201043034Y (en) * | 2007-04-27 | 2008-04-02 | 中山大洋电机股份有限公司 | Circulation recovery packages for low power electric motor |
Non-Patent Citations (1)
| Title |
|---|
| JP特开平5-294375A 1993.11.09 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102040045A (en) | 2011-05-04 |
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