JPH03117792A - Pipe duct receiving tool - Google Patents

Abstract

PURPOSE:To make a pipe duct receiving tool in a separate type in which pipelines are laid longitudinally and laterally, so as to attempt connection of pipelines of sewers, city water pipes, gas, and electricity and so on by providing rings for wholly wrapping the outline agreeing with the outline shapes of a sewer pipe duct and a box duct, and rings formed by connecting half rings wrapping a half of the outline together, and attaching a pedestal to the bottom part of the rings and the half rings. CONSTITUTION:A pipe duct connecting receiving tool 4 having circular Hume pipes 8 inserted and held into penetration parts 3 of rings 1, 1 attached to a pedestral 2 is formed, in a multilayer structure in which the pedestral 2 is attached to the bottom part of a vertical frame in which rings 1,1 for wrapping the whole of the outline shape of a duct connected up terrifically to each other. As a result, a water line, a cable, a gas pipe, a telephone wire and so on can be buried and laid to each other with the pipe duct connecting receiving tool, and managing operation or damage of buried goods can be reduced in a work.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention provides a device for connecting pipe culverts to connect single pipes or box-shaped pipes to form a plurality of pipes. It is related to.

(Conventional technology) Conventionally, open conduits and culverts consisting of pipes and box-type conduits were installed and used as a single underground conduit, and multiple pipes, water, gas, etc.
Because cables, electricity, etc. are installed underground in a messy state, there are many obstacles in the construction work to replace existing pipes with new pipes, and the construction period is long and the construction budget is large. This has the disadvantage of causing traffic congestion, increasing the budget for road maintenance, sewerage construction, etc., and stagnation in the sewerage penetration rate.

(Means for Solving the Problem) The present invention connects these single pipes into a plurality of pipes using rings or half-rings that match the external shape of the pipe to create a multilayer, porous structure. And so.

(Function) By connecting pipes and drains that were previously laid in a single manner to each other in multiple directions vertically and horizontally using rings or half-rings that match the shape of the pipes, it has become possible to create a multilayer, porous structure in sewage channels. By laying pipes vertically and horizontally in the same direction, it becomes a split flow type,
The wiring and piping laid within the conduit shall be a cohesive structure that is an integral part of the same structure.

(Example) Figure 1 shows a vertical type with one wheel 1 connected at the top and bottom, and a stand 2 at the bottom.
Insert a conduit etc. into the penetrating part 3 of the ring 1 to create a multi-layer structure. In FIG. 2, the tube radial bone is a tool 4, which is formed by vertically connecting one ring 1 and having a structure in which the penetrating portion 3 of the ring 1 is vertically different.

The method of use is to insert pipes vertically and horizontally, and in FIG. 3, a ring 1 in the shape of a box-shaped underdrain or the like is placed vertically in the center, and the pipe holder is a fixture 4.

FIG. 4 shows a pipe holder 4 which can be used vertically and horizontally by connecting a plurality of two box-shaped rings l at the center. Figure 5 shows MI connecting the half wheels 5 at the center to form upper, lower, left and right sides.
4. A pipe receiver that can be used as a multi-layered porous structure to receive pipes laterally. FIG. 6 shows a pipe holder 4 consisting of half rings 5 of different sizes. In FIG. 7, a pipe culvert holder 4 is made up of a half ring 5 connected at the center to connect one box type culvert vertically. Fig. 8 shows half rings 5 connected to each other at the center, where the upper half ring 5 has a structure to receive a box-shaped beam, and the lower half ring 5 has a structure in which the upper and lower half rings 5 are made of upper and lower MI type pipe culverts to receive the pipe. Ingredients 4.
Figure 9 shows that the pipe holder has a structure in which the fixture 4 has a hole 6.
is used to secure bands that support pipes. Figure 10 shows a pipe culvert having a structure in which nine wheels 1 are formed in horizontal rows, and the bottom of two wheels 1 has a band 7 that connects the two wheels 1 with a stand 2 and fixes the interval between the two wheels 1 at a constant value. Uke is a tool 4. 11th
The figure shows a pipe culvert having a stand 2 at the bottom of one wheel 1, with a band 7 fixed to the hole 6 of the white 2 with bolts, and the interval between the pipe culverts 4 being adjusted. Figure 12 is.

A pipe holder is made of a ring 1 with holes in horizontal rows connected by inserting a box-shaped beam, and a white 2 provided at the bottom of the pipe holder. Figure 13 shows half wheel 5
Tool 4 is a pipe receiver that can be used vertically and horizontally, with the directions facing each other. FIG. 14 shows a pipe culvert holder 4 having a structure in which half rings 5 are connected at the center and the shape of the half rings 5 receives a box-shaped beam or a pipe smaller than the box-shaped beam. Fig. 15 shows a structure in which a plurality of rings 1 are connected at the center and a stand 2 is provided at the bottom of the ring 1, in order to install fume pipes 8 of different diameters up and down. The pipe holder 4 is used to connect the fume pipes 8 to each other to form a multilayer porous structure. Fig. 16 shows a multi-layered pipe holder connected at the center by a half ring 5 connecting pipes 9 to each other, which is laid vertically and horizontally by turning the half ring 5 of the device 4 around the body of a single pipe 9. Porous. Fig. 17 shows that each pipe holder is attached to the underground 11 of the roadway 10 with the pipe 9 attached by the tool 4, and in the case of one side, the half ring 5 is connected at the center and used as upper and lower parts. The lower pipe 9 is used as a rainwater pipe, the lower pipe 9 is used as a sewage pipe 12, and a rainwater conduit pipe 13 and a sewage water pipe W111 are installed from the pipes of each household. In addition, pipes 9 having different pipe diameters are arranged in a ring l.
By inserting it into a vertical structure, the pipes 9 in the underground 11 are shifted to the left and right, thereby eliminating clutter in the underground. In Fig. 18, the pipe receivers on the left and right sides of the roadway 10 are installed on the fixture 4, with the gutter serving as a box-shaped beam 15 at the top to take in rainwater, and the bottom platform 2 with the pipe pipe 9 connected to the lower part is installed on the foundation 16, The sewage water conduit pipe 14 of each household is introduced into the drain 9, and the upper part becomes a sewage drain that takes in rainwater.The pipe receiver on the other side incorporates a box-shaped beam 15 in the fixture 4, and places the box-shaped beam 15 on the foundation part 16. The pipe receiver is used in a multi-layered structure that takes in rainwater and sewage from the top and bottom using fixture 4, and the upper and lower parts are used as running water channels, and the other is used to take in cables and wiring, making it a multi-layered structure with a variety of uses. . Figure 19 is.

A pipe holder with stands 2 arranged horizontally on the roadway 10 has a structure in which the fixture 4 is installed on the foundation 16 (pipe culvert 9 or a box).By combining the shaped beams 15, various combinations can be made due to the porous inner diameter structure. It can be used as a pipe culvert to take in sewage, rainwater, water supply, sewage, cables, electricity, water pipes, telephone lines, optical fibers, etc. Pipe receivers can be used as built-in pipes and box-shaped beams. A variety of uses can be obtained by fastening the culverts together and using a single culvert as a multi-leaf structure.

As mentioned above, pipe culverts have a structure with or without a ring on a ring or half-ring, and the pipe holder can replace the pipes and culverts that were laid individually with a tool. By connecting them to each other and using them vertically and horizontally, a single pipe can become a multi-layered, porous structure, with the purpose of sorting out clutter underground and keeping it tidy.

[Brief explanation of the drawing]

Figure 1 is a perspective view of a pipe holder consisting of a ring with a stand at the bottom, which is made up of vertical rows of pipes, and has a stand at the bottom. Figure 3 is a perspective view of the pipe holder made of rings. Figure 4 is a perspective view of the device, which is a tube culvert consisting of a ring that incorporates a box-shaped beam. Figure 5 is a perspective view of a device, which is a tube culvert consisting of vertical rings with different outer diameters of three box-shaped conduits. Fig. 6 is a perspective view of the canal culvert made of a ring, and a perspective view of the device. Fig. 8 is a perspective view of a culvert consisting of nine box-shaped culverts and a half ring that incorporates the culvert. Figure 9 is a side view of the culvert with bolt holes in the fitting. Figure 10 is a front view of a transverse type tube radial device with a stand at the bottom. Figure 1I is a 9
Figure 12 shows a front view of the canal culvert with a stand at the bottom, which is a horizontal type with different rings, and a front view of the device. Figure 13 is a front view of the canal culvert consisting of a half ring and a device. Figure 14 is a front view of the canal culvert consisting of a half ring incorporating the culvert and box-shaped beam in the appliance. The canal culvert, which is made of a ring and has a white bottom, is a longitudinal type in which the canal canal is held up and down by a tool. Figure 16 is a perspective view of the instructions for use. Fig. 17 is a front view explaining the installation and use. Fig. 18 is a front view explaining the installation and use. Fig. 19 is a front view explaining the installation and use. , half wheel 6. Hole 7. Band 8. Huyume pipe 9, pipe culvert 10
．． Roadway 11. Underground 12. Sewage culvert 13. Rainwater pipe 14. Sewage water pipe 15, box beam 16. foundation

Claims (1)

[Claims] A pipe culvert holder consisting of a ring made by vertically and horizontally connecting rings or half-rings that match the external shape of the pipe, and a stand at the bottom of the ring.