JPS5915314Y2 - Parapet Kasagi used in structures - Google Patents

Description

[Detailed explanation of the invention] This invention was applied to building rooftops, bridges, atriums, corridors, plats, etc.
Related to parapet caps used for structures such as foam.

Conventionally, for example, a parapet cap that is attached to a parapet formed on the roof of a building consists of a channel-shaped parapet cap body and an anchor plate that is fixed to an anchor bolt that is embedded in the parapet in advance.
The main body of the Kasagi is screwed to the anchor plate and attached to the parapet.

It was difficult to attach this type of parapet cap to the parapet.

Furthermore, Japanese Utility Model Application Publication No. 55-35120 discloses a structure for attaching a metal cap;
It is difficult to provide sufficient strength to elastically support the load applied to the cap, and in particular, since the supporting pieces protrude oppositely from the top surface of the board, the load pushing diagonally downward is applied to the cap. If this happens, one of the supporting pieces will bend in the direction of the load, and the Kasagi will easily come off from the metal fittings, creating a very dangerous situation.

The purpose of this invention is to enable the main body of the parapet Kasagi to be easily and firmly fixed to the anchor plate attached to the parapet, and in particular, to enable the main body of the parapet Kasagi to be fixed to the anchor plate regardless of the direction of the load applied to the main body of the Kasagi. To be able to securely fix the parapet to the plate, and to easily and firmly fix the parapet Kasagi body to the anchor plate without using screws, bolt donut means, etc.
To provide a parapet cap for use in structures that reduce the number of parts and simplify construction.

Taking these into account, the parapet cap used in the structure of this invention consists of a main body of a parapet cap with a channel shape in cross section consisting of outer and inner flanges with a web and a lip so that it can be attached to the parapet of the structure. An anchor plate having a flange arranged on the parapet so as to straddle the parapet and hooking the lip of the Kasagi main body, and having a tip extending to the outer and inner flange sides to receive the web, It is equipped with a pair of cantilever-shaped inclined wings opened in a substantially ■ shape, and is placed on the anchor plate, and is fixed together with the anchor plate to the anchor bolt of the parapet, so that the anchor plate The attachment comprises a flexible spacer whose lip snaps into engagement with the flange of the cap and which elastically supports the cap body on the anchor plate.

Hereinafter, preferred specific examples of parapet caps used in structures according to this invention will be described with reference to the drawings.

1 to 3 show a specific example 10 of a parapet cap used in a structure of this invention, which is applied to a parapet 41 provided on a roof 40 of a building.

The parapet Kasagi 10 is a parapet Kasagi main body 11 with a channel-shaped cross section arranged on a parapet 41 on a rooftop 40.
In order to fix the parapet cap body 11 to the parapet 41, a plurality of attachment tools 12 are arranged on the parapet 41 at appropriate intervals.

As can be seen from FIGS. 2 and 3, the parapet cap body 11 is made by bending a steel plate, and includes a web 13 and seven flanges 14 with lips integrally bent on both side edges of the web 13. 15, it has a channel-shaped cross section.

In particular, the outer flange 14 is longer than the inner flange 15, and the parapet cap body 11 is longer than the inner flange 15.
1 , the web 13 is inclined inside the roof 40 .

Moreover, the lips 16, 17 are integrally bent and formed on the flange edge so as to project horizontally inward.

The mounting tool 12 is an anchor bolt 42 of the parapet 41.
It consists of an anchor plate 18 and a flexible spacer 19, which are fixed to the anchor plate 18 and the flexible spacer 19.

The anchor plate 18 is placed on the parapet 41 so as to straddle the parapet 41, and is fixed together with the flexible spacer 19 to the anchor bolt 42 of the parapet 41 to attach the cap body 11 in a snap manner. The lower surface 21 is provided with bent flanges 22, 23 at both ends, and an elongated hole 24 for an anchor bolt 42 is formed in the central part.

Although not shown, the anchor plate 18 has a plurality of notch marks formed at appropriate intervals in the center of both side edges, and when attached to the anchor bolt 42, the attachment position to the parapet 41 is determined. It is adjustable.

As shown in FIGS. 2 and 3, the flexible spacer 19 is cut from a plate-shaped spring material and bent. A pair of processed cantilever type inclined wings 26.27
It is composed of.

These wing parts 26, 27 are extended toward the outer and inner flanges 14, 15 of the Kasagi body 11 when the Kasagi body 11 is assembled to the anchor plate 12, and the webs 13 of the Kasagi body 11 are extended. It has a receiving tip, and is opened in a substantially square shape, and its attachment is bent at both ends of the portion 25.

Of course, in these wing sections 26 and 27, the outer wing section 26
are extended longer than the inner wings 27 and are aligned with the inclination of the webs 13 of the parapet cap body 11 when the parapet cap body 11 is attached to the anchor plate 18.

Further, the tips of the wing portions 26 and 27 are bent into round lips 28 and 29.

Further, the flexible spacer 19 has an elongated hole 30 formed in the mounting portion 25, and allows the anchor bolt 42 to pass through the elongated hole 30.

Next, to describe the installation of the parapet cap 10 configured in this way, first, the long holes 2 are inserted into the anchor bolts 42 embedded in the parapet 41 at appropriate intervals.
4, and place the anchor plate 18 on the parapet 41 so as to straddle the parapet 41.
Adjust the position between the plates 18.

Next, the flexible spacer 19 is arranged on the upper surface 20 of the anchor plate 18 so that the elongated hole 30 is fitted into the anchor bolt 42, and the nut 43 is tightened on the anchor bolt 42, and the anchor plate 18 and A flexible spacer 19 is fixed on the parapet 41.

In that way, multiple attachments can be made such that the fixture 12 is attached to the parapet 41.
Once installed on the top at appropriate intervals, the parapet cap body 11 is passed between the tools 12, that is, between the flexible spacers 19, and then the parapet cap is mounted against the flexible spacers 19. Press the main body 11 from above and attach the lip 16.17 to the flange 22.2.
3, and the parapet Kasagi main body 11 is fixed between the fittings 12.

Therefore, since the parapet Kasagi 10 is attached to the parapet 41 because the fixture 12 is equipped with the flexible spacer 19,
It is easily attached to the parapet 41, and is firmly fixed while being elastically supported by the parapet 41.

According to this invention described above, the mounting tool for fixing the cross-sectional channel-shaped parapet cap board to the parapet is composed of an anchor plate and a flexible plate, and the flexible plate is attached to the cap plate. It has a pair of cantilever type inclined wings that are opened in a substantially V shape and have tips extending to the outside and inside flange sides of the main body to receive the web of the Kasagi main body, so that screws, bolt donuts, etc. Press the cap body against the anchor plate against the flexible spacer without using a
By snapping onto the flange of the plate, the main body of the Kasagi is easily and firmly fixed to the parapet, and the main body of the Kasagi is firmly connected to the anchor plate, especially against a load pushing diagonally downward. The parapet cap body is prevented from coming off from the anchor plate, and the danger of the cap body coming off is prevented. In addition, the number of parts for the parapet cap is reduced, and
The structure of the parapet cap becomes simple, and the installation of the parapet cap becomes easy.

[Brief explanation of the drawing]

Fig. 1 is a partial perspective view of the parapet cap used in the structure of this invention on the roof of a building, Fig. 2 is an exploded perspective view of the parapet cap shown in Fig. 1, and Fig. 3 is the same as shown in Fig. 1. FIG. 3 is a cross-sectional view of the parapet cap. 10... Parapet Kasagi used for structures, 1
1...Transverse section channel type parapet Kasagi body with lip, 12...Mounting tools, 13...
... Web, 14゜15 ... Flange, 1
6.17...Lip, 18...Anchor plate, 19...Flexible spacer, 22゜23...Flange, 25...・
For installation, see section 26.27...wing section, 28.29.
...Round lip.

Claims (1)

[Claims for Utility Model Registration] A web,
and an anchor plate having a flange that straddles the parapet and is disposed on the parapet and hooks the lip of the cap body, and , has a tip extending on its outer and inner flange sides to receive its web, and has a pair of substantially V-shaped openings and a cantilever-shaped inclined wing section, and is placed on its anchor plate, and its A flexible cable that is fixed to the anchor bolt of the parapet together with the anchor plate, has its lip snap-engaged with the flange of the anchor plate, and elastically supports the main body of the cap on the anchor plate. Mounting spacers are parapet caps used for structures containing fixtures.