JPH08260534A - Faucet inside joint - Google Patents

Abstract

PURPOSE: To facilitate attachment and detachment and prevent leakage by regulating the grip length so as to be fitted to various apertures or forms, and fixing a joint to a faucet or pipe in a mechanism for pulling a handle and a strut in combination against to each other. CONSTITUTION: When the protruding handles 8, 8 of a strut support pipe 7 are inserted into the cavity part of a faucet 5, and a grip regulating handle 15 is pulled down and rotated right, a grip 11 is pressed onto the inner wall of the faucet 5. When the handle 15 is further rotated right, the strut support pipe 7 is strongly pushed up to strongly pull a strut 2 downward, and the strut support pipe 7 is fixed to the faucet 5. When it is rotated left, the strut support pipe 7 is lowered and separated from the faucet 5 to push up a water jet equipment 18, the strut 2 is also pushed up, and the grip 11 is closed and separated from the inner wall of the faucet 5 so as to be removable. The thicknesses, lengths, and widths of the grip 11 and the strut 2 are set to those according to the aperture or thickness of a used pipe or cylinder to ensure the strength of the grip 11.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connector device for connecting faucets to equipment when tap water is taken from faucets of various diameters and shapes, and pipes.

[0002]

2. Description of the Related Art Conventional connectors, in particular when trying to attach a purifier or water purifier to various faucet calibers and molds, have no choice but to use connectors or parts that are suitable for each. It is not possible to use it for different faucet shapes and diameters, and it is troublesome to install and remove and it is necessary to purchase parts that are not used, so what can be used for a wide variety of faucets Nakatsuta. Further, as a method for connecting pipes to each other, there has been no method for connecting pipes by the inner wall of the pipe as in the present invention.

[0003]

DISCLOSURE OF THE INVENTION Problems to be Solved by the Invention The present invention solves the above-mentioned drawbacks and utilizes the force of the grip (1,1) and the support (2) to attract the lever and the grip (1,1). By combining the projection insertion holes (4, 4) and the projection (3), the inside joint can be used to connect faucets and pipes of various diameters and shapes, and to facilitate insertion and removal. It is the one.

[0004]

[Means for Solving Problems] The protrusion (3) of the support column (2) is fitted into the protrusion insertion hole (4, 4) of the grip (1, 1), and the support column through hole (of the support column (7) ( 11 () and the washer (6) are passed through the support (2), and the threaded portion of the support (2) is screwed into the support screw hole (14) of the grip adjustment knob (15). Prop support tube (7)
Of the peripheral projection (9) of the gripping knob (15) slides up and down inside the support pipe cover (16) of the adjustment knob (15),
The grip adjusting knob (15) is loosely fitted to the water flow device (18) so that the grip adjusting knob (15) can rotate left and right.

[0005]

Since the present invention has the above-mentioned structure, its operation will be described. The grip (1, 1) is inserted into the cavity of the faucet (5), and the support column (7) is inserted into the faucet (5). ) And pulling down the grip adjusting knob (15), the strut (2) is pulled downward, the grips (1, 1) spread, and the grip (1) is pressed against the inner wall of the faucet (5). 1
When 5) is turned to the right, the grip adjustment knob (15) rises with a screw, the support pipe (7) is also pushed up, and is fixed to the faucet. ) Is pulled strongly downward, and the grip (1, 1) strongly presses against the inner wall of the faucet (5) to make it wider. Also,
When the grip adjustment knob (15) is turned counterclockwise, the grip adjustment knob (15) is lowered by a screw, the prop support pipe (7) is also separated from the faucet, and the water jet (18) is pushed up. (2) is pushed up and grips (1,1)
Can be removed away from the inner wall of the tap (5).

[0006]

EXAMPLES Hereinafter, the method of connecting inside the present invention will be described with reference to examples.

[First Embodiment] FIG. 1 is a sectional front view of a main portion of a grip, showing a first embodiment of the present invention. The grips (1, 1) are carved with arc-shaped teeth, wheels (36, 36) are attached, some protrusion insertion holes (4, 4) are opened, and protrusions (3) are provided on the upper part of the support (2) and the lower part is This is a structure in which the projection (3) of the support (2) is inserted into the projection insertion holes (4, 4) of the grip (1, 1) by screwing. FIG. 2 is an enlarged perspective view of the main part of the grip showing the same first embodiment. The grips (1, 1) have arc-shaped teeth and are cut differently in the vertical direction. FIG. 3 is a partial front view showing the same first embodiment. FIG. 4 is a partially sectional exploded front view showing the same first embodiment. In the first embodiment, the wheels (36, 36) are attached to the grips (1, 1) in which the teeth are arcuately cut, and the projection insertion holes (4, 4) into which the projections (3) of the support column (2) are inserted are formed to make the faucet. It has a structure that fits according to the diameter of (5) and grips the protrusion (3) of the column (2), and the protrusion insertion holes (4, 4) of (1, 1)
Insert the column (2) into the column support hole (11) of the column support pipe (7), insert the washer (12), and screw it into the column screw hole (14) of the grip adjustment knob (15). Then, the grip adjustment knob (15) is loosely fitted to the water flow device (18) so that the grip adjustment knob (15) can rotate right and left. The grip adjustment knob (15) has a support screw hole support plate (13) and a support screw hole (14).
Open and attach the screw thread of the female, and support the column support pipe (1
6) is provided and there is a stopper (17) on the upper part, and it is provided so that the column support pipe (7) can slide up and down inside the column support pipe cover (16) and the washer (12) can be housed therein. The column support pipe (7) is provided with rubber packings on the upper and lower sides, the protrusion knob (8) and the peripheral protrusion (9) are provided on the outer side, and the column support plate (10) is provided on the inner side of the column support plate (10). A column through hole (11) is provided. Since it has the above structure, it is used as follows. Protrusion knobs (8, 8) on the pillar support tube (7)
Insert the grip (1, 1) into the cavity of the faucet (5) with the grip (1, 1) spread to some extent while supporting it with your hands, pull the grip adjustment knob (15) downward, and turn it to the right to grasp the grip (1, 1).
1) spreads and is pressed against the inner wall of the faucet (5), and when it is turned to the right, the grip adjustment knob (15) goes up,
The prop support tube (7) is pushed up strongly, the prop (2) is in a state of being strongly pulled downward, and the grips (1, 1) are firmly fixed to the inner wall of the faucet (5) in order to expand further, and the grip adjustment knob is used. Support plate (13) with support column screwed in (15)
Then, the grips (1, 1) attract each other, and the support column (7) is fixed to the faucet (5). Also, when the grip adjustment knob (15) is turned counterclockwise, the support pipe (7) is lowered and separated from the faucet (5), and when the water flow device (18) is pushed up, the support rod (2) is also pushed up. Grab it (1,1)
Is in a closed state and can be detached from the inner wall of the faucet (5) for easy insertion and removal. The results of experiments on this are as follows. A universal faucet with a faucet (5) diameter of about 13 mm and a pipe length of about 130 mm and a stainless steel material. The grips (1, 1) have a thickness of 3 m.
m, length 11 mm, width 3 mm, the diameter of the pillar (2) is 3 mm, the diameter of the hole (4) is 2 mm, and the grips (1, 1) are fitted into the protrusions (3) of the pillar (2) inside the faucet. I inserted it and tried to hang weight 5kg, 8kg on the lower part of the support (2), but there is no problem with the grip (1, 1), but it is likely to break at the pipe connection part, and the strength of the equipment attached to the faucet We did not experiment with a heavier weight than this, but there was no problem with the grip strength and there was no problem with the amount of water. If the thickness, thickness, length, width, etc. of the grip (1,1) and the support (2) are adjusted according to the diameter and thickness of the pipe or pipe used, the strength of the grip (1,1) It seems that it will increase more.

[Second Embodiment] FIG. 5 is a sectional front view of a main part of a grip showing a second embodiment of the present invention, and FIG. 6 is an enlarged front view of a grip showing the same second embodiment. In the second embodiment, the support (2) is rotated obliquely while the projection (3) of the support (2) is inserted into the projection insertion holes (4, 4) of the grip (1, 1), and the support (1, 1) is grasped. ) Is a structure that can be adjusted to the diameter of the faucet while sliding.

[Third Embodiment] FIG. 7 is a cross-sectional front view of a main portion of a grip, showing a third embodiment of the present invention. The grips (1, 1) are rod-shaped, the projection insertion holes (4, 4) are opened, and the grips (1, 1) and the columns (2) are loosely fastened by bolts, and the packing (1, 1) packing ( It has a structure where the ground contact surface of 6) is made slippery. Further, in order to strengthen the degree of pressure contact of the wall surface, if the number of grips (1, 1) is two or more, or if rubber or a non-slip material is provided at the ground contact portion of the wall surface, the strength is further increased. There is also a method of embedding a spherical object in the grip (1, 1) or polishing the grip (1, 1) so that the packing (6) of the grip (1, 1) can slide smoothly. Attach the magnets on the left and right to the side of the faucet (5) so that it can be removed, and grab (1,
There is a method to make 1) easy to open.

[Fourth Embodiment] FIG. 8 is a partial sectional front view showing a fourth embodiment of the present invention, and FIG. 9 is a partial sectional exploded front view showing the same fourth embodiment. In the structure of the fourth embodiment, the structure of the grip (1) is such that the grip bar adjusting plate (20) is provided on the upper part of the support (2) and the support groove (37) is provided on the lower part, and the upper part is connected by the spring (21). There is a grip bar (1 ', 1'), and a structure is provided with an entrance through which the grip bar (1 ', 1') can freely slide. The pillar (2) is capped so that it can rotate, and the grip (1) The lower part of the is threaded. The grip (1) has a support screw hole (1) for the grip knob (22).
4) is screwed, and the strut groove (37) of the strut (2) is fitted and connected to the strut groove protrusion (24) of the strut rotating knob (25) so as to slide up and down. The column rotation knob (25) and the water divider (33) are connected in a loosely fitted state. Insert the grip bar (1 ', 1') into the cavity of the faucet (5), and while supporting the protrusion knob (8) of the grip knob (22) with your hand, apply it to the faucet (5), and then rotate the column rotation knob. Turn (25) to the right to turn the column groove protrusion (2
The strut (2) fitted in 4) also rotates in conjunction with it, the deformed grip bar adjusting board (20) of the strut (2) also rotates, and the grip bars (1 ′, 1 ′) move to the grip bar adjusting board ( It is pushed out by 20) and presses against the inner wall of the faucet (5). Next, when the grip knob (22) is turned to the right, the grip knob (22) is raised by the screw, and the packing (6) of the strut support tube cover (16) of the grip knob (22) is pressed against the faucet (5). It has a fixed structure. In addition, when the column rotation knob (25) is turned counterclockwise, the reverse process is performed, and the grip bar adjusting plate (20) also rotates in the reverse direction, and the grip bar (1 ', 1')
Is pulled by the spring (21) and retracts,
The grip (1) can be removed away from the inner wall of the faucet (5). In addition, in order to make the pressure contact degree of the inner wall of the grip bar (1 ', 1') stronger, a flat plate that fits the inner wall should be fixed to the tip of the grip bar (1 ', 1'). For example, the degree of pressure contact can be made stronger.

[Fifth Embodiment] FIG. 10 is a partial sectional front view showing a fifth embodiment of the present invention, and FIG. 11 is a partial sectional exploded front view showing the same fifth embodiment. In the fifth embodiment, the legs of the two curved grips (1, 1) are diagonally opened, and the bases thereof are gripped (27, 27) so that the shaft can be moved. Fixedly attached to the pipe (29), the packing (6) and the grip stop pipe (29) receive the pillar insertion groove (26, 2) into which the foot of the grip (1, 1) is inserted.
6) is open, the foot of the grip (1, 1) is passed through it, and a threaded grip adjustment tube (28, 28) is fitted in the foot part. On the inside of the grip knob (31), the female thread (32) of the grip adjustment tube (28, 28) is threaded, and the grip adjustment tube (28, 28) is bitten by the grip knob (31). Fit together to fit the central tube (30). Grip knob (31) and water divider (3
3) are connected in a loosely fitted state. Hold the projection knobs (8, 8) with your hands and apply it to the faucet (5), insert the grips (1, 1) into the faucet (5), and turn the gripping knob (31) to the right. (31) goes up and stops at the gripping tube (29), and when it is turned further, the gripping adjustment tube (28, 28) goes down and the gripping (1,
The foot of 1) is closed and the curved part of the grip (1, 1) opens, presses against the inner wall of the faucet (5), and the more the knob is turned to the right, the more the grip (1, 1) The degree of pressure contact and the degree of fixing to the faucet of the grip tube (29) increase. When it is turned counterclockwise, the grip knob (31) is lowered, and when the connected water divider (33) is pushed up, the grip adjustment pipes (28, 28) are screwed with the grip knob (31). As a result, the grips (1, 1) are opened, the legs of the grips (1, 1) are opened, and the curved portion is closed to separate from the inner wall of the faucet (5). Also, the grip adjustment tube (2
As a method of opening the grip (1,1) without using 8,28), fix one side of the foot of the grip (1,1) and hook it on the other side of the grip knob (31) for gripping. When the knob (31) is rotated, the foot is closed and the grips (1, 1) are opened. There is also a method in which the grip tube (29) and the grip knob (31) are connected by screws so that they can be adjusted. .

[Sixth Embodiment] FIG. 12 is a cross-sectional front view of a main portion of a grip showing a sixth embodiment of the present invention. The sixth embodiment has a structure using wedges. A) The grips (1, 1) are curved and the grip projections (41) are provided on the legs. (B) The grips (1, 1) are attached to the grips (27, 27).
There is a groove (40, 40) into which the grip projection (41, 41) is inserted, and the grip projection (41, 41) is provided so as to be slidable. C) The pillar (2) is provided with a wedge support plate (39) on the upper part, and there are wedges (38, 38) on the left and right of the pillar, and the pillar (2)
Screw the lower part of. D) The holding tube (29) has a packing (6), and is provided with a projection knob (8, 8) and a peripheral projection (9). E) The grip adjustment knob (15) has a grip stopper tube (2
There is a cover (42) for housing 9), and there is a support screw hole support plate (13) provided with support screw holes (14). The grip adjusting knob (15) and the water flow device (18) are connected in a loosely fitted state so that the grip adjusting knob (15) can rotate left and right. Pass the packing (6) through the foot part of the grip (1, 1), fit the grip projection (41, 41) into the groove (40, 40) of the grip (27, 27), and fix it to the grip tube (29). Then attach the cover (4) of the grip adjustment knob (15).
Put it in 2) so that it doesn't come out, and put the wedge (3)
(8, 38) is inserted into the gap of the grip (1, 1) and the threaded portion of the support (2) is screwed into the support screw hole (14) to be connected. Like. When the gripping tube (29) is applied to the faucet (5) and the gripping adjustment knob (15) is turned to the right, the gripping adjustment knob (15) rises up and is stopped by the gripping tube (29), and then the strut (2). Begins to fall down, and the wedges (38, 38) of the pillar (2) also fall down and bite into the gaps between the grips, the curved grips (1, 1) open, and the inner wall of the faucet (5) Pressing against and turning further to the right, the grip adjustment knob (15) rises with a screw, and the strut (2) and the grip adjustment knob (15) are in a relationship of attracting each other, and the grip tube (29) also It is pushed up and firmly adheres to the faucet (5) and fixes it. Turn the grip adjustment knob (15) counterclockwise to turn the grip adjustment knob (1)
When 5) goes down and pushes up the water flow device (18), the support (2) connected to the grip adjustment knob (15) goes up and, at the same time, the gap between the wedges (38, 38). Further pulling out, the grips (1, 1) become easier to close and can be removed from the faucet (5).

[Seventh Embodiment] FIG. 13 is a partial sectional front view showing a seventh embodiment of the present invention. In the seventh embodiment, the faucet inside joint method of the present invention is applied to connection of pipes. Grasp (1,
The protrusion (3) of the column (2) is fitted into the protrusion insertion holes (4, 4) of 1), and the lower portion of the column (2) is threaded. The column support pipe (7) is provided with a packing (6) embedded therein, and the column support hole (11) is fixed to the column support pipe (10).
There is a hole. A support screw hole support plate (13) is fixed to the support pipe (44), and the support screw hole (14) is threaded. It has a structure in which the support (2) of the grip (1, 1) is passed through the support through-hole (11) of the support support pipe (7) and screwed and connected to the support screw hole (14) of the support pipe (44). . When using, the grips (1, 1) are expanded as shown below to the extent that they contact the inner wall of the pipe (A) and inserted into the hollow portion of the pipe (A), and the support column (7) is attached to the pipe (A). When the strut pipe (44) is turned to the right, the strut (2) is lowered, and the grip (1, 1) is tried to be further widened.
1) is strongly pressed against and fixed to the inner wall of the pipe (A). When removing the support pipe (44), rotate the support pipe (44) to the left.
4) goes down and the support pipe (7) moves away from the pipe (A). If the support pipe is pushed up, the support (2) will also rise and the grips (1, 1) will close, and the pipe ( It can be detached from the inner wall of A). The same process may be performed on the pipe (B) side.

[Eighth Embodiment] Fig. 14 is a partial sectional front view showing an eighth embodiment of the present invention. In the eighth embodiment, the faucet inside joint method of the present invention is applied to connection of water pipes and the like. . The protrusions (3, 3) of the support columns (2, 2) are fitted into the two grips (1, 1), and the lower portions of the support columns (2, 2) are threaded to grip the grips (1, 1). Hold the stopper between the parts (4
3, 43). The pillar tubes (44, 44) are provided with magnets (45, 45) fixed to the outside with bolts (47, 47), and packing (6, 6) embedded on the connection side with the tubes (A, B). The groove (4) of the grip tube (28, 28)
There are stanchion tube projections (41, 41) that go into (0, 40). Support pipes (44, 44) are attached to the grip adjustment pipes (28, 28).
There is a groove (40, 40) into which the pillar pipe projection (41, 41) of the above is provided, and there is a pillar screw-in support plate (13, 13) into which the threaded portion of the pillar (2, 2) is screwed. , 1
4) is provided and fixed. Grasping the support pillars (2, 2), the support pillar screw holes (14, 14) of the adjusting pipe (28, 28)
Screwed to the groove (40, 4) of the grip adjustment tube (28, 28).
(0) to the support pipe projections (41, 4) of the support pipe (44, 44)
1) Slide it and insert the support pipe (44, 4).
4) Insert packing (6, 6) between the gaps between the grip adjustment pipes (28, 28) and bolt them to the magnets (45, 45), and hold the grip adjustment pipes (28, 28) in a loose fit state. To use this in a structure that can be connected and rotated separately, follow the procedure below. The grips (1, 1) are attracted by the magnets (45, 45) and the tubes (A,
When the grip adjustment tubes (28, 28) are rotated to the right by contacting the inside of B), the columns (2, 2) are pulled and the grips (1, 1) try to expand further, and the column tubes (44, 44) are expanded. )
Press firmly against the inner wall of the and fix it. When removing, the bolts (47, 47) connecting the support pipes (44, 44) and the pipes (A, B) may be removed. Also, when the pipe (B) side moves to the left due to some impact, the support pipe (44) on the pipe (B) side is also pushed to the left and slides, and the grip adjustment pipe (28) on the pipe (B) side is slid. ) Grips (1, 1) are used for the support pipe (4
Separated from the inner wall of 4), the support pipe (44) on the pipe (B) side hits the convex portion of the joint of the grip adjusting pipe (28) and slides to the left as it is, and the grip adjusting pipe (28) on the pipe (A) side is moved. While pushing, it is inserted into the support pipe (44) on the pipe (A) side, and the support (2) screwed into the support screw-in hole (14) of the fixed support screw-in hole support plate (13). ) Also pushes the grip (1, 1) upwards and inserts it into the pipe (A) side away from the inner wall of the support pipe (44).
1) closes away from the inner wall of the pipe (A), the grip adjustment pipe (28, 28) still slides to the left, and the projection of the joint of the grip adjustment pipe (28) is located on the pipe (A) side. Stop at the packing (6) of the column tube (44). When the pipe (B) side moves to the right, the support pipe (44) on the pipe (B) side slides rightward in the groove (40) of the grip adjustment pipe (28), and the magnet (45). At the position of, the grip (1,1) is pulled, and the grip adjustment pipe (28,28) also moves to the right while being pressed against the inner wall of the support pipe (44), and the grip (1,1) on the pipe (A) side is moved. When the magnet moves to the position of (), the grip (1,
1) is attracted and comes into pressure contact with the inner wall of the pillar pipe (44) to stop.

[Ninth Embodiment] Fig. 15 is a partial sectional front view showing a ninth embodiment of the present invention. In the ninth embodiment, as in the eighth embodiment of the present invention, the faucet inside joint method is used for connecting a water pipe or the like. It is an application. In the eighth embodiment, the connector itself is independent and the connector and the pipe (A, B) are connected by bolts, but in the ninth embodiment, the grip (1, 1) is connected to the pipe (A, B). , B)
It is a method of connecting by directly pressure contacting inside. Holes (4, 4) drilling magnets are provided in the two sets of grips (1, 1) for receiving the protrusions (3, 3) of the columns (2, 2),
Insert the protrusions (3, 3) of the columns (2, 2) into the columns (2, 2).
The lower part of 2) is threaded. The column support pipe (7) is provided with a column support plate (10) having a column through hole (11) opened, and a packing (6) is embedded on the connection side of the pipes (A, B). The support pipes (2, 2) are attached to the support pipes (44, 44).
Support plate (13,1)
3), and the support pipe (44) on the pipe (A) side has the pipe (B)
Column pipe projection (4) that enters the groove (40) of the column pipe (44) on the side
1) is provided, and the strut pipe (44) on the pipe (B) side has a groove (40) into which the strut pipe projection (41) of the strut pipe (44) on the pipe (A) side is inserted so that they can slide with each other. There is a spring (46) between the column tubes (44,44). Pipe (A,
In (B), magnets (45, 45) are provided on the outside. When it is used in the above structure, it is carried out as follows. The columns (2, 2) are connected to the column through holes (1) of the column support pipes (7, 7).
1, 11), and the threaded part is the post screw hole (1
4, 14) screwed, grip (1, 1) pipe (A, B)
The magnets (45, 45), the grips are attracted and come into contact with the inner walls of the tubes (A, B).
Rotating (44, 44) to the right pulls the struts (2, 2) and the grips press against the inner wall of the tube to secure it in order to expand. When the tube (B) moves to the right, the tube (B)
The column tube on the side is also moved to the right, and the resistance of the spring keeps it from grabbing it.

[0007]

INDUSTRIAL APPLICABILITY The present invention adapts to faucets of various diameters and molds by adjusting the length of the grip, and can be connected without using extra parts, and the grip (1, 1) and the support (2) can be connected. In combination, it is an inside joint method in which it is pressed against the inner wall of the faucet or pipe, and it is a mechanism that attracts each other, so it is firmly fixed to the faucet or pipe, there is no risk of leakage, safe and easy to install and remove, tools etc You don't have to. In addition, as shown in the experimental results described above, grasping (1,1)
With the size and thickness of the connector, strength comparable to that of the conventional connection method can be obtained. The following effects are provided below. B) It can handle a wide variety of faucets. B) It can be used for the connection of various appliances and taps that use tap water. (Example) Water purifier, purifier, shower, sprinkler, water intake to washing machine, etc. C) Easy to attach and detach. D) It can be installed and removed without using a tool. (E) The grips (1, 1) and the support column (10) also serve as a conventional straightening plate. F) It can also be applied to pipe-to-pipe connections. (Inside joint) Because it is easy to attach and detach, it is ideal for equipment that is frequently connected and disconnected. H) It can be used anywhere with a faucet. I) It can also be applied to the connection of water pipes and pipelines.

[Brief description of drawings]

FIG. 1 is a sectional front view of an essential part of a grip, showing a first embodiment of the present invention.

FIG. 2 is an enlarged perspective view of a gripping essential part showing the first embodiment of the present invention.

FIG. 3 is a partial sectional front view showing the first embodiment of the present invention.

FIG. 4 is a partially sectional exploded front view showing the first embodiment of the present invention.

FIG. 5 is a cross-sectional front view of a main grip portion showing a second embodiment of the present invention.

FIG. 6 is an enlarged front view of a grip portion showing a second embodiment of the present invention.

FIG. 7 is a cross-sectional front view of a main grip portion showing a third embodiment of the present invention.

FIG. 8 is a partial sectional front view showing a fourth embodiment of the present invention.

FIG. 9 is a partial sectional exploded front view showing a fourth embodiment of the present invention.

FIG. 10 is a partially sectional front view showing a fifth embodiment of the present invention.

FIG. 11 is a partial sectional exploded front view showing a fifth embodiment of the present invention.

FIG. 12 is a partial sectional exploded front view showing a sixth embodiment of the present invention.

FIG. 13 is a partially sectional exploded front view showing a seventh embodiment of the present invention.

FIG. 14 is a partial cross-sectional exploded front view showing an eighth embodiment of the present invention.

FIG. 15 is a partial sectional exploded front view showing a ninth embodiment of the present invention.

[Description of sign]

(1) Grip (27) Grip stop (1 ') Grip bar (28) Grip adjustment pipe (2) Support (29) Grip stop pipe (3) Protrusion (30) Central pipe (4) Protrusion insertion hole (31) Grip Control knob (5) Faucet (32) Female threaded (6) Packing (33) Water divider (7) Support pipe (34) Water flow switching knob (8) Projection knob (35) Water divider hose (9) Circumferential projections (36) Wheels (10) Post support plate (37) Post groove (11) Post through hole (38) Wedge (12) Washer (39) Wedge support plate (13) Post screw hole support plate (40) Groove (14) Post screw hole (41) Post pipe protrusion (15) Grip adjustment knob (42) Cover (16) Post support pipe cover (43) Grip stopper (17) Stopper (44) Post pipe (18) Water jet (45 Magnet (19) Connector insertion tube insertion port (46) Spring (20) Grip bar adjustment board (47) Bolt (21) Spring (22) Grip knob (23) Post insertion port (24) Post groove protrusion (25) Post Rotating knob (26) Post insertion slot

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[Procedure amendment]

[Submission date] August 21, 1995

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0006

[Correction method] Change

[Correction content]

[0006]

EXAMPLES Hereinafter, the method of connecting inside the present invention will be described with reference to examples.

[First Embodiment] FIG. 1 is a sectional front view of an essential part of a grip, showing a first embodiment of the present invention. The grips (1, 1) are carved with arc-shaped teeth, wheels (36, 36) are attached, some protrusion insertion holes (4, 4) are opened, and protrusions (3) are provided on the upper part of the support (2) and the lower part is This is a structure in which the projection (3) of the support (2) is inserted into the projection insertion holes (4, 4) of the grip (1, 1) by screwing. FIG. 2 is an enlarged perspective view of an essential part of the grip showing the same first embodiment. The grips (1, 1) have arc-shaped teeth and are cut differently in the vertical direction. FIG. 3 is a partial front view showing the same first embodiment. FIG. 4 is a partially sectional exploded front view showing the same first embodiment. In the first embodiment, the wheel (3
6,36) is attached and the projection insertion hole (4,4) in which the projection (3) of the support (2) is inserted is opened, and the structure is changed to fit according to the diameter of the faucet (5). Grasping the protrusion (3), the protrusion insertion holes (4, 4) of the (1, 1)
Insert the column (2) into the column support hole (11) of the column support pipe (7), insert the washer (12), and screw it into the column screw hole (14) of the grip adjustment knob (15). Then, the grip adjustment knob (15) is loosely fitted to the water flow device (18) so that the grip adjustment knob (15) can rotate right and left. The grip adjustment knob (15) has a support screw hole support plate (13) and a support screw hole (14).
Open and attach the screw thread of the female, and support the column support pipe (1
6) is provided and there is a stopper (17) on the upper part, and it is provided so that the column support pipe (7) can slide up and down inside the column support pipe cover (16) and the washer (12) can be housed therein. The column support pipe (7) is provided with rubber packings on the upper and lower sides, the protrusion knob (8) and the peripheral protrusion (9) are provided on the outer side, and the column support plate (10) is provided on the inner side of the column support plate (10). A column through hole (11) is provided. Since it has the above structure, it is used as follows. Protrusion knobs (8, 8) on the pillar support tube (7)
Insert the grip (1, 1) into the cavity of the faucet (5) with the grip (1, 1) spread to some extent while supporting it with your hands, pull the grip adjustment knob (15) downward, and turn it to the right to grasp the grip (1, 1).
1) spreads and is pressed against the inner wall of the faucet (5), and when it is turned to the right, the grip adjustment knob (15) goes up,
The prop support tube (7) is pushed up strongly, the prop (2) is in a state of being strongly pulled downward, and the grips (1, 1) are firmly fixed to the inner wall of the faucet (5) in order to expand further, and the grip adjustment knob is used. Support plate (13) with support column screwed in (15)
Then, the grips (1, 1) attract each other, and the support column (7) is fixed to the faucet (5). Also, when the grip adjustment knob (15) is turned counterclockwise, the support pipe (7) is lowered and separated from the faucet (5), and when the water flow device (18) is pushed up, the support rod (2) is also pushed up. Grab it (1,1)
Is in a closed state and can be detached from the inner wall of the faucet (5) for easy insertion and removal. The results of experiments on this are as follows. A universal faucet with a faucet (5) diameter of about 13 mm and a pipe length of about 130 mm and a stainless steel material. The grips (1, 1) have a thickness of 3 m.
m, length 11 mm, width 3 mm, the diameter of the pillar (2) is 3 mm, the diameter of the hole (4) is 2 mm, and the grips (1, 1) are fitted into the protrusions (3) of the pillar (2) inside the faucet. I inserted it and tried to hang weight 5kg, 8kg on the lower part of the support (2), but there is no problem with the grip (1, 1), but it is likely to break at the pipe connection part, and the strength of the equipment attached to the faucet We did not experiment with a heavier weight than this, but there was no problem with the grip strength and there was no problem with the amount of water. If the thickness, thickness, length, width, etc. of the grip (1, 1) and the support (2) are set according to the diameter and thickness of the pipe or pipe to be used, the grip (1, 1) Strength is also proportional
It seems to be that.

[Second Embodiment] FIG. 5 is a sectional front view of an essential part of a grip, showing a second embodiment of the present invention. FIG. 6 is an enlarged front view of a grip portion showing the same second embodiment. In the second embodiment, by rotating the grab (1, 1) strut protrusion insertion hole (4, 4) (2) projections (3) without turning struts (2) of the obliquely grab (1, It has a structure that can be adjusted to the diameter of the faucet while sliding 1).

[Third Embodiment] FIG. 7 is a cross-sectional front view of the essential parts of a grip according to a third embodiment of the present invention. The grips (1, 1) are rod-shaped, the projection insertion holes (4, 4) are opened, and the grips (1, 1) and the struts (2) are provided with play , and the grips (1, 1) are packed. It has a structure in which the contact surface of (6) is made slippery. Further, in order to strengthen the degree of pressure contact of the wall surface, if the number of grips (1, 1) is two or more, or if rubber or a non-slip material is provided at the ground contact portion of the wall surface, the strength is further increased. There is also a method of embedding a spherical object in the grip (1, 1) or polishing the grip (1, 1) so that the packing (6) of the grip (1, 1) can slide smoothly. Attach the magnets on the left and right to the side of the faucet (5) so that it can be removed, and grab (1,
There is also a method to make it easier to open 1).

[Fourth Embodiment] FIG. 8 is a partial sectional front view showing a fourth embodiment of the present invention. FIG. 9 is a partially sectional exploded front view showing the same fourth embodiment. In the fourth embodiment, the grip (1)
The structure of is the grip bar adjustment board (20) on the upper part of the pillar (2).
There is a strut groove (37) in the lower part and a grip bar (1 ', 1') connected by a spring (21) in the upper part, and a doorway where the grip bar (1 ', 1') can slide freely is provided. With the structure, the pillar (2) is attached so that it can rotate,
The lower part of the grip (1) is threaded. The grip (1) is
Screw it into the post screw hole (14) of the grip knob (22), and insert the post groove (37) of the post (2) into the post groove protrusion (24) of the post rotation knob (25) by sliding it up and down. are doing. The column rotation knob (25) and the water divider (33) are connected in a loosely fitted state. Insert the grip bar (1 ', 1') into the cavity of the faucet (5), and while supporting the protrusion knob (8) of the grip knob (22) with your hand, apply it to the faucet (5), and then rotate the column rotation knob. When (25) is turned to the right, the pillar (2) fitted in the pillar groove protrusion (24) also rotates, and the grip bar adjusting board (20) deformed on the pillar (2) also rotates to grip the grip bar. (1 ',
1 ') is pushed out by the grip bar adjusting board (20),
Press against the inner wall of the faucet (5). Next, grab the knob (2
When 2) is turned to the right, the grip knob (22) is raised by the screw, and the packing (6) of the strut support tube cover (16) of the grip knob (22) is pressed against and fixed to the faucet (5). It consists of In addition, the column rotation knob (2
When 5) is turned counterclockwise, the reverse process is performed, and the grip bar adjusting plate (20) also rotates in the reverse direction, and the grip bars (1 ′, 1 ′) are pulled by the spring (21) and retracted, and the grip (1) Can be removed away from the inner wall of the faucet (5). In addition, in order to make the pressure contact degree of the inner wall of the grip bar (1 ', 1') stronger, a flat plate that fits the inner wall should be fixed to the tip of the grip bar (1 ', 1'). For example, the degree of pressure contact can be made stronger.

[Fifth Embodiment] FIG. 10 is a partial sectional front view showing a fifth embodiment of the present invention. FIG. 11 is a partially sectional exploded front view showing the same fifth embodiment. In the fifth embodiment, the legs of the two curved grips (1, 1) are diagonally opened, and the bases thereof are gripped (27, 27) so that the shaft can be moved. Fixedly attached to the pipe (29), the packing (6) and the grip stop pipe (29) receive the pillar insertion groove (26, 2) into which the foot of the grip (1, 1) is inserted.
6) is open, the foot of the grip (1, 1) is passed through it, and a threaded grip adjustment tube (28, 28) is fitted in the foot part. On the inside of the grip knob (31), the female thread (32) of the grip adjustment tube (28, 28) is threaded, and the grip adjustment tube (28, 28) is bitten by the grip knob (31). Fit together to fit the central tube (30). Grip knob (31) and water divider (3
3) are connected in a loosely fitted state. Hold the projection knobs (8, 8) with your hands and apply it to the faucet (5), insert the grips (1, 1) into the faucet (5), and turn the gripping knob (31) to the right. (31) goes up and stops at the gripping tube (29), and when it is turned further, the gripping adjustment tube (28, 28) goes down and the gripping (1,
The foot of 1) is closed and the curved part of the grip (1, 1) opens, presses against the inner wall of the faucet (5), and the more the knob is turned to the right, the more the grip (1, 1) The degree of pressure contact and the degree of fixing to the faucet of the grip tube (29) increase. When it is turned counterclockwise, the grip knob (31) is lowered, and when the connected water divider (33) is pushed up, the grip adjustment pipes (28, 28) engage with the grip knob (31) with a screw. As a result, the grips (1, 1) are opened, the legs of the grips (1, 1) are opened, and the curved portion is closed to separate from the inner wall of the faucet (5). Also, the grip adjustment tube (2
As a method of opening the grip (1,1) without using 8,28), fix one side of the foot of the grip (1,1) and hook it on the other side of the grip knob (31) for gripping. When the knob (31) is rotated, the foot is closed and the grips (1, 1) are opened. There is also a method in which the grip tube (29) and the grip knob (31) are connected by screws so that they can be adjusted. .

[Sixth Embodiment] FIG. 12 is a cross-sectional front view of an essential part of a gripper showing a sixth embodiment of the present invention. In the sixth embodiment, a wedge is used. A) The grips (1, 1) are curved and the grip projections (41) are provided on the legs. (B) The grips (1, 1) are attached to the grips (27, 27).
There is a groove (40, 40) into which the grip projection (41, 41) is inserted, and the grip projection (41, 41) is provided so as to be slidable. C) The pillar (2) is provided with a wedge support plate (39) on the upper part, and there are wedges (38, 38) on the left and right of the pillar, and the pillar (2)
Screw the lower part of. D) The holding tube (29) has a packing (6), and is provided with a projection knob (8, 8) and a peripheral projection (9). E) The grip adjustment knob (15) has a grip stopper tube (2
There is a cover (42) for housing 9), and there is a support screw hole support plate (13) provided with support screw holes (14). The grip adjusting knob (15) and the water flow device (18) are connected in a loosely fitted state so that the grip adjusting knob (15) can rotate left and right. Pass the packing (6) through the foot part of the grip (1, 1), fit the grip projection (41, 41) into the groove (40, 40) of the grip (27, 27), and fix it to the grip tube (29). Then attach the cover (4) of the grip adjustment knob (15).
Put it in 2) so that it doesn't come out, and put the wedge (3)
(8, 38) is inserted into the gap of the grip (1, 1) and the threaded portion of the support (2) is screwed into the support screw hole (14) to be connected. Like. When the gripping tube (29) is applied to the faucet (5) and the gripping adjustment knob (15) is turned to the right, the gripping adjustment knob (15) rises up and is stopped by the gripping tube (29), and then the strut (2). Begins to fall down, and the wedges (38, 38) of the pillar (2) also fall down and bite into the gaps between the grips, the curved grips (1, 1) open, and the inner wall of the faucet (5) Pressing against and turning further to the right, the grip adjustment knob (15) rises with a screw, and the strut (2) and the grip adjustment knob (15) are in a relationship of attracting each other, and the grip tube (29) also It is pushed up and firmly adheres to the faucet (5) and fixes it. Turn the grip adjustment knob (15) counterclockwise to turn the grip adjustment knob (1)
When 5) goes down and pushes up the water flow device (18), the support (2) connected to the grip adjustment knob (15) goes up and, at the same time, the gap between the wedges (38, 38). Further pulling out, the grips (1, 1) become easier to close and can be removed from the faucet (5).

[Seventh Embodiment] FIG. 13 is a partial sectional front view showing a seventh embodiment of the present invention. In the seventh embodiment, the faucet inside joint method of the present invention is applied to connection of pipes. Grasp (1,
The protrusion (3) of the column (2) is fitted into the protrusion insertion holes (4, 4) of 1), and the lower portion of the column (2) is threaded. The column support pipe (7) is provided with a packing (6) embedded therein, and the column support hole (11) is fixed to the column support pipe (10).
There is a hole. A support screw hole support plate (13) is fixed to the support pipe (44), and the support screw hole (14) is threaded. It has a structure in which the support (2) of the grip (1, 1) is passed through the support through-hole (11) of the support support pipe (7) and screwed and connected to the support screw hole (14) of the support pipe (44). . When using, the grips (1, 1) are expanded as shown below to the extent that they contact the inner wall of the pipe (A) and inserted into the hollow portion of the pipe (A), and the support column (7) is attached to the pipe (A). When the strut pipe (44) is turned to the right, the strut (2) is lowered, and the grip (1, 1) is tried to be further widened.
1) is strongly pressed against and fixed to the inner wall of the pipe (A). When removing the support pipe (44), rotate the support pipe (44) to the left.
4) goes down and the support pipe (7) moves away from the pipe (A). If the support pipe is pushed up, the support (2) also goes up and the grips (1, 1) are closed, and the pipe (A) ) Can be detached and removed from the inner wall. The same process may be performed on the pipe (B) side.

[Eighth Embodiment] FIG. 14 is a partial sectional front view showing an eighth embodiment of the present invention. In the eighth embodiment, the faucet inside joint method of the present invention is applied to connection of water pipes and the like. The protrusions (3, 3) of the support columns (2, 2) are fitted into the two grips (1, 1), and the lower portions of the support columns (2, 2) are threaded to grip the grips (1, 1). Hold the stopper between the parts (4
3, 43). The pillar tubes (44, 44) are provided with magnets (45, 45) fixed to the outside with bolts (47, 47), and packing (6, 6) embedded on the connection side with the tubes (A, B). The groove (4) of the grip tube (28, 28)
There are stanchion tube projections (41, 41) that go into (0, 40). Support pipes (44, 44) are attached to the grip adjustment pipes (28, 28).
There is a groove (40, 40) into which the pillar pipe projection (41, 41) of the above is provided, and there is a pillar screw-in support plate (13, 13) into which the threaded portion of the pillar (2, 2) is screwed. , 1
4) is provided and fixed. Grasping the support pillars (2, 2), the support pillar screw holes (14, 14) of the adjusting pipe (28, 28)
Screwed to the groove (40, 4) of the grip adjustment tube (28, 28).
(0) to the support pipe projections (41, 4) of the support pipe (44, 44)
1) Slide it and insert the support pipe (44, 4).
4) Insert packing (6, 6) between the gaps between the grip adjustment pipes (28, 28) and bolt them to the magnets (45, 45), and hold the grip adjustment pipes (28, 28) in a loose fit state. To use this in a structure that can be connected and rotated separately, follow the procedure below. The grips (1, 1) are attracted by the magnets (45, 45) and the tubes (A,
When the grip adjustment tubes (28, 28) are rotated to the right by contacting the inside of B), the columns (2, 2) are pulled and the grips (1, 1) try to expand further, and the column tubes (44, 44) are expanded. )
Press firmly against the inner wall of the and fix it. When removing, the bolts (47, 47) connecting the support pipes (44, 44) and the pipes (A, B) may be removed. Also, when the pipe (B) side moves to the left due to some impact, the support pipe (44) on the pipe (B) side is also pushed to the left and slides, and the grip adjustment pipe (28) on the pipe (B) side is slid. ) Grips (1, 1) are used for the support pipe (4
Separated from the inner wall of 4), the support pipe (44) on the pipe (B) side hits the convex portion of the joint of the grip adjusting pipe (28) and slides to the left as it is, and the grip adjusting pipe (28) on the pipe (A) side is moved. While pushing, it is inserted into the support pipe (44) on the pipe (A) side, and the support (2) screwed into the support screw-in hole (14) of the fixed support screw-in hole support plate (13). ) Also pushes the grip (1, 1) upwards and inserts it into the pipe (A) side away from the inner wall of the support pipe (44).
1) closes away from the inner wall of the pipe (A), the grip adjustment pipe (28, 28) still slides to the left, and the projection of the joint of the grip adjustment pipe (28) is located on the pipe (A) side. Stop at the packing (6) of the column tube (44). When the pipe (B) side moves to the right, the support pipe (44) on the pipe (B) side slides rightward in the groove (40) of the grip adjustment pipe (28), and the magnet (45). At the position of, the grip (1,1) is pulled, and the grip adjustment pipe (28,28) also moves to the right while being pressed against the inner wall of the support pipe (44), and the grip (1,1) on the pipe (A) side is moved. When the magnet moves to the position of (), the grip (1,
1) is attracted and comes into pressure contact with the inner wall of the pillar pipe (44) to stop.

[Ninth Embodiment] FIG. 15 is a partial sectional front view showing a ninth embodiment of the present invention. In the ninth embodiment, the faucet inside joint method is applied to the connection of water pipes and the like as in the eighth embodiment of the present invention. It is a thing. In the eighth embodiment, the connector itself is independent and the connector and the pipe (A, B) are connected by bolts, but in the ninth embodiment, the grip (1, 1) is connected to the pipe (A, B). , B)
It is a method of connecting by directly pressure contacting inside. Holes (4, 4) drilling magnets are provided in the two sets of grips (1, 1) for receiving the protrusions (3, 3) of the columns (2, 2),
Insert the protrusions (3, 3) of the columns (2, 2) into the columns (2, 2).
The lower part of 2) is threaded. The column support pipe (7) is provided with a column support plate (10) having a column through hole (11) opened, and a packing (6) is embedded on the connection side of the pipes (A, B). The support pipes (2, 2) are attached to the support pipes (44, 44).
Support plate (13,1)
3), and the support pipe (44) on the pipe (A) side has the pipe (B)
Column pipe projection (4) that enters the groove (40) of the column pipe (44) on the side
1) is provided, and the strut pipe (44) on the pipe (B) side has a groove (40) into which the strut pipe projection (41) of the strut pipe (44) on the pipe (A) side is inserted so that they can slide with each other. There is a spring (46) between the column tubes (44,44). Pipe (A,
In (B), magnets (45, 45) are provided on the outside. When it is used in the above structure, it is carried out as follows. The columns (2, 2) are connected to the column through holes (1) of the column support pipes (7, 7).
1, 11), and the threaded part is the post screw hole (1
4, 14) screwed, grip (1, 1) pipe (A, B)
The magnets (45, 45), the grips are attracted and come into contact with the inner walls of the tubes (A, B).
Rotating (44, 44) to the right pulls the struts (2, 2) and the grips press against the inner wall of the tube to secure it in order to expand. When the tube (B) moves to the right, the tube (B)
The column tube on the side is also moved to the right, and the resistance of the spring keeps it from grabbing it. FIG. 15 is a cross-sectional front view of essential parts of a grip, showing a tenth embodiment of the present invention. 1. The grips (1, 1) are rod-shaped and have projection insertion holes (4, 4). 2, the pillar (2) has a protrusion (3), and the grip (1,
A spring (46) for supporting 1) is provided, and the lower part is threaded. 3. The packing (6) is provided with a peripheral projection (9), and a ridge or a groove is provided on the surface of the faucet (5) which is in contact with the water outlet in order to prevent water leakage and facilitate adsorption. . 4. The grip adjustment knob (15) has a support column cover (16) for accommodating the packing (6) and a stopper (17) for the circumferential projection (9). In addition, there is a support screw hole support plate (13) in which a support screw hole (14) is provided by threading in order to connect to the support (2).
The grip adjusting knob (15) and the water flow device (18) are connected in a loosely fitted state so that the grip adjusting knob (15) can rotate left and right. The grips (1, 1) are fitted into the protrusions (3) of the support columns (2) and supported by springs (46), and the washer (12) and packing (6) are stored in the support column cover (16). Support post (2) with support screw hole (14)
It is composed by screwing and connecting. When using this, insert the grip (1, 1) that has been spread by the spring (46) into the outlet of the faucet (5), apply the packing (6) to the outlet, and adjust the grip adjustment knob ( 1
When 5) is rotated to the right, the grips (1, 1) are strongly pressed against the inner wall of the faucet (5) to make it wider, and after reaching the limit, the grip adjustment knob (15) is further turned to the right. Then, the grip adjusting knob (15), which is connected to the support (2) with a screw, climbs up and pushes up the packing (6) to firmly press and fix it to the spout (5).

[Tenth Embodiment] FIG. 16 is a partially exploded sectional front view showing a tenth embodiment of the present invention. 1. The grips (1, 1) are rod-shaped and have projection insertion holes (4, 4). 2, the pillar (2) has a protrusion (3), and the grip (1,
1) A spring (46) is provided to support and the lower part is threaded.
It 3, the packing (6) is provided with a circumferential protrusion (9) to prevent water leakage.
Faucet (5) spout to prevent spillage and facilitate adsorption
A ridge or a groove is provided on the surface that hits. 4. Packing (6) on the grip adjustment knob (15)
There is a strut support tube cover (16) for storing,
A stopper (17) of (9) is provided. Also the stanchions
To connect it with (2), screw the post screw hole (14)
There is a support screw hole support plate (13) provided by dicing,
The grip adjustment knob (15) and the water flow device (18) are loosely fitted.
Connection, and the grip adjustment knob (15) can be rotated left and right.
I was able to do it. Insert the grips (1, 1) into the protrusions (3) of the column (2)
Only support the spring (46) and support the column support pipe (1
Place washer (12) and packing (6) in 6).
Screw the post (2) into the post screw hole (14).
It is composed of connected parts. When using this,
The spring (46) pre-spreads the grip (1,
Insert 1) into the faucet (5) spout and replace the packing (6).
Put the grip adjustment knob (15) to the right by applying it to the spout.
When rotated, the grips (1,1) will spread out and become a faucet
Firmly crimp to the inner wall of (5), and after reaching the limit, grab
If you rotate the knob knob (15) further to the right,
Grip adjustment knob (15) connected to (2) with a screw
Climbs up and pushes the packing (6) up, tap
Firmly crimp and fix to the spout of (5).

[Procedure Amendment 2]

[Document name to be amended] Statement

[Name of item to be corrected] Brief description of the drawing

[Correction method] Change

[Correction content]

[Brief description of drawings]

FIG. 1 is a sectional front view of an essential part of a grip, showing a first embodiment of the present invention.

FIG. 2 is an enlarged perspective view of an essential part of a grip, showing a first embodiment of the present invention.

FIG. 3 is a partial sectional front view showing the first embodiment of the present invention.

FIG. 4 is a partial sectional exploded front view showing the first embodiment of the present invention.

FIG. 5 is a cross-sectional front view of a main grip portion showing a second embodiment of the present invention.

FIG. 6 is an enlarged front view of a grip portion showing a second embodiment of the present invention.

FIG. 7 is a cross-sectional front view of a main grip portion showing a third embodiment of the present invention.

FIG. 8 is a partial sectional front view showing a fourth embodiment of the present invention.

FIG. 9 is a partially sectional exploded front view showing a fourth embodiment of the present invention.

FIG. 10 is a partially sectional front view showing a fifth embodiment of the present invention.

FIG. 11 is a partial sectional exploded front view showing a fifth embodiment of the present invention.

FIG. 12 is a partial sectional exploded front view showing a sixth embodiment of the present invention.

FIG. 13 is a partially sectional exploded front view showing a seventh embodiment of the present invention.

FIG. 14 is a partial sectional exploded front view showing an eighth embodiment of the present invention.

FIG. 15 is a partial sectional exploded front view showing a ninth embodiment of the present invention.

FIG. 16 is a partially exploded sectional front view showing a tenth embodiment of the present invention .
FIG.

[Explanation of signs] (1) Grip (27) Grip stop (1 ') Grip bar (28) Grip adjustment pipe (2) Support (29) Grip stop pipe (3) Protrusion (30) Central pipe (4) Protrusion insertion Hole (31) Grip knob (5) Faucet (32) Female threaded (6) Packing (33) Water diverter (7) Strut support tube (34) Water flow switching knob (8) Projection knob (35) Water diversion Device hose (9) Circumferential protrusion (36) Wheel (10) Post support plate (37) Post groove (11) Post through hole (38) Wedge (12) Washer (39) Wedge support plate (13) Post screw hole Support plate (40) Groove (14) Support screw hole (41) Support pipe protrusion (15) Grip adjustment knob (42) Cover (16) Support support pipe cover (43) Grip stopper (17) Stopper (44) Support pipe (18 Water flow device (45) Magnet (19) Connector insertion pipe insertion port (46) Spring (20) Grip bar adjustment panel (47) Bolt (21) Spring (48) Spring (22) Grip knob (23) Post insertion port ( 24) Post groove protrusion (25) Post rotation knob (26) Post insertion groove

[Procedure 3]

[Document name to be corrected] Drawing

[Correction target item name] Full text

[Correction method] Change

[Correction content]

FIG.

[Fig. 2]

[Figure 3]

[Figure 4]

[Figure 5]

[Figure 6]

[Figure 7]

[Figure 8]

[Figure 9]

[Figure 10]

FIG. 11

[Fig. 12]

[Fig. 13]

FIG. 14

FIG. 15

FIG. 16

Claims (1)

[Claims] (1) A support (2) is attached to the grip (1, 1).
There are holes (4, 4) in which the protrusions (3) are inserted. (B) The support (2) has holes (4, 4) for the grips (1, 1).
The protrusion (3) that enters into (4) and the lower portion of the column (2) are threaded. (C) The column support pipe (7) is provided with a column support through-hole (11) in the column support plate (10) and a protrusion knob (8). (D) The grip adjustment knob (15) has a support screw hole (14) in the support screw hole support plate (13), and a support support pipe cover (16) is provided to connect the water flow device (18). Faucet inside joint consisting of