CN202594072U

CN202594072U - Shelf

Info

Publication number: CN202594072U
Application number: CN 201220165376
Authority: CN
Inventors: 李茂琰; 李�泳; 曾卫强; 曾祥福; 唐林中
Original assignee: Foshan Rifeng Enterprise Co Ltd
Current assignee: Foshan Rifeng Enterprise Co Ltd
Priority date: 2012-04-18
Filing date: 2012-04-18
Publication date: 2012-12-12
Anticipated expiration: 2022-04-18

Abstract

The utility model discloses a shelf. The shelf comprises a bearing frame, at least one pair of side bars and supporting beams, wherein the side bars are oppositely fixed on the sides of the bearing frame, and two ends of the supporting beams are detachably fixed with the side bars. When the shelf is idle, a plurality of shelves can be superposed, so that the storage space of the shelf is saved; and when the shelf is used for bearing goods, a plurality of shelves are stacked as building blocks, so that more goods can be stored, and transportation of the goods is facilitated. Through a plurality of clamping grooves, stability and reliability after the shelves are stacked are enhanced; and through a plurality of limiting structures, the stacking stability of the shelves can be further enhanced, the limiting structures play a role in guiding, and superposition of the shelves is facilitated.

Description

Shelf

Technical field

The utility model relates to a kind of storing equipment, refers in particular to a kind of shelf.

Background technology

The parking space that the existing shelf of depositing the long strip type article take with at full load when zero load is the same big; The similar stack manner of piling up wood is adopted in piling up of shelf; The shelf problem of collapsing can not appear in stacks as high too high and easily, and safety is not high, and the shelf floor area is big; The article storage cost is high, and carrying is inconvenient.

Summary of the invention

The purpose of the utility model provides a kind of shelf, and it can overcome the deficiency of prior art, when shelf are vacant, can save the parking space of shelf, and when the shelf loading, can be convenient to transportation.

The utility model is achieved in that

A kind of shelf, it includes: carrier, at least one offside hurdle and support beam, said offside hurdle relative fixed are in the side of said carrier, and said support beam two ends are removably fixed with said side hurdle.

When shelf are vacant, said support beam is disassembled from said side hurdle, then a plurality of said shelf are stacked the occupation of land space when the saving shelf are vacant.When said shelf loading, a plurality of said shelf are piled up and are placed as building building blocks, can deposit more goods, and be convenient to the transportation of goods.

Present embodiment preferably, the spacing on said offside hurdle can guarantee when stacking shelf greater than the width of said carrier like this, the shelf that are in the top can be high more with the shelf overlap ratio that is in the below, is convenient to stack more shelf.

Present embodiment preferably, the upper end on said offside hurdle is on the same horizontal surface, increases to stack the quantity of shelf and the steadiness that increase stacks.

Present embodiment preferably, the cross section on said offside hurdle is trapezoidal, its upper end is provided with and said support beam first draw-in groove in the same way, the width of said first draw-in groove matches with the width of said support beam, limits in the horizontal mobile of said support beam.

Present embodiment preferably, the bottom surface of said support beam is provided with vertical second draw-in groove with said support beam, the width of said second draw-in groove cooperates with the thickness on said side hurdle, limits said support beam moving in the vertical.

Present embodiment preferably vertically is provided with the 3rd draw-in groove on the said carrier, the width of said the 3rd draw-in groove cooperates with the width of said support beam.When said shelf bearing goods, a plurality of shelf are built, can save the space, through cooperating of said the 3rd draw-in groove and said support beam, make when stacking under the situation of said shelf loading, adjacent two shelf can no-float, strengthens the steadiness that stacks.

Present embodiment preferably, said the 3rd draw-in groove is a pair of skewback, and said the skewback inclined-plane is oppositely arranged.

Present embodiment preferably, said support beam is provided with limiting section, the width of said limiting section matches with the width of said carrier, the said carrier of being convenient to be in the top can fall on the said support beam that is in the below in the vertical smoothly.

Present embodiment preferably, said limiting section is a pair of skewback, said the skewback inclined-plane is oppositely arranged, and makes said limiting section not only can play spacing effect, has the effect of guiding simultaneously again concurrently.

Present embodiment preferably, said carrier be shaped as rectangle, said offside hurdle is fixed with the long limit of rectangle respectively.

The utility model shelf compared with prior art have following beneficial effect:

When said shelf were vacant, a plurality of said shelf can stack, and saved the space of shelf storage, and were convenient to the transportation of shelf; When said shelf loading, a plurality of said shelf are piled up and are placed as building building blocks, can deposit more goods, because each shelf is separate, transport when being convenient to the shelf cargo.On the other hand,, strengthen the steadiness after shelf stack through a plurality of draw-in grooves are set, reliability; Through a plurality of position limiting structures are set, not only can further strengthen the steadiness that shelf stack, simultaneously, also have the effect of guiding concurrently, be convenient to stacking of shelf.

Description of drawings

Fig. 1 is the structural representation of the utility model shelf;

Fig. 2 is the structural representation of the utility model carrier;

Fig. 3 is the enlarged drawing of K among Fig. 2;

Fig. 4 is the structural representation of the utility model support beam;

The constitution diagram that Fig. 5 stacks when being the zero load of the utility model shelf;

The constitution diagram that Fig. 6 stacks when being the loading of the utility model shelf.

The specific embodiment

Embodiment to the utility model is elaborated below in conjunction with accompanying drawing:

Extremely shown in Figure 4 like Fig. 1, the utility model shelf, it includes carrier 10, two offside hurdles 20 and two support beams 30, and said offside hurdle 20 relative fixed are in the side of said carrier 10, and said support beam 30 two ends are removably fixing with said side hurdle 20.

As shown in Figure 5, when shelf are vacant, said support beam 30 is disassembled from said side hurdle 20, then a plurality of said carrier shelf are stacked the occupation of land space when the saving shelf are vacant.As shown in Figure 6, when the shelf loading, can a plurality of said shelf be piled up as building building blocks, save parking space, be convenient to transportation.

As shown in Figure 2, said carrier 10 be shaped as rectangle, it includes two longerons 11 and two crossbeams 12.For the ease of depositing goods, the middle part of said carrier 10 also is provided with two longerons 13.In fact, the shape of said carrier 10 can be different shapes according to the different designs of depositing goods, and the purpose of this preferred embodiment is to deposit the rectangle that is shaped as of the said carrier 10 of the goods of strip shape (for example water pipe, bamboo pole, steel etc.).

The spacing B on said offside hurdle 20 is greater than the width A of said longeron 11.Can between said side hurdle 20 and said crossbeam 12, reserve a fixed gap, or between said side hurdle 20 and said crossbeam 12, fill up certain thickness sheet material.So that when the shelf zero load, can a plurality of shelf be stacked placement as folded bucket, and the shelf that are in the top can be folded with the shelf that are in the below are wrong fully, each barrier energy enough stacks more shelf.

The cross section on said offside hurdle 20 is trapezoidal, and the upper end on said offside hurdle 20 is on the same horizontal surface.The angle of the extended line of said trapezoidal two waists is big more, and said shelf are when zero load, and it is many more that mistake stacks the quantity of putting; But the loading height space can reduce; The corresponding decline of the load-carrying capacity of shelf, when actual production, the user should design the specification on said offside hurdle 20 according to the needs of self.

The upper end on said offside hurdle 20 is provided with and said support beam 30 first draw-in groove 21 in the same way; The width of said first draw-in groove 21 matches with the width of said support beam 30; The two ends of said support beam 30 be able to be stuck in said first draw-in groove 21 places; Limit said support beam 30 and move in the horizontal, avoid in the process of transportation, the phenomenon of said support beam 30 landings occurring.In this preferred embodiment; Said first draw-in groove 21 is two projections 211,212; Two projections 211, the distances between 212 are the width of said first draw-in groove 21; Promptly two projections 211, the distances between 212 cooperate with said support beam 30 width, make said support beam 30 can be stuck in two projections 211, between 212.

As shown in Figure 4, the bottom surface of said support beam 30 is provided with second draw-in groove 31 with said support beam 30, and the width of said second draw-in groove 31 cooperates with the thickness on said side hurdle 20, limits said support beam 30 moving in the vertical.The spacing that preferred said second draw-in groove 31 of present embodiment is 311,312, two baffle plates 311,312 of two baffle plates matches with the thickness on said side hurdle 20, makes the upper end on said side hurdle 20 can be stuck in said second draw-in groove 31 places.

Like this, through cooperating of said first draw-in groove 21, said second draw-in groove 31 and said support beam 30, said offside hurdle 20, the two ends of said support beam 30 can firmly be cooperated to stating side hurdle 20 with institute.

Said support beam 30 is provided with limiting section 32, and the width of said limiting section 32 matches with the width A of said carrier 20 (being said crossbeam 12).In this preferred embodiment, said limiting section 32 is a pair of skewback 321,322, said skewback 321,322 inclined-planes is oppositely arranged, and makes said limiting section 32 not only can play spacing effect, has the effect of guiding simultaneously again concurrently.When said shelf stacked, two said crossbeams 12 slided along said skewback 321,322 respectively, fell in the said space that skewback 321,322 is limited the said shelf above vertically fixedly be in.

As shown in Figure 3, vertically be provided with the 3rd draw-in groove 14 on the longeron of said carrier 10, the width of said the 3rd draw-in groove 14 cooperates with the width of said support beam 30.Said the 3rd draw-in groove 14 is a pair of skewback 141,142, and said inclined-plane to skewback 141,142 is oppositely arranged, and said spacing to skewback 141,142 matches with the width of said support beam 30, makes said support beam 30 be able to be stuck in said the 3rd draw-in groove 14 places.When said shelf bearing goods, through cooperating of said the 3rd draw-in groove 14 and said support beam 30, adjacent two shelf can no-float, strengthens the steadiness that stacks.

The specific embodiment of the utility model does not limit the protection domain of the utility model with this; Do not violate any replacement and the improvement of being done on the basis of the utility model design, all belonging to the protection domain of the utility model.

Claims

1. shelf, it is characterized in that it includes: carrier, at least one offside hurdle and support beam, said offside hurdle relative fixed are in the side of said carrier, and said support beam two ends are removably fixed with said side hurdle.

2. shelf according to claim 1 is characterized in that, the spacing on said offside hurdle is greater than the width of said carrier.

3. shelf according to claim 1 is characterized in that, the upper end on said offside hurdle is on the same horizontal surface.

4. according to each described shelf of claim 1 to 3, it is characterized in that the cross section on said offside hurdle is trapezoidal, its upper end is provided with and said support beam first draw-in groove in the same way, and the width of said first draw-in groove matches with the width of said support beam.

5. according to each described shelf of claim 1 to 3, it is characterized in that the bottom surface of said support beam is provided with second draw-in groove vertical with said support beam, the width of said second draw-in groove cooperates with the thickness on said side hurdle.

6. according to each described shelf of claim 1 to 3, it is characterized in that vertically be provided with the 3rd draw-in groove on the said carrier, the width of said the 3rd draw-in groove cooperates with the width of said support beam.

7. shelf according to claim 6 is characterized in that, said the 3rd draw-in groove is a pair of skewback, and said the skewback inclined-plane are oppositely arranged.

8. according to each described shelf of claim 1 to 3, it is characterized in that said support beam is provided with limiting section, the width of said limiting section matches with the width of said carrier.

9. shelf according to claim 8 is characterized in that, said limiting section is a pair of skewback, and said the skewback inclined-plane are oppositely arranged.

10. like each described shelf of claim 1 to 3, it is characterized in that, said carrier be shaped as rectangle, said offside hurdle is fixed with the long limit of rectangle respectively.