JPS597443Y2 - Roof rain protection structure of retractable house - Google Patents

Description

[Detailed explanation of the invention] This invention is a roof rain-covering structure of a retractable house, in particular, a plurality of units are combined in a telescopic manner to form two unit groups, and both unit groups are arranged facing each other. The present invention relates to a rain cover structure for the roof of a retractable house, which is arranged so that it can be opened and closed.

In the past, this type of retractable house was rarely used, and similar mobile houses, which were made from a single shed, were only used for industrial purposes, but recently. With the diversification of leisure sports, service industries, etc., sports facilities, leisure-related facilities,
There has been an increasing demand for the use of hangars and industrial facilities.

For this purpose, it is necessary to combine multiple mobile houses, each consisting of a single shed, as well as improving the functionality and appearance of the interior and exterior to create specifications similar to those of ordinary fixed buildings. In particular, complete resistance to rain is required.

Therefore, the areas where it is necessary to particularly prevent the intrusion of rainwater into this type of retractable house, that is, the areas where it is necessary to provide rain shutters, are as follows: (1). Part of the contact unit adjacent to the roof b. Overlapping roof portion of units combined in a nested manner c. Part adjacent to the side wall of the contact unit 2. This is the overlapping side wall of the nested units, and each of these parts must be individually waterproofed.

This idea reliably prevents rainwater from entering from the area adjacent to the roof of the abutting units, and it extends to the roof of one of the two abutting units above the roof of the other unit. One side of the ridge was placed,
A rain cover structure is provided in which a ridge casing is provided on the roof of the other unit in close proximity to one ridge casing and has at least the same height as the other ridge casing.

This invention will be explained below based on drawings showing preferred embodiments thereof.

FIG. 1 is a front view of a retractable house, which consists of two mobile units 1 and 2 and one fixed unit 3.
are combined in a nested manner to form one unit group, and similarly two moving units 1a, 2a and one stationary unit 3a are combined in a nested manner to form the other unit group. Alternatively, both unit groups are arranged to face each other, and each moving unit 1, 2 and 1a, 2a is movable between the solid line position and the chain line position in the figure by wheels 4, 5 and 4a, 5a. It can be opened and closed freely.

Sports facilities, leisure-related facilities, etc. will be installed inside this retractable house.

This invention relates to a rain cover structure that prevents rainwater from entering from the adjacent roofs of the two movable units N and la that are in contact with each other in a closed unit group, as shown in Figure 2. , each unit}1,ia beam members 6,6
Roofs 8, 8a are attached above the angle irons 7, 7a, and the mutually adjacent ends of the roofs 8, 8a are the highest,
The moving unit is tilted so as to gradually decrease in the direction of 2, 2a.

Here, the adjacent ends of the roofs 8 and 8a are
The reason why they are separated as shown in the figure is when they are in contact with each other.
This takes into consideration construction accuracy and the inclination of the unit when it stops moving, and effectively prevents deformation of the roof and other parts when the unit comes into contact with it.

Then, with the two units 1 and 1a in contact with each other, one roof 9, which extends above the end of the other roof 8, is fixed over the entire width of the roof 8a. And on the other roof 8, both units} 1,1 a
In the abutting state, the other L-shaped ridge casing 10 is arranged close to one ridge casing 9 at a predetermined interval, although it is close to the roof 8, 8a for the same reason.

Then, the other ridge shell 10 is replaced with at least one ridge shell 9.
It protrudes upward to a height equal to .

Furthermore, each roof 8, 8a has a wavy shape with repeated unevenness.
Stop doors 11 and 12 are fixed at right angles to the end surface of each recess on the front side.

In the figure, 13.14 is a tight frame provided in each recess on the back side, and each ridge cover 9, 10 is screwed to this tight frame 13.14 via the top surface of the peak of the roof surface. There is.

The function of the rain cover constructed in this way will be explained with reference to FIG.

In the figure, each broken line A-G indicates the direction of rain.

Rain that falls directly on the ridge covers 9 and 10 (see broken lines A-C) as well as rain that enters through the gap between the ridge covers 9 and 10 and directly or indirectly hits the door 11 (see broken lines E and D) )
Rain that hits each stop door directly from the horizontal direction (see broken lines F and G) also falls on the ridge cover 9, 10 and the stop door 11.
Units} 1.1 a are completely prevented from entering the interior by 12, and flow down along the roof surface.

In particular, when only the ridge cover 9 is provided, rain that blows parallel to the broken line G between the ridge cover 9 and the roof 8 of the unit 1, or rain that blows up along the surface of the roof 8, becomes a problem. Since there is a ridge cover 10 against the coming rain, it completely prevents rainwater from entering.

In addition, in the contact state of Units} 1.1 a, the ridge cover 9
Under the limitation that the ridge cover 9 and the ridge cover 10 do not come into contact with each other, the ridge cover 9
further extending above the ridge cover 10, and
Of course, it is also possible to extend the ridge sheath 10 toward the roof 8a of the ridge sheath 9.

Further, if the upper surface of the roofs 8, 8a is flat, the stop door 11.
12 is not necessary.

As explained above, according to this invention, one ridge cover is attached to the roof of one of the two units that are in contact with each other in the closed unit group, and extends above the roof of the other unit. A roof rain cover structure is provided in which the roof of the other unit is provided with another ridge casing close to the one ridge casing and the other ridge casing of at least the same height as the one ridge casing on the roof of the other unit. At the same time, it is possible to completely prevent rainwater from entering the house, and corrosion of the unit due to rainwater can also be prevented.

[Brief explanation of drawings]

FIG. 1 is a front view showing a retractable house, FIG. 2 is a sectional view showing an embodiment of the present invention, and FIG. 3 is an explanatory diagram showing the function of the rain cover structure. 1, 1 a, 2, 2 a, 3, 3 a...
Unit, 8, 8a... Roof, 9, 10...
... ridge cover, 11.12...stop door.

Claims (1)

[Scope of Claim for Utility Model Registration] In a retractable house in which a plurality of units are combined in a telescoping manner to form two unit groups, both unit groups are placed facing each other, and can be opened and closed. , A ridge cover is provided on the roof of one of the two units in a closed group of units that are in contact with each other and extends above the roof of the other unit, and the ridge cover is placed close to the one ridge cover. A roof rain protection structure for a retractable house, characterized in that another ridge casing having at least the same height as the one ridge casing is provided on the roof of the other unit.