JPS6059256A - Reinforced panel for building - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to improvements in single-reinforcement panels for construction.

Conventionally, this single reinforcement panel is processed with reinforcing bars based on the role of each site construction work, and the processed reinforcing bars are assembled.
In the case of the production of standard and standardized Pregeast concrete, the process was almost the same as the above-mentioned process in the factory melting process. Furthermore, in reinforcing steel work, mainly skilled workers (reinforcing steel domatake; 1
Although efforts have been made to specialize and rationalize the work, the current situation is that there is little progress in generalization.

An object of the present invention is to provide a construction reinforcing bar/panel that can be assembled simply and efficiently by skilled workers without any 1.IJ.

Hereinafter, the present invention will be explained in detail based on illustrated embodiments.

Referring to FIG.
This panel shows a plurality of vertical bars connected to the foil body 10 and the transverse bar body, arranged at intervals in the downward direction. It consists of 11 parts.The transverse muscles are spaced apart and extend 9JI to the water height.
A connecting terminal portion 16 is formed at both Vhm1 of these horizontal portions 7B, 1; These connections 1 and 1 have a series of 14 connections that connect both ends of the horizontal) 65 minutes. At the corner piece 1-1-of this joint end 1-1, if'f'il'1ll
(Please listen.

1 (i (help 1 'l ld, horizontal component 12 of structure jvj
In Figure 141, this pullout, shown in Figure 141, is shown in Figure 141.
It is possible to climb up to 1'1 bundle 5 and make bamboo.

Referring to FIG. 6, both sides 111. of A'i21 rib 10.
li K peep da 6 song assembly 20 arranged? ' It shows whether it is + or not.

For these walls\7', <AI or 6;1 in the illustrated embodiment
Figures 4 and 5 are on both sides of the Kichichi 1 Jli/V1 assembly panel.
As shown in the figure, it consists of a port 1-21 and armor, a net 22, etc. arranged on the outer surface of the port 1-21. These wall eyebrows XX7()l are the algebraic no 3′-sir 2 roiroi-,
The presser reinforcing bars 26 are designed to ensure that only one of the 11 reinforcing bars remains in place (45:≧).

These subates-t', Jl'tj muscle rest 1 of the steel frame
[''Longitudinal muscular body 'I'1I7) Example continuation! It may be directly connected to "rl" (Fig. 8), and the individual scrapers may be tied together by the guide l' wire 27 as shown in the example of 4←IJ~71-1. The items are placed in the 1iit rebar saving assembly (4th
See figure W5! ! (t), both ends of the detail sn-two; only 1 passes through the wall assembly 1'1.

In one embodiment, these scrubbers are provided with hooks 24 at each end, as shown in FIGS. 5 and 6.

Attach this hook part to the sock 24 or I presser reinforcing bar 26 or the wall (
()(The outer surface of the silk body is cut down.

In addition, the example of the shape of the suberly and the 17'i 6th example in 17
As shown in the figure, hooks 24 are provided by bending 1η1Δ at both ends of the spacer (see 1 in Figure 6, A-'), or screws are inserted into both VJLF1 ends of the spacer. Place a washer, etc. on this screw, and then
It is also possible to replace the hook 24 by using a hook 24 (see 2 in FIG. 6).

Furthermore, as an example of the application of spacers, it is a difficult task to attach individual spacers to a reinforcing frame one by one. 71st
Depending on the number of workpieces, the individual scanners are separated so that they are spaced apart and the direction of the hook part is varied. -lr in advance for the second line
', 'When 1 is constant, the following is: Iθ (muscle/circular body)
It is 1/11 times simpler than several injuries (see Figures 4 and 5).

” - By the sutaku-za as written, υ1 yen, and ail 1
Several solid bodies can be placed on both sides of the reinforced steel frame (・l
(see Figure 6, Figure 4, Figure 5).

In addition, using a hook-filled szuzer 1-. /j time wall 1f
Figure 6 shows the hook protruding from the outer surface of the solid body.
As shown, the presser reinforcing bar 26 and the like can be engaged.

In this way, several lunar 1f surface assemblies can be assembled more reliably.

Referring to FIG. 2, a method for interconnecting a plurality of double-shaped rebar panels is illustrated. 1 Adjacent reinforcing panel connects terminal j'ils '+5 to 4
(Then, they are connected via the auxiliary reinforcing bar D. Fig. 2A (
shows the case where two reinforcing bars are connected at right angles, and
Figure B is connected at an obtuse angle (ji 0), and if Figure 2 C is connected with an acute angle β0, the second diagram is horizontal or 1 below.
Medical 'l'j+', ``↓,'' indicates conjunction.

In this way, it is possible to build up several reinforcing bars and R-flanks [by connecting them together, the wall of the 9-11 building I proboscis].

In the above embodiment VC, concrete can also be poured using the wall assembly as a base. In this case, ρ
(Excellent heat insulation when using a wall assembly /Otoko/
A cleat wall is obtained. Also, the Il of the transverse muscle body and the thin muscle
/= [9;i For the I series, depending on the height of the conocrete or the dimensions of the wall assembly] the opening force is > V to 9゛-.As shown in Figure 1, the fabric dimension of the panel B and the vertical dimension of the panel H
By determining hXy, a 73 channel of a size corresponding to the change of heart can be determined.

As described above, (1) the present invention can provide reinforcing bars and panels that are extremely easy to assemble.

[Brief explanation of drawings]

Fig. 1 is a perspective view of a reinforcing bar panel according to the present invention, Fig. 2 is an explanatory diagram showing a method of connecting a plurality of reinforcing bars and ξ channels, and Fig. 3 is a perspective view showing a state in which several wall assemblies are installed on a transverse reinforcement body. Fig. 4 (d Part of the plan view, Fig. 5 is 11tlI of Fig. 4)
Part of the top view, Figure 6 shows two embodiments of the hook spacer, and Figure 7 shows a perspective view of the hook spacer (fixed to the guide line). , Figure 8 shows the spacer IIX (=L-shaped, -Er indicating smoothness, :(
: is a perspective view of. 10... 4'R muscular body 11... Thin tube 12... Horizontal part 1 Ro... Connecting terminal part 14... Connecting part 20
...Wall 1 assembly 21...Bobby type 22...3
Sugar 26...Spacer capital 24...Hook 25...
Nando type 26... Presser reinforcing bar 27... Suzuzer guide bar O... Auxiliary reinforcing bar (4 people in addition) Shi L1 figure 5 leap line 6 Figure 3 sum, ff1q+ L-1 work 1 upper hole 7 figure

Claims (2)

[Claims] (1) It consists of a pair of horizontal parts that extend horizontally at intervals, and a connecting part that connects these 31i horizontal parts at both ends of the horizontal 1x15 part, and is arranged at 1) 1j intervals in the upper and lower blade direction. A horizontal muscle body, and a plurality of longitudinal muscles connected to the horizontal parts of the muscle body (it iii) and the other 57' at the end of the muscle body; , architectural steel frame panels that are connected to each other. (2) a plurality of transverse reinforcement bodies arranged at intervals in the vertical direction, consisting of a pair of horizontal parts extending horizontally at intervals and connecting parts connecting these horizontal parts at both ends of the horizontal parts; [these] A reinforcing steel frame body comprising a plurality of longitudinal bars connected to the horizontal part of the muscle body / ξ channel, the connection part between the longitudinal bar and the horizontal part or the horizontal part
, the scraper has hooks at both ends, and the scraper has hooks at both ends. Architectural reinforcing steel/ξ-flank characterized by supporting the outer surface of the wall by following the V↓ of the wall.