JP3149316U - Thermal insulation panel that can fix the torso - Google Patents

Abstract

The present invention provides a heat-insulating panel for placing concrete with improved workability and improved versatility of materials used at that time. SOLUTION: The present invention has a strength that can fix nails and screws to a predetermined portion of a synthetic foam resin thermal insulation panel that is already widely used, and has a hard member similar to the panel or a tree installed in advance. Can be used as a base for the board. In addition, plywood can be pasted on necessary places. At this time, the reduction of the effective area of the room can be minimized. [Selection] Figure 1

Description

Detailed description of the invention

  The present invention is designed to improve workability and improve the versatility of materials used in concrete-based buildings when a thermal insulation material is poured into concrete and interior finishing or exterior finishing is performed on it. .

  There are various types of heat insulating panels for placing concrete, but they are basically only for heat insulation, and the subsequent workability is lacking in consideration. In general, a gypsum board direct bonding method using bonds (hereinafter referred to as GL method, etc.), or using a large space inside, a new frame structure is made with wood or a light steel frame, and boards are stretched. Had to be the groundwork for.

  In the GL method or the like, a material having poor adhesion (hereinafter referred to as a plywood or the like) cannot be applied to a plywood or a bond in which warpage occurs. Moreover, when gypsum board was constructed as usual, there was a problem that it was difficult to use thumbtacks or screws after completion.

  In addition, if a new base is made to attach plywood or the like, the effective room area becomes small, and it takes a lot of construction work.

Problems that the device tries to solve

  The material of the body edge can be easily attached without degrading the performance of the heat insulation panel as much as possible, and the body edge can be used as the base of the board, and the plywood etc. can be pasted to the necessary place without reducing the effective area of the room as much as possible. The challenge is to do so.

Means for solving the problem

  Therefore, a hard member is incorporated in a necessary part of the heat insulation panel. At this time, the contact surface of the hard portion with the concrete is roughened to improve adhesion.

Effect of device

  By doing so, it is possible to directly attach to the thermal insulation panel the wood around the trunk edge, and sticking plywood etc. to the wood using nails and screws, minimizing the reduction of the effective area of the room .

  Further, by attaching an anchor or the like to the hard member, it is possible to increase the allowable stress level for pulling out. By doing so, it becomes possible to use it outside, and it becomes possible to easily insulate the exterior of a concrete building.

  It is a necessary condition of this device to avoid the reduction of the heat insulation effect as much as possible and to reduce the room area as much as possible. Moreover, in order to overcome the problem of enabling construction with plasterboard or plywood, it is necessary to devise a device within the thickness range of the heat insulation panel. Based on that idea, it is best to integrate the hard member with the insulation panel and incorporate it as part of it.

  It is a perspective view of the present invention. Reference numeral 1 denotes a conventional heat insulation panel made of a synthetic foam resin. 1a is a hard member arranged in a part thereof. 1 and 1a are united.   This is an example in which the board was constructed after the material of the present invention was driven into a concrete wall and the side edge of the horizontal trunk was assembled. 2 is a concrete wall, and 1 is a heat insulating panel body portion of the present invention. 1 a is a hard member integrated with 1. And 3 barrel edges are fixed to 1a using 4 screws. Reference numeral 5 denotes a gypsum board or plywood or the like fixed to the body edge of 3, and is fixed using the screws 6.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Hard insulation panel main body 1a driven into concrete Hard member integrated in 1 inside 2 Concrete wall 3 Screw 5 which fixes horizontal trunk edge 43 by the wood attached to 1a 5 Gypsum board or plywood 6 Screw to fix 5

Claims (2)

  Insulation that incorporates a similar type of high-density synthetic resin or wood (hereinafter referred to as a hard member) with sufficient strength to fix wood using nails, screws, or bolts to a part of the synthetic foam resin insulation panel panel.   Insulation panel for concrete placement in which hard members that can be roughened or have anchors attached to the concrete surface are partially placed in order to increase the adhesion and pull-out strength with concrete.

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