JPH0421949Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a cap board that is installed on the top surface of a wall such as a rooftop handrail wall or parapet, or a balcony or a fence.

[Conventional technology]

Conventional caps made of metal such as stainless steel and aluminum are widely known.
These metal caps are installed on the wall by using the elasticity, which is a material characteristic of the metal caps, to fit into the connecting fittings that have been fixed on the wall in advance. It's tottering.

In addition, as shown in Figure 3, materials other than metal, such as those made of ceramic materials, include Kasagi 1.
It is known that a bolt through hole 3 is opened in the center of the top plate 2, and hook-shaped engagement grooves 4 are provided oppositely in the portion of the bolt through hole 3 on the back surface of the top plate 2. In this cap 1, a metal connecting fitting 5 having a bolt hole 6 is attached in advance so that the locking pieces 7 at both ends thereof are fitted into the engagement groove 4. The Kasagi 1 is attached to the wall 9 by fixing the connecting fitting 5 on the top surface of the wall 9 with the bolt 8 inserted through the bolt through hole 3 of
A filler material 10 such as putty or mortar is packed into the bolt through hole 3 .

[Problem that the invention attempts to solve]

By the way, among traditional caps, those made from ceramic materials are in high demand because of their unique texture and superior material stability such as durability compared to those made of metal. has advantages. However, those made of ceramic materials lack elasticity like metal caps, so they cannot be fixed to the wall using elasticity, and when it comes to installation to the wall,
As mentioned above, the bolt through holes 3 are provided in the top plate 2, and after the bolts 8 are attached to the wall 9, the bolt through holes 3 are closed with a filling material 10 such as mortar. I don't get it. As a result, the surface of the Kasagi after installation has the disadvantage of leaving unsightly traces of the filling area,
If the filling material is not completely blocked, this area may cause leakage.
Furthermore, since the cap cannot be easily removed from the wall during repair, there is a problem in that the cap must be destroyed.

[Means for solving problems]

In order to solve the above-mentioned problems with conventional caps made of ceramic materials, this invention can be installed on a wall without having to provide bolt through holes in the top board of the caps, and the need for repairs has arisen. The purpose of the present invention is to provide a new type of cap made of ceramic material that can be easily removed without destroying the cap.

As a specific means for achieving such an object, the Kasagi according to the present invention has a locking piece that protrudes toward the outside of the wall at one end, and a locking piece that protrudes toward the outside of the wall at the other end. A bracket having a connecting piece extending downward from the lower end of the rear wall of the Kasagi main body is bolted onto the top surface of the wall in a direction intersecting the length direction of the wall, and both ends of the back surface of the top plate are secured. The Kasagi main body, which has insertion recesses in each part, is fitted onto the top surface of the wall such that the locking piece of the bracket is inserted into one of the insertion recesses, and the Kasagi main body has an insertion recess in one of the insertion recesses. A fixture having a hook at the upper end is suspended so that the hook engages with the fixture, and the connecting piece of the bracket and the lower end of the fixture are screwed together.

[Effect]

In the Kasagi according to this invention, metal Kasagi fixing brackets are first fixed to predetermined locations on the top surface of the wall via bolts. One end of this bracket is a locking piece that protrudes to the outside of the wall, so after placing the Kasagi main body on the bracket, insert it into the insertion recess on the back side of the Kasagi main body on the outside side of the wall. , insert and engage the outer end locking piece of the bracket. In this state, the other end of the bracket has a connecting piece extending downward from the lower end of the rear wall of the Kasagi main body with a space between it and the inner surface of the wall, so that this connecting piece and the rear wall of the Kasagi main body are connected to each other. A fixing metal fitting having a hook at the upper end is inserted from below between the two, and the hook is engaged with the insertion groove on the side surface of the wall on the back side of the Kasagi main body, so that it is suspended.
After the fixing metal fittings are hung inside the Kasagi body,
The lower end of this fixture and the lower end of the connecting piece are overlapped and both pieces are tightened and fixed together via bolts.

When the fixing metal fitting is fixed to the connecting piece of the bracket, the upper end hook of the fixing metal fitting and the outer end locking piece of the bracket are firmly inserted into the insertion grooves on both sides of the back side of the Kasagi main body, so that the Kasagi main body is securely fixed to the top surface of the wall via a bracket.

〔Example〕

Next, an embodiment of the Kasagi according to the present invention shown in the drawings will be explained.As shown in FIG.
1 includes a metal bracket 15 fixed onto a wall 14 with a fixing bolt 13, and this bracket 1.
The wall body 14 is
mounted on the top surface of the

The Kasagi main body 11 is made of an inorganic material such as cement, rock wool, or ceramics, which is formed into a predetermined cross-sectional shape and heat-treated.
The distance between the front wall 12a and the rear wall 12b on both sides of the top plate 11a is larger than the wall thickness of the wall 14, and the front and rear walls 12a, 12
Insertion grooves 17a and 17b are provided that cut into the inside of b.

On the other hand, the bracket 15 fixed on the top surface 14a of the wall 14 is erected upward so that both ends thereof are higher than the center portion 15a having the bolt insertion hole 18 by the amount beyond the head 19 of the bolt 13. The bracket 15 is bent horizontally from the top, and at one end of the bracket 15 located on the outer surface 14b of the wall 14, there is a locking piece 20 that protrudes outward from the outer surface 14b of the wall 14. A connecting piece 21 is provided at the other end and is bent downward so as to be parallel to the inner surface 14c of the wall 14 with a predetermined distance therebetween. Note that this connecting piece 21 has a bolt hole 22 formed therein.

When installing the bracket 15 on the top surface 14a of the wall 14, first coat the top surface 14a of the wall with a waterproof material 23 such as synthetic resin, and then place the bracket 15 on the top surface 14a. , the bolt insertion hole 18 in the central portion 15a and the bolt hole 24 in the wall top surface 14a.
and connect the bracket 1 with the bolt 13.
5 is firmly fixed on the wall top surface 14a.

After the bracket 15 is fixed, the Kasagi main body 1
1 onto the bracket 15, and the locking piece 20 of the bracket 15 is inserted into the insertion groove 17a on the front wall 12a side of the back surface of the cap body 11. At this time, a packing 25 is interposed between the inner surface of the front wall 12a of the Kasagi body and the upper end of the outer surface 14b of the wall body 14.

After the front wall side of the Kasagi main body 11 is fixed by the bracket 15 in this way, a hook 26 is provided at the upper end and a bolt hole 27 is provided at the lower end between the connecting piece 21 at the inner end of the bracket 15 and the Kasagi main body rear wall 12b. The fixing metal fitting 16 is inserted from below, and the hook 26 at the upper end is inserted into the insertion groove 17b on the rear wall 12b side of the cap body 11 to hang it. When this fixture 16 is suspended inside the Kasagi main body 11, the lower end of this fixture 16 is arranged parallel to the connecting piece 21 of the bracket 15, so that the lower end bolt hole 27 of the fixture 16 and the connecting piece 2
1 bolt hole 22 is tightened and connected with a connecting bolt 28.

When the fixture 16 is connected and fixed to the connecting piece 21 of the bracket 15, the hook 2 of the fixture 16
6 and the locking piece 20 of the bracket 15 are inserted into the insertion grooves 17a and 17 on both sides of the back surface of the Kasagi main body 11, respectively.
By being engaged with b, the cap body 11 is fixed on the wall top surface 14a.

〔effect〕

The Kasagi according to the present invention has a connecting piece 21 which is bent downward at the inner end of the bracket 15 for fixing the Kasagi main body as described above, and a hook 26 at the upper end.
After suspending the fixing metal fitting 16 having the following structure from the rear wall side insertion groove 17b of the Kasagi main body, the fixing metal fitting 16 and the connecting piece 21 of the bracket 15 are connected to the side connecting bolt 2.
8, the back side of the Kasagi body can be securely held by the bracket, and the top surface of the wall can be easily fixed without having to provide bolt through holes on the top surface of the Kasagi body as in the past. Can be fixed on top.

Furthermore, in this invention, the Kasagi body 11 is mounted on the top surface of the wall by connecting and fixing the connecting piece 21 of the bracket and the fixing metal fitting 16 with the side connecting bolts 28, so that it can be fixed by removing the bolts 28. Since the metal fittings 16 are removed from the cap body 11, and therefore the cap body 11 can be easily removed from the wall 14, there is an effect that repair work for damaged parts can be carried out efficiently if necessary.

[Brief explanation of the drawing]

FIG. 1 is a sectional view showing the mounting structure of a cap according to the present invention, FIG. 2 is a perspective view showing the shape of a bracket and fixing fittings, and FIG. 3 is a sectional view showing an example of a conventional cap. 11... Kasagi main body, 11a... Kasagi main body top surface,
12a...Front wall of Kasagi body, 12b...Rear wall of Kasagi body, 13...Fixing bolt, 14...Wall body, 14a
...Wall top surface, 14b...Wall outer surface, 14c...
... Wall inner side surface, 15 ... Bracket, 16 ... Fixing metal fittings, 17a, 17b ... Insertion groove, 18 ...
Bracket bolt insertion hole, 20... Bracket locking piece, 21... Bracket connecting piece, 23... Waterproofing material, 25... Packing, 26... Hook, 28
...Connection bolt.

Claims (1)

[Scope of utility model registration request] A bracket that has a locking piece that protrudes toward the outside of the wall at one end, and a connecting piece that extends downward from the lower end of the rear wall of the Kasagi body at the other end, with a space between it and the inner surface of the wall. are bolted onto the top surface of the wall in a direction intersecting the length direction of the wall, and the Kasagi main body, which has insertion recesses at both ends of the back surface of the top plate, is inserted into one insertion recess. The locking piece is inserted into the top surface of the wall, and a fixing metal fitting having a hook at the upper end is hung from the insertion recess on one side of the Kasagi main body so that the hook engages with the fitting. A Kasagi characterized in that the connecting piece of the bracket and the lower end of the fixing fitting are screwed together.