KR200289282Y1 - Synthetic resin pipe peninsula - Google Patents

Abstract

This paper relates to a joint device for interconnecting a synthetic resin pipe, and is a synthetic resin peninsula jointing device designed to easily connect the synthetic resin pipes and to prevent watertightness and pipe detachment as well as to adapt to deformation of the synthetic resin pipe due to weather changes. . Two semi-circular upper and lower peninsulas were formed, and coupling jaws with bolt holes were formed at both sides of the upper and lower peninsulas, and pedestals were formed at the bottom of the lower peninsulas.

One end of the synthetic resin tube is attached to the inner half of the lower peninsula thus formed, so that the lower peninsula is attached to the synthetic resin tube.

It is a synthetic resin peninsula jointing device that puts other tubes on the lower peninsula attached to the synthetic resin pipe, covers the upper peninsula on it, and covers them, and then connects the coupling jaws formed at both sides with bolts to interconnect the synthetic resin pipes.

This paper has a pedestal formed at the bottom of the lower peninsula for the convenience of connection work, and the watertight packing is formed integrally for convenience and watertightness. It is characterized by the installation of anti-tube break prevention band.

The resin pipe peninsula joint device in this paper is a very useful design that contributes to recycling resources by forming recycled synthetic resin.

Description

Plastic pipe pendulum joints {omitted}

This paper is about the jointing device for interconnecting the synthetic resin pipes, and it is very easy to interconnect the synthetic resin pipes and prevent the watertightness and pipe detachment.The synthetic resin pipes are well adapted to the deformation caused by the change of weather and the connection work in the water or any bad condition. It aims to make this possible, and it also aims to recycle resources by forming recycled synthetic resin.

Therefore, the synthetic resin tube peninsula joint device of this paper is formed of two semicircular upper and lower peninsulas made of recycled synthetic resin as raw materials, and forms a coupling jaw with bolt holes on both sides of the upper and lower peninsulas. At the bottom form a pedestal. One end of the synthetic resin tube is attached to one half of the lower peninsula thus formed, and the synthetic resin tube pendulum is formed by attaching the lower peninsula to the synthetic resin tube.

In addition, it is designed to install and fix the watertight packings formed integrally on the coupling jaw formed in the upper and lower peninsulas and on both sides thereof, and a band-avoidance band is installed in the upper and lower peninsulas. A pedestal is formed at the bottom of the lower peninsula in order to prevent the city pipe from moving, but the pedestal has a flat bottom so as to be stable on the ground.

The synthetic resin pipe semi-conductor device of this paper is designed to be able to easily connect the synthetic resin pipes to each other, to prevent watertightness and pipe detachment, as well as to connect in water or any adverse conditions, and to adapt to the deformation of pipes due to weather changes. It is also a very useful design to form recycled synthetic resin.

In general, synthetic resin pipes are buried in the ground such as water pipes, sewer pipes, drain pipes, wire pipes, etc., and if the joint equipment is poor, no matter how excellent the synthetic resin pipes can be used.

Conventional joints of synthetic resin pipes include flanges, single-collar KP joints, rare joints, socket peninsulas, heat-sealed sheets, electro-fusion sheets, and the like. Also used. In addition, there is a butt fusion connection method for fusion connecting the end face of the pipe by heat.

Such joints should be easily connected by the contractor, safe for watertightness, uneven sedimentation, but the pipes should not be separated even in earthquakes, etc., and the economical cost should be low due to the low manufacturing cost.

In particular, the joints are to be constructed firmly and their durability should be the same as the pipes. Conventional synthetic resin pipe fittings are inconvenient not to satisfy the above matters, and there was a problem that a lot of defects occur after construction and costly.

Therefore, this paper was devised in consideration of the above problems, and it is very inconvenient for the synthetic resin pipe to move in a circular connection, and the lower semiconductor itself is semi-circular. To make it simpler, attach and fix the lower peninsula to one end of the synthetic resin pipe, and to install and fix the watertight packing formed integrally on the upper and lower peninsula and the engaging jaw of both sides to secure the watertight pipe. The task is to install a peninsula that can squeeze the pipes on the upper and lower peninsula to prevent deviation

1 is an exploded perspective view of a synthetic resin pipe peninsula joint apparatus of the present invention

Figure 2 is an inverted perspective view to show the internal structure of the upper peninsula

Fig. 3 is a perspective view of the synthetic resin peninsula joint device of the present invention

(Form before bolt coupling)

Figure 4a Integrated Watertight Packing Top View of Upper Peninsula

Figure 4b Integrated Watertight Packing Top View of Lower Peninsula

5a is a perspective view of the peninsula for preventing the separation of the upper and lower peninsula

Figure 5b is a perspective view of another embodiment of the tube separation prevention peninsula Figure 6 is a perspective view of the lower peninsula packing groove installed by fixing the integral lower peninsula watertight packing

[Code Description of Main Part of Drawing]

100: synthetic resin pipe

200: Upper Peninsula

300: lower peninsula

310: pedestal

400: coupling jaw

410: Bolt Ball

500: Water sealing of upper peninsula

510: Pakcing inside upper peninsula

520: Upper Peninsula Coupling Jaw Packing

600: Bottom Peninsula Watertight Packing

610: Packing inside lower peninsula

620: Lower Peninsula Coupling Jaw Packing

700: U type SUS peninsula

705 incision

710: U-shaped cut-out peninsula 630: Packing groove with small entrance and wide inside

In order to achieve the above object, the present invention forms two semicircular upper peninsulas 200 and lower peninsulas 300 so that bolt holes are provided at both sides of the upper peninsula 200 and the lower peninsula 300, respectively. A coupling jaw 400 is formed, and a pedestal 310 is formed at the bottom of the lower peninsula 300.

Attaching one end portion of the synthetic resin tube 100 to 1/2 of the lower peninsula 300 formed as described above, and forming a joint device with the lower peninsula 300 attached to one end portion of the synthetic resin tube 100. The upper peninsula 200 and the lower peninsula 300 and the water tight packing (500, 600) integrally formed on the coupling jaw 400 formed on both sides of the upper peninsula 200 and the lower peninsula The U-shaped SUS band is installed in the peninsula 300 to prevent the detachment of the pipe, and in particular, a base 310 having a flat bottom on the bottom of the lower peninsula 300 does not move during the connection work. It is a synthetic resin tube peninsula joint apparatus formed by the formation.

If this draft is explained in detail by drawing,

1 is an exploded perspective view of the synthetic resin pipe peninsula joint device of the present invention and Figure 2 is a perspective view upside down to show the internal structure of the upper peninsula 200 of the present invention. As shown in FIG. 1, the coupling jaw having two semicircular upper peninsulas 200 and lower peninsulas 300 formed thereon and bolt holes 410 are provided at both sides of the upper peninsula 200 and the lower peninsula 300, respectively. 400 and a pedestal 310 is formed at the bottom of the lower peninsula 300, but the bottom of the pedestal 310 is formed flat to form a pedestal 310 on the lower peninsula 300.

One end of the synthetic resin pipe 100 is attached to the inner half of the lower peninsula 300 formed as described above, and the synthetic resin pipe pendulum joint device is characterized in that the lower peninsula 300 is attached to the synthetic resin pipe 100. to be.

The watertight packings 500 and 600 of the upper peninsula 200 and the lower peninsula 300 installed in the upper peninsula 200 and the lower peninsula 300 of FIG. 1 are provided in the upper peninsula 200 and the lower peninsula 300. Watertight packings are integrally formed on the coupling jaw 400 formed at both sides thereof, and installed and fixed respectively.

The lower peninsula watertight packing (600) to which the synthetic resin pipe is attached is formed integrally with the lower peninsula coupling jaw packing (620) installed on the inner packing (610) of the lower peninsula and the coupling jaw (410) formed at both sides thereof as shown in FIG. There is one characteristic. In addition, the upper peninsula watertight packing 500 has an upper peninsula coupling jaw packing 520 installed in the upper peninsula inner packing 510 and the coupling jaw 400 formed at both sides thereof, as shown in FIG. 4A. When the watertight packing is installed on the inside of the upper peninsula 200 and the lower peninsula 300 and the coupling jaw 400, grooves may be formed or fitted, or may be fixed using an adhesive.

3 is a perspective view of the synthetic resin tube peninsula joint device of the present invention, and is a perspective view covering the upper peninsula 200 on the lower peninsula 300 to which one end portion of the synthetic resin tube is attached. The upper peninsula 200 is covered and closed as described above, and the connection is completed by combining the bolt holes 410 provided at the coupling jaw 400 of the upper peninsula 200 and the lower peninsula 300 with bolts.

Figure 5a is a perspective view of the tube separation prevention peninsula installed on the upper peninsula 200 and the lower peninsula 300, forming a U-shaped SUS peninsula to be installed in the upper peninsula 200 and the lower peninsula 300, the upper peninsula ( 200) and when the coupling jaw of the lower peninsula 300 is tightened by bolts to squeeze the tube so as to prevent the departure. Figure 5 is a perspective view of a peninsula designed to prevent tube detachment by forming a cutout 705 on both sides of the U-shaped SUS peninsula as another embodiment of the tube escape preventing peninsula.

A similar example of the tube escape prevention peninsula is a □ pendulum ○ a tube penetrating the peninsula formed with a cutout 705 formed vertically from the longitudinal direction in the upper peninsula 200 and the lower peninsula 300 to prevent tube detachment. Can be. When used as a tube escape prevention peninsula, the compression effect is further increased. 5B is characterized in that an incision 705 is formed on the tube separation prevention peninsula to increase the effect of the crimping.

The synthetic resin pipe pendulum formed in this way is installed on the lower peninsula 300 attached to one end portion of the synthetic resin pipe as shown in FIG. The bolt hole 410 of the jaw 400 is a synthetic resin semiconducting device that connects the two pipes very simply by bolts. At this time, the base of the lower peninsula 300, the base 310, so that the lower peninsula 300 does not move so that the two can be connected more easily, the upper peninsula 200 and the lower peninsula 300, the inner and coupling jaw (400) Water-tight packing (500, 600) formed and installed integrally on the) secures the watertightness of the pipe, and the pipe separation prevention peninsula (700) installed inside the upper and lower peninsula 200 and the lower peninsula 300 squeezes the tube to secure the two pipes. It is connected so as not to escape.

In this way, the synthetic resin pipe semi-conductor device of this paper is not only the easiest to connect, but also safe to prevent watertightness and pipe detachment, and it is designed to adapt well to the deformation of synthetic resin pipes due to weather changes. It is designed to make a big part in recycling resources by forming recycled synthetic resin.

As described above, the lower peninsula is attached to the synthetic resin tube, and a pedestal is formed at the bottom of the lower peninsula, and watertight packings are integrally formed on the inner and upper sides of the upper peninsula and the lower peninsula, respectively. In addition, the upper and lower peninsula inside is a synthetic resin peninsula jointing device equipped with a tube separation prevention peninsula. It is very easy to connect the synthetic resin pipes, and it is safe to prevent watertightness and tube detachment. It is a very useful design that can adapt well. In particular, the synthetic resin pipe peninsula joint field of this paper is designed to recycle resources by forming recycled synthetic resin. Until now, most of the connecting devices are composed of the joint and the packing separately, but this paper is installed and fixed on the peninsula, so the connection work is more convenient. Installed in the upper and lower peninsula has the effect of preventing the departure of the tube.

The synthetic resin peninsula jointing device of this paper is a very useful design that can be connected without any special equipment in the water or any bad condition. It is the simplest than any other jointing device, and it is made of recycled synthetic resin as well as watertightness and pipe separation prevention. It is a device with improved effect. In particular, the bottom peninsula has a pedestal so that the tube does not move, and the lower peninsula with the pedestal is attached to the synthetic resin tube, which greatly improves the connection work of the tube.

The present invention is not limited to the above-described specific embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention claimed in the claims. Such modifications are intended to fall within the scope of the appended claims.

Claims (5)

In the joint device, each of which has a coupling jaw 400 having bolt holes 410 formed at both sides of the upper peninsula 200 and the lower peninsula 300 having two semicircular shapes interconnecting the synthetic resin pipe 100. Synthetic resin tube pendulum joint device characterized in that one end portion of the synthetic resin tube 100 is attached to the inner half of the lower peninsula 300 The method of claim 1 Synthetic resin pipe pendulum joint device formed by the bottom portion of the lower peninsula 300, characterized in that the base 310 is formed flat The method of claim 1 The interior of the upper peninsula 200 has a small inlet and a wide packing groove 630 inside the coupling jaw 400 to install and fix the integrated upper peninsula watertight packing (500) and one side of the synthetic resin tube (100) The inner part of the lower peninsula 300 to which the end portion is attached, and both sides of the coupling jaw 400 has a small inlet and a wide packing groove 630 inside, and is fixed by installing an integral lower peninsula watertight packing 600. Synthetic resin peninsula fittings The method of claim 1 Synthetic resin pipe peninsula joint device formed by installing the anti-vibration peninsula 700 in the upper peninsula 200 and the lower peninsula 300 is formed by forming a U-shaped SUS peninsula The method of claim 1 The pipe separation prevention peninsula 700 is installed inside the upper peninsula 200 and the lower peninsula 300, and the U-shaped SUS peninsula formed with the incision 705 is formed by totally cutting both sides of the U-shaped SUS peninsula. Resin pipe pendulum