JPH0714468Y2 - Snow drift - Google Patents

Description

TECHNICAL FIELD The present invention relates to a snow drift.

Conventional technology In heavy snowfall areas, snow is removed from roads by snow removal work, and the scraped snow is discharged by a snow-driving path provided beside the road. As a conventional snow drift path, a snow drift groove made of concrete is generally formed on a U-shaped cross section, and the snow thrown into this snow drift groove is pushed toward the downstream side by the flowing water. It has become.

Problems to be Solved by the Invention By the way, electric power,
Telephone poles for telephones and other signal lines are usually installed. However, in the past, there is a problem that this electric pole tends to hinder snow removal work.

Then, this invention solves such a problem, and an object of this invention is to provide the snow drift which can eliminate the electric pole which obstructs the snow removal work.

Means for Solving the Problems In order to achieve the above object, the present invention provides a groove body having a U-shaped cross section in a watertight state between a snow drift part and a cable housing part by a partition wall in the longitudinal direction of the groove body. The cables are laid out and the cables are laid in the cable housing portion.

Action According to this structure, inside the groove, the cable is passed through the cable storage section that is partitioned by the partition wall in a watertight state from the snow drift section, so there is no need to install a utility pole on the ground. The inconvenience that the snow removal work is hindered is eliminated. In addition, because one groove uses the passage for snowfall and the laying portion of the cable in common, the installation space is smaller and installation work is easier than when these are installed separately. Becomes

Embodiment In FIGS. 1 and 2, reference numeral 1 is a cross section U constituting a snowy road.
It is a V-shaped groove and is made of concrete or other material and is buried in the soil with the top opening at the ground level. A lengthwise partition wall 2 is provided inside the groove body 1, and the inside of the groove body 1 is partitioned by the partition wall 2 into a snow drift part 3 and a cable housing part 4 in a watertight state. The partition wall 2 is made of a resin material or a concrete material. The upper end openings of the snow drift part 3 and the cable housing part 4 are closed by open / close lids 6 and 7 which are swingable around a support shaft 5.

Naturally flowing sewage 8 is made to flow through the snow drifting part 3, and the snow 9 can be washed away by the naturally flowing sewage 8. A pair of snow-melting pipes 10 are arranged above the snow-driving section 3, and these snow-melting pipes 10 are fixed to the partition wall 2 and the side walls of the groove body 1 by anchors 11. The snow melting pipe 10 has water 12 passed inside and a water spray hole penetrating the pipe wall.
A plurality of 13 are formed in the pipe axis direction so that water can be jetted into the snow drifting part 3.

A plurality of shelves 14 are formed on the upper and lower sides of the cable housing portion 4,
The cable 15 is supported by utilizing the shelf 14. This cable 15 may be directly supported by the shelf 14,
Alternatively, it may be supported by the shelf 14 after passing through a suitable protective tube.

With such a configuration, at the time of snow removal work, the opening / closing lid 6 of the snow drifting part 3 is opened and the snow 9 is thrown into the snow drifting part 3. Then, the snow 9 is sequentially washed down by the natural sewage 8 toward the downstream side. In this case, even if a large lump of snow is thrown, the lump of snow is melted by the water 12 from the snow melting pipe 10, becomes smaller, and is efficiently washed away.

Further, since the cables 15 are laid in the cable housing portion 4, it is not necessary to install utility poles for these cables 15 on the ground, and it is possible to prevent a situation in which snow removal work is hindered by these utility poles. Moreover, since the snow drift portion 3 and the cable housing portion 4 are both provided inside one groove body 1, the installation space can be made smaller than the case where these are provided separately, and the installation work is also possible. It will be easy. In addition, in the above description, the cable accommodating portion 4 is provided only on one side of the snow drift portion 3 with respect to one partition wall 2. However, by installing a pair of partition walls, the snow drift portion 3
You may form a cable accommodation part on both sides of. Cable 15
The maintenance and inspection can be easily performed from the ground by opening the opening / closing lid 7 of the cable housing portion 4.

As described above, according to the present invention, since the inside of the groove is partitioned into the snow drift part and the cable accommodating part by the partition wall, and the cable is laid in this cable accommodating part, It is no longer necessary to install a utility pole on the ground for snow removal work. In addition, because one groove shares the path for snow drifts and the facility path for cables, the installation space can be reduced and installation work is easier than when these are installed separately. It can also be anything.

[Brief description of drawings]

FIG. 1 is a transverse sectional view of a snow drift groove according to an embodiment of the present invention, and FIG. 2 is a longitudinal sectional view thereof. DESCRIPTION OF SYMBOLS 1 ... Groove, 2 ... Partition wall, 3 ... Snow drift part, 4 ... Cable accommodation part, 15 ... Cable.

Claims (1)

[Scope of utility model registration request] 1. A groove body having a U-shaped cross section is partitioned in a watertight state into a snow drift part and a cable housing part by a partition wall in the longitudinal direction of the groove body, and a cable is laid in the cable housing part. A snow drift that is characterized by that.