CN207404114U - A kind of silicon solar battery assembly is packed for support holder structure - Google Patents

Abstract

Support holder structure is packed for the utility model discloses a kind of silicon solar battery assembly, including fixed plate, the fixed plate includes the substrate and bottom plate that are made of more than two positioning fixed plates, the left side of the positioning fixed plate is the first groove, right side is the first convex block being realize combination with the cooperation of the first groove, the both sides of the bottom plate are respectively equipped with the latch of a downward bending, the second groove with the cooperation of the first convex block is equipped on the inside of one of latch, the second convex block with the cooperation of the first groove is equipped on the inside of another latch, and the bottom plate is stretching structure, it is positioned at each piece and the first layer of silica gel that length is less than positioning fixed plate is equipped with below fixed plate, the second layer of silica gel is equipped in the bottom of latch, it is screwed between the latch and the positioning fixed plate of substrate both sides and forms a complete pallet.The technical program can automatically adjust pallet size, will not occupy much room due to current pallet specification size.

Description

A kind of silicon solar battery assembly is packed for support holder structure

Technical field

The utility model is related to a kind of solar energy to be packed for component, more particularly to a kind of bag of silicon solar battery assembly Dress support holder structure.

Background technology

Since the volume of silicon solar battery assembly is larger, easily collide in transportational process with periphery object and by To damage, therefore first it is packed and then is transported when silicon solar battery assembly starts shipment, at present silicon solar electricity The packaging structure of pond component generally comprises packing case and the pallet arranged on packing case bottom, and packing case plays the work of protection component With, and the pallet of packing case bottom plays an important role of carrying, therefore the pallet of different size, size can be generally set, Ran Hou The packing case of identical length and width, after putting silicon solar battery assembly in packing case, Ran Houtong are placed on the pallet of corresponding size It crosses strap and carries out binding and packing, and since pallet is of different sizes, much room placement tray can be easily occupied, therefore for factory For side, a variety of pallets easily occupy parking space, and after purchase pallet is extra, are easy to cause waste, raising is packaged into This, thus how to design it is a can change pallet dimension automatically, be not take up storage space, and later stage pallet is existing there is no waste As particularly important.

Utility model content

The purpose of this utility model is to provide a kind of enough voluntarily adjusting trays to solve above-mentioned the deficiencies in the prior art Size, so that it disclosure satisfy that the fixation to different size of packing box, and also it is different big without being made according to packing box It is small, a kind of silicon solar battery assembly of occupied space is finally led to the problem of there is no the plurality of specifications due to pallet It is packed for support holder structure.

To achieve these goals, a kind of silicon solar battery assembly designed by the utility model is packed for pallet knot Structure, including fixed plate, the fixed plate includes the substrate and bottom plate that are made of more than two positioning fixed plates, and the positioning is solid The left side of fixed board is the first groove, and right side is the first convex block being realize combination with the cooperation of the first groove, and the both sides of the bottom plate are divided The latch there are one downward bending is not set, and the height of the latch is equal to the height of positioning fixed plate, one of locking The second groove with the cooperation of the first convex block is equipped on the inside of plate, be equipped on the inside of another latch with it is the second of the cooperation of the first groove convex Block, and the bottom plate is stretching structure, is positioned at each piece and the first silicon that length is less than positioning fixed plate is equipped with below fixed plate Glue-line is equipped with the second layer of silica gel in the bottom of latch, passes through spiral shell between the latch and the positioning fixed plate of substrate both sides Silk is fixed to form a complete pallet.

Further, in order to play certain cushioning effect when placing silicon solar cell component, the first layer of silica gel with it is right First buffer layer is equipped between the positioning fixed plate answered, second buffer layer is equipped between the second layer of silica gel and corresponding latch.

Further, in order to facilitate the operation, the bottom plate includes the right bottom plate of left bottom plate and part hollow, the left bottom plate energy It is deep enough to arrive right bottom plate center and in internal slidable adjustment floor length.

A kind of silicon solar battery assembly that the utility model obtains is packed for support holder structure, and the technical program can be certainly Dynamic adjusting tray size, will not occupy much room due to current pallet specification size.

Description of the drawings

Fig. 1 is a kind of assembling schematic diagram for being packed for support holder structure of silicon solar battery assembly in the present embodiment；

Fig. 2 is a kind of exploded perspective view for being packed for support holder structure of silicon solar battery assembly in the present embodiment.

In figure：Bottom plate 1, substrate 2, positioning fixed plate 3, the first groove 4, the first convex block 5, latch 6, the second groove 7, the Two convex blocks 8, the first layer of silica gel 9, the second layer of silica gel 10, first buffer layer 11, second buffer layer 12；Left bottom plate 13；Right bottom plate 14； Screw 15.

Specific embodiment

The utility model is further illustrated with reference to the accompanying drawings and examples.

Embodiment：

As shown in Figure 1 and Figure 2, a kind of silicon solar battery assembly provided in this embodiment is packed for support holder structure, including Fixed plate, the fixed plate include positioning substrate 2 and the bottom plate 1 that fixed plates 3 are formed, the positioning fixed plate by more than two 3 left side is the first groove 4, and right side is the first convex block 5 being realize combination with the cooperation of the first groove 4, and the both sides of the bottom plate 1 are divided The latch 6 there are one downward bending is not set, and the height of the latch 6 is equal to the height of positioning fixed plate 3, one of lock Tight 6 inside of plate is equipped with the second groove 7 with the cooperation of the first convex block 5, another 6 inside of latch is equipped with to be coordinated with the first groove 4 The second convex block 8, and the bottom plate 1 be stretching structure, each piece position fixed plate 3 below be equipped with length be less than positioning fix First layer of silica gel 9 of plate 3 is equipped with the second layer of silica gel 10, the latch 6 and the positioning of 2 both sides of substrate in the bottom of latch 6 It is fixed between fixed plate 3 by screw 15 and forms a complete pallet.

Further, in order to play certain cushioning effect when placing silicon solar cell component, the first layer of silica gel 9 with it is right First buffer layer 11 is equipped between the positioning fixed plate 3 answered, it is slow that second is equipped between the second layer of silica gel 10 and corresponding latch 6 Rush layer 12.

Further, in order to facilitate the operation, the bottom plate 1 includes the right bottom plate 14 of left bottom plate 13 and part hollow, the left side Bottom plate 13 can be deep into right 14 center of bottom plate and in internal 1 length of slidable adjustment bottom plate.

It, will too when solar cell module is installed due to there is hollow-core construction inside the right bottom plate 14 of bottom plate 1 during work Positive energy battery component is placed on vertically on bottom plate 1 so that the equal bottom surface left part of each piece of solar cell module is located at On left bottom plate 13, an intermediate part is located at the public place that left bottom plate 13 extend into right bottom plate 14, and right side fraction is located at right bottom plate 14 hollow positions, so that the left and right stress of entire bottom plate 1 evenly, will not make right 14 stress of bottom plate excessively high and collapse, separately The number of the outer length regioselective fixed plate 3 according to solar cell module, it is then solid according to each positioning after choosing Fixed board 3 is connected with each other, and is used in connection, the positioning of 5 connection adjacent thereto of the first convex block on upper 3 right side of positioning fixed plate Second groove 7 in 3 left side of fixed plate is clamped, and forms the length adjustment bottom plate 1 that clamping one by one forms one piece of substrate 2, at this time substrate 2 Length so that the second convex block 8 on bottom plate 1 can be embedded into the second groove 7 of 2 leftmost side of substrate, 2 rightmost side of substrate First convex block 5 can be embedded into the second groove 7 on bottom plate 1, and both sides latch 6 then is fixed on substrate by screw 15 2 both sides, it is final to realize that overall structure fixes one piece of pallet of composition, while in the layer of silica gel of tray bottom and the work of buffer layer It is acted under into row buffering and skidproof bottom, final realize determines pallet size according to solar cell module, and when not used may be used To place after pallet is dismantled, the placement compared to the pallet of traditional different size more reduces the space occupied.

Claims (3)

1. a kind of silicon solar battery assembly is packed for support holder structure, including fixed plate, it is characterized in that：The fixed plate includes By more than two positioning fixed plates（3）The substrate of composition（2）And bottom plate（1）, the positioning fixed plate（3）Left side be first Groove（4）, right side is and the first groove（4）Coordinate the first convex block realizeing combination（5）, the bottom plate（1）Both sides set respectively There are one the latch of downward bending（6）, the latch（6）Height be equal to positioning fixed plate（3）Height, one of them Latch（6）Inside is equipped with and the first convex block（5）Second groove of cooperation（7）, another latch（6）Inside is equipped with and first Groove（4）Second convex block of cooperation（8）, and the bottom plate（1）For stretching structure, fixed plate is positioned at each piece（3）Lower section is set There is length to be less than positioning fixed plate（3）The first layer of silica gel（9）, in latch（6）Bottom be equipped with the second layer of silica gel（10）, institute State latch（6）With substrate（2）The positioning fixed plate of both sides（3）Between pass through screw（15）It is fixed to form a complete pallet.

2. a kind of silicon solar battery assembly according to claim 1 is packed for support holder structure, it is characterized in that：First Layer of silica gel（9）With corresponding positioning fixed plate（3）Between be equipped with first buffer layer（11）, in the second layer of silica gel（10）With corresponding lock Tight plate（6）Between be equipped with second buffer layer（12）.

3. a kind of silicon solar battery assembly according to claim 1 or 2 is packed for support holder structure, it is characterized in that：Institute State bottom plate（1）Including left bottom plate（13）With the right bottom plate of part hollow（14）, the left bottom plate（13）Right bottom plate can be deep into （14）Center and in internal slidable adjustment bottom plate（1）Length.