CN209915444U

CN209915444U - Modular laminate

Info

Publication number: CN209915444U
Application number: CN201920456236.4U
Authority: CN
Inventors: 钟丽芳
Original assignee: Jiangxi Tian Jingjingzang Science And Technology Ltd
Current assignee: Jiangxi Tian Jingjingzang Science And Technology Ltd
Priority date: 2019-04-06
Filing date: 2019-04-06
Publication date: 2020-01-10
Anticipated expiration: 2029-04-06

Abstract

The utility model discloses a modular plywood. The utility model discloses a lock joint device for the building, including the deck plate body, the deck plate body includes a plurality of module boards, and is a plurality of module boards passes through corresponding lock joint device interconnect, the lock joint device including set up respectively in the relative both sides of module board, the unsmooth device of the crowded formula of self-adaptation that corresponds in opposite directions each other, set up in the unsmooth device of the crowded formula of self-adaptation of module board one side includes upwards or decurrent lock joint convex body to and set up in the inboard lock joint recess of this lock joint convex body, the unsmooth device of the crowded formula of self-adaptation of module board opposite side includes corresponding decurrent or ascending lock joint convex body to and set up in the inboard corresponding lock joint. The modular laminate has simple and reasonable structure, high strength, random arrangement in the depth direction and convenient assembly.

Description

Modular laminate

Technical Field

The utility model relates to a storage device. And more particularly to a modular deck for a storage unit.

Background

The laminate of the existing storage device comprising bone ash, Buddha statue seat and the like is a necessary component. The laminate of the existing storage device, no matter a double-layer structure or a single-layer structure, needs to use a thicker plate to meet the strength requirement, especially, on the other hand, the length and the width are fixed, once the storage device is manufactured, the width and the depth of a storage bin formed by the laminate are fixed, and when the depth of the storage bin is required to be changed, the laminate needs to be manufactured additionally. So that the manufacturing process, cost, etc. are increased.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the not enough of above-mentioned prior art existence, provide a modular plywood. The modular laminate has simple and reasonable structure, high strength, random arrangement in the depth direction and convenient assembly.

The technical scheme of the utility model including the layer plate body, the layer plate body includes a plurality of module boards, and is a plurality of the module board passes through corresponding lock joint device interconnect, the lock joint device including set up respectively in the relative both sides of module board, the mutual unsmooth device of the crowded tight formula of self-adaptation that corresponds in opposite directions, set up in the unsmooth device of the crowded tight formula of self-adaptation of module board one side includes upwards or decurrent lock joint convex body to and set up in the inboard lock joint recess of this lock joint convex body, the unsmooth device of the crowded tight formula of self-adaptation of module board opposite side includes corresponding decurrent or ascending lock joint convex body to and set up in the inboard corresponding lock joint recess of this lock joint convex body.

The utility model discloses assemble with modular structure and constitute, can assemble into required strorage device's the storage chamber degree of depth through the module board concatenation, save and simplified the preparation technology, simplified strorage device's whole preparation equipment technology. The standardized and large-scale assembly production of the storage device can be realized, and the production cost is greatly reduced.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present invention; fig. 2 is a schematic structural diagram of an embodiment of the module board of the present invention; fig. 3 is a schematic structural diagram of another embodiment of the module board of the utility model.

Detailed Description

In order to further understand the technical solution of the present invention, the following embodiments are further illustrated with reference to the accompanying drawings. As shown in fig. 1 to 3, the modular laminate 1 of the present embodiment includes a plurality of modular plates assembled by a self-adaptive compact-type embossing device, and the modular plates having the same width (dimension in the front-back direction) or different widths can be used to form a laminate body (modular laminate) having a width in the front-back direction as required to manufacture storage shelves of storage bins with different depths.

In this example, the plurality of modular panels includes a single modular panel 1a and a multi-functional modular panel 1b located on the doorway side of the storage compartment.

The upper and lower plate wall surfaces of the single module plate and the multifunctional module plate close to the rear side are respectively provided with an upward and downward rear fastening convex body (namely, a fastening convex edge) 3 and a rear fastening groove 2, the rear fastening convex edge forms a corresponding side wall of the rear fastening groove, the upper and lower plate wall surfaces of the single module plate and the multifunctional module plate close to the front side are respectively provided with a downward and upward front fastening convex body (namely, a fastening convex edge) 5 and a front fastening groove 4, and the front fastening convex edge forms a corresponding side wall of the front fastening groove.

The height of the upper and lower buckling convex edges at the rear sides of the single module board and the multifunctional module board is smaller than the thickness of the top wall of a front buckling groove of the upper and lower board surfaces of the module board, so that the upper and lower wall surfaces of the module boards which are connected with each other are flush. The front or rear outer side wall of each module plate is provided with a slightly arched or curved surface 15. The self-adaptive extrusion buckling and fixing device can form self-adaptive extrusion buckling and fixing of all module plates, and makes combination and splicing more stable.

When the module plates are combined and spliced, the adjacent module plates are respectively connected with the corresponding fastening grooves in a self-fastening type fastening manner in a mutual inserting connection mode through the lower fastening convex edge and the upper fastening convex edge of the self-adaptive squeezing type concave-convex device on the front side and the rear side of the adjacent module plates. The front side buckling groove of the foremost module plate and the outer side wall surface of the rear side buckling convex edge of the last module plate respectively form the front side wall surface and the rear side wall surface of the modular laminate.

Each module plate is made of hollow aluminum alloy or plastic plate section. The module board can be provided with different widths, and both ends of the module board are respectively provided with a forming open hole 6 with a notch on one side. The modular laminate can be fixedly connected to the side plates through the forming open holes from the outer sides of the corresponding side plates by screws. The open holes of the modular laminated plate can adapt to screw connections of different sizes to a certain extent, so that the modular laminated plate has stronger adaptability and practicability.

The decorative panel can be connected to the modular laminate through a connecting device which is arranged on the inner side wall surface of the decorative panel and corresponds to the adaptive squeezing type concave-convex device on any side of the corresponding module plate. The front side of the modular laminate is provided with a decorative panel 14 which can be snap-connected to the modular laminate by two L-shaped projections 12 arranged on the inner side walls thereof and facing away from each other, and by the front snap-in recesses and snap-in flanges of the respective module panels. The free end of the L-shaped convex body is arranged in an arc shape, and the decorative panel can be disassembled and assembled from the module type laminate through the arc free ends of the two L-shaped convex bodies. The lower wall surface of the module plate at the front side of the profiling module type laminate can be provided with an auxiliary connecting device, the auxiliary connecting device is composed of a necking groove 13, and an upper door mask or a door curtain of the storage bin can be conveniently installed through the auxiliary connecting device.

An auxiliary storage part 10 is arranged on the upper plate surface of the module plate on the front side of the profiling block type laminate. The auxiliary storage part is formed by a groove on the upper wall surface of the back side of the multifunctional module board. In this embodiment, the upper and lower walls of the multi-function module board are recessed simultaneously to form upper and lower grooves. The material consumption can be correspondingly reduced, and the weight of the module plate is reduced. The cover plate 7 of the auxiliary storage part is connected with each other through an inner groove on the rear side wall of the auxiliary storage part (groove) and a convex edge on the corresponding side of the cover plate, and an arc-shaped concave part 8 on the front side wall of the auxiliary storage part and an arc-shaped convex part 9 on the corresponding side of the cover plate. The opening of the cover plate can be initiated by a relatively wide gap 11 provided between the front side wall of the auxiliary storage part and the cover plate.

In embodiment 2 of the present modular laminate, which is composed of a plurality of single modular plates which are joined to each other, the modular plates themselves are not divided into front and rear parts, and either side of the modular laminate composed of the joined modular plates can be used as the front side. The modular laminate may be provided without a trim panel. The rest of the structure and the corresponding connection mode of this example can be similar to the above-mentioned embodiment.

Claims

1. The utility model provides a modular plywood, includes the deck plate body, characterized by the deck plate body includes a plurality of module boards, and is a plurality of module board is through corresponding fastening device interconnect, fastening device including set up respectively in the relative both sides of module board, the mutual crowded tight unsmooth device of self-adaptation that corresponds in opposite directions, set up in the unsmooth device of the crowded tight formula of self-adaptation of module board one side is including upwards or decurrent lock joint convex body to and set up in the inboard lock joint recess of this lock joint convex body, the unsmooth device of the crowded tight formula of self-adaptation of module board opposite side is including corresponding decurrent or ascending lock joint convex body to and set up in the inboard corresponding lock joint recess of this lock joint convex body.