CN201403831Y

CN201403831Y - Composite structure of laminated plate of storage rack/cabinet

Info

Publication number: CN201403831Y
Application number: CN2009201199888U
Authority: CN
Inventors: 朱建华
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-05-15
Filing date: 2009-05-15
Publication date: 2010-02-17
Anticipated expiration: 2019-05-15

Abstract

The utility model relates to a composite structure of a laminated plate of a storage rack/cabinet, which comprises a support main plate and is characterized in that a camphorwood plate is arranged onthe support main plate. Compared with the prior art, the composite structure has the following advantages: firstly, camphorwood can prevent insects and regulate humidity, release water and increase the humidity under a too dry environment and play the role of absorbing moisture in excessively moist space; secondly, the camphorwood plate is combined with the laminated plate of a steel structure andcan avoid the defects caused by complete use of the camphorwood, such as deformation, poor bearing, high cost and the like, so that the combined use of the camphorwood and the laminated plate of thesteel structure can reduce the cost and improve the bearing force.

Description

The laminate composite structure of storage shelf/cabinet

Technical field

The utility model relates to the laminate composite structure of a kind of storage shelf or storage cabinet.

Background technology

In the daily life, storage cabinet commonly used or storage shelf are used for holding article, common storage cabinet/frame all have between the upper and lower every veneer structure, these laminates both can be used for placing article, play simultaneously the effect of support cabinet/support body again, therefore, the design of veneer structure is played crucial effect to the overall performance of storage cabinet/frame.

The laminate of existing storage cabinet/frame generally adopts homogenous material manufacturings such as all steel material or full cassia lignea, but poor, the price height of laminate easy deformation, bearing capacity that adopts cassia lignea to make, and the laminate that adopts steel plate to make, then can't have the advantage that cassia lignea can be regulated humidity, be unfavorable for of the collection of this class of calligraphy and painting to the higher article of humidity requirement, therefore, also need existing veneer structure is improved, make veneer structure can either satisfy the needs of collection calligraphy and painting, can satisfy high bearing capacity and requirement cheaply again.

The utility model content

Technical problem to be solved in the utility model is to provide a kind of humidity of can either regulating, the laminate composite structure of the storage cabinet/frame that can improve bearing capacity again, reduces cost at above-mentioned prior art present situation.

The utility model solves the problems of the technologies described above the technical scheme that is adopted: the laminate composite structure of this storage shelf/cabinet, include the support mainboard, and it is characterized in that: be placed with cassia lignea on the described support mainboard.

In order further to reinforce laminate, improve the weight capacity of laminate, each bending and forming of edge of described support mainboard relative both sides along its length has a cross section to be the kink of U type, the inner side edge of this U type kink is lower than outer side edges, and, the both sides of described support mainboard also are respectively arranged with a reinforcement, the main body of each reinforcement is horizontal U type, and two sides of the main body of each reinforcement bend inwards respectively again and form two flange of establishing relatively, form a groove between described two flange, described support mainboard inserts in this groove and described kink is contained in the corresponding reinforcement, and the flange inwall that is positioned at described support mainboard below and the kink inner side edge of described support mainboard are pasted mutually, the flange edge that is positioned at described support mainboard top then offsets with the main panel of described support mainboard and forms a rib that is higher than described main panel plane, described cassia lignea is placed on the support mainboard between each reinforcement, and the surface of this cassia lignea and described reinforcement is mutually concordant.After reinforcement is set up in support mainboard both sides, under the prerequisite of equal load-bearing, can save the material that supports mainboard, finally save social resources, reduce cost of manufacture, and make product have more the market competitiveness; And the part that reinforcement exceeds the main panel surface of supporting mainboard can prevent that as rib the article that are placed on the laminate from dropping.

In order to prevent to support the mainboard distortion, improve the structural rigidity that supports mainboard, the bottom of described support mainboard also is fixed with reinforcement.

Compared with prior art, advantage of the present utility model is: at first, camphorwood can insect protected, regulate humidity, under too dry environment, can discharge moisture content, increases humidity, and in too moist space, has the function of moisture absorption again; Secondly, cassia lignea is in conjunction with the laminate of steel construction, defectives such as distortion, the load-bearing that can avoid all using camphorwood to cause is poor, cost height, and therefore, being used in combination of camphorwood and steel construction laminate can reduce cost, and improves bearing capacity.

Description of drawings

Fig. 1 is the laminate mounting structure schematic diagram of the utility model embodiment;

Fig. 2 is a laminate three-dimensional exploded view of the present utility model;

Fig. 3 is laminate perspective view of the present utility model (the local amplification);

Fig. 4 is a laminate cutaway view of the present utility model.

The specific embodiment

Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.

As Fig. 1～shown in Figure 4, be embodiment of the present utility model, this laminate 5 is installed on the framework 6 of storage shelf or storage cabinet, referring to Fig. 1, can be used for putting as article such as books, calligraphy and painting and historical relics, laminate 5 includes and supports mainboard 1, reinforcement 2 and cassia lignea 3, referring to Fig. 1, Fig. 2;

Wherein, each bending and forming of edge that supports mainboard 1 relative both sides along its length has a cross section to be the kink of U type, the inner side edge 11 of U type kink is lower than outer side edges 12, and, the both sides of supporting mainboard 1 also are respectively arranged with reinforcement 2, the main body of each reinforcement 2 is horizontal U type, and two sides of the main body of each reinforcement 2 bend inwards respectively again and form two flange of establishing relatively 22, form a groove 21 between two flange, support mainboard 1 to insert in this groove 21 and kink is contained in the corresponding reinforcement 2, being positioned at the flange inwall that supports mainboard 1 below pastes mutually with the kink inner side edge that supports mainboard 1, being positioned at the flange edge that supports mainboard 1 top then offsets with the main panel that supports mainboard 1 and forms a rib 23 that is higher than the main panel plane, be placed with on the support mainboard 1 between each reinforcement 2 and the mutually concordant cassia lignea 3 in reinforcement 2 surfaces, the bottom of supporting mainboard 1 vertically also is fixed with the reinforcement 4 of closed-in construction, referring to Fig. 3, Fig. 4.

Claims

1, a kind of laminate composite structure of storage shelf/cabinet includes the support mainboard, it is characterized in that: be placed with cassia lignea on the described support mainboard.

2, the laminate composite structure of storage shelf/cabinet according to claim 1, it is characterized in that: each bending and forming of edge of described support mainboard relative both sides along its length has a cross section to be the kink of U type, the inner side edge of this U type kink is lower than outer side edges, and, the both sides of described support mainboard also are respectively arranged with a reinforcement, the main body of this reinforcement is horizontal U type, and two sides of the main body of each reinforcement bend inwards respectively again and form two flange of establishing relatively, form a groove between described two flange, described support mainboard inserts in this groove and described kink is contained in the corresponding reinforcement, and the flange inwall that is positioned at described support mainboard below is pasted mutually with the corresponding inner side edge of the kink of described support mainboard, the flange edge that is positioned at described support mainboard top then offsets with the main panel of described support mainboard and forms a rib that is higher than described main panel plane, described cassia lignea is placed on the support mainboard between each reinforcement, and the surface of this cassia lignea and described reinforcement is mutually concordant.

3, the laminate composite structure of storage shelf/cabinet according to claim 1 and 2 is characterized in that: the bottom of described support mainboard vertically also is fixed with reinforcement.