JPH01275874A - Water sprinkling fence - Google Patents

Abstract

PURPOSE:To make a fence function as a water sprinkler, by connecting hollow fence structuring materials with hollow connecting members with nozzles provided at fixed places of the structuring materials and by connecting a leading hose for running water or the like to the lower end of the structuring material or the connecting member. CONSTITUTION:Fence atructuring materials (1) to form a fence are normally made of hollow steel materials with bending work applied. A connecting member (b) is composed of a hollow connecting body (5), inserting parts (6) provided on the left and right sides of the connecting body (5) for inserting into the lower ends (2) of the fence structuring material (1) and a drainage (7) provided at the center. At fixed positions, for instance at the upper inside face, of each fence structuring material (1), nozzles (c) are fixed. After making adjustment for angles of nozzles (c) and discharging quantity beforehand, and by opening of a main cock of a water supply, water runs through a hose (19), hollow parts of the fence structuring material (1) and connecting members (b), and is discharged from the nozzles (c), and overall sprinkling can be made thereby.

Description

[Detailed description of the invention] [Industrial application field] The present invention relates to the field of sprinkler fences.

[Conventional technology] Conventional fences made of steel materials are simply made by bending the fence components into an N-shape, etc., and installing them at predetermined intervals with posts, crosspieces, etc. to provide the fence with the sole function of enclosing the fence. there were.

[Problems to be solved by the invention] Conventional fences made of steel materials, etc. have 1! Components made of F material bent into an n-shape were installed in parallel, and their function was merely that of an enclosure.

However, in the present invention, the opposing lower ends of the fence components are connected to connect all the fence components, and the hoses connected to the lower ends of the fence components are opened to connect all the fence components. Water is passed through the inside of the fence components and water is sprayed from the nozzles mentioned above, making it possible to automatically sprinkle water outside the enclosure as a conventional fence function, and furthermore, water can be sprayed from all the nozzles at once. The purpose of the present invention is to provide a sprinkler type fence that can be used by attaching it to an existing fence and stimulate new demand.

[Means for Solving the Problems] In order to achieve the above-mentioned object, in the sprinkler type fence of the present invention, both lower ends are open, and the hollow fence component is arranged in a row with equal width of the crosspiece. In a fence made of steel material, etc., which is attached in a shape, a hollow connecting member is separately provided with an insertion part on the left and right sides of the hollow connecting body, and a draining part in the center of the main body, and this connection The insertion portions of the members are fitted into the open lower ends of adjacent and opposing fence components to connect all the fence components, and the nozzle is attached to a predetermined location of the fence components. , a hose for supplying tap water or the like is connected to the lower end of the fence component or to the connecting member.

[Function] When the insertion portions of the connecting members configured as described above are connected to the lower ends of the opposing fence components,
All fence components are hollow and communicate.

Then, when you open the main valve of the hose connected to the lower end of the top components that make up the fence, tap water will fill all the fence components from the hose at the same time.
Water is sprayed all at once from the nozzles. The angle and amount of water to be sprayed during water sprinkling can be easily adjusted by freely adjusting the cover attached to the nozzle.

Furthermore, when winter comes, open the drain part of the connecting member and drain all the water that has filled inside the fence component. As a result, damage to the fence constituent materials can be prevented.

[Example] An example will be described with reference to the drawings. Reference numeral 1 denotes a fence component that constitutes fence a, and is formed by bending a normally hollow steel material into an n-shape. 2
is the lower end of the component 1, which is a hollow steel material and has an open shape. Each component 1 consisting of 0 or more, 3 being a support and 4 being a crosspiece, is installed into a fence a as shown in the drawing.

Reference numeral 5 designates a hollow connecting body constituting a hollow connecting member, and on both left and right sides of this body 5, an insertion portion 6 is configured to be inserted into the lower end portion 2 of the fence component l. Further, a water drain portion 7 is provided in the center of the connection body 5. The structure of the water draining part 7 is not particularly limited, but it may be covered with a cap 8. Also, the connecting body 5 is provided with an expansion/contraction adjustment part 9, and 10 is fitted into both insertion parts 6. The ring 11 is a stopper that connects the lower end of the fence component 1 and the insertion part 6.

The connecting members constructed as described above are fitted into the opposing lower ends 2 of the adjacent fence members 1, and the two members are tightened together via the fasteners 11. At this time, the expansion/contraction adjustment part 9 of the connecting body 5 expands and contracts in response to the length of the opposing lower end 2, and the connecting member 0 or more is able to reliably fit the connecting member and the lower end 2. Each fence component 1
By fitting it into the lower end 2 of the fence, the fence component l is communicated.

C is a nozzle attached to a predetermined location of each fence component 1, for example, above the inner side. The structure will be explained below. A nozzle C is constructed by screwing a lid 16 containing a rotary plate 15 onto a cover 14 covering the head of a shaft portion 12 having a hollow portion 13. For screwing, insert the shaft part 1 into which the washer 18 filled with the packing 17 is inserted.
2 is screwed onto the upper part of the inner side of the fence component 1.

d is a connecting member of a hose 19 connected to the lower end 2 of the most proximal component 1 constituting the fence a. This connecting member d has an insertion portion 2o with a gasket 10 at one end, and an insertion portion 21 with a tightening portion 22 screwed onto the other end. The recessed part 2° is inserted into the lower end part 2 and connected via the stopper 11.

To connect the hose 19, loosen the tightening part 22, insert the hose 19 into the insertion part 21, and then tighten the part 22 by screwing the hose 19 to the insertion part 21. It won't slip out.

In addition, a stopper is provided at the lower end 2 of the fence component 1 that communicates as described above to prevent water leakage.

As described above, in order to make the fence a equipped with each component of the present invention not only function as an enclosure, but also perform a water sprinkling function, the following steps are taken. That is, after adjusting the angle of the nozzle C and the amount of water discharged in advance, the water tap is turned on. Tap water is thoroughly filled into all of the ferrous constituent members 1 from the bowl 19. The filled water is automatically sprayed from all nozzles C at the same time. During this water sprinkling, the angle of the nozzle C can be adjusted as appropriate. Therefore, water can be sprinkled all at once regardless of distance from fence a.

When the water sprinkling is finished, the water sprinkling from the nozzles Cf)s etc. can be easily stopped by closing the main valve. However, even if watering is stopped, some water still remains in the fence component 1.

In winter, water stored in the fence component 1 freezes and damages the component 1, so the water draining part 7 is screwed back to drain the water in advance.

Note that the nozzle C is normally screwed onto the fence component l, but it may be removed and screwed on only when watering is required.

effect] Since the present invention is configured as described above.

The following effects are achieved.

A hollow connecting member is fitted into the lower end of each of the fence components, a nozzle is threaded over the inside of the component, a hose is connected to the lower end of the leading edge component, and a hose is connected to the lower end of the leading edge component. A stop valve is attached to the bottom end of the component, and by turning the main valve and letting tap water flow through the hose, water will fill inside all of the fence components, and the angle and amount of water will be adjusted from the nozzle. Since water can be sprayed in a controlled manner, it has the excellent advantage of killing two birds with one stone by providing a water sprinkling function in addition to its original function as an enclosure.Furthermore, the present invention has the advantage of having a water sprinkling function in addition to its function as an enclosure. By adding this, we were able to eliminate the hassle of having to manually use a hose to water the water, and we also stimulated new demand.
There is something extremely important to contribute to the sluggish fence industry.

In addition, the water drain part provided on the connecting member allows water stored inside the fence components to be drained, leaving the interior of the components empty, thereby preventing damage to the fence components in winter. It has no advantages.

[Brief explanation of the drawing]

Fig. 1 is a partially cutaway slope view of the water sprinkler type fence of the present invention, and Fig. 2 is a partially cutaway vertical sectional view of the same connecting member fitted.
FIG. 3 is a longitudinal sectional view of the connecting member fitted to the frontmost fence component, and FIG. 4 is a longitudinal sectional view of the nozzle. aII...Fence, 18...Fence component material, 2.Shell/lower end, 3...Strut, 4Φ...Structure, l) 61
1-Connection member, 5...Connection body, 6...φ insertion part,
7... Water drain part, 8... Cap, 9... Telescopic adjustment part, 10... Ring, 11... Φ stopper, C... Working nozzle, 12... Shaft part, 13 II...・Hollow part, 141
1-, Cover, 15--- Rotating plate, 16--- Lid, 17
φ...Packing, 18...Washer, d...Φ connection member,
19. Fist/hose, 20. Insertion part, 21... Insertion part, 22... Tightening part.

Claims (1)

[Claims] In a fence made of steel material, etc., with both lower ends open and hollow fence components attached to crosspieces etc. in parallel, insertion parts are installed on both left and right sides of the hollow connection body. Hollow connecting members each having a water drainage portion are provided in the center of the main body, and the insertion portions of these connecting members are fitted into the open lower ends of adjacent and opposing fence components. All of the fence components are connected to each other, and a nozzle is attached to a predetermined location of the fence components, and a water supply hose for water or the like is connected to the lower end of the fence components or to the connection member. Water sprinkler fence.