KR100868334B1 - Tool for contact fixing soft pipe - Google Patents

Abstract

A tool for contact fixing soft pipe is provided to facilitate and secure piping work within a tapered faucet container in consideration of structural strength of a building. A tool for contact fixing soft pipe comprises a first fixing member(10) having an opening to fit a soft pipe in one side; a rod(30) fixed to one side in order to rotate the first fixing member and extendable at specific length toward opposite side; a frame(40) through which the rod penetrates right direction in order to locate the fixing member left side; a second fixing member(20), having an opening on one side in order to fit the soft pipe, fixed to rotate around the rod, fixed on the right side of the frame; a handle member(50) which a spring(54) for restoring a handle to restore a supporting piece and a rotating handle(52) in removing external force; and a retreating lever(60) restored by the lever spring restoring to the initial position in removing of external force.

Description

TOOL FOR CONTACT FIXING SOFT PIPE}

The present invention relates to a tool for easily fixing the flexible pipe to the socket of the connector, and more particularly, the flexible pipe and the connecting pipe in the thinner and smaller faucet in consideration of construction convenience and structural strength of the building. It is related to the soft pipe tightness fixing tool that can make the piping work easier and more robust, and also the piping work in the faucet box in a position and angle that is difficult to reach easily and securely.

In general, pipes for water supply and hot water supply are installed in buildings such as apartments, officetels, hotels, and homes, and the cold and hot water pipes introduced from the outside are led to a distributor installed in the lower part of a sink, a built-in cabinet, and a dressing room. From the distributor, it is connected to each demand place such as a laundry room, a balcony, a toilet, a bathroom, a boiler room, and a utility room.

Looking at the cold and hot water pipes from the distributor to each demand destination, the outer surface is a pipe passing through the inside of the curved pipe (aka bellows-shaped) pipe, passing through the floor of the room or living room while surrounded by the protection pipe, Heading to the bathroom, connecting the connection pipe from each faucet installed at the entrance of each room to supply cold and hot water to the laundry room, balcony, bathtub, wash basin, toilet bowl.

Conventional faucet floor laying method is not easy to renovate after work, so you have to dismantle the floor or floor, and then take a look at them one by one. A jump-type wall-mounted faucet piping system that directly embeds in a wall near each demand place such as a toilet or a bathroom and branches and connects from each faucet to another faucet has emerged.

However, since the conventional wall-mounted faucet is thicker than the cover thickness of the reinforced concrete, in order to be completely buried after the concrete is laid, part of the reinforced wall reinforcement is cut or bent to install the entire faucet into the inside of the wall. Although it has been installed as much as possible, it is difficult and time-consuming to cut or bend the rebars, and it is difficult to reduce the work efficiency and damage due to some damage such as cutting or bending the reinforced wall reinforcement which is the basic structure of the building. The more battleships are installed, there was a problem that the strength of the entire building is weakened.

Therefore, recently, a wall-mounted faucet that can be embedded in a reinforced concrete coating having a thickness of 2 to 3 cm has emerged, and there is a problem in that the pipe work of the soft pipe and the connector is not easy in the thinner and smaller faucet.

In addition, for example, in the case of the faucet provided in a position that is difficult to reach or hard to reach, such as the faucet on the rear side of the toilet, there is a possibility that problems such as leakage occurs because the soft pipe is not in close contact with the connector. there was.

The present invention is devised to solve the conventional problems as described above, taking into account the convenience of construction and the structural strength of the building, making the piping work of the soft pipe and the connection pipe in the thinner and smaller faucet easier and more robust. The purpose of the present invention is to provide a soft tube tight fixing tool that can be easily and firmly piped in the faucet in a position and angle that are difficult to reach.

The present invention for achieving the above object is the first fixing member having an opening on one side to adjust the inner diameter in accordance with the diameter of the soft tube and to facilitate the insertion or discharge of the soft tube to compress the outer peripheral surface of the soft tube; A rod fixed to one end of the first fixing member rotatably and extending a predetermined length to the other side; A frame through which the rod penetrates in the right direction so that the first fixing member is located at the left side; A second fixing member which is fixed by inserting the soft tube and fixed to the right side of the frame with an opening at one side to facilitate insertion or discharge of the soft tube and rotatably around the rod; A fixed handle is formed to extend downwardly from the frame by a predetermined length, and a rotating handle is rotatably fixed to the frame so as to form a predetermined angle with the fixed handle, and a support piece for advancing the rod to the right each time the rotary knob rotates. A handle member which is fixed to the end of the handle and is provided with a handle restoring spring so as to restore the position of the support piece and the rotation handle when the external force is removed; One end is rotatably fixed to the left side of the frame and the rod is penetrated to prevent retreat of the rod moving forward, and when the other end is held, the rod is released to be retracted and the position is restored by the lever restoring spring when the external force is removed. A retraction lever; Insert the soft tube into each of the two sockets of the connector having the sockets on both sides, and then insert the soft tube into the first fixing member and the second fixing member, respectively, and press the rotary knob to rotate the first fixing member. The object is achieved by providing a tool for fastening the soft tube closely to the connector while advancing to the side.

The first fixing member may include a first clamping frame having an 'c' shaped opening, and a center-concave half arc type recess formed symmetrically to compress the outer circumferential surface of the flexible tube in the opening of the first clamping frame. 1 fastener, the inner circumferential surface of the first fastener is formed with a plurality of friction projections for preventing the slip of the soft pipe, the contact surface of the opening and the first fastener is formed to be tapered but spaced in the direction in which the soft pipe is retracted The guide groove is formed to be small and the guide groove which is movable to a predetermined length is formed and the bolt restricting the guide groove is provided. As the first fastener retracts along the tapered slope when the flexible pipe is retracted, the inner diameter of the first fastener is reduced. It is preferable that the compressive force is increased.

In addition, the second fixing member has the same structure as the first fixing member, but is formed to be symmetrical, it is preferable that the inner diameter is reduced while the retracting along the tapered inclined surface when the flexible tube is retracted to increase the pressing force.

Effects of the present invention by the above-mentioned problem solving means are as follows.

Considering the convenience of construction and the structural strength of the building, it is possible to make the piping work of soft pipes and connectors easier and more robust in thinner and smaller faucet boxes, and in the faucet in difficult position and angle. It is a very useful invention to provide a tool for fixing soft pipes that can be easily and firmly piped.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

First, Figure 1 is a full perspective view showing the configuration of Example 1 to which the present invention is applied, Figure 2 is a full perspective view showing the configuration of Example 2 to which the present invention is applied, Figure 3 is the operation of Example 2 to which the present invention is applied. Figure 4 is a front view showing a state before, Figure 4 is a front view showing a state after the operation of Example 2 to which the present invention is applied, Figure 5 is to adjust the state according to the pipe construction position by changing the angle of the fixing member of the embodiment to which the present invention is applied. This is the state of use.

The present invention relates to a tool for fixing soft pipes closely, and in consideration of construction convenience and structural strength of a building, it is possible to more easily and firmly pipe the soft pipes and connecting pipes in a thinner and smaller faucet box. It is a technical feature to provide a soft pipe tightness fixing tool that can be easily and firmly piped in the faucet in a position and angle difficult to reach.

The soft pipe tightness fixing tool 1 of the present invention includes a first fixing member 10, a second fixing member 20, a rod 30, a frame 40, a handle member 50, and a retraction lever 60. It consists of.

The first fixing member 10 is deformed according to the diameter of the soft pipe 70 so as to compress the outer circumferential surface of the soft pipe 70 so that the inner diameter can be adjusted and the opening is opened at one side to facilitate the insertion or discharge of the soft pipe 70. It is formed to have (11).

In addition, the rod 30 is formed by fixing the first fixing member 10 to one end rotatably and extending a predetermined length to the other side.

In addition, the frame 40 is accommodated through the rod 30 in the right direction so that the first fixing member 10 is located on the left side.

In addition, the second fixing member 20 may be fixed by inserting the soft tube 70, and may have an opening 21 at one side to be easily inserted or discharged from the soft tube 70, and fixed to the right side of the frame 40. Is formed to be rotatably fixed around the rod (30).

In addition, the handle member 50 is formed with a fixed handle 51 extending a predetermined length downward from the frame 40, the rotary handle 52 is formed to form a predetermined angle with the fixed handle 51, the frame 40 It is fixed to the rotatable) but the support piece 53 for advancing the rod 30 to the right whenever the rotary knob 52 is rotated is formed is fixed to the end of the rotary knob 52, the support when removing the external force Handle restoring spring 54 is provided so that the piece 53 and the rotation handle 52 is restored.

In addition, the retraction lever 60 is formed to prevent the retraction of the rod 30, one end of which is rotatably fixed to the left side of the frame 40 and the rod 30 penetrates and moves forward, and presses the other end to retreat. Release the rod 30 so as to be possible, and configured to restore the position by the lever restoring spring (61) when the external force is removed.

The soft pipe tightness fixing tool 1 according to the present invention configured as described above is slightly inserted into the soft pipes 70 respectively on both side sockets 81 of the connector 80 having the sockets 81 on both sides, and then fixed to the first. Inserting the soft pipe 70 into the member 10 and the second fixing member 20, respectively, by pressing the rotary knob 52 to rotate, the first fixing member 10 is advanced to the second fixing member 20 side and soft Pipe 70 is fixed to the connector 80 in close contact.

Hereinafter, the present invention will be described in detail through preferred embodiments. However, the present embodiments should be understood to explain the present invention in a better understanding, and should not be construed as limiting the present invention thereto.

Example 1

First, as shown in FIG. 1, the first fastening member 10 is manufactured, but the first fastening mold 12 having the 'c' shaped opening 11 and the opening of the first fastening mold 12 are formed. In order to squeeze the outer circumferential surface of the soft pipe 70 in the (11), the center has a concave half arc-shaped first fastening frame 121 which is provided symmetrically, and on the inner circumferential surface of the first fastening frame 121 a soft pipe ( A plurality of friction protrusions 13 are formed to prevent slippage of the 70, and the contact surfaces of the opening 11 and the first fastening frame 121 are formed to be tapered, but are spaced in the direction in which the soft pipe 70 is retracted. The guide groove 123 is formed to be small and the left and right movable length of the predetermined length is formed and the bolt 14 is provided to limit the guide groove 123, the first clamping frame 121 when the flexible pipe 70 is retracted While retreating together along the tapered inclined surface 122, the inner diameter of the first fastening mold 121 is reduced to increase the compressive force, thereby preventing the soft tube 70 from being separated. It is formed from a structure.

On the contrary, in this structure, when the first fastening die 121 moves in the forward direction, the inner diameter of the first fastening die 121 is widened while the first fastening die 121 moves along the tapered inclined surface 122. Discharge of the 70 becomes easy.

Next, as shown in FIG. 1, the second fixing member 20 is fixed to the soft tube 70 and is formed to have an opening at one side to facilitate the insertion or discharge of the soft tube 70, but the inner peripheral surface is soft. A plurality of friction protrusions 23 are formed to prevent the pipe 70 from slipping.

Next, the frame 40 is formed, but the upper portion is formed in a rectangular shape having a hollow inside, and integrally forms a fixed handle 51 extending downward from the rectangular shape.

Next, the rod 30 having a predetermined length is inserted to penetrate the left and right sides of the prepared rectangular frame 40.

Next, the handle member 50 is rotatably fixed to the frame 40 so that the rotation handle 52 to form a predetermined angle with the fixed handle 51, each time the rotation handle 52 rotates the rod 30 The support piece 53 for advancing to the right is fixed to the end of the rotary handle 52, the handle restoring spring (54) so that the support piece 53 and the rotary handle 52 is restored to the position when the external force is removed It is provided.

Next, the retraction lever 60 is formed on the left side of the frame 40 so as to be rotatably fixed, and the rod 30 is penetrated to prevent retreat of the rod 30, which is advanced. Release the rod 30, and is installed to restore the position by the lever restoring spring (61) when the external force is removed.

Next, the first fixing member 10 is inserted into the left end of the rod 30 and fixed rotatably.

Next, the second fixing member 20 is rotatably fixed to the right side of the frame 40, and is rotatably fixed around the rod 30 passing through the second fixing member 20.

As a result, it is possible to manufacture a tool for fixing the flexible tube of Example 1 according to the present invention.

Referring to the operation method of Example 1 thus prepared as follows.

First, referring to the T-shaped tube 80 as shown in Figure 3, for example, the ends of the flexible tube 70 piped inside the receiving box 90 to both sides of the T-shaped tube 80 Lightly insert into the provided sockets 81, respectively.

Next, the soft tube tightly fitting tool 1 of Example 1 is inserted into the receiving box 90, but the first fixing member 10 and the second fixing member 20 of the tool 1 are T-shaped connecting tubes. Force fitting is inserted through the openings 11 and 21 so as to fix the soft pipes 70 inserted into both sides of the 80, respectively.

Next, as shown in Figure 4 by pressing the rotary knob 52 and the fixed knob 51 provided on the lower side of the tool 1 at the same time, the rotary knob 52 is rotated to the fixed knob 51 side.

Next, the support piece 53 fixed to the end according to the rotation of the rotary knob 52 advances the rod 30 to the right, and the advanced rod 30 is positioned by the retraction lever 60. Fixed to prevent reverse.

Next, when the force applied to the rotary knob 52 is removed for the repetitive operation of rotating the rotary knob 52, the support piece 53 and the rotary knob 52 are positioned by the handle restoring spring 54. Is restored.

At this time, the first fixing member 10 fixed to the left end of the rod 30 with the rod 30 to move forward in accordance with the rotation of the rotary knob 52 is advanced toward the second fixing member 20 The other end of the flexible tube 70 fixed to the first fixing member 10 is fixed to the second fixing member 20 at the same time into the socket 81 of the T-shaped connecting tube 80. The end of the is also moved to the inside of the socket 81 of the T-connected tube 80, it is eventually completely in close contact by the repeated operation.

When the first fixing member 10 is advanced toward the second fixing member 20 together with the rod 30, the soft pipe 70 may be relatively retracted, but the inclined surface of which the first fastening frame 121 is tapered When the retracting together with the soft pipe 70 together within the range allowed by the guide groove 123 along the 122, the inner diameter of the first fastening frame 121 becomes smaller and the compressive force is increased to retreat the soft pipe 70. Will be prevented.

The second fixing member 20 is formed to have an inner diameter equal to the outer diameter of the soft pipe 70 in the opening 21.

As shown in Figure 5, even if the installation position of the wall-mounted faucet 90 is in a position difficult to reach or deep to the back or deep of the ceiling or toilet, the rod 30 is installed When the angle of the first fixing member 10 and the second fixing member 20 can be freely changed to the center, the tool 1 can be inserted and the soft tube 70 can be pressed and inserted, so that it can be firmly and easily coupled. do.

Example 2

All components are the same as in the first embodiment, except that the second fixing member 20 has the same configuration as the first fixing member 10, rather than a simple configuration as in the first embodiment, but is formed in left and right symmetry.

As shown in FIG. 2, the second fastening member 20 is manufactured, and the second fastening frame 22 having an 'c' shaped opening 21 and the opening 21 of the second fastening frame 22 are formed. In order to compress the outer circumferential surface of the soft pipe 70 in the) provided with a second concave half-shaped concave-shaped concave shape provided in a symmetrical, the inner circumferential surface of the second fastening frame 221 soft pipe 70 A plurality of friction protrusions 23 are formed to prevent slippage, and the contact surfaces of the opening 21 and the second fastening frame 221 are formed to be tapered, but the gap is small in the direction in which the soft pipe 70 is retracted. The guide groove 223 is formed to be formed, and the guide groove 223 is movable to a predetermined length, and the bolt 24 is provided to limit the guide groove 223, so that the second fastening frame 221 is tapered when the flexible pipe 70 is retracted. While retracting along the inclined surface 222, the inner diameter of the second fastening frame 221 is reduced, the pressing force is increased to prevent the separation of the soft pipe 70 Formed into a jaw.

On the contrary, in this structure, the inner diameter of the second fastening frame 221 is widened while the second fastening frame 221 moves along the tapered inclined surface 222 when the second fastening frame 221 moves in the forward direction. Discharge of the 70 becomes easy.

As described above, only the structure of the second fixing member 20 is different from that of the first embodiment, and other contents are also the same as those of the first fixing member 10 of the first embodiment, and thus the description of the assembly method and the operating state will be omitted below.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

The present invention can make the piping work of the soft pipe and the connection pipe easier and more robust in the thinner and smaller faucet in consideration of the construction convenience and the structural strength of the building, the position and angle that are difficult to reach It is a very useful invention to provide a tool for fixing soft pipes that can be easily and firmly piped in a faucet box.

Figure 1 is an overall perspective view showing the configuration of Example 1 to which the present invention is applied

Figure 2 is an overall perspective view showing the configuration of Example 2 to which the present invention is applied

3 is a front view showing a state before operation of Example 2 to which the present invention is applied;

4 is a front view showing a state after the operation of Example 2 to which the present invention is applied;

5 is a use state showing a state of adjusting according to the piping construction position by changing the angle of the fixing member of the embodiment to which the present invention is applied

<Description of the symbols for the main parts of the drawings>

1: soft tube tight fixing tool 10, 20: first and second fixing member

11, 21: opening 12, 22: first and second clamp

121, 221: first and second fasteners 122, 222: inclined surfaces

123, 223: guide groove 13, 23: friction protrusion

14, 24: Bolt 30: Rod

40: frame 50: handle member

51: fixed handle 52: rotary knob

53: support piece 54: handle restoring spring

60: retraction lever 61: lever restoring spring

70: soft tube 80: T-shaped connector

81: socket 90: faucet

Claims (3)

A first fixing member (10) having an opening on one side thereof, the inner diameter of which can be adjusted according to the diameter of the soft tube so as to compress the outer circumferential surface of the soft tube, and the insertion or discharge of the soft tube is easy; A rod 30 to which the first fixing member 10 is rotatably fixed at one end and extending a predetermined length to the other side; A frame 40 in which the rod 30 penetrates in the right direction so that the first fixing member 10 is located at the left side; The second fixing member 20 fixed to the right side of the frame 40 and fixed to the right side of the frame 40 to be fixed by inserting the soft tube and to facilitate insertion or discharge of the soft tube. Wow; A fixed handle 51 extending a predetermined length downward from the frame 40 is formed, and the rotary handle 52 is rotatably fixed to the frame 40 so as to form a predetermined angle with the fixed handle 51. The support piece 53 for advancing the rod 30 to the right every time the 52 is rotated is fixed to the end of the rotation knob 52, and the support piece 53 and the rotation knob 52 are removed when the external force is removed. Handle member 50 is provided with a handle restoring spring (54) to restore the position; One end is rotatably fixed to the left side of the frame 40 and the rod 30 penetrates and is formed to prevent the rod 30 from moving forward. When the external force is removed, the retraction lever 60 is restored to the position by the lever restoring spring 61; After inserting the soft pipe 70 into each of the two sockets 81 of the connector having the sockets 81 on both sides, respectively, the soft pipes 70 to the first fixing member 10 and the second fixing member 20, respectively. Insert and rotate by pressing the rotary knob 52, the first fixing member 10 is advancing toward the second fixing member 20 while the soft tube 70 is fixed to the connector in close contact with the flexible connector, characterized in that tool. The method of claim 1, The first fixing member 10 is provided symmetrically to squeeze the first clamping frame 12 having an 'c' shaped opening and the outer circumferential surface of the flexible tube in the opening of the first clamping frame 12. A semi arc-shaped first fastener 121 having a concave center is formed, and a plurality of friction protrusions 13 are formed on the inner circumferential surface of the first fastener 121 to prevent slippage of the soft pipe, and the opening and the first The contact surface of the fastener 121 is formed to be tapered, but is formed so that the gap is reduced in the direction in which the soft pipe 70 is retracted, and a guide groove 123 movable left and right by a predetermined length is formed, and the bolt restricting the guide groove 123 ( 14) is provided, the first fastener 121 is retracted along the tapered inclined surface 122 when the flexible pipe 70 is retracted together, the inner diameter of the first fastener 121 is smaller, characterized in that the pressing force is increased Soft tube clamping tool. The method of claim 2, The second fixing member 20 has the same structure as the first fixing member 10 but is formed to be symmetrical, and the inner diameter decreases while retreating together along the tapered inclined surface 122 when the flexible pipe 70 is retracted. Soft tube tightness fixing tool, characterized in that the pressing force is increased.

Images