CN204937741U

CN204937741U - Box body package assembly

Info

Publication number: CN204937741U
Application number: CN201520529476.4U
Authority: CN
Inventors: 张祈雄
Original assignee: LOH TORNG HARDWARE MACHINE CO Ltd
Current assignee: LOH TORNG HARDWARE MACHINE CO Ltd
Priority date: 2015-07-21
Filing date: 2015-07-21
Publication date: 2016-01-06
Anticipated expiration: 2025-07-21

Abstract

The utility model discloses a kind of box body package assembly, form primarily of multiple first lamellar body, multiple second lamellar body and multiple locating piece; Wherein the first lamellar body is provided with one first socket part, and the first socket part has a sleeve joint hole and and is socketed block and is socketed block whole height lower than sleeve joint hole to form one first socket space; The end face of the second lamellar body is provided with one second socket part, and the second socket part has a socket post, a socket part and one second socket space, and the second socket space is formed by the end face of socket part and the second lamellar body; Locating piece is located in the sleeve joint hole of the first socket part; First the socket part of the second socket part is socketed in the sleeve joint hole of the first socket part when group is established, the second socket space is made to be sleeved on the first socket space again, make sleeve joint hole form an open form to arrange for locating piece, and by locating piece, the second socket space is limited in the first socket space, therefore the first socket part firmly can be socketed with the second socket part, makes multiple first lamellar body and the second lamellar body be assembled into a box body.

Description

Box body package assembly

Technical field

The utility model relates to a kind of box body by the various kenel of several lamellar body groups, relevant with box body package assembly.

Background technology

Known various box body (as instrument cases) is all the mode utilizing mould ejection formation for asking a large amount of production, but the mould of ejection formation must adopt different mould in response to the aspect that box body is different, comprise the volume of box body, size, thickness etc., therefore only the cost of mould kind is exactly a large cost, the volume of box body is larger in addition, thickness is thicker, the material that mould need spend is also required to be increased relatively, this measure makes the cost of mould because the demand of kind and material increase huge, moreover namely the aspect of box body is finalized after mould molding, cannot do again and change, as the aspect for changing box body then must die sinking again, invisible is again the expenditure of another cost.

Therefore, how to reduce the cost of known box body (as instrument cases) when producing, and box body can be made to be assembled into different kenel according to actual demand be the utility model and primarily research and develop problem.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of box body package assembly, the problem of die sinking high cost when can be assembled into different shape and can solve box body production.

For solving the problems of the technologies described above, the utility model provides a kind of box body package assembly, comprising:

Multiple first lamellar body, described first lamellar body is provided with one first socket part at rotational symmetry angle, and described first socket part has a sleeve joint hole and a socket block, and described socket block whole height forms one first socket space lower than sleeve joint hole;

Multiple second lamellar body, first socket position of relatively described first lamellar body of end face of described second lamellar body establishes one second socket part, described second socket part has a socket post and a socket part, and described socket post lower end is connected to the end face of the second lamellar body in a longitudinal fashion, the socket part that socket post upper end is connected and the end face of the second lamellar body form one second and are socketed space;

Multiple locating piece, described locating piece is arranged in the sleeve joint hole of the first socket part;

The socket part of described second socket part is socketed on the sleeve joint hole of described first socket part, described second socket space is sleeved on described first socket space, make described sleeve joint hole form an open form to arrange for locating piece, second of second socket part socket space is limited in the first socket space by described locating piece, and make the first socket part be socketed on the second socket part, be assembled into a box body by multiple first lamellar body, multiple second lamellar body and multiple locating piece.

Preferably, described first socket part has one first by the face of supporting, and described second socket part has one first resistance face, and when the second socket space is sleeved on the first socket space, described first resistance face is resisted in described first by the face of supporting.

Preferably, described locating piece has one second resistance face, and described second socket part has one second by the face of supporting, and when locating piece is arranged at the sleeve joint hole of the first socket part, described second resistance face is resisted in described second by the face of supporting.

Preferably, described socket block has a set of access slot, and when the second socket space is packed in the first socket space, the socket column sleeve of the second socket part is connected to the cover access slot of described socket block.

Preferably, the socket part whole height of described locating piece and described second socket part is all identical with the sleeve joint hole of described first socket part, and locating piece and socket part, first body form one and trim face.

The utility model can provide the box body of several lamellar body for being assembled into different shape, makes box body can significantly reduce die sinking cost in making.

Accompanying drawing explanation

Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:

Fig. 1 is sectional perspective exploded drawings of the present utility model;

Fig. 2 is portion of the present utility model three-dimensional combination figure ();

Fig. 3 is the 3-3 cutaway view of the utility model according to Fig. 2;

Fig. 4 is sectional perspective assembly drawing (two) of the present utility model;

Fig. 5 is the 5-5 cutaway view of the utility model according to Fig. 4;

Fig. 6 is the 6-6 cutaway view of the utility model according to Fig. 4;

Fig. 7 is sectional perspective assembly drawing (three) of the present utility model;

Fig. 8 is the 8-8 cutaway view of the utility model according to Fig. 7;

Fig. 9 is the schematic perspective view of the utility model box body package assembly.

Wherein description of reference numerals is as follows:

First lamellar body 10 first socket part 11

Sleeve joint hole 110 is socketed block 111

Cover access slot 1,110 first is by supporting face 112

First socket space 113 second lamellar body 20

End face 21 second socket part 22

First resists face 220 second by supporting face 221

Socket post 222 socket part 223

Second socket space 224 locating piece 30

Second resists face 31 box body 40

Detailed description of the invention

Refer to shown in Fig. 1 ~ Fig. 9, embodiment of the present utility model is a kind of box body package assembly, forms primarily of multiple first lamellar body 10, multiple second lamellar body 20 and multiple locating piece 30:

Wherein, described first lamellar body 10 is provided with one first socket part 11 rotational symmetry angle (described rotational symmetry angle has four), described first socket part 11 has a sleeve joint hole 110 and a socket block 111 and one first is subject to support face 112, described socket block 111 has a set of access slot 1110, and socket block 111 whole height forms one first socket space 113 lower than sleeve joint hole 110;

First position, socket part 11 of relatively described first lamellar body 10 of end face 21 of described second lamellar body 20 is provided with one second socket part 22, described second socket part 22 has one first resistance face 220,1 second and is socketed post 222, socket part 223 and one second socket space 224 by supporting face 221, because described socket post 222 lower end is connected to the end face 21 of described second lamellar body 20 in a longitudinal fashion, the socket part 223 that socket post 222 upper end is connected must form the second socket space 224 with the end face 21 of the second lamellar body 20;

Described locating piece 30 is arranged in the sleeve joint hole 110 of the first socket part 11, and locating piece 30 has one second resistance face 31.

When group is established, the sleeve joint hole 110 of the first socket part 11 is inserted in (as Fig. 2 in the socket part 223 of the second socket part 22, shown in Fig. 3), the first lamellar body 10 and the second past position each other of lamellar body 20 is made to move again, when the second socket space 224 is sleeved on first socket space 113 (as shown in Fig. 4 ~ Fig. 6), first resistance face 220 can be resisted in first by supporting face 112, and second the socket post 222 of socket part 22 can be socketed on the cover access slot 1110 of socket block 111, making the second socket part 22 be limited in the first socket part 11 cannot be left, move right, now please also refer to Fig. 4, shown in Fig. 5, when the second socket space 224 is sleeved on the first socket space 113, namely sleeve joint hole 110 forms an open form and can arrange (as Fig. 7 for locating piece 30, shown in Fig. 8), described locating piece 30 is just arranged in sleeve joint hole 110, second resistance face 31 of locating piece 30 can be resisted and is subject to support face 221 in second of the second socket part 22, by locating piece 30, second of second socket part 22 socket space 224 is limited in the first socket space 113, with seasonal second socket part 22 cannot before, rear movement, because the first socket part 11 is limited in the movement that any direction cannot be done in the second socket part 22, and make multiple first lamellar body 10 to be firmly socketed multiple second lamellar body 20 and to be assembled into a box body 40 (as shown in Figure 9), and described box body 40 can receive various object, as box body 40 can be instrument cases, various workpiece can be received.

The box body package assembly of the utility model embodiment effectively can solve the problem of the die sinking high cost of known box body, because the described box body 40 of the utility model embodiment coordinates multiple locating piece 30 to utilize assembling mode to complete by multiple first lamellar body 10 and multiple second lamellar body 20, therefore box body 40 is except dressing up except different shape according to real requirement groups, and the volume size of box body 40 and form can not affect die sinking cost, because only need a kind of mould of kenel and plastic multiple first lamellar body 10 and the second lamellar body 20 when die sinking, and described first lamellar body 10 and the plastic thinner thickness of described second lamellar body 20, therefore except saving mold materials, the box body 40 simultaneously utilizing multiple first lamellar body 10 and the second lamellar body 20 can assemble various kenel is saved especially and is fallen the mould that the known box body 40 in order to produce different kenel just must offer different kenel, therefore the box body 40 of the utility model embodiment offers Method compare with known with mould, really there is better practicality and progressive.

By specific embodiment, the utility model has been described in detail above, but these are not formed restriction of the present utility model.When not departing from the utility model principle, those skilled in the art also can make many distortion and improvement, and these also should be considered as protection domain of the present utility model.

Claims

1. a box body package assembly, is characterized in that, comprising:

2. box body package assembly as claimed in claim 1, it is characterized in that: described first socket part has one first by the face of supporting, described second socket part has one first resistance face, and when the second socket space is sleeved on the first socket space, described first resistance face is resisted in described first by the face of supporting.

3. box body package assembly as claimed in claim 1, it is characterized in that: described locating piece has one second resistance face, described second socket part has one second by the face of supporting, and when locating piece is arranged at the sleeve joint hole of the first socket part, described second resistance face is resisted in described second by the face of supporting.

4. box body package assembly as claimed in claim 1, is characterized in that: described socket block has a set of access slot, and when the second socket space is packed in the first socket space, the socket column sleeve of described second socket part is connected to the cover access slot of described socket block.

5. box body package assembly as claimed in claim 1, is characterized in that: described first socket part is arranged at four rotational symmetry angles of the first lamellar body.

6. box body package assembly as claimed in claim 1, is characterized in that: the whole height of the socket part of described locating piece and described second socket part is all identical with the sleeve joint hole of described first socket part, and locating piece and socket part and first body form one and trim face.