CN2756572Y

CN2756572Y - Material holding box stacking connecting structure

Info

Publication number: CN2756572Y
Application number: CN 200420029213
Authority: CN
Inventors: 王文灿
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-06-24
Filing date: 2004-06-24
Publication date: 2006-02-08
Anticipated expiration: 2014-06-24

Abstract

The utility model provides a material holding box stacking connecting structure. Positions of material holding boxes corresponding to both sides near the lower parts are provided with a supporting element which is connected with two vertical stacking material holding boxes, and the supporting element is a supporting bar which is bended and shaped and is provided with recessed parts which are sheathed on the edges of the upper ends of the material holding boxes. The utility model has the advantages of simple structure and easy assembly and disassembly and is a structure which uses the function of traction force for connecting the upper material holding box and the lower material holding box to be supported between the upper material holding box and the lower material holding box.

Description

Storage box piles up connection structure

One, technical field

The utility model relates to the glove apparatus, relates in particular to a kind of storage box when piling up mutually, provides the storage box that piles up stability to pile up connection structure.

Two, background technology

At present, existing storage box kind is a lot, for example, some for can reduced volume so that collection and storage transportation adopt soft fabric to make rectangular box, and horizon bar on is set respectively on four limits, rectangular box upper end, relative both sides, casing lower end are provided with horizon bar respectively, four vertical edges of casing are provided with a vertical rod respectively, and between the adjacent last horizon bar end, between the adjacent following horizon bar end, and maintain suitable distance between the end of vertical rod and upper and lower horizon bar; Each vertical walls of casing is formed with and is the broken line that the diagonal angle intersects, by this structure, make the casing of soft material can utilize these vertical rods, going up that horizon bar and following horizon bar support to can be for the storage box of placing article, and after it can being reversed and be folded into flats.

Only manage aforementioned existing storage box and have folder function, but two storage boxes will be piled mutually when building, then therefore the weakness that exists based on folding structure itself and can't obtain stable stackedly has in addition improved necessity in fact.

Three, utility model content

Main purpose of the present utility model is to overcome the above-mentioned shortcoming that existing product exists, and provide a kind of storage box to pile up connection structure, it is simple in structure, assembling and dismounting are all more or less freely, be a kind of utilize tension up and down two storage boxes carry out the bonded assembly structure, to be supported between the upper and lower storage box, can effectively to overcome and pile up the shortcoming that can't when piling up, obtain good stability that this body structure of storage box exists.

The purpose of this utility model is realized by following technical scheme.

The utility model storage box piles up connection structure, it is characterized in that, the relative both sides of storage box are provided with a supporting member near the position of below, and this supporting member connects two vertical stacking storage boxes.

Aforesaid storage box piles up connection structure, and wherein supporting member is a strut bar, and this strut bar bending forming and have recess, recess are nested with on limit, storage box upper end.

Aforesaid storage box piles up connection structure, and wherein supporting member is the outer bending stay bearing plate of ㄣ shape, this stay bearing plate upper fixed the storage box two sides near below the position, and utilize the upper end limit of the horizontal surface contact of its below at another storage box.

Aforesaid storage box piles up connection structure, and wherein supporting member is the interior bending stay bearing plate of ㄣ shape, this stay bearing plate upper fixed the storage box two sides near below the position, and utilize the upper end limit of the horizontal surface contact of its below at another storage box.

Aforesaid storage box piles up connection structure, and wherein supporting member is a H shape supporting member, and the groove that these H shape two ends form is nested with combination for the limit, upper end and the limit, lower end of two storage boxes.

Aforesaid storage box piles up connection structure, and wherein supporting member is a S shape supporting member, and the upper end of this S shape supporting member is fixed on the lateral wall of storage box, and the concave-arc part contact that the lower end forms is on the limit, upper end of another storage box.

Aforesaid storage box piles up connection structure, and wherein supporting member is a S shape supporting member, and these S shape supporting member two ends form concave-arc part, to be nested with limit, upper end and the limit, lower end at two storage boxes respectively.

The utility model storage box piles up connection structure, also can adopt between several storage boxes of vertical arrangement to connect by flexible lamellar body, and this flexible lamellar body utilizes button to be fixed on the storage box, or flexible lamellar body utilizes sticking belt to be fixed on the storage box.

The beneficial effect that the utility model storage box piles up connection structure is: be the supporting member of the multiple shape intermediate connector when piling up as two storage boxes with brake forming, this supporting member can be fixed on the storage box, or merely be placed between the limit, upper end and limit, lower end of two storage boxes, storage box can be stablized pile up.For example, this supporting member can be the ㄣ font, H shape, S shape of crooked strut bar, the ㄣ font of outer bending, interior bending etc., all can play the good supporting interconnect function.

Four, description of drawings

Fig. 1 is provided with the embodiment schematic perspective view of strut bar for the down either side of the utility model storage box.

Fig. 2 is the mutual stacked state scheme drawings of several storage boxes shown in Figure 1.

Fig. 3 is provided with outer bending stay bearing plate embodiment schematic perspective view for the utility model storage box down either side.

Fig. 4 is the mutual stacked state scheme drawings of several storage boxes shown in Figure 3.

Fig. 5 is interior bending stay bearing plate embodiment schematic perspective view for the utility model storage box down either side is provided with.

Fig. 6 is the mutual stacked state scheme drawings of several storage boxes shown in Figure 5.

The H shape support element structure scheme drawing that Fig. 7 provides for the utility model.

Fig. 8 is located at embodiment scheme drawing between two storage boxes for the utility model with H shape supporting member.

The S shape support element structure scheme drawing that Fig. 9 provides for the utility model.

Figure 10 is located at embodiment scheme drawing between two storage boxes for the utility model with S shape supporting member.

The S shape supporting member that Figure 11 provides for the utility model is inverted the back view.

Figure 12 is that the inverted S shape of the utility model supporting member is located at the embodiment scheme drawing between two storage boxes.

Flexible lamellar body is connected the embodiment scheme drawing of supply hanging between two storage boxes to Figure 13 for the utility model utilizes.

The structural representation that Figure 14 can fold for the utility model storage box.

Number in the figure explanation: bending stay bearing plate, 5H shape supporting member, 51 grooves, 6S shape supporting member, 61 concave-arc parts, 7 flexible lamellar bodies, 71 buttons in 1 storage box, 11 broken lines, 2 strut bars, the 3 outer bending stay bearing plates, 4.

Five, the specific embodiment

Fig. 1 is first kind of embodiment of the present utility model, be the relative both sides of storage box 1 near below the position one strut bar 2 is set, this strut bar 2 is suitable shape with material (for example iron wire) bending forming of rigidity preferably, and make its part be sewn the sidewall that is fixed on storage box 1, and another part exposes outside the storage box, when making two storage boxes 1 take the vertical stacking mode, can utilize strut bar 2 to support to pull below the limit, upper end (as shown in Figure 2) of storage box.

Again as shown in Figure 3, second kind of embodiment of the present utility model, be to fix several sections made from rigid material respectively to be the outer bending stay bearing plate 3 of ㄣ font by perpendicular linking to each other anyhow in regular turn in the relative both sides of storage box 1, upper fixed that should outer bending stay bearing plate 3 is the position below approaching in storage box 1 two sides, when piling up, the horizontal surface contact that utilizes its below obtains firm connection (as shown in Figure 4) on the limit, upper end of another storage box.

Consult shown in Figure 5, the third embodiment of the present utility model, it is the distortion of outer bending stay bearing plate 3 shown in Figure 3, with bending stay bearing plate 4 in forming, it also is the interior bending stay bearing plate 4 of ㄣ font by perpendicular linking to each other anyhow in regular turn with the section that rigid material is made, should in bending stay bearing plate 4 upper fixed storage box 1 two sides near below the position, when piling up, the horizontal surface contact that utilizes its below obtains firm connection (as shown in Figure 6) on the limit, upper end of another storage box.

Consult shown in Figure 7, the 4th kind of embodiment of the present utility model, the H shape supporting member 5 that it provides section to be the H shape, the two ends of this H shape supporting member 5 are provided with groove 51; When the limit, upper end of two storage boxes 1 and limit, lower end to fashionable, can utilize the two ends of this H shape supporting member 5 to be linked in the limit, upper end and the limit, lower end of two storage boxes, thereby obtain stable stacked state (as shown in Figure 8).

Consult shown in Figure 8, the 5th kind of embodiment of the present utility model, it provides the S shape supporting member 6 of S-shaped section shape, the two ends of this S shape supporting member 6 are provided with concave-arc part 61; It can be fixed on an end position of storage box 1 lateral surface near the lower end, when two storage boxes 1 pile up in vertical direction, can utilize the concave-arc part 61 of S shape supporting member 6 lower ends to be linked in the limit, upper end of the storage box of below, thus can be stable pile up (as shown in figure 10).

Described S shape supporting member 6 also can be squeezed the back and use, and as shown in figure 11, when adopting inversion state, the concave-arc part 61 at these S shape supporting member 6 two ends can be inserted in the limit, upper end and the limit, lower end of two storage boxes simultaneously, obtains the better support effect that gets.

In addition, another embodiment of the present utility model is the mode that adopt to hang and reach and firmly pile up effect (as shown in figure 13), for example, between two storage boxes 1 of vertical arrangement, connect with several flexible lamellar bodies 7, its connection mode can be to utilize button that flexible lamellar body 7 is fastened with storage box, also can thread gluing sheet (not shown) all be set in the outside of flexible lamellar body 7 and storage box, by the thread gluing sheet flexible lamellar body 7 is connected storage box 1, thereby further utilize the weight of storage box itself and spur flexible lamellar body 7, the storage box of top then can be tied up and establish rope, for the usefulness of hanging.

Described each storage box 1, the utility model is designed to folding with it, sees also shown in Figure 14ly, and its two lateral walls at storage box is provided with broken line 11, the user can be folded into the flats that does not take up space with storage box 1 along this broken line, to realize having more the function of practicality.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.

Claims

1, a kind of storage box piles up connection structure, it is characterized in that, the relative both sides of storage box are provided with a supporting member near the position of below, and this supporting member connects two vertical stacking storage boxes.

2, storage box according to claim 1 piles up connection structure, it is characterized in that, described supporting member is a strut bar, and this strut bar bending forming and have recess, recess are nested with on limit, storage box upper end.

3, storage box according to claim 1 piles up connection structure, it is characterized in that, described supporting member is that section is the outer bending stay bearing plate of ㄣ font by perpendicular linking to each other anyhow in regular turn, this stay bearing plate upper fixed the storage box two sides near below the position, and utilize the upper end limit of the horizontal surface contact of its below at another storage box.

4, storage box according to claim 1 piles up connection structure, it is characterized in that, described supporting member is that section is the interior bending stay bearing plate of ㄣ font by perpendicular linking to each other anyhow in regular turn, this stay bearing plate upper fixed the storage box two sides near below the position, and utilize the upper end limit of the horizontal surface contact of its below at another storage box.

5, storage box according to claim 1 piles up connection structure, it is characterized in that, described supporting member is a H shape supporting member, and the groove that these H shape two ends form is nested with combination for the limit, upper end and the limit, lower end of two storage boxes.

6, storage box according to claim 1 piles up connection structure, it is characterized in that, described supporting member is a S shape supporting member, and the upper end of this S shape supporting member is fixed on the lateral wall of storage box, and the concave-arc part contact that the lower end forms is on the limit, upper end of another storage box.

7, storage box according to claim 1 piles up connection structure, it is characterized in that, described supporting member is a S shape supporting member, and these S shape supporting member two ends form concave-arc part, to be nested with limit, upper end and the limit, lower end at two storage boxes respectively.