JPS642014Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present application is configured so that the transom panel and the partition panel can be easily connected.

The applicant previously disclosed in Japanese Utility Model Application Publication No. 56-97353 that surfaces are displayed on the front and rear surfaces of a frame constituted by upper and lower horizontal frame members made of channel steel and a vertical frame member having an opening in the middle. We proposed an idea to construct a transom panel by crossing a panel member with a face plate stretched at an intermediate position at the construction site according to the transom spacing, and attaching an auxiliary member made of channel steel to the transverse opening of the crossed panel member. ing.

However, the horizontal frame member and the auxiliary member that make up the above-mentioned transom panel are both made of channel steel having a substantially upward U-shaped cross section, and are connected to the lower part of the transom panel in order to partition the ceiling and floor. Since the horizontal frame members constituting the partition panel also have the same shape as that of the transom panel described above, in order to connect them, it is necessary to interpose a male intermediate member between them. When using the conventional configuration, there were disadvantages in that the connection work required time and effort and the construction cost increased.

Therefore, the present application solves such inconveniences, and the embodiment thereof will be described in detail below with reference to the drawings.
Although not shown, A is an upper horizontal frame member 3 made of channel-shaped steel having upright pieces 1 and 1' on the front and rear edges facing each other, and a cross section having a substantially upward U-shape with a concave depression 2 in the center. Surface plates 4, 4' are stretched on the front and rear surfaces of the frame body, which is composed of vertical frame members made of channel steel whose cross section is approximately horizontally U-shaped as is well known, on the left and right side edges. For example, a transom panel that does not have a lower horizontal frame member that includes an inclusion 5 such as a paper core,
This corresponds to, for example, the panel member after intermediate crossing in the aforementioned Japanese Utility Model Application Publication No. 56-97353.
Reference numeral B designates a known partition panel that is joined to the lower part of the transom panel, and the upper parts of the front and rear surfaces are bent into downward U-shaped parts 6 and 6', respectively, and a horizontal support piece 7 is provided at the lower end thereof.
The horizontal frame member 9 is made of channel steel and has a receiving part 8 formed on its upper part. Surface plates 12 and 1 are provided on the front and rear surfaces of a frame body consisting of a frame member 11 and left and right vertical frame members made of channel steel whose cross section is approximately horizontally U-shaped as is known but not shown.
2', and an inclusion 13 such as a paper core is enclosed inside, and in the present application, when connecting the transom member A and the partition member B configured in this way, horizontal A pair of rising ribs 15, 15' are provided on the front and rear edges of the piece 14 at a spacing that matches the front and back outer width of the transom panel A, and on the lower surface of the horizontal piece 14, the above-mentioned lateral sides of the partition panel B are provided. A pair of leg pieces 16, 1 are arranged at intervals that match the front and rear inner width of the receiving portion 8 of the frame member 9.
1 above of the connecting member C made of a shaped steel with a vertically extending 6'
The lower end of the transom panel A is fitted between the pair of rising ribs 15, 15', and the pair of leg pieces 16,
16' into the receiving portion 8 of the partition panel B, the partition panel B is connected to the lower part of the transom panel A. By configuring it in this way, the lower part of the transom panel of the conventional structure is connected to the lower part of the transom panel A. The horizontal frame member (corresponding to the auxiliary member in Utility Model Application No. 56-97353) is omitted. In the figure, D is a ceiling rail member, and E is a floor rail member.

In the above example, the partition panel B is made up of a frame consisting of upper and lower horizontal frame members and left and right vertical frame members, with surface plates stretched over the front and rear surfaces, and with inclusions enclosed inside. When the member is made of a predetermined channel steel having a receiving portion, it is of course applicable to a partition panel having a glass window inside or a partition panel having a sliding door or opening door assembled therein.

As described above, the connecting member in the present application has the functions of both the lower horizontal frame member of the transom panel in the conventional structure and the intermediate member, so it can be connected to the partition panel without impairing the mechanical strength of the lower part of the transom panel. In addition to making it easy to connect with
It has advantages such as low construction costs.

[Brief explanation of the drawing]

The drawings show an embodiment of the present application, and FIG. 1 is a front view, and FIG. 2 is an enlarged longitudinal sectional side view with a portion omitted. In the figure, A is the transom panel, 3 is the upper horizontal frame member, 4,
4' is the surface plate, B is the partition panel, 8 is the receiving part, 9
is the upper horizontal frame member, 11 is the lower horizontal frame member, 12,1
2' is a surface plate, C is a connecting member, 14 is a horizontal piece, 1
5 and 15' are rising ribs, and 16 and 16' are leg pieces.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) Between the transom panel with the lower horizontal frame member omitted and the partition panel whose upper horizontal frame member has a receiving part, the front and rear width of the transom panel is located on the front and rear edges of the horizontal piece. A pair of rising ribs are provided opposite each other at intervals that match the above, and a pair of leg pieces are provided on the lower surface of the horizontal piece at intervals that match the front and rear inner width of the receiving portion of the upper horizontal frame member in the partition panel. The lower end of the transom panel is connected between the pair of rising ribs, and the pair of leg pieces are connected within the receiving portion of the upper horizontal frame member of the partition panel, respectively, through a connecting member that is provided vertically. A connection device for connecting a transom panel and a partition panel, characterized in that they fit together. (2) The transom panel and partition panel described in Claim 1 of the Utility Model Registration Claim, in which the transom panel is comprised of a frame body consisting of an upper horizontal frame member and left and right vertical frame members, and surface plates are attached to the front and rear surfaces of the frame body. connection device.