KR101068856B1 - A connect and support apparatus for pipe - Google Patents

Abstract

The present invention is integrally formed with an oval pipe connection socket formed in the shape of an oval tube and a pedestal supporting the oval pipe connection socket so as to accommodate an end portion of the oval pipe on both sides, and the oval pipe connection socket. It is an oval tube connecting support device that is connected to the end of the oval tube by inserting (coupling) the ends of the oval tube from both sides to be closely connected to each other. .
According to the present invention, an oval tube is inserted and connected at both ends of an oval tube connecting socket, and a sealing ring body is inserted and inserted into the outer surface of the tip end of each oval tube, and both ends of the oval tube connecting socket are connected to each other by a binding band. By integrally binding the tube, the oval tube can be professionally connected, the sealing state is strongly maintained, and the binding force can be greatly improved.
In addition, the present invention supports the oval pipe connecting socket to which both ends of the oval tube are inserted and connected by the socket support, but can easily connect and install the oval pipe by forming the oval pipe connecting socket and the socket support integrally. Since the socket support is alternately formed by the intermediate support plate between the socket support plate and the auxiliary support plate, it is possible to reinforce the supporting force, and to be manufactured in an uncomplicated configuration so that it can be easily manufactured and assembled and installed without using a separate mechanism. Can be assembled and installed.

Description

O Connect and Support Apparatus for Pipe}

The present invention relates to an oval tube connection support device for connecting and connecting the oval tube and the end of the oval tube in communication with each other.

In more detail, in order to accommodate the end of the oval tube on both sides, the inner oval tube connection socket formed in the shape of the oval tube and the pedestal for supporting the oval tube connection socket are integrally formed, and the oval An oval tube connection is designed to be connected to the inside of the socket so that both ends of the oval tube are inserted (coupled) in close contact with each other. To provide a supporting device.

Commonly used pipes (water and sewage pipes, etc.) are mainly formed of cylindrical pipes having a circular cross section using synthetic resin.

As described above, the cylindrical tube having a circular cross section has a curved bottom portion, which allows fluid to flow smoothly, but is slow in speed, so that the fluid that needs to be discharged quickly, such as domestic sewage, can be moved quickly. It becomes impossible.

In addition, the pressure strength that can be supported in response to the pressure applied from the upper portion of the cylindrical tube is weak, if a certain time passes, the crack or breakage occurs in the cylindrical tube, the fluid leaks to the outside occurs.

In order to solve the above problems, domestic utility model registration application No. 20-1996-33452 and utility model registration application No. 20-1996-33453 and utility model registration application No. 20-1996-33454 are 'an egg type. The coffin is proposed.

This is formed by forming a wide upper end of the tube and narrowly forming the lower end to form an oval shape as a whole. The ovoid tube formed as described above moves rapidly by increasing the flow velocity of the fluid (living sewage) passing through it. And at the same time, it can withstand the load pressure of the upper part.

However, if the oval tube formed as described above is continuously connected and installed, the oval tube may not be installed correctly, and if the length becomes longer, the oval tube may be twisted or lying down, and thus the fluid may not be moved efficiently. The ability is reduced, the strength of the tube is also reduced will occur.

In particular, the oval tube formed as described above is simply connected (connected) using an oval tube connecting tube formed and shaped into an oval tube, thus reducing the expertise for connecting the oval tube, and cannot effectively connect (connect) the tube. Not only does it degrade, but it also can't keep the connection stable.

The present invention is to provide an oval tube connection support device improved to solve the above problems.

The present invention is integrally formed with an oval pipe connection socket formed in the shape of an oval tube and a pedestal supporting the oval pipe connection socket so as to accommodate an end portion of the oval pipe on both sides, and the oval pipe connection socket. An oval tube connecting support device is inserted into (closed) the ends of the oval tube at both sides of the inner side of the oval tube so that the end faces of the oval tube can be connected (inserted) in a state where a sealing ring is fitted to maintain the closed state. The purpose is to provide.

Another object of the present invention is to insert and connect the oval pipes at both ends of the oval pipe connection socket, but to insert (insert) a sealing ring body on the outer surface of the tip end of each oval pipe, and both ends of the oval pipe connection socket to the binding band It is to provide an oval tube connection support device that can be connected to each oval tube by integrally, so that the oval tube can be professionally connected, the sealing state is strongly maintained, and the binding force can be greatly improved.

Still another object of the present invention is to support an oval tube connecting socket to which both ends of an oval tube are inserted and connected by a socket support, and to easily connect an oval tube by forming an oval tube connecting socket and a socket support integrally. And it is to provide an oval tube connection support that can be installed.

Still another object of the present invention is to form an uncomplicated configuration and to simply install by assembling, thereby providing an oval tube connecting support device which can be easily manufactured and easily assembled without using a separate mechanism. I'm trying to provide.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

In the outer surface of the ovate tube, the oval tube connecting socket for inserting and connecting the oval tube from each side in the state in which the sealing ring body is inserted, the pedestal portion for supporting the oval tube;

An oval tube connecting support device (1) characterized in that the lower end of the oval tube connecting socket is inserted into both ends of the oval tube connecting socket portion formed integrally with the socket support portion formed as an integral oval tube connecting socket; Is achieved.

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Oval tube connection support device according to the present invention,

An oval tube connection socket formed in the shape of an oval tube and a pedestal for supporting the oval tube connection socket are integrally formed so as to accommodate an end portion of the oval tube on both sides. In the end of the oval tube is inserted (coupled) to be closely connected, but the outer surface of the end of each oval tube is coupled (inserted) in a state in which a sealing ring is inserted to maintain a closed state.

According to the present invention, an oval tube is inserted and connected at both ends of an oval tube connecting socket, and a sealing ring body is inserted and inserted into the outer surface of the tip end of each oval tube, and both ends of the oval tube connecting socket are connected to each other by a binding band. By integrally binding the tube, the oval tube can be professionally connected, the sealing state is strongly maintained, and the binding force can be greatly improved.

In addition, the present invention supports the oval pipe connecting socket to which both ends of the oval tube are inserted and connected by the socket support, but can easily connect and install the oval pipe by forming the oval pipe connecting socket and the socket support integrally. And, the socket support is formed by alternating the socket support plate and the auxiliary support plate by the intermediate connecting plate can strengthen the bearing capacity.

In addition, the present invention can be easily manufactured by being formed in an uncomplicated configuration and simply installed by assembling, and can be easily assembled and installed without using a separate mechanism.

1 is an exploded perspective view of the oval tube connection support according to the present invention.
Figure 2 is a perspective view of the coupling of the oval tube connection support according to the present invention.
Figure 3a and Figure 3b is a cross-sectional view and a longitudinal cross-sectional view showing a coupling state of the oval tube connection support according to the present invention.
4A to 4D are a perspective view and a front view and a plan view and a side view showing an extract of the pedestal integrated oval pipe connection socket in the oval pipe connection support device according to the present invention.

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

1 to 4D are views showing specific implementations of the oval tube connecting support device 1 according to the present invention.

1 and 2 are an exploded perspective view and a combined perspective view of the oval tube connection support 1 according to the present invention, Figures 3a and 3b is a cross-sectional view showing a coupling state of the oval tube connection support device 1 according to the present invention. 4A to 4D are a perspective view, a front view, a plan view, and a side view showing an extract of a pedestal integrated oval tube connecting socket 2 from the oval tube connecting support device 1 according to the present invention.

The oval tube connecting support device 1 according to the present invention, as illustrated in FIGS. 1 to 3B, integrally the upper oval tube connecting socket portion 2-1 and the lower socket support portion 2-1. Formed into a pedestal integral oval pipe connecting socket (2), and a sealing ring (3) is fitted to the outer surface of the tip of each oval pipe (10) inserted therein from both sides of the oval pipe connecting socket (2-1). To be combined.

The pedestal-type oval pipe connection socket 2 in which the upper oval pipe connection part 2-1 and the lower socket support part 2-1 were integrally formed was formed as follows.

The upper oval tube connecting socket 2-1 is formed with an oval tube connecting socket 20 having a predetermined length, and the inner side is formed with an oval tube connecting inner surface 21 so that the oval tube 10 can be inserted and coupled. In the center of the oval tube connecting inner surface 21, a central dividing line 22 is formed to divide the inside of the oval tube connecting inner surface 21 from side to side and close the oval tube 10 in which the sealing ring body 3 is fitted. It was to be able to combine completely.

Both ends of the oval pipe connection socket 20 were formed to strengthen the strength by forming the binding dolte 25, respectively, and both ends of the oval pipe connection inner surface 21 were formed with an inclined slope 23 to be described in detail later. The sealing ring body 3 to be easily inserted (combined).

The lower socket support part 2-1 forms a plurality of socket support plates 45 including a main outer plate 41-1 of the outer plate 41 at a center on an upper side of the bottom plate 40 at regular intervals. In the center of each socket support plate 45 including the main outer plate 41-1, a socket support but a curved surface 46 is formed to support the connection pipe 20 of the oval pipe connection socket portion 2-1. Support was made.

The auxiliary connecting plate 47 is formed on the outer side of the socket support plate 45 including the main outer plate 41-1 and the auxiliary outer plate 41-2 is formed on the outer side of the intermediate connecting plate 47. The support plate 48 was integrally formed.

In particular, the socket support plate 45 including the main outer plate 41-1 and the auxiliary support plate 48 including the auxiliary outer plate 41-2 are alternately formed inside and outside the intermediate connecting plate 47. It was made.

In addition, the intermediate connecting plate 47 is formed in a sawtooth shape, and the inner sharpening portion is formed with a socket support plate 45 including the main outer plate 41-1, and the outer sharpening portion has an auxiliary outer plate 41-. A secondary support plate 48 was formed to include 2).

The pedestal portion 2-2 may be formed in a triangular pyramid shape as illustrated, or may be formed in various shapes such as a rectangular pillar shape although not specifically illustrated.

The sealing ring body 3 which is inserted into and loaded from both sides of the oval tube connecting socket 10 forming the pedestal integral oval tube connecting socket 2 and keeps the inside closed is formed as illustrated in FIG. .

The sealing ring body 30 is formed in an ovoid shape so as to be inserted into the oval tube connecting inner surface 11 of the pedestal integral oval tube connecting socket 2 on the outer surface thereof, and has a half length of the oval tube connecting inner surface 11. Formed.

On both ends of the outer surface of the sealing ring body 30, the front inclined surface 31 and the rear inclined stone frame 32 are respectively formed to be easily inserted into the oval pipe connection inner surface 21 of the oval pipe connection socket 20 to be loaded closely. The inner end of the hermetic ring body 30 was formed with an inner front end dolte 35 so that the front end of the oval tube 10 inserted from the outside was closely connected to the inner front end dolte 35.

In particular, the sealing ring (3) is formed of a rubber or soft synthetic resin to significantly improve the sealing capacity, a plurality of inner circumferential line 33 and the outer circumference 34 in the inner circumferential surface and the outer circumferential surface of the sealing ring body 30 Each was formed to improve the sealing capacity of the oval tube 10 and the oval tube connection socket (20).

Hereinafter, the oval tube 10 is connected (connected) using the oval tube connection support device 1 according to the present invention, that is, the oval tube connection support device 1 according to the present invention formed as described above. Explain the state to make.

In order to connect (connect) the oval tube 10 using the oval tube connecting support device 1 according to the present invention, first, the sealing ring body 3 is coupled to the outer surface of the tip of each oval tube 10.

When the sealing ring body 3 is coupled to the outer surface of the distal end of the oval tube 10, the sealing ring main body 30 is covered by the distal end of the oval tube 10, and the distal end of the oval tube 10 is the inner end of the oval tube 35. The outer peripheral surface of the oval tube 10 by the inner circumferential protrusion 33 is not only detained soundly, but also maintains a closed state.

As described above, the front end of each oval tube 10 having the sealing ring 3 coupled to the outer surface of the front end is inserted into each other from both sides of the oval tube connecting socket 20.

 Inserting and coupling each oval tube 10 coupled with a sealing ring body 3 at both ends of each oval tube connecting socket 20 causes the tip inclined surface 31 of the oval tube connecting inner surface 21 to be inserted. The state of contact with the center dividing protrusion line 22 is maintained, and the rear inclination stones 32 are kept in close contact with the expansion inclined surface 23 formed at the end of the ovoid pipe connecting inner surface 21.

As described above, by inserting each oval tube 10 having the sealing ring body 3 coupled to the outer surface of the front end by inserting the oval tube 10 into the inner side at both sides of the oval tube connecting socket 20, the oval tube connecting support device according to the present invention ( The oval tube 10 using 1) is completed (connection).

As described above, in order to separate the oval tube 10 coupled by the oval tube connecting support device 1 according to the present invention, each oval tube 10 coupled to the oval tube connecting socket 20 is pulled outward. It can be separated by disengaging.

As described above, when each oval tube 10 coupled to the oval tube connecting socket 20 is pulled out, the sealing ring body 3 covered with the outside of the tip of the oval tube 10 is also separated, and the oval tube is separated. The separation (disassembly) of the oval tube 10 coupled to the oval tube connecting support device 1 according to the present invention is completed by separating the sealing ring body 3 covered on the outside of the tip end of the present invention.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be obvious to those skilled in the art that various modifications and changes can be made within the technical scope of the present invention, and such modifications and variations belong to the appended claims. something to do.

1: oval pipe connection socket 2: pedestal integral oval pipe socket
3: hermetic ring 10: oval tube
20; Oval pipe connection socket 30: Sealing ring body
40: base plate 41: outer plate
45: socket support plate 46: socket support surface

Claims (6)

In the outer surface of the ovate tube, the oval tube connecting socket for inserting and connecting the oval tube from each side in the state in which the sealing ring body is inserted, the pedestal portion for supporting the oval tube;
An oval tube connecting support device, characterized in that the lower end of the oval tube connecting socket is inserted into both ends of the oval tube connecting socket portion formed integrally with the socket support portion formed as an integral pedestal oval tube connecting socket. The method according to claim 1, wherein the pedestal integral pipe connection socket portion of the upper oval pipe connection socket portion;
In forming an inner surface of the oval tube connection socket to form an inner surface of the oval tube connection so that the oval tube can be inserted from both sides and coupled, and each of the binding dolte formed on both ends of the outer surface of the oval tube connection socket;
Forming a central dividing line in the center of the inner surface of the oval tube connecting portion and dividing the connecting tube to both sides;
An oval tube connecting support device, characterized in that formed in; expansion inclined surfaces formed on both ends of the oval tube connection inner surface. The pedestal unit of claim 1, further comprising: a pedestal unit in the pedestal integral tubular connection socket;
In the socket support plate formed on the upper side of the base plate at regular intervals;
The auxiliary support plate is formed on the upper side of the bottom plate between each socket support plate at the outside of the socket support plate formed at regular intervals, and is integrally connected between the socket support plate and the auxiliary support plate by a toothed intermediate connecting plate. Oval tube connection support device characterized in that; The method according to claim 1, The sealing ring body;
In the sealing ring main body is formed in an ovoid shape so that the outer surface is inserted into the ovoid pipe inner surface of the ovoid connection socket and the outer periphery is formed on the outer surface;
On the outer surface of the sealing ring body, one end is formed to be inclined so that it can be easily inserted and loaded on the inner surface of the oval tube connection of the oval tube connection socket;
The rear end doldol at the other end is formed so that when the sealing ring body is inserted into the oval tube connection inner surface so as to be caught by the end of the ovate tube connection socket is restricted insertion.
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