CN201192217Y

CN201192217Y - Combination type shelf

Info

Publication number: CN201192217Y
Application number: CNU2008200939927U
Authority: CN
Inventors: 周明杰; 王娟
Original assignee: Shenzhen Oceans King Lighting Science and Technology Co Ltd
Current assignee: Oceans King Lighting Science and Technology Co Ltd
Priority date: 2008-05-14
Filing date: 2008-05-14
Publication date: 2009-02-11
Anticipated expiration: 2018-05-14

Abstract

The utility model relates to a combined type storage rack, and provides a combined type storage rack in order to solve the problems of great difficulty in production and high cost in the prior combined type storage rack which adopts the sleeve-connection structure. The combined type storage rack is composed of a plurality of placing layers which are vertically stacked; outriggers of the placing layers are made of angle iron; angle iron pieces are arranged at the lower end of the outriggers of each placing layer except the bottommost layer of the placing layers; and the angle iron pieces and the outriggers form an interlayer superposition structure and the bottom ends of the angle iron pieces extend out of the lower end surfaces of the outriggers; and the upper part of each outrigger of the placing layer is connected with the bottom end of the outrigger on the upper layer of the placing layer. The combined type storage rack has the advantages that the two edges of the angle iron pieces are adhered to the two edges of the outrigger angle iron, so as to facilitate the connection of the angle iron pieces and the outriggers; and the material of the angle iron pieces can be the same as that of the outriggers, so as to reduce the required material varieties of rack production, thereby facilitating the production and reducing the cost.

Description

Composite goods rack

Technical field

The utility model relates to a kind of shelf, more particularly, relates to a kind of composite goods rack of being made up of several layers object-putting layer stacked on top of one another.

Background technology

The composite goods rack of being made up of several layers object-putting layer stacked on top of one another is fully utilized shelf owing to can make up according to the needs of placing article, therefore is widely used.In existing composite goods rack, each object-putting layer adopts sleeve to connect, both sleeve was set, at the top of next object-putting layer, also normally the upper end of next object-putting layer supporting leg is provided with the sleeve column be inserted in the sleeve, or sleeve was changed mutually with the position of sleeve column in the lower end of a last object-putting layer supporting leg.When each object-putting layer was carried out stacked combination, object-putting layer upper bush and sleeve column plugged about laying respectively at, and form firm connected mode.In existing composite goods rack, the supporting leg of object-putting layer uses angle steel to make mostly, welding is provided with sleeve and sleeve column on angle steel, there is the big problem of difficulty of processing, in addition, sleeve and sleeve column be the different section bar with angle steel normally, and therefore making composite goods rack need prepare multiple material, thereby manufacturing is caused inconvenience, and cost increases.

The utility model content

The technical problems to be solved in the utility model is, at the existing problem that the composite goods rack manufacture difficulty is big, cost is high that adopts the sleeve syndeton, is convenient to make and the composite goods rack of low cost of manufacture and provide a kind of.

The technical scheme that its technical problem that solves the utility model adopts is: propose a kind of composite goods rack, the object-putting layer that comprises the several layers stacked on top of one another, the supporting leg of described object-putting layer is made by angle steel, the supporting leg lower end of each layer object-putting layer except that the object-putting layer of the bottom is installed with angle member, the bottom of iterative structure and angle member is stretched out supporting leg bottom end face downwards between described angle member and described leg-shaped stratification, and the bottom of the upper end of each object-putting layer supporting leg and last layer object-putting layer supporting leg joins.Adopting this kind structure, can fit with two limits of supporting leg angle steel in two limits of angle member, is convenient to being connected of angle member and supporting leg, also promptly is convenient to the processing and manufacturing of shelf.

In composite goods rack described in the utility model, on supporting leg, the connected mode that also can pass through other is fixedly connected, as adopting the fixedly connected installations of connector such as rivet, screw by welded and installed for described angle member.

In composite goods rack described in the utility model, the cross section of described angle member is identical with the cross section structure of the angle steel that constitutes supporting leg.When making shelf, can form angle member by cutting the angle steel identical, thereby reduce the kind of making the required use material of shelf, the convenient manufacturing with making angle steel that supporting leg adopts.

In composite goods rack described in the utility model, described angle member is positioned at the inboard of supporting leg.

In composite goods rack described in the utility model, described angle member is positioned at the outside of supporting leg.

Composite goods rack in the utility model is compared with existing composite goods rack, has following advantage:

1, can fit with two limits of supporting leg angle steel in two of angle member limits, is convenient to being connected of angle member and supporting leg, also promptly is convenient to the processing and manufacturing of shelf.

2, can form angle member by cutting the angle steel identical, thereby reduce the kind of making the required use material of shelf, the convenient manufacturing with making angle steel that supporting leg adopts.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples, in the accompanying drawing:

Fig. 1 is the side view of composite goods rack among the embodiment;

Fig. 2 is the structural representation of each supporting leg on the bottom object-putting layer among the embodiment;

The structural representation of object-putting layer supporting leg in another embodiment of Fig. 3.

The specific embodiment

A kind of composite goods rack, as shown in Figure 1, comprise three layers of stacked object-putting layer 10 from bottom to top, wherein go up two-layer stacking gradually on the bottom, each layer object-putting layer has four supporting legs 11, as shown in Figure 2, supporting leg 11 is to be formed by the angle steel manufacturing, the bottom that wherein is positioned at each the object-putting layer supporting leg on the bottom is welded with angle member 12, inboard and supporting leg angle steel that each angle member 12 is positioned at supporting leg form the interlayer iterative structure, supporting leg 11 bottom end faces are stretched out in the bottom of angle member 12, and the bottom of the upper end of supporting leg 11 and last layer object-putting layer supporting leg joins.

In the present embodiment, the cross section of angle member 12 is identical with the cross section structure of the angle steel that constitutes supporting leg 11, can form angle member by cutting the angle steel identical during manufacturing, thereby reduce the kind of making the required use material of shelf, the convenient manufacturing with making angle steel that supporting leg adopts.

In the present embodiment, angle member 12 belongs to section bar of the same race with supporting leg 11, and when welding, the welding of angle member and supporting leg is convenient on two limits of angle member 12 and two limits applyings of supporting leg 11 angle steel, also promptly is convenient to the processing and manufacturing of shelf.

In the present embodiment, when each object-putting layer 10 is carried out stacked assembling, the bottom face of a last object-putting layer supporting leg contacts with the top end face of the corresponding supporting leg of next object-putting layer, and the superimposed contact of medial surface at the lateral surface of angle member 12 projections of the bottom of a last object-putting layer supporting leg and the top of the corresponding supporting leg of next object-putting layer, thereby an object-putting layer firmly is connected on next object-putting layer, relative moving horizontally can take place.

In the present embodiment, angle member 12 is to adopt welding with being connected of supporting leg 11, in the specific implementation, can also adopt rivet, or adopts screw or bolt and nut to be fastenedly connected.

In addition, in the present embodiment, as shown in Figure 3, angle member 12 can also be arranged on the outside of supporting leg 11 bottoms, at this moment each object-putting layer is carried out when stacked, the bottom face of a last object-putting layer supporting leg contacts with the top end face of the corresponding supporting leg of next object-putting layer, and the superimposed contact of lateral surface on the medial surface of the angle member projection of a last object-putting layer supporting leg bottom and the top of the corresponding supporting leg of next object-putting layer, one object-putting layer firmly is connected on next object-putting layer, relative moving horizontally can take place.

Claims

1. composite goods rack, the object-putting layer that comprises the several layers stacked on top of one another, it is characterized in that: the supporting leg of described object-putting layer is made by angle steel, the lower end of the supporting leg of each the described object-putting layer except that the object-putting layer of the bottom is installed with angle member, described supporting leg bottom end face is stretched out in the bottom of iterative structure and described angle member between described angle member and described leg-shaped stratification, and the bottom of the supporting leg of the upper end of the supporting leg of each described object-putting layer and the described object-putting layer of last layer joins.

2. composite goods rack according to claim 1 is characterized in that: described angle member by welded and installed on described supporting leg.

3. composite goods rack according to claim 2 is characterized in that: the cross section of described angle member is identical with the cross section structure of the angle steel that constitutes described supporting leg.

4. according to each described composite goods rack among the claim 1-3, it is characterized in that: described angle member is positioned at the inboard of described supporting leg.

5. according to each described composite goods rack among the claim 1-3, it is characterized in that: described angle member is positioned at the outside of described supporting leg.