JPS5912347Y2 - Plate-shaped body for parallel installation - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to a plate-like body for side-by-side installation.

Traditionally, long side-by-side plates made of resin or metal have been used for various purposes such as floorboards, bench materials, and drainboards. A plurality of plate-shaped bodies are not used alone, but are usually arranged in parallel.

However, if a large amount of rainwater falls or drips from above during use, or if water is accidentally spilled on the side-by-side plate-like bodies, the space between the side edges of the adjacent side-by-side plate-like bodies may There is a drawback that the space flows out onto the mounting surface, making the mounting surface unclean.

The present invention was developed with the aim of solving the above-mentioned conventional drawbacks, and its gist is that the groove bottom wall is provided outwardly from the bottom of one side edge of the elongated plate-like main body. An upper opening groove is formed by a groove side wall that stands up from the outer end of the groove bottom wall, and an outwardly projecting portion extends from the upper part of the other side edge, and a groove extends outward from the vicinity of the outer end of the projecting portion. A ridge formed by an inclined surface that slopes at a constant angle toward the side edge of the ridge is formed, and the upper part of the other side edge has a ridge that slopes at a constant angle toward the side opposite to the ridge. A sloped surface is formed, and the distance from the upper part of the one side edge to the outer edge of the upper part of the groove side wall is approximately equal to the distance from the upper part of the other side edge to the outer edge of the overhang. It consists of a small plate-shaped body for side-by-side installation.

Next, an example of the plate-like body for juxtaposition according to the present invention will be explained with reference to the drawings.

1 is a long plate-shaped main body, for example, hard vinyl chloride resin,
Preferably, the material is made of a composite resin such as polyethylene resin, polypropylene resin, or polystyrene resin, or metal such as aluminum or steel.

The elongated plate-like main body 1 has an upper opening groove formed by a groove bottom wall 3 provided on the lower outer side of one side edge 2 and a groove side wall 4 erected from the outer end of the groove bottom wall 3. 5 is formed.

6 is the other side edge, with a projecting portion 7 extending outward from the upper part of the side edge 6 and a portion extending from the vicinity of the outer end of the projecting portion 7 to the other side edge 6.
A projecting edge 9 is formed by forming an inclined surface 8 that is inclined at a constant angle in the direction.

The inclined surface 8 can fit the projecting edge 9 while abutting the upper part of one of the side walls 2 when the parallel plate-like bodies are connected, and the water drop effect becomes larger as the fitting becomes deeper.

A vertical wall portion 10 may be formed between the outer end of the projecting portion 7 of the projecting edge 9 and the inclined surface 8, and in this case, when connecting the parallel plate-like bodies The contact area of one side edge 2 of the plate-shaped body with the upper wall surface becomes large, and the watertight effect can be enhanced.

Further, the end of the inclined surface 8 of the protruding edge 9 is extended in the direction of the side edge 2, and the end of the extended portion 11 has an upward or downward bent portion 1.
In this case, the area of contact between the adjacent plate-like members for parallel installation on the groove side wall 4 becomes large, and the groove side wall 4 is pressed outward, so that the water droplet effect also occurs in this part. can be increased.

The upper part of the other side edge 6 is formed with an inclined surface 13 that is inclined at a certain angle toward the side opposite to the projecting edge 9, and in this case, when connecting the parallel plate-like bodies, The upper ends of the groove side walls 4 of the adjacent parallel plate-shaped bodies are fitted along the inclined surface 13, and the groove side walls 4 are pressed inward and strongly abutted to enhance the water-melting effect.

Therefore, in the present invention, the distance a from the top of one side edge 2 to the outer edge of the upper part of the groove side wall 4 is the distance b from the top of the other side edge 6 to the outer edge of the overhang 7. The outer end of the projecting portion 7 of the projecting edge 9 is in close contact with the upper wall surface of the side edge 2 when the parallel plate members are connected, and the outer end of the projecting portion 7 of the side edge 2 is made in close contact with the upper wall surface of the side edge 2. This is because the wall surface of the outer end of the upper portion closely contacts the upper wall surface of the side edge 6, and the fitting of the projecting edge 9 into the upper opening groove 5 becomes firm.

Various types of elongated main body 1 according to the present invention are possible. For example, as shown in FIG. It is possible to use one in which a plurality of cylindrical portions 14 are formed.

In this case, a groove 18 is formed in the center, and the groove 18
A fitting lid 19 may be fitted to the cover.

Alternatively, as shown in FIG. 3, a structure in which both side edges of the top plate 15 are formed with legs 20, 21 depending downwardly from the top plate may be used.

In the plate-like body for juxtaposition of the present invention, the groove bottom wall is provided outwardly from the lower part of one side edge of the long plate-like main body, and the groove side wall is erected from the outer end of the groove bottom wall, and the groove side wall is provided upwardly. An opening groove is formed, and a projecting portion extending outward from the upper part of the other side edge and an inclined surface that slopes at a constant angle from near the outer end of the projecting portion toward the other side edge are formed. A projecting edge is formed, and an inclined surface is formed on the upper part of the other side edge, which slopes at a certain angle toward the side opposite to the projecting edge, so that the parallel plate-like bodies are connected. At this time, the sloping surface of the ridge is brought into contact with the upper wall surface of one side edge of the adjacent plate-shaped bodies for parallel installation, and the ridge is fitted into the upper opening groove. Fitting can be carried out while the upper end of the groove side wall is brought into contact with the upper inclined surface, and fitting is easily accomplished by simply applying a pressing force from above.

Also, since the distance from the top of one side edge to the outside edge of the top of the groove side wall is approximately equal to or slightly smaller than the distance from the top of the other side edge to the outside edge of the overhang, it is possible to When the plate-like bodies are connected, the outer end of the projecting portion of the projecting edge is in close contact with the upper wall surface of one side edge, and the wall surface of the outer end of the groove side wall is in close contact with the upper wall surface of the other side edge. The fitting of the protrusion into the upper opening groove becomes strong, and the water-melting effect is enhanced.

In this way, with the side-by-side plate bodies of the present invention, even if a large amount of rainwater falls from above or water is accidentally spilled, the side-by-side plate bodies are connected watertight. This prevents the liquid from flowing onto the mounting surface from the gap between the side edges of the adjacent plate-shaped bodies for juxtaposition, thereby preventing the mounting surface from becoming wet and unclean.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing an example of the plate-like body for juxtaposition according to the present invention;
The figure shows a mode of connecting adjacent plate-shaped bodies for parallel installation, with A being a front view showing a state in the middle of connection, and Portion being a front view showing a state after the connection is completed. FIG. 3 is a perspective view showing another example of a parallel plate-like body. Explanation of symbols 1... Long plate-shaped main body, 2...
...One side edge, 3...Groove bottom wall, 4...
・Groove side wall, 5... Upper opening groove, 6...
Other side edge, 7... Protruding portion, 8... Inclined surface, 9... Projection, 10... Vertical wall portion, 11... ...Extension part, 12...Bent part,
13... Inclined surface, 14... Cylindrical part, 1
5... Surface plate, 16... Opposing plate, 17
...Partition wall, 18...Groove, 19...
... Fitting lid, 20 ... Legs, a ...
- Distance from the top of one side edge 2 to the outer edge of the top of the groove side wall 4, b... From the top of the other side edge 6 to the overhang 7
Distance to the outer edge of.

Claims (1)

[Scope of utility model registration request] ■. An upper opening edge is formed by a groove bottom wall provided outward from the lower part of one side edge of the elongated plate-shaped main body and a groove side wall provided upright from the outer end of the groove bottom wall, and the other side edge A projecting edge is formed by forming an outward projecting part from the upper part and an inclined surface inclined at a constant angle from near the outer end of the projecting part toward the other side edge, and The upper part of the side edge of the groove is formed with an inclined surface that slopes at a certain angle toward the side opposite to the projecting edge, and the distance from the upper part of the one side edge to the outer end of the upper part of the groove side wall is formed. is a plate-like body for juxtaposition, the distance being approximately equal to or slightly smaller than the distance from the upper part of the other side edge to the outer end of the overhang. 2. A plate-like body for parallel installation according to claim 1, wherein the elongated plate-like main body has a plurality of partition walls provided between a surface plate and an opposing plate. 3. Parallel installation according to claim 1 of the utility model registration claim, wherein the elongated plate-shaped main body has a plurality of partition walls between the front plate and the opposing plate, and a groove is formed in the center. Plates for use. 4. 2. A plate-like body for juxtaposition according to claim 1, wherein the elongated plate-like main body is formed by legs having both side edges of the face plate hanging downward from the face plate. 5. 2. A plate-like body for juxtaposition according to claim 1, wherein the projecting edge has a vertical wall formed between the outer end of the overhang and the inclined surface. 6. Claims for registration of a utility model in which the projecting edge is such that the end of the sloping part is extended in the direction of one side edge, and the end of the extended part is formed with an upward or downward bent part. The plate-shaped body for juxtaposition according to item 1.