CN102530353A - Module for stacking thin panels and method of stacking thin panels - Google Patents
Module for stacking thin panels and method of stacking thin panels Download PDFInfo
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- CN102530353A CN102530353A CN2011103033268A CN201110303326A CN102530353A CN 102530353 A CN102530353 A CN 102530353A CN 2011103033268 A CN2011103033268 A CN 2011103033268A CN 201110303326 A CN201110303326 A CN 201110303326A CN 102530353 A CN102530353 A CN 102530353A
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Abstract
The present invention provides a module for stacking thin panels and a method of stacking thin panels when a plurality of thin panels are vertically stacked in a state of being supported by the modules capable of securing an adequate load transfer area for transferring a load of the thin panels. The module for stacking the thin panels includes: a support portion for supporting the thin panel from below; a load transfer portion connected to the support portion for transferring a weight of the thin panel downward; and drop-off preventing means for regulating horizontal movement of the thin panel. The load transfer portion includes a load transfer surface extending outward from the support portion, the load transfer surface includes a load receiving surface provided in an upper portion of the module and a load releasing surface provided in a lower portion of the module, and the drop-off preventing means includes a protrusion portion protruding downward from a lower portion of the module. When an upper module is stacked on a lower module such that the load releasing surface of the upper module is placed on the load receiving surface of the lower module, an outer surface of the protrusion portion of the upper module abuts on an upper inner surface of the lower module from an inner side thereof.
Description
Technical field
The present invention relates to be used for the range upon range of assembly of thin plate panel and the laminating method of thin plate panel; More detailed; Relate to utilizing assembly to support a plurality of thin plate panels when range upon range of along the vertical direction, can fully guarantee the thin plate panel load the load transfer area be used for the thin plate panel assembly and utilized the laminating method of the thin plate panel of this assembly, maybe can be along the vertical direction effectively and stablize the range upon range of range upon range of assembly that is used for the thin plate panel and utilized the laminating method of the thin plate panel of this assembly with a plurality of thin plate panels.
Background technology
In the past, in order frangible and heavy thin plate panel, for example solar panel to be taken care of with range upon range of non-contactly state along the vertical direction or to be carried, be used for this range upon range of assembly.
Patent documentation 1 and patent documentation 2 disclose one of them example.
This assembly has: the areal of support that is used for the support sheet panel from the below; With the drip molding parts that the mode of extending from this areal of support along the outside is transmitted the weight of thin plate panel with the binding of this areal of support along the vertical direction, having respectively in the top and the bottom of these drip molding parts can chimeric each other recess or protuberance.
According to this assembly,, the thin plate panel carried place on each areal of support at four jiaos of thin plate panel configuration components respectively; Then; At each angle, the recess of the bottom of the drip molding parts of new assembly is embedded the protuberance of the drip molding upper parts of components of the assembly that has disposed, same; Utilize four assemblies to support next thin plate panel, thus can be with noncontact mode laminated thin plate panel along the vertical direction.
Yet, in this assembly, have following technical matters.
The first, owing to the weight of thin plate panel is provided with the jog of performance positioning function respectively in the top and the bottom of the drip molding parts of load transmitted propagation function up and down, therefore, be difficult to guarantee sufficient load transfer area in top and the bottom in performance.Therefore; Even can utilize each thin plate panel of assembly supporting, also need be for thin plate panel stacked on top of one another is folded assembly and formed column at each angleplied laminate, because the assembly load transfer area each other of adjacency is insufficient up and down; Therefore; The assembly of column self instability especially in course of conveying, exists because of vibration is collapsed post to cause that easily range upon range of thin plate panel is damaged.
The second, be difficult to effectively and stably range upon range of along the vertical direction a plurality of thin plate panels.
More detailed; For example; Carry range upon range of thin plate panel in order to utilize fork truck; Use assembly and under the situation of laminated thin plate panel,, then can't the thin plate panel layer be stacked in the upper surface of pallet at the upper surface of pallet if assembly is not positioned in this case in four jiaos the position that is equivalent to the thin plate panel respectively.More specifically and since adopted with each thin plate panel four jiaos carry respectively the areal of support that places assembly and from below to its mode that supports, therefore, if do not prepare areal of support at each angle in advance, then can't the support sheet panel.About this point, be difficult at four jiaos of a plurality of thin plate panels pre-configured assemblies and at the thin plate panel of the range upon range of arrangement of components of the upper surface of pallet under four jiaos state respectively.If carry out reluctantly; Because assembly is not fixed on each bight of thin plate panel; Therefore for building up for the assembly of column at the upper surface layer of pallet at each place, angle; When together with range upon range of four assemblies of thin plate panel while, possibly damage the stability of cylindrical member, cause the assembly of column to be damaged sometimes.
[patent documentation 1] TOHKEMY 2006-32978 communique
[patent documentation 2] Japan opens clear 55-7790 communique in fact
Summary of the invention
Therefore; In view of above-mentioned technical matters; The objective of the invention is to; Provide a kind of utilizing assembly to support a plurality of thin plate panels when range upon range of along the vertical direction, can fully guarantee the range upon range of assembly that is used for the thin plate panel and the laminating method of thin plate panel of load transfer area of the load of thin plate panel.
Therefore, in view of above-mentioned technical matters, the objective of the invention is to, a kind of laminating method of can be effective along the vertical direction and stably range upon range of a plurality of thin plate panels, being used for range upon range of assembly of thin plate panel and thin plate panel is provided.
In order to solve above-mentioned problem, the range upon range of assembly that is used for the thin plate panel of the present invention has: the support of support sheet panel from the below; Link with this support and with the weight of thin plate panel load transmitted transfer part along the vertical direction; The restriction thin plate panel anti-locking mechanism that comes off that moves in the horizontal direction; Said load transfer portion has the load transfer face that extends laterally from said support; Said load transfer mask has the load bearing surface of being located at said assembly top and the load emission surface of being located at said assembly bottom; The said anti-locking mechanism that comes off has outstanding protrusion downwards in the bottom of said assembly; With above the said load emission surface of assembly carry under the state of said load bearing surface of the assembly below placing with above the assembly of component layer below being stacked on the time, the lateral surface of the said protrusion of the assembly of top is from the medial surface butt on the top of the assembly of inboard and below.
According to the range upon range of assembly of the thin plate panel that is used to have above structure, when range upon range of a plurality of thin plate panels, in the outside of thin plate panel; The load emission surface of the bottom of next assembly is carried the load bearing surface on the top that places the assembly of support sheet panel from the below; Utilize next assembly from the below support sheet panel, thereby, carry out load transfer at inter-module up and down; And the lateral surface of the protrusion that give prominence to downwards the bottom that makes the assembly of top is from the medial surface butt on the top of the assembly of inboard and below; The assembly of restriction top is with respect to the assembly of below relatively moving laterally thus, in addition, through be provided with between the assembly assembly of thin plate panel above limiting with respect to below assembly relatively moving to the inside; Thereby prevent coming off to horizontal direction; Therefore, there is not the situation as prior art, promptly; Be provided with on the load bearing surface that constitutes the load transfer face and on the load emission surface assembly of concavo-convex location division above limiting with respect to below assembly reach relatively moving of inboard both direction laterally; And this situation that has caused the load transfer area to reduce, with respect to this, the present invention can fully guarantee the load transfer area of thin plate panel.
In addition, preferred said support is the clamping support of clamping support sheet panel, and said clamping support has: the plate body; Following tabular body; The above-below direction wall; It links the outer rim and the said outer rim of tabular body down of said plate body; Form the roughly section of コ word shape through this plate body and the tabular body of this time; And carrying out clamping between this clamping support is inserted into said tabular body down and said plate body with the thin plate panel from the opening portion of コ shape section supports
Said load transfer face forms from the outside face of said above-below direction wall laterally.
According to the range upon range of assembly that is used for the thin plate panel with above structure; The thin plate panel is inserted into down from the opening portion of the コ shape section of clamping support carries out the clamping supporting between tabular body and the plate body; Thin plate panel to the below that utilizes assembly clamping supporting carries the thin plate panel of putting the top that utilizes assembly clamping supporting; The load bearing surface of the assembly of below is carried the load emission surface of the assembly of putting the top; Thereby up and down carrying out load transfer between the assembly, and the lateral surface of outstanding protrusion downwards of bottom that makes assembly up is from the medial surface butt on the top of the assembly of inboard and below; Thereby the assembly of top is located with respect to the assembly of below in the horizontal direction, thus can be effectively and laminated thin plate panel along the vertical direction stably.
In addition, preferred said protrusion has the first step portion that is formed on the said load emission surface, is formed on the said load bearing surface and the complementary second step portion of shape and this first step portion but also have.
And further preferred said first step portion has: the lower horizontal surface of being located at proximal side with respect to said clamping support; Be located at the top water plane of amphi position side with respect to said clamping support; Be located between said lower horizontal surface and the said top water plane and from the outside face of said above-below direction wall laterally towards first dip plane of top,
Said second step portion has: the lower horizontal surface of being located at proximal side with respect to said clamping support; Be located at the top water plane of amphi position side with respect to said clamping support; Be located between said lower horizontal surface and the said top water plane and from the outside face of said above-below direction wall laterally towards second dip plane of top,
In the assembly up and down under range upon range of state, said lower horizontal surface, said first dip plane and the said top water plane of the said first step portion of the assembly of below respectively with said lower horizontal surface, said second dip plane and the said top water plane butt of the said second step portion of the assembly of top.
The angle of inclination of further preferred said first dip plane is that 60 degree are to 75 degree.
And preferred said load transfer portion has the box structure of the outside face of being located at said above-below direction wall, and this box structure has the rib that extends along the vertical direction in inside, and its upper surface forms said load bearing surface, and its lower surface forms said load emission surface.
Further preferred said top water plane is arranged to become with one side with the upper surface of said plate body; Thus; The upper surface of said plate body constitutes the load bearing surface; Said lower horizontal surface is arranged to become with one side with the said lower surface of tabular body down, thereby the said lower surface of tabular body down constitutes the load emission surface.
And; Further the horizontal profile of preferred said box structure is the L font; In said load bearing surface; Said top water plane, said first dip plane and said lower horizontal surface arrive the other end from an end face of said box structure respectively, and in said load emission surface, said top water plane, said second dip plane and said lower horizontal surface arrive the other end from an end face of said box structure respectively.
And, preferred said protrusion the inner edge of said down tabular body have can with the fastener of the inner edge butt of said plate body.
According to the range upon range of assembly that is used for the thin plate panel with above structure; The thin plate panel is inserted into down from the opening portion of the コ word shape section of clamping support carries out the clamping supporting between tabular body and the plate body; When to the thin plate panel of the range upon range of top that utilizes assembly clamping supporting of the thin plate panel of the below that utilizes assembly clamping supporting; The load transfer face of the assembly of top is carried the load transfer face of the assembly that places the below; Thereby the inter-module up and down carries out load transfer, and, the inner edge butt of the plate body of the fastener of the inner edge of the following tabular body through making the assembly of being located at the top and the assembly of below; Thereby the assembly of top is located with respect to the assembly of below in the horizontal direction, thus can be effectively and good ground stacked plate panel.
And preferred said fastener has the inner edge extending from the mode of the inner edge butt of inboard and plate body from the inner edge of tabular body down downwards.
Further preferred said load transfer mask has the load of being located at said assembly top to bear horizontal surface and the load emission levels face of being located at said assembly bottom.
In addition, the preferred said thin plate panel solar panel that is rectangular shape.
Further preferred said assembly is shaped by the resin integral production.
In order to solve above-mentioned problem; The laminating method of thin plate panel of the present invention comprises: prepare to be used for the preparation process of the range upon range of assembly of thin plate panel, this range upon range of assembly that is used for the thin plate panel has: from the below support of support sheet panel, link with this support and with the weight of thin plate panel along the vertical direction the load transmitted transfer part, use the outstanding protrusion restriction thin plate panel anti-locking mechanism that comes off that moves in the horizontal direction of being located at the bottom downwards;
Range upon range of step; The said support that utilizes assembly at each angle of a plurality of thin plate panels from below a plurality of thin plate panels of supporting; Through said load transfer portion the weight of thin plate panel is transmitted along the vertical direction, and under the range upon range of along the vertical direction pillared state of assembly, stacked gradually the thin plate panel
Comprise positioning step in the said range upon range of step; In said positioning step; The lateral surface of the said protrusion through the assembly above making at each angle from inboard with below the medial surface butt on top of assembly, thereby the thin plate panel of top is located with respect to the thin plate panel of below in the horizontal direction.
In order to solve above-mentioned problem, the laminating method of thin plate panel of the present invention comprises:
Preparation is used for the preparation process of the range upon range of assembly of thin plate panel, and this range upon range of assembly that is used for the thin plate panel has: possess the clamping support of コ word shape section roughly and clamping support sheet panel, link with this clamping support and with the weight of thin plate panel along the vertical direction the load transmitted transfer part, use the outstanding protrusion restriction thin plate panel anti-locking mechanism that comes off that moves in the horizontal direction of being located at the bottom downwards;
Configuration step is distinguished configuration components at each four jiaos concurrently to a plurality of thin plate panels that will be range upon range of;
Range upon range of step for a plurality of thin plate panels that dispose assembly at four jiaos, is transmitted the weight of thin plate panel along the vertical direction through said load transfer portion at each angle, and under the range upon range of along the vertical direction pillared state of assembly, is stacked gradually the thin plate panel;
Comprise clamping supporting step in the said configuration step, in this clamping supporting step, the thin plate panel be inserted into from the opening portion of the section of コ word shape between said tabular body down and the said plate body and carry out clamping and support,
Comprise positioning step in the said range upon range of step; In this positioning step; The lateral surface of the said protrusion of the assembly above each angle makes from inboard with below the medial surface butt on top of assembly, thereby with the thin plate panel of top thin plate panel along continuous straight runs location with respect to the below.
According to the laminating method of thin plate panel with above structure, a plurality of thin plate panels that will be range upon range of are distinguished configuration components at four jiaos concurrently in advance, build up under the state of column at each angleplied laminate at four jiaos of thin plate panels that dispose assembly respectively; The lateral surface of protrusion of assembly that makes the top is from the medial surface butt on the top of the assembly of inboard and below, thus the assembly of restriction top with respect to the assembly of below parallel motion laterally, and; Via the thin plate panel that disposes assembly respectively at four jiaos; Prevent that the assembly of top from coming off with respect to the assembly of below to the inside, as stated, can with above the thin plate panel with respect to below the thin plate panel locate in the horizontal direction in; The thin plate panel is range upon range of along the vertical direction successively; Thus, for example, in the mode that can utilize fork truck to carry the thin plate panel layer is stacked under the situation of upper surface of pallet; There is not the situation as prior art; That is, four jiaos respectively with respect to below the assembly of assembly above range upon range of, should carry the assembly of putting on each thin plate panel so that the mode of the thin plate panel being carried the assembly that places the top is one by one range upon range of then; And the present invention can be respectively to the pre-configured concurrently assembly of a plurality of thin plate panels that will be range upon range of, thus can be effectively and good ground stacked plate panel.
Preferred said clamping support has: the plate body; Following tabular body; The above-below direction wall, outer rim and the said outer rim of tabular body down that it links said plate body form the roughly section of コ word shape through this plate body and the tabular body of this time,
Said load transfer portion has the load transfer face that forms laterally from the outside face of said above-below direction wall, and said load transfer mask has the load bearing surface of being located at said assembly top and the load emission surface of being located at said assembly bottom,
Said protrusion has the first step portion that is formed on the said load emission surface,
But also have be formed on the said load bearing surface and with complementary second step portion of this first step portion of shape,
In said range upon range of step; Each bight with above the said load emission surface of assembly carry under the state on the said load bearing surface of the assembly below placing, make the said first step portion of the assembly of top carry out range upon range of from said second step portion's butt of the assembly of inboard and below.
Preferred said clamping support has: the plate body; Following tabular body; The above-below direction wall, outer rim and the said outer rim of tabular body down that it links said plate body form the roughly section of コ word shape through this plate body and the tabular body of this time,
Said load transfer portion has the load transfer face that forms laterally from the outside face of said above-below direction wall,
Said load transfer mask has the load bearing surface of being located at said assembly top and the load emission surface of being located at said assembly bottom,
Said protrusion the inner edge of said down tabular body have can with the fastener of the inner edge butt of said plate body,
In said range upon range of step; Each bight with above the said load emission surface of assembly carry under the state on the said load bearing surface of the assembly below placing, make the said fastener of the assembly of top carry out range upon range of from the inner edge butt of the said plate body of the assembly of inboard and below.
Description of drawings
Fig. 1 be first embodiment of the present invention the range upon range of assembly 10 that is used for solar panel P from the observed overall perspective view of oblique upper.
Fig. 2 be first embodiment of the present invention the range upon range of assembly 10 that is used for solar panel P from oblique beneath to overall perspective view.
Fig. 3 is the birds-eye view of the range upon range of assembly 10 that is used for solar panel P of first embodiment of the present invention.
Fig. 4 is the upward view of the range upon range of assembly 10 that is used for solar panel P of first embodiment of the present invention.
Fig. 5 is the section-drawing along the line A-A of Fig. 1.
The local sketch of Fig. 6 state that to be expression range upon range of with the range upon range of assembly that is used for solar panel P of first embodiment of the present invention 10.
Fig. 7 is to use the overall perspective view of the state after the range upon range of assembly 10 that is used for solar panel P of first embodiment of the present invention is laminated to solar panel P on the pallet.
Fig. 8 is the figure same with Fig. 1 of the range upon range of assembly 10 that is used for solar panel P of second embodiment of the present invention.
The local sketch of Fig. 9 state that to be expression range upon range of with the range upon range of assembly that is used for solar panel P of second embodiment of the present invention 10.
Figure 10 is the figure same with Fig. 1 of the range upon range of assembly 10 that is used for solar panel P of the 3rd embodiment of the present invention.
To be expression carry out the local sketch of the state after range upon range of with the range upon range of assembly that is used for solar panel P 10 of the 3rd embodiment of the present invention to Figure 11.
Nomenclature
The P solar panel
The PC pallet
The α angle of inclination
10 assemblies
12 plate bodies
14 times tabular bodys
16 tabular bodys
18 above-below direction walls
20 outside faces
22 box structures
26 upper surfaces
28 lower surfaces
36 ribs
37 upper surfaces
39 lower surfaces
41 strengthening ribs
43 strengthening ribs
45 inner edges
49 lower edges
70 protrusions
78 first step portions
80 second step portions
82 lower horizontal surface
84 top water planes
86 first dip plane
87 inner edges
88 lower horizontal surface
90 top water planes
92 second dip plane
94 end faces
95 end faces
Horizontal surface is born in 96 loads
97 inner edges
98 load emission levels faces
99 back plates
The specific embodiment
In first embodiment of assembly 10 of the present invention,, be that example is carried out following detailed description with reference to accompanying drawing with the solar panel P of rectangular shape as range upon range of thin plate panel.
Solar panel P is for monomer series-connected connection lamellar by resin and toughened glass, metal frame protection; More specifically; Solar panel P is for imbedding the lit-par-lit structure of the monomer that comprises silicon between glassy layer and plastic layer or glassy layer and glassy layer; Thickness is that several mm, area are that several m2, weight are 10 to 30Kg, therefore be precision and frangible structure.
In this embodiment, four jiaos the situation that directly supports solar panel P through the range upon range of assembly 10 that is used for the thin plate panel is respectively described.
To shown in Figure 5, assembly 10 has the shape about line of centers X-X (with reference to Fig. 3) line symmetry like Fig. 1, and the clamping support has: devices spaced apart pair of plate-shaped body 16 that link, that be made up of plate body 12 and following tabular body 14 along the vertical direction in parallel to each other; The above-below direction wall 18 that links plate body 12 and following tabular body 14; Load transfer portion has the box structure 22 of the outside face 20 that is attached to above-below direction wall 18, and assembly 10 is a resin system, and these parts are by integrally formed; As the back specifies; At four jiaos of difference configuration components 10 of solar panel P, behind the clamping supporting solar panel P, put next assembly 10 in 10 years to each assembly; Thereby support next solar panel P, through repeating aforesaid operations that solar panel P is range upon range of along the vertical direction.
This means, the weight of solar panel P at each angle through range upon range of for the assembly 10 of column transmits, in the weight of all range upon range of multi-disc solar panel P of undermost assembly 10 loads.
The resin material of assembly 10 is a thermoplastic base resin; Be ethylene series resins such as poly-vinyl, polypropylene or amorphous resin etc., more specifically, for the polyolefin of the homopolymer of olefines such as ethene, propylene, butylene, isopropyl amylene, methylpentene or copolymer (for example; Polypropylene, high density polyethylene (HDPE)); Therefore the structure more complicated of assembly 10, especially is fit to integrally formed based on injection molding.
The plate body 12 that constitutes pair of plate-shaped body 16 reaches down, and tabular body 14 has the L word shape respectively; Particularly as shown in Fig. 1 is clear and definite; Utilize plate body 12 and following tabular body 14 above-below direction wall 18 to be set, thereby form roughly コ word shape section with the mode of the outer rim 33 of the outer rim 31 that links plate body 12 and following tabular body 14.
Thus, pair of plate-shaped body 16 constitutes the clamping support of clampings supporting solar panel P, and solar panel P is inserted from the opening portion of コ word shape section between plate body 12 and the following tabular body 14 and carries out clamping and support.
Thus, for the interval between the upper surface of the lower surface of plate body 12 and following tabular body 14 and plate body 12 and down for tabular body 14 area separately, confirm to get final product with mode that can clamping supporting solar panel P.As stated,, assembly 10 is fixed on the solar panel P, as illustrated later, can moves solar panel P with four jiaos the state that assembly 10 is configured in solar panel P through utilizing assembly 10 clampings supportings solar panel P.
Like Fig. 1 and shown in Figure 2, tabular body 14 is provided with strengthening rib 41,43 respectively under plate body 12 reaches, and particularly when clamping supporting solar panel P, therefore the weight of following tabular body 14 load solar panel P, support tabular body 14 down from the below.
More detailed; As shown in Figure 1; Be provided with a plurality of strengthening ribs 41 that link with mode across the outside face 20 of above-below direction wall 18 and plate body 12 at the upside of plate body 12 and downside with separating appropriate intervals respectively; In addition, as shown in Figure 2, be provided with a plurality of strengthening ribs 43 that link with mode across the outside face 20 of above-below direction wall 18 and following tabular body 14 at the upside of following tabular body 14 and downside with separating appropriate intervals respectively.Number be set and at interval confirm to get final product of strengthening rib 41,43 according to weight as the solar panel P of stacking objects.
Need to prove; Plate body 12 and down tabular body 14 can all not be the L font yet, and be rectangle, can be not yet at four jiaos of solar panel P but in the pars intermedia configuration on each limit of solar panel P; According to specific circumstances; Can be after the assembly 10 that uses the L font be configured in four jiaos of solar panel P, uses rectangular-shaped assembly 10 to be configured in the pars intermedia on each limit, also can and with the part of the pars intermedia on a part of four jiaos and each limit.
As shown in Figure 2, be provided with the box structure 22 that the section that has rib 36 in inside is the L font at the outside face 20 of above-below direction wall 18, constitute the load transfer portion that possesses the load transfer face that forms laterally from the outside face 20 of above-below direction wall 18.
More detailed, the upper surface 37 and the lower surface 39 of box structure 22 are parallel to each other, when range upon range of solar panel P, and the load bearing surface 74 that upper surface 37 forms the assembly 10 of top, in addition, the load emission surface 72 that lower surface 39 forms the assembly 10 of below.
Need to prove, as shown in Figure 1, at upper surface 37 lid is set, as shown in Figure 2, lower surface 39 is open.
The anti-locking mechanism that comes off has outstanding protrusion 70 downwards in the bottom of assembly 10; The load emission surface of assembly 10 up placed under the state of load bearing surface 74 of assembly 10 of below the assembly 10 with the top to be laminated in when the assembly 10 of below in 72 years, and the lateral surface of protrusion 70 of assembly 10 that makes the top is from the medial surface butt on the top of the assembly 10 of inboard and below.
More detailed, protrusion 70 has the first step portion 78 that is formed on the load emission surface 72, also has the second step portion 80 that has on the load bearing surface 74 with first step portion 78 shape complementarities that is formed on.
As shown in Figure 1, first step portion 78 has: the lower horizontal surface 82 of being located at proximal side with respect to the clamping support; Be located at the top water plane 84 of amphi position side with respect to the clamping support; Be located between lower horizontal surface 82 and the top water plane 84 and from the outside face of above-below direction wall laterally towards first dip plane 86 of top.
As shown in Figure 2, on the other hand, second step portion 80 has: the lower horizontal surface 88 of being located at proximal side with respect to the clamping support; Be located at the top water plane 90 of amphi position side with respect to the clamping support; Be located between lower horizontal surface 88 and the top water plane 90 and from the outside face of above-below direction wall laterally towards second dip plane 92 of top.
Thus; Under the range upon range of state up and down between the assembly 10 of adjacency; Lower horizontal surface 82, first dip plane 86 and the top water plane 84 of the first step portion 78 of the assembly 10 of below respectively with lower horizontal surface 88, second dip plane 92 and top water plane 90 butts of the second step portion 80 of the assembly 10 of top; The upper surface 37 whole formation load bearing surface of box structure 22, in addition, the lower surface 39 whole formation load emission surfaces of box structure 22.
Need to prove; With respect to the upper surface 37 of box structure 22, plate body 12 is positioned at the below, and self does not constitute the load bearing surface upper surface of plate body 12; In addition; With respect to the lower surface 39 of box structure 22, following tabular body 12 is positioned at the top, and the lower surface of following tabular body 12 self does not constitute the load emission surface yet.
In load bearing surface 74; Top water plane 84, first dip plane 86 and lower horizontal surface 82 are respectively from an end face 94 arrival other ends 95 of box structure; In load emission surface 72, be that top water plane 90, second dip plane 92 and lower horizontal surface 88 are respectively from an end face 94 arrival other ends 95 of box structure equally.The end face 94 of box structure 22, end face 95 are configured to become with one side with respect to the lateral margin of above-below direction wall 18.
Utilize above structure; As shown in Figure 6; With above the load emission surface of assembly 10 carry the assembly 10 below placing the load bearing surface mode with above assembly assembly downwards range upon range of when, first dip plane 86 of the assembly 10 of top is from second dip plane, 92 butts of the assembly 10 of inboard and below, thus the assembly 10 of restriction top is with respect to assembly 10 parallel motion laterally of below; And; Because four jiaos at solar panel P are disposed assembly 10 respectively, therefore can prevent that through solar panel P the assembly 10 of top from coming off to the inside, promptly the assembly 10 of restriction top is with respect to assembly 10 parallel motion to the inside of below.
Particularly, as above-mentioned, tabular body 14 all formed the L font under plate body 12 reached; Therefore, corresponding to this, the both direction of the quadrature on can the limit levels face; More specifically; The assembly 10 of top is restricted to the mobile of inboard of the both direction of quadrature with respect to the assembly 10 of below, and in addition, the assembly 10 of top also is restricted to the moving of the outside of the both direction of quadrature with respect to the assembly 10 of below.
As variation; The lower horizontal surface 82 of the upper surface 37 of box structure 22 is arranged to become with one side with the upper surface of plate body 12, and thus, the upper surface of plate body 12 also constitutes load bearing surface 74; And; The lower horizontal surface 88 of the lower surface 39 of box structure 22 also is set to lower surface with following tabular body 14 to be become with simultaneously, and thus, the lower surface of following tabular body 14 also can constitute load emission surface 72.
Need to prove, insert swimmingly from the opening portion of the section of コ word shape, can near the both ends of the following inner edge of the upper surface of tabular body 14, be provided with towards the box structure 22 bevelled gradient (not shown) downwards in order to make solar panel P.
As the explanation of back; When utilize this assembly 10 with a plurality of solar panel P range upon range of along the vertical direction when; Utilize assembly 10 that four jiaos of each solar panel P are carried out the clamping supporting respectively in advance concurrently; Thereby use at four jiaos of each solar panel P that has disposed assembly 10 respectively, for example in order easily to be layered in the upper surface of pallet, the angle of inclination of first dip plane 86 (is α at Fig. 1) is preferably 60 degree to 75 degree.If less than 60 degree, then range upon range of easily but the assembly of top reduces the assembly positioning function in the horizontal direction of below, if greater than 75 degree, then the positioning function of horizontal direction improves, but the range upon range of difficulty that correspondingly becomes.
About the effect of assembly 10, below use assembly 10 method that solar panel P is range upon range of along the vertical direction to set forth through explanation with above structure.
For a plurality of solar panel P are range upon range of along the vertical direction and utilize fork truck to carry, be that example describes in the range upon range of along the vertical direction situation of the upper surface of pallet with solar panel P.
At first, a plurality of solar panel P that will be range upon range of are provided with assembly 10 respectively concurrently at separately four jiaos.More detailed, solar panel P is inserted from the opening portion of the コ word shape section of assembly 10 down between the tabular plate 14 and plate plate 12, and clamping solar panel P and assembly 10 is fixed on the solar panel P.
This operation is carried out with respect to each solar panel P is parallel; Prepare the solar panel P under the state that assembly 10 has been configured in four jiaos in advance; Can be omitted on the upper surface of pallet operation thus at four jiaos of configuration components 10 of solar panel P, thus can range upon range of effectively solar panel P.
Secondly, for a plurality of solar panel P that dispose assembly 10 at four jiaos, to stack gradually a plurality of solar panel P in each angular component 10 range upon range of pillared mode.More detailed; At each angle; So that the first step portion of next assembly 10 is from the mode of the second step portion butt of the assembly 10 of inboard and topmost; Put the lower surface 39 of putting the box structure 22 of next assembly 10 at the upper surface of the box structure 22 of the assembly 10 of the topmost of the upper surface of pallet in 37 years to carrying; Thereby, the lower horizontal surface of next assembly 10, first dip plane and top water plane respectively with lower horizontal surface, second dip plane and the top water plane butt of the assembly 10 of topmost, thereby; Upper surface 37 with from the box structure 22 of the assembly 10 of 39 pairs of topmosts of lower surface of the box structure 22 of next assembly 10 transmits the state of loads, at each bight tinkertoy module 10.
At this moment; When on the solar panel P that solar panel P is layered in topmost; Four assemblies 10 of four jiaos that are configured in solar panel P are located with respect to the assembly 10 of cooresponding topmost simultaneously, but through the suitable angle of setting the dip plane, thereby can easily carry out this operation.
Through carrying out above operation repeatedly, as shown in Figure 7, make a plurality of assembly 10 range upon range of one-tenth columns respectively at a plurality of solar panel P four jiaos, thus can a plurality of solar panel P are range upon range of along the vertical direction.At this moment, between the assembly of adjacency along the vertical direction, the first step portion of the assembly 10 of top is from the second step portion butt of the assembly 10 of inboard and below; Thereby the assembly of top 10 is suppressed with respect to assembly 10 parallel motion laterally of below, particularly, because first step portion and second step portion are the L font; Therefore, also be suppressed to the parallel motion of mutually orthogonal direction, and; Since four jiaos of each solar panel P respectively configuration components 10 and range upon range of be column; So the assembly 10 of top is prevented effectively that with respect to the assembly 10 of below coming off to the inside parallel motion to the inside also is suppressed, thereby the assembly 10 of top is located with respect to the assembly 10 of below in the horizontal direction; Thus, can be effectively and stably range upon range of along the vertical direction solar panel P.
Secondly, for example utilize fork truck can a plurality of solar panel P be carried together with undermost pallet with range upon range of along the vertical direction state, and take care of the solar panel P of range upon range of state in the place of regulation.
Need to prove,, when unloading range upon range of solar panel P, carry out according to the order opposite, thereby can unload effectively with range upon range of situation at site of storage.More detailed, with the state that disposes assembly 10 at four jiaos solar panel P is unloaded from pallet, in other place, pull down assembly 10 concurrently from a plurality of solar panel P and get final product.
According to the range upon range of assembly 10 that is used for the thin plate panel, when range upon range of a plurality of thin plate panels, in the outside of thin plate panel with above structure; The load emission surface of the bottom of next assembly 10 was placed the load bearing surface 74 on top of the assembly 10 of support sheet panel in 72 years from the below, utilize next assembly 10 from the below support sheet panel, thereby between assembly 10 up and down, carry out load transfer; And; The bottom that makes assembly 10 up downwards the lateral surface 76 of outstanding protrusion 70 from the medial surface butt on the top of the assembly 10 of inboard and below, thereby the assembly 10 of restriction top is with respect to the assembly 10 of below relatively moving laterally, in addition; Owing between assembly 10, there is the thin plate panel; Thereby the assembly of top 10 is restricted with respect to the assembly 10 of below relatively moving to the inside, thereby can prevent to the coming off of horizontal direction, therefore; There is not the situation as prior art; That is, on the load bearing surface 74 that constitutes the load transfer face and on the load emission surface 72 concavo-convex location division is being set, thereby the assembly 10 of restriction top reaches relatively moving of inboard both direction laterally with respect to the assembly 10 of below; This causes the load transfer area to reduce, and the present invention then can fully guarantee the load transfer area of thin plate panel.
Particularly; The thin plate panel is inserted from the opening portion of the コ word shape section of clamping support down between the tabular body and plate body and carries out the clamping supporting; The thin plate panel of the top that utilizes assembly 10 clampings supporting is carried the thin plate panel that places the below that utilizes assembly 10 clampings supporting; The load emission surface of the assembly 10 of top is placed the load bearing surface 74 of the assembly 10 of below in 72 years, thus, carrying out load transfer between the assembly 10 up and down; And; The bottom that makes assembly 10 up downwards the lateral surface 76 of outstanding protrusion 70 from the medial surface butt on the top of the assembly 10 of inboard and below, thereby the assembly 10 of top is located with respect to the assembly 10 of below in the horizontal direction, thus can be effectively and laminated thin plate panel along the vertical direction stably.
According to the laminating method of thin plate panel with above structure, in advance to a plurality of thin plate panels that will be range upon range of concurrently at four jiaos of configuration components 10 respectively, four jiaos of thin plate panels that dispose assembly 10 respectively with the lateral surface 76 of the protrusion 70 of the assembly 10 of assembly 10 above the state that each angleplied laminate is stacked as column makes from inboard with below the medial surface butt on top of assembly 10; Thereby the assembly 10 of top is restricted with respect to assembly 10 parallel motion laterally of below, and; Through the thin plate panel that disposes assembly 10 respectively at four jiaos; Can prevent that the assembly 10 of top from coming off with respect to the assembly 10 of below to the inside, as stated, when can thin plate panel up locating in the horizontal direction with respect to the thin plate panel of below; Laminated thin plate panel along the vertical direction successively; Thus, for example, when utilizing mode that fork truck can carry upper surface layer stacked plate panel at pallet; Do not need as prior art; Four jiaos respectively to below assembly 10 assembly 10 above range upon range of, then, with the thin plate panel is carried on the assembly 10 that places the top mode one by one laminated should carry the assembly of putting on each thin plate panel 10; The present invention can be to a plurality of thin plate panels that will be range upon range of pre-configured concurrently assembly 10 respectively, thus can be effectively and good ground stacked plate panel.In first embodiment, at the load transfer face dip plane is set, prevent thus to come off, portion positions in load transfer.
Below, specify second embodiment of the present invention.In following explanation, to the structural element mark identical reference marks identical, and omit its explanation with first embodiment, specify the characteristic of this embodiment.
The assembly 10 of this embodiment is characterised in that; Has characteristic aspect the form of the location of the horizontal direction of thin plate panel P; Its reason is, the structure of assembly 10, especially outstanding downwards protrusion 70 is different with first embodiment in the bottom of assembly 10.
More detailed; In this embodiment; Four jiaos of thin plate panel P are being utilized plate body 12 and following tabular body 14 clampings support this point respectively and first embodiment is a general-duty; But as shown in Figure 8, protrusion 70 the following inner edge 87 of tabular body 14 have can with the fastener of inner edge 87 butts of plate body 12.Fastener has the inner edge 97 extending from the mode of inner edge 87 butts of inboard and plate body 12 from the inner edge 87 of tabular body 14 down downwards.
Thus; At thin plate panel P all four jiaos, with above the assembly 10 of assembly below placing in 10 years when, the inner edge 97 of the following tabular body 14 of the assembly 10 of top and inner edge 87 butts of the plate body 12 of the assembly 10 of below; Thereby; The assembly 10 of top is suppressed with respect to the assembly 10 of below relatively moving laterally, and, owing to dispose assembly 10 respectively at thin plate panel P four jiaos; So the assembly 10 that suppresses the top through thin plate panel P is with respect to the assembly 10 of below relatively moving to the inside, thus the assembly 10 that prevents the top coming off to the inside.
In addition; Upper and lower surfaces 37,39 this point and first embodiment that the load transfer face constitutes box structure 22 are general-duties; But to bear horizontal surface 96 different with first embodiment, as shown in Figure 8 with the load emission levels face 98 of being located at assembly 10 bottoms because of having the load of being located at assembly 10 tops, and the lower surface 39 of the lower surface of following tabular body 14 and box structure 22 is with one side; The lower surface of following tabular body 14 also constitutes load and bears horizontal surface 96; And the upper surface 37 of the upper surface of plate body 12 and box structure 22 becomes with one side, and the upper surface of plate body 12 also constitutes load emission levels face 98.About this point, to compare with first embodiment, the load bearing surface 74 of this embodiment and the load transfer face of load emission surface 72 can be guaranteed to broad, therefore are fit to the big thin plate panel of weight.
In the method for assembly 10 laminated thin plate panel P more than using; Utilize assembly 10 four jiaos of clamping support sheet panel P respectively; And before laminated thin plate panel P; Respectively a plurality of thin plate panel P that should be range upon range of are carried out this clamping supporting in advance concurrently, this point and first embodiment are general-duties, and be still different with first embodiment in the following areas.
Promptly; In the range upon range of stage, through with each bight with above the load emission surface of assembly 10 assembly 10 below placing in 72 years load bearing surface 74 state with above the fastener of assembly 10 be inner edge 97 from inboard with below inner edge 87 butts of plate body 12 of assembly 10 carry out range upon range of.
Through carrying out above operation repeatedly, as shown in Figure 9, make a plurality of assembly 10 range upon range of one-tenth columns respectively at a plurality of thin plate panel P four jiaos, thereby can make a plurality of thin plate panel P range upon range of along the vertical direction with the noncontact form.
Secondly, for example utilize fork truck under the range upon range of along the vertical direction state of a plurality of thin plate panel P, it to be carried together with undermost panel, thus can be at each panel of the place of regulation keeping.In this case; Between the assembly up and down 10 of adjacency along the vertical direction, the sufficient load bearing area that utilizes tabular body 16 and box structure 22 to produce makes down assembly 10 stably support assembly 10, and; Suppress assembly 10 with respect to following assembly 10 parallel motion laterally through inner edge 97; And, because at four jiaos of thin plate panel P configuration components 10 respectively, so the assembly 10 that can suppress the top through thin plate panel P is with respect to the assembly 10 of below relatively moving to the inside; Therefore; Particularly when carrying, even produce vibration a little, also stably transfer layer is stacked as the assembly 10 of column and then can stably carries the thin plate panel P that utilizes assembly 10 supportings.
Below, specify the 3rd embodiment of the present invention.In following explanation, to the structural element mark identical reference marks identical, and omit its explanation with first embodiment, specify the characteristic of this embodiment.
The assembly 10 of this embodiment is characterised in that the supporting form of thin plate panel P, and its reason is that the structure of assembly 10, particularly support are different with first embodiment.
More detailed, in the first embodiment,, have in order to make assembly 10 clamping support sheet panel P: as the clamping support, devices spaced apart pair of plate-shaped body 16 that link, that constitute by plate body 12 and following tabular body 14 along the vertical direction in parallel to each other; The above-below direction wall 18 that links plate body 12 and following tabular body 14, but in this embodiment, for the support sheet panel P from the below, assembly 10 just has the back plate 99 of support sheet panel P.
Like Figure 10 and shown in Figure 11; Back plate 99 is the shape roughly the same with the following tabular body of first embodiment 14; It is a L word shape, at the lower surface of back plate 99, because the weight of back plate 99 support sheet panel P; Therefore, a plurality of strengthening ribs 43 that link with mode with the appropriate intervals setting across outside face of above-below direction wall 18 20 and following tabular body 14.Number be set and get final product at interval of strengthening rib 43 according to setting as the weight of the solar panel P of stacking objects.
Come off anti-locking mechanism and the load transfer portion of assembly are identical with first embodiment, comprise this back plate 99 and the part that is one of the forming aspect also identical with first embodiment.
The assembly 10 of this mode especially is fit to the outer peripheral edges of solar panel P are embedded the metal framework, with four jiaos of upper surfaces that carry the back plate 99 that places cooresponding assembly 10 respectively of this metal framework.For example, especially be fit to following situation, promptly long between the preservation period the state that utilizes assembly 10 range upon range of solar panel P under, and in conveying because of the solar panel P smaller situation of flexure deformation amount along the vertical direction that causes such as vibrating.More specifically, compare with the support pattern of solar panel P in first embodiment, in this embodiment; With four jiaos of solar panel P respectively as freely bringing in supporting; In this case, it is big that the flexure deformation amount of the above-below direction of solar panel P becomes easily, but utilize its metal framework that embeds outer peripheral edges assisted; Utilize assembly 10 to come false bearing solar panel P, thereby be fit to long-term keeping via the metal framework.
According to this embodiment; Different with first embodiment; Owing to only being carried, solar panel P places back plate 99, therefore, and can be corresponding with the solar panel P of various sizes (thickness); Can be when using same components 10, the range upon range of a plurality of solar panel P that are mixed with the different solar panel P of thickness.
In addition; According to this embodiment; Different with first embodiment; When utilizing this assembly 10 range upon range of solar panel P, in advance at the scene for example on the pallet with four jiaos of solar panel P cooresponding position location components 10 respectively, solar panel P is carried on the back plate 99 that places the assembly 10 that is positioned; Therefore can't be to a plurality of solar panel P that should be range upon range of respectively concurrently at each four jiaos pre-configured assemblies 10, and be enclosed on the pallet and upload one by one range upon range of solar panel P under the state that is equipped with cooresponding assembly 10 at assembly 10 with each the solar panel P that disposes assembly 10.
Yet; On the contrary; In the first embodiment; When being layered in next solar panel P on the range upon range of solar panel P, need to carry out the relation of one-time positioning with respect to cooresponding assembly 10 and expertly position according to the assembly 10 that makes next solar panel P pre-configured at each four jiaos, but in this embodiment; Only need next solar panel P is carried on the back plate 99 that places the assembly 10 of locating in advance at each four jiaos, thereby make the range upon range of operation self of solar panel P become easy.
More than, embodiment of the present invention is specified, but in not departing from the scope of the present invention, those skilled in the art can carry out various corrections and change.
For example, about first embodiment to the, three embodiments, in first embodiment and second embodiment; Directly solar panel P has been supported in clamping in order to utilize assembly 10 supporting solar panel P, but is not limited thereto, and clamping is supported and compared from the supporting of carrying the below that places assembly; Aspect supporting securely, the preferred solar panel P that directly supports, still; According to weight, the mode of movement of solar panel P, also can the outer peripheral edges of solar panel P be embedded the metal framework, and utilize indirectly four jiaos of this metal framework of clamping supporting respectively of assemblies 10; In addition, in the 3rd embodiment, in order to utilize assembly 10 supporting solar panel P; The outer peripheral edges of solar panel P are embedded in the metal framework; And four jiaos of this metal framework carry respectively under the state that places assembly 10 from below support, but be not limited to this, for example; Weight at solar panel P is low weight, the swing in carrying is little, but under the keeping space, situation about especially highly being restricted, also can directly support the solar panel P that does not have the metal framework from the below.
And then, in this embodiment, for range upon range of along the vertical direction a plurality of solar panel P; Use the four jiao difference range upon range of one-tenth columns of identical assembly 10 at a plurality of solar panel P; But be not limited thereto, because it is many more to rely on the number of the solar panel P that the assembly 10 of lower floor supported more, therefore to the requirement to some extent of its intensity; Thereby can prepare identical but the assembly 10 that wall thickness is different of profile, the assembly 10 that relies on lower floor more adopts the thick more assembly 10 of wall thickness.
Claims (17)
1. range upon range of assembly that is used for the thin plate panel, it has: the support of support sheet panel from the below; Link with this support and with the weight of thin plate panel load transmitted transfer part along the vertical direction; The restriction thin plate panel anti-locking mechanism that comes off that moves in the horizontal direction is characterized in that,
Said load transfer portion has the load transfer face that extends laterally from said support,
Said load transfer mask has the load bearing surface of being located at said assembly top and the load emission surface of being located at said assembly bottom,
The said anti-locking mechanism that comes off has outstanding protrusion downwards in the bottom of said assembly; When the said load emission surface of up assembly carried under the state of said load bearing surface of the assembly that places the below on the assembly that component layer with the top is laminated to the below, the lateral surface of the said protrusion of the assembly of top was from the medial surface butt on the top of the assembly of inboard and below.
2. the range upon range of assembly that is used for the thin plate panel according to claim 1, wherein,
Said support is the clamping support of clamping support sheet panel,
Said clamping support has: the plate body; Following tabular body; The above-below direction wall; It links the outer rim and the said outer rim of tabular body down of said plate body; Form the section that is roughly コ word shape through the tabular body of this plate body and this time; Carrying out clamping between this clamping support is inserted into said tabular body down and said plate body with the thin plate panel from the opening portion of コ word shape section supports
Said load transfer face forms from the outside face of said above-below direction wall laterally.
3. the range upon range of assembly that is used for the thin plate panel according to claim 1, wherein,
Said protrusion has the first step portion that is formed on the said load emission surface,
Be formed on the said load bearing surface and the complementary second step portion of shape and this first step portion but also have.
4. the range upon range of assembly that is used for the thin plate panel according to claim 3, wherein,
Said first step portion has: the lower horizontal surface of being located at proximal side with respect to said clamping support; Be located at the top water plane of amphi position side with respect to said clamping support; Be located between said lower horizontal surface and the said top water plane and from the outside face of said above-below direction wall laterally towards first dip plane of top,
Said second step portion has: the lower horizontal surface of being located at proximal side with respect to said clamping support; Be located at the top water plane of amphi position side with respect to said clamping support; Be located between said lower horizontal surface and the said top water plane and from the outside face of said above-below direction wall laterally towards second dip plane of top,
In the assembly up and down under range upon range of state, said lower horizontal surface, said first dip plane and the said top water plane of the said first step portion of the assembly of below respectively with said lower horizontal surface, said second dip plane and the said top water plane butt of the said second step portion of the assembly of top.
5. the range upon range of assembly that is used for the thin plate panel according to claim 3, wherein,
The angle of inclination of said first dip plane is that 60 degree are to 75 degree.
6. according to each described range upon range of assembly that is used for the thin plate panel in the claim 1～5, wherein,
Said load transfer portion has the box structure of the outside face that is attached to said above-below direction wall, and this box structure has the rib that extends along the vertical direction in inside, and its upper surface forms said load bearing surface, and its lower surface forms said load emission surface.
7. the range upon range of assembly that is used for the thin plate panel according to claim 3, wherein,
Said top water plane is arranged to become with one side with the upper surface of said plate body; Thereby the upper surface of said plate body constitutes the load bearing surface; Said lower horizontal surface is arranged to become with one side with the said lower surface of tabular body down, thereby the said lower surface of tabular body down constitutes the load emission surface.
8. the range upon range of assembly that is used for the thin plate panel according to claim 6, wherein,
The horizontal profile of said box structure is the L font; In said load bearing surface; Said top water plane, said first dip plane and said lower horizontal surface arrive the other end from an end face of said box structure respectively; In said load emission surface, said top water plane, said second dip plane and said lower horizontal surface arrive the other end from an end face of said box structure respectively.
9. the range upon range of assembly that is used for the thin plate panel according to claim 2, wherein,
Said protrusion the inner edge of said down tabular body have can with the fastener of the inner edge butt of said plate body.
10. the range upon range of assembly that is used for the thin plate panel according to claim 9, wherein,
Said fastener has the inner edge extending from the mode of the inner edge butt of inboard and plate body from the inner edge of tabular body down downwards.
11. according to claim 9 or the 10 described range upon range of assemblies that are used for the thin plate panel, wherein,
Said load transfer mask has the load of being located at said assembly top to bear horizontal surface and the load emission levels face of being located at said assembly bottom.
12. according to claim 1 or the 11 described range upon range of assemblies that are used for the thin plate panel, wherein,
Said thin plate panel is the solar panel of rectangular shape.
13. according to each described range upon range of assembly that is used for the thin plate panel in the claim 1～11, wherein,
Said assembly is shaped by the resin integral production.
14. the laminating method of a thin plate panel is characterized in that, comprising:
Preparation is used for the preparation process of the range upon range of assembly of thin plate panel, and this range upon range of assembly that is used for the thin plate panel has: from the below support of support sheet panel, link with this support and with the weight of thin plate panel along the vertical direction the load transmitted transfer part, use the outstanding protrusion restriction thin plate panel anti-locking mechanism that comes off that moves in the horizontal direction of being located at the bottom downwards;
Range upon range of step; The said support that utilizes assembly at each angle of a plurality of thin plate panels from below a plurality of thin plate panels of supporting; Through said load transfer portion the weight of thin plate panel is transmitted along the vertical direction, and under the range upon range of along the vertical direction pillared state of assembly, stacked gradually the thin plate panel
Comprise positioning step in the said range upon range of step; In said positioning step; The lateral surface of the said protrusion through the assembly above making at each angle from inboard with below the medial surface butt on top of assembly, thereby the thin plate panel of top is located with respect to the thin plate panel of below in the horizontal direction.
15. the laminating method of a thin plate panel is characterized in that, comprising:
Preparation is used for the preparation process of the range upon range of assembly of thin plate panel, and this range upon range of assembly that is used for the thin plate panel has: possess the clamping support of コ word shape section roughly and clamping support sheet panel, link with this clamping support and with the weight of thin plate panel along the vertical direction the load transmitted transfer part, use the outstanding protrusion restriction thin plate panel anti-locking mechanism that comes off that moves in the horizontal direction of being located at the bottom downwards;
Configuration step is distinguished configuration components at each four jiaos concurrently to a plurality of thin plate panels that will be range upon range of;
Range upon range of step for a plurality of thin plate panels that dispose assembly at four jiaos, is transmitted the weight of thin plate panel along the vertical direction through said load transfer portion at each angle, and under the range upon range of along the vertical direction pillared state of assembly, is stacked gradually the thin plate panel;
Comprise clamping supporting step in the said configuration step, in this clamping supporting step, the thin plate panel be inserted into from the opening portion of コ word shape section between said tabular body down and the said plate body and carry out clamping and support,
Comprise positioning step in the said range upon range of step; In this positioning step; The lateral surface of the said protrusion of the assembly above each angle makes from inboard with below the medial surface butt on top of assembly, thereby the thin plate panel of top is located with respect to the thin plate panel of below in the horizontal direction.
16. the laminating method of thin plate panel according to claim 15, wherein,
Said clamping support has: the plate body; Following tabular body; The above-below direction wall, outer rim and the said outer rim of tabular body down that it links said plate body form the roughly section of コ word shape through this plate body and the tabular body of this time,
Said load transfer portion has the load transfer face that forms laterally from the outside face of said above-below direction wall,
Said load transfer mask has the load bearing surface of being located at said assembly top and the load emission surface of being located at said assembly bottom,
Said protrusion has the first step portion that is formed on the said load emission surface,
Be formed on the said load bearing surface and the complementary second step portion of shape and this first step portion but also have,
In said range upon range of step; Each bight with above the said load emission surface of assembly carry under the state on the said load bearing surface of the assembly below placing, make the said first step portion of the assembly of top carry out range upon range of from said second step portion's butt of the assembly of inboard and below.
17. the laminating method of thin plate panel according to claim 15, wherein,
Said clamping support has: the plate body; Following tabular body; The above-below direction wall, outer rim and the said outer rim of tabular body down that it links said plate body form the roughly section of コ word shape through this plate body and the tabular body of this time,
Said load transfer portion has the load transfer face that forms laterally from the outside face of said above-below direction wall,
Said load transfer mask has the load bearing surface of being located at said assembly top and the load emission surface of being located at said assembly bottom,
Said protrusion the inner edge of said down tabular body have can with the fastener of the inner edge butt of said plate body,
In said range upon range of step; Each bight with above the said load emission surface of assembly carry under the state on the said load bearing surface of the assembly below placing, make the said fastener of the assembly of top carry out range upon range of from the inner edge butt of the said plate body of the assembly of inboard and below.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-220491 | 2010-09-30 | ||
| JP2010220491 | 2010-09-30 |
Publications (2)
| Publication Number | Publication Date |
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| CN102530353A true CN102530353A (en) | 2012-07-04 |
| CN102530353B CN102530353B (en) | 2015-04-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110303326.8A Expired - Fee Related CN102530353B (en) | 2010-09-30 | 2011-09-29 | Module for stacking thin panels |
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| CN (1) | CN102530353B (en) |
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| WO2014114014A1 (en) * | 2013-01-23 | 2014-07-31 | 深圳市华星光电技术有限公司 | Assembled package case |
| CN104703888A (en) * | 2012-08-31 | 2015-06-10 | 京洛株式会社 | Resin pallet |
| CN105035466A (en) * | 2014-04-17 | 2015-11-11 | 信越化学工业株式会社 | Dustproof thin film assembly storage container |
| CN108028623A (en) * | 2015-07-16 | 2018-05-11 | 圣奥古斯丁加拿大电气有限公司 | Stack spacer, photovoltaic module frame and tracks of device component |
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| Publication number | Publication date |
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| CN102530353B (en) | 2015-04-01 |
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