CN2332951Y

CN2332951Y - Whole panel box structure

Info

Publication number: CN2332951Y
Application number: CN 98211244
Authority: CN
Inventors: 庄迪君
Original assignee: AOWEIR ELECTRICAL Co Ltd SHENZHEN CITY
Current assignee: AOWEIR ELECTRICAL Co Ltd SHENZHEN CITY
Priority date: 1998-01-20
Filing date: 1998-01-20
Publication date: 1999-08-11
Anticipated expiration: 2008-01-20

Abstract

The utility model discloses a whole panel box structure, composed of edging section material, an internal and an external lining boards, foaming material, heat preserving rubber, etc. The utility model is characterized in that the edging section material and the internal and the external lining boards tightly connect the foaming material and the section material together by foaming at site to form a panel, and panels are tightly connected together by internal pull riveting nuts and bolts to form a box. The foaming material is arranged between the external and the internal lining boards and is molded into a panel. The utility model has the advantages of quantity of parts and fastening members reduction, simple processing, easy assembly, etc.

Description

The full panel body structure

The utility model has related to a kind of full panel body structure, is specially adapted to the full panel body structure of double-walled wind cabinets such as assembled air-conditioner case, air processor.

The double-walled wind cabinet body structure of prior art mainly is made up of column, three corner connectors, support, double-walled insulation panel and securing member etc.Body structure is one of key technology of wind cabinet, and in the processing of whole wind cabinet, panel, column, support etc. all need multiple working procedures such as the shearing, punching, bending of panel beating, requirement on machining accuracy height; Other three corner connectors are made by die casting, and each casing needs eight three corner connectors, required die sinking and cost of use height; Add the upper pillar stand interior lining panel and need weld and paste suitable insulation material, panel needs fill insulant material and ectonexine riveted joint, column, three corner connectors and insulation panel, support and corresponding fasteners need be installed during assembling be connected, the time of assembling is long, and is many when taking a lot of work.

The purpose of full panel body structure of the present utility model provides a kind of column and three corner connectors of need not, and reduces amount of parts and securing member quantity, makes processing simpler, assembles body structure more easily.

The purpose of this utility model realizes by following scheme: the utility model is made of fringing section bar, inside and outside liner plate, expanded material, insulation rubber etc., it is characterized in that having on the fringing section bar one to make insulation rubber be held in dovetail groove on the section bar, to avoid and come off, simultaneously when panel forms casing, play a part heat insulation and sealing, an insulation PE material is arranged between interior lining panel and section bar, avoid cold bridge to produce.Expanded material places moulding between fringing section bar and the interior lining panel, thereby forms panel, forms casing by various panel direct splicing.Such body structure need not column and three corner connectors, in addition because parts are few, simple and convenient assembly, be particularly suitable for shutting in engineered or building structure, or transportation inconvenience, or the narrow and small occasion of headspace, wind cabinet casing all can be splitted into loose mail and transport to on-the-spot assembling, installment work efficient improves greatly.

Advantages such as the utility model compared with prior art has the parts of minimizing and securing member quantity, and processing is simple, and is easy to assembly.

Description of drawings of the present utility model is as follows:

Fig. 1 is overall structure figure of the present utility model.

Fig. 2 is the stereogram of fringing section bar in the utility model.

Fig. 3 is the view of fringing panel of the present utility model.

Fig. 4 is the profiles of two panels of the utility model when vertically splicing.

Profile when Fig. 5 is the splicing of two casing planes of the utility model.

Fig. 6 is the stereogram of one section of the utility model insulation elastomeric material.

Below in conjunction with accompanying drawing the utility model is described in detail: as shown in Figure 1, the utility model keeps wind cabinet life size profile, and the basic function section is constant, cancellation column and three corner connectors, change the structure of panel, adopt edge section material framework panel direct splicing to become casing.As shown in Figure 2, when foaming at the scene, expanded material and section bar closely are linked together, a dovetail groove 10 is arranged on the structure of fringing section bar, make that being incubated elastomeric material is buckled on the section bar more tightly, to avoid to come off, simultaneously when panel forms casing, play a part heat insulation and sealing, an insulation PE material is arranged between interior lining panel and section bar, avoid cold bridge to take place.As shown in Figure 3, in this part fringing panel, wherein 1 is the fringing section bar, and 2 is polyurethane foam, and 3 is outer liner plate, and 4 is interior lining panel, and 7 are insulation rubber.As shown in Figure 4, be two spliced profiles of vertical panel, wherein 1 is the fringing section bar, and 2 is polyurethane foam, and 3 is outer liner plate, and 4 is interior lining panel, and 5 is built-in staking nut, and 6 is screw, and 7 are insulation rubber, and 8 are insulation PE, and 12 is section bar aperture cap.As shown in Figure 5,, when panel need splice, between two panels, add " mouth " shape 11, guarantee the rigidity of whole box body, add simultaneously and occur slit generation cold draining and cold bridge phenomenon when a little heat insulating block 9 prevents to splice as supporting when whole box body is bigger.Fig. 6 is a section of insulation rubber, and it is buckled on the section bar tightly.The full panel body structure has kept former basic function and appearance and size, has cancelled triangle coupling and pillar construction, adopts the body structure of full panel, and casing adopts the polyurethane foam-in-place.Whole box body is simple in structure, compact, and intensity is good, significantly reduces the punching of panel beating and the stickup of bending and insulation material, and simple installation is more suitable for the on-the-spot assembling of loose mail simultaneously.

Claims

1, a kind of full panel body structure, form by fringing section bar, inside and outside liner plate, expanded material, insulation rubber etc., it is characterized in that fringing section bar (1) and outer liner plate (3) and interior lining panel (4) and panel of foam-in-place material (2) formation, between panel and the panel by built-in staking nut (5) and the fastening formation body structure of screw (6), an insulation PE material is arranged between interior lining panel (4) and section bar (1), and fringing section bar (1) has one to make insulation rubber (7) be held in dovetail groove on the section bar.

2, full panel body structure according to claim 1 is characterized in that expanded material (2) adopts polyurethane foam.

3, full panel body structure according to claim 1 is characterized in that the built-in staking nut of fringing section bar (1) (5).

4, full panel body structure according to claim 1 is characterized in that the tapping of fringing section bar at default staking nut, places the outer cap (12) of rubber or plastics.