JPH11350643A - Masonry lock panel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a form material which contributes to the environment and energy saving problems and to prevent the cost from being raised by constituting a skeleton work with no concrete panel used for a concrete form work. SOLUTION: This masonry lock panel is constituted of lock panels 1 with fixing hooks, an external heat insulating material 2, and fixing metal plates 4 connecting and integrating the opposite lock panels 1, and an integrated substance is formed by inserting the fixing metal plates into the fixing hooks (a). The lock panels 1 are assembled by being aligned with a leveling string laid across horizontally. The external lock panel 1 is installed on adhesive mortar by adjusting the perpendicularity and the height. After the internal lock panel 1 is installed similarly, the fixing metal plates 4 are inserted therein from the top, fastened and fixed thereto by tapping lightly, adhesive is filled therein so as to prevent the fixing metal plates 4 from being loosened, and then a notched Styrofoam is inserted, stuck, and fixed thereto.

Description

Description: BACKGROUND OF THE INVENTION The present invention relates to a concrete panel with two fixed hooks, which is formed into a single form block by using a metal plate that is joined to each other at a predetermined place, and is driven into concrete. Used for protection and finishing of reinforced concrete walls. [0002] The present invention is used not only as a formwork and a finishing material for a reinforced concrete construction method, but also has a shape and a structure that can be attached as a heat insulating exterior material to buildings of other types of structures.
The present invention relates to a seed form block and a concrete exterior wall material. 2. Description of the Related Art Conventional concrete form materials generally use low-cost control panels. However, punch-out form materials that do not use control panels, which are disposable and incinerated eventually and waste forest resources, have been sold. I came here, but I can not find anything that can be fully understood because of the necessity of a crane, extra heat insulation method and extra cost for finishing. Despite the recognition of the need for forest protection, control panels are still being used because many reinforced concrete formwork is cheap. [0004] In order to make up for the above-mentioned problems of the concrete form material, it has been difficult to develop a form material which does not use a control panel, contributes to environmental and energy saving problems, and does not increase the cost. Met. [0005] A low-cost panel has been developed by eliminating the need for a supporting wall to be taken out. The production of lock panels is not limited to one type and one type, but by making various types of products using a combination type, it is possible to reduce equipment costs and to manufacture in a small factory with a small number of people. Established as a local industry, and transport costs can be reduced if transport is carried out by installers. The work can be done after the wall arrangement by integrating the outer and inner lock panels that will become the concrete formwork after installation. (Fig. 6) At the same time as the concrete block, the construction area can be obtained. Insulation could easily be installed inside the outer lock panel, which resulted in low cost. (FIG. 7) [Embodiment of the invention] At the time of construction, the installation of the first stage lock panel is horizontal,
If you pay attention to vertical and root fixing, assembling and fixing from the second stage will be integrated by joint bonding, so that the horizontal and vertical accuracy of the wall will be as stable as the formwork block, All are manufactured and shipped at the factory, there is no on-site cutting process, and assembling is performed with joints fixed and fixed metal plates inserted, so sound-saving work can be performed. [0007] When constructing a wall reinforcement before assembling the lock panel, it is necessary to arrange the reinforcement so as not to hinder the insertion. When the reinforcement is arranged while assembling the lock panel, it is not necessary. DESCRIPTION OF THE PREFERRED EMBODIMENTS The lock panel is assembled according to a horizontally stretched water thread. Place the outer lock panel vertically and vertically above the adhesive mortar. After installing the inner lock panel in the same manner, (FIG. 6) After inserting the fixed metal plate 4 from above, tapping lightly to fix it, and then filling the point C with an adhesive so that the fixed metal plate does not loosen. Then, a styrofoam cut as shown in 3 of FIG. 3 is inserted and adhesively fixed. Thereafter, assembly is performed by the same means to construct the wall. As shown in FIG. 9, the ceiling slab is constructed by assembling a support, removing the steady rest 8, arranging the joints 7 while adhering the joints 7, and after the slab arrangement is completed, the hanging bars 9 are used to perform a fall prevention process. With such a formwork and construction method, an ideal concrete building can be provided. According to the present invention, the reinforced concrete external heat insulation method is significantly reduced in cost, and if the indoor side wall is used as a heat storage unit, the cost of cooling and heating can be reduced, the waste of forest resources can be reduced, and the building structure is protected. The service life of the building is extended, and significant contribution to resource and environmental protection can be expected.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a metal part used for a lock panel. FIG. 2 is a cross-sectional view of the installation position of the part of FIG. 1 FIG. Lock panel assembly plan view [Fig. 5] Perspective view (a) Lock panel is installed,
(B) Assembling and fixing [Fig. 6] Side view of rebar and assembly fixing [Fig. 7] Side view of assembled condition [Fig. 8] Lock panel layout plan view [Fig. 9] Finished cross-sectional view (rearrangement diagram omitted) Description: 1 ... lock panel 2 ... heat insulating material 3 ... cutout of heat insulating material 4 ... fixed metal plate 5. . . Reinforcing bar 6 ... joint mortar 7 ... joint bonding part 8 ... support steady rest 9 ... ceiling lock panel hanging bar a ... fixed hook b ... lock panel reinforcement welded wire mesh c. . . Fixed metal plate loosening adhesive

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁶ Identification code FI E04B 2/86 611J 611M

Claims (1)

[Claims 1] Insert a metal plate 4 into a hook a attached to a proper position and a proper position on a back surface of a concrete plate, and put a heat insulating material 2 inside a lock panel on a side in contact with outside air. attachment,
Two opposing lock panels are made into one seed form block. (FIG. 4)