JP3190281U - Faucet coupler - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a faucet connector with a timer capable of selecting a water outlet with a simpler structure. SOLUTION: A faucet connecting tool 1 is fixed to a faucet fixing portion 10 having a faucet connecting portion 11 and a connecting tool main body fixing portion 12 provided below the faucet connecting portion 11, and a connecting tool main body fixing portion 12. The water stop means 22 is provided with a connector main body 20 having an inflow port 21 for receiving the water W from the faucet, and the water W flowing in from the inflow port 21 is switched from the water flow state to the water stop state in a predetermined time. At least two outlets provided downstream of the water stop means outlet 220 of the water means 22, and an outlet selection means for selecting which outlet to supply the water W flowing out from the water stop means outlet 220. It has 23 and. [Selection diagram] Fig. 2

Description

  The present invention relates to a connector for a faucet with a timer capable of selecting a water outlet.

  A faucet connector is used to connect a faucet serving as a pressure water source, a hose, a sprinkler, and the like. For example, a watering timer is known that includes a main shut-off valve between an inlet connected to a pressure water source and a water outlet corresponding to the inlet, and closes water after a predetermined time (for example, Patent Documents). 1).

Japanese Patent Publication No. 7-99210

  The present invention provides a connector for a faucet with a timer that can select a water outlet with a simpler structure.

(1) An aspect according to the present invention is a faucet coupler, a faucet fixing part having a faucet connection part and a coupler body fixing part provided below the faucet connection part, and a coupler body fixing part. A connector body having an inflow port that is fixed to the faucet and receives water from the faucet, the water stop means for switching the water flowing in from the inflow port from a water supply state to a water stop state in a predetermined time, and a stop At least two outlets provided downstream of the water stop means outlet of the water means, and outlet selection means for selecting which outlet the water flowing out from the water stop means outlet is supplied to A connector for faucets is provided.
(2) The faucet connector according to (1), wherein the water stop means includes a first flow path communicating with the inlet, a valve for opening and closing a first outlet end of the first flow path, A second flow path that guides water flowing out from the outlet end to the water stop means outlet, a pin having one end connected to the valve, and a moving mechanism that moves the pin to one end for a predetermined time; The moving mechanism is moved to one end side for a predetermined time by the moving mechanism, and accordingly, the valve is also separated from the first outlet end portion for a predetermined time, and the water stop means flow from the first outlet end portion for a predetermined time when the valve is separated. Provided is a faucet connector through which water flows out to the outlet.
(3) In the faucet connector according to (2), the moving mechanism includes a dial portion having a contact surface with which the other end surface of the pin contacts, and a rotation direction of a dial member provided on the dial portion. And a ridge connected to the dial member that rotates the dial member over a predetermined time in the reverse direction to return it to the initial position before the rotation, and the contact surface of the pin contacts the end position according to the rotation of the dial member. A faucet connector configured to be moved sideways is provided.
(4) The faucet connector according to (3), wherein the dial member has a rotation stopping means that prevents the dial member from rotating due to the rotational force caused by the ridge.
(5) In the faucet connector according to any one of (1) to (4), the connector main body has a plurality of inflow openings communicating with the inner peripheral surface on which the water stop means outlet is formed and the outlet. A cylindrical space having a bottom portion formed with a cylindrical portion, and the outlet selection means is formed of a cylindrical member rotatably disposed in the cylindrical space, and the cylindrical member is fixed to a side peripheral portion of the cylindrical member. A hole corresponding to the water means outlet and a hole corresponding to the inflow opening at the bottom of the cylindrical member, and when the hole selects the rotation position of the cylindrical member corresponding to each inflow opening, the corresponding There is provided a faucet connector formed so as to communicate only with an inflow opening and a water stop outlet.
(6) In the faucet coupler according to (5), an operation member having one end connected to the tubular member and having a shaft portion on the other, a knob member attached to the shaft portion, and a bottom portion of the tubular space An opening that opens to the outside of the cylindrical space, and a lid member that is provided to close the opening and has an insertion hole that passes through the shaft. The cylindrical member and the operation member are inserted into the cylindrical space from the opening, and the lid member closes the opening in a state where the shaft portion is inserted into the insertion hole and the shaft portion protrudes to the outside of the connector main body. Provided is a faucet connector in which a member is attached to a shaft portion protruding outward.
(7) In the faucet connector according to any one of (1) to (6), the water flowing out from the outlet A is provided in communication with the outlet A which is one outlet of the outlet. You may have the outflow state switching means which changes an outflow state.
(8) In the faucet coupler as described in (5) above, the outlet A may be provided below the coupler body, and the outflow state switching means may be provided below the outlet A.
(9) In the connector for a faucet according to any one of (1) to (8), the connector main body has an outlet B, which is one outlet of the outlet, on the side of the connector main body. It may be.
(10) In the faucet coupler according to any one of (1) to (9), the number of outlets may be two.

  ADVANTAGE OF THE INVENTION According to this invention, the connection tool for faucets with a timer which can select the outflow port of water with a simpler structure can be provided.

It is a perspective view of the connector for faucets which concerns on embodiment of this invention. It is an A'-A 'cross-sectional perspective view in FIG. 1 of the coupler for faucets. (A) is an A′-A ′ enlarged cross-sectional perspective view in FIG. 1 near the valve showing a water flow state, and (b) is an A′-A ′ enlarged cross-sectional perspective view in FIG. 1 near the valve showing a water stop state. is there. It is a disassembled perspective view of the moving mechanism seen from the striated side. It is a disassembled perspective view of the moving mechanism seen from the dial member side. It is a perspective view of the dial member seen from the striated side. (A) is a perspective view of the vicinity of the rotation stopping means viewed from the back side of the dial member, and (b) is an exploded perspective view of the moving mechanism viewed from the dial member side. FIG. 3 is a cross-sectional perspective view showing a portion below the timer structure when cut along line B′-B ′ in FIG. 1, and shows a state in which water flows out from an outlet A. FIG. 3 is a cross-sectional perspective view showing a portion below the timer structure when cut along the line B′-B ′ in FIG. 1 and showing a state in which water flows out from an outlet B; (A) is the perspective view which shows the outflow state switching means in a small diameter outflow state, (b) is the perspective view which removed the switching member. (A) is the perspective view which shows the outflow state switching means in a large diameter outflow state, (b) is the perspective view which removed the switching member.

  Hereinafter, a faucet connector 1 according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. In FIG. 1, a faucet connector 1 is connected to a cylindrical faucet F. For example, a timer that can select an outlet A for use such as washing hands and an outlet B for watering to which a hose or the like is connected. It is a connector for a faucet. The faucet connector 1 stops the flow of water W flowing from the faucet F after a predetermined time by a timer.

  2 is a cross-sectional view taken along the line A′-A ′ of FIG. 1, and as shown in FIG. 2, the faucet connector 1 is provided below the faucet connector 11 and the faucet connector 11. A faucet fixing portion 10 having a main body fixing portion 12 and a connector main body 20 having an inlet 21 that is fixed to the connector main body fixing portion 12 and receives water W from the faucet F (see FIG. 1). .

  8 is a cross-sectional view taken along line B'-B 'in FIG. In FIG. 8, the structure portion of the timer is omitted. In the embodiment, as shown in FIG. 8, the connector main body 20 has two outlets A and B. The outlet A is provided below the connector body 20, and the outlet B is provided on the side of the connector body 20.

  The faucet connector 1 includes an outflow state switching means 30 that is provided in communication with the outflow port A and changes the outflow state of the water W flowing out from the outflow port A. The outflow state switching means 30 is provided below the outflow port A.

  In addition, in FIG. 1, the position of the outflow port A and the outflow port B shows an approximate position, and in FIG. 2, a part of the outflow state switching means 30 is omitted. The detailed positions of the outlet A and the outlet B and the outflow state switching means 30 will be described later.

  The faucet fixing part 10 will be described in detail below. As shown in FIGS. 1 and 2, the faucet connection portion 11 is formed in a ring shape so as to surround the cylindrical faucet F. A flexible packing 13 is provided between the faucet connection portion 11 and the connector main body fixing portion 12 (see FIG. 2). The packing 13 is formed in a ring shape so as to be in close contact with the faucet F.

  For example, the connection between the faucet F and the faucet connection portion 11 can be performed by inserting the faucet F into the faucet connection portion 11 and the packing 13 and screwing or fitting the faucet connection portion 11 into the connector main body fixing portion 12. it can. At this time, the packing 13 bends and adheres to the faucet F. Further, the packing 13 is in close contact with the faucet connection portion 11 and the connector main body fixing portion 12 to prevent leakage of the water W from the faucet fixing portion 10 to the outside.

  The connector main body 20 will be described in detail below. 1 and 2, the connector main body 20 includes a water stop means 22 for switching the water W flowing from the inflow port 21 from a water supply state to a water stop state in a predetermined time, and a water stop means outlet of the water stop means 22. And at least two outlets A and B provided downstream of 220 (see FIG. 8) and an outlet for selecting which outlets A and B the water W flowing out from the water stop means outlet 220 is supplied to. Selection means 23.

  2 and 3, the water stop means 22 includes a first flow path F1 that communicates with the inflow port 21, a valve 221 that opens and closes the first outflow end F10 of the first flow path F1, and a first outflow port. The second flow path F2 for guiding the water W flowing out from the end F10 to the water stop means outlet 220, the pin 222 having the one end side 2220 connected to the valve 221, and the pin 222 is moved to the one end side 2220 for a predetermined time. And a moving mechanism 24.

  In FIG. 3A showing the water flow state, the pin 222 is moved to the one end side 2220 by a moving mechanism 24 for a predetermined time, and the valve 221 is accordingly separated from the first outlet end F10 for a predetermined time. Water W flows out from the first outlet end F10 to the water stop means outlet 220 for a predetermined time during which the 221 is separated.

  In FIG.3 (b) which shows a water stop state, the pin 222 is pushed by the other end side 2221 shown in FIG. 2 with the spring 223 which is an elastic body. Accordingly, when the pin 222 is not moved to the one end side 2220 by the moving mechanism 24, the pin 222 is pushed to the other end side 2221 so that the valve 221 is in close contact with the first outlet end F10 and is stopped from the first outlet end F10. The outflow of water W to the water means outlet 220 is stopped.

  As shown in FIGS. 4 and 5, the moving mechanism 24 includes a dial portion 25 having a contact surface 2520 with which the end surface of the other end side 2221 of the pin 222 contacts, and a rotation direction of the dial member 251 provided on the dial portion 25. And a ridge 26 connected to the dial member 251 that rotates the dial member 251 over a predetermined time in the opposite direction to return it to the initial position S before the rotation, and the contact surface 2520 corresponds to the rotation of the dial member 251. The contact position of the pin 222 is formed to move to one end side 2220 (see FIG. 2). Here, when the dial member 251 is at the initial position S, the water stop means 22 is in a water stop state.

  2, 4, and 5, the ridge 26 includes a rotation shaft 260, and the rotation shaft 260 is connected to the dial member 251 through a hole 270 formed in the lid portion 27 of the connector main body 20. Yes. The shape of the lid part 27 is a substantially disk shape. Here, the dial portion 25 includes a moving member 252 having a contact surface 2520 between the lid portion 27 and the dial member 251.

  In the embodiment, as shown in FIG. 5, when the dial member 251 is rotated from the initial position S in the timer setting direction TS toward the connector main body 20 in the clockwise direction, the ridges 26 are gradually unwound to rotate the rotating shaft 260. Rotates counterclockwise in the reverse direction UT and functions as a timer. 2, 4, and 5, the pointing arrow IR formed on the dial member 251 indicates the initial position S.

  As shown in FIG. 4, the dial member 251 has a substantially cylindrical shape with a bottom, and a rib 2510 is formed on the bottom. The shape of the moving member 252 is a substantially half ring shape in which the ring is divided in half, and two fulcrum points 2521 are formed at both ends thereof. The shapes of the two fulcrums 2521 are substantially semicircular. Further, as shown in FIG. 5, convex portions 2522 projecting toward the dial member 251 and convex portions projecting outward from the outer periphery of the substantially half ring-shaped moving member 252 are formed at the intermediate portions at both ends. Part 2523.

  As shown in FIG. 5, a rib 271 is formed outside the lid portion 27, and the rib 271 has two notches 2710 at shapes and positions corresponding to the two fulcrums 2521 of the moving member 252 described above. Is formed. The two fulcrums 2521 are movably fitted in the corresponding notches 2710, respectively. Further, the rib 271 is formed with a notch 2711 at a shape and position corresponding to the convex portion 2523. The convex portion 2522 is accommodated in the notch 2711 so as to be movable toward both ends of the pin 222.

  The moving member 252 moves in a state where the two fulcrums 2521 are fitted in the notches 2710, and the convex portion 2523 moves in the notches 2711 toward both ends of the pin 222. As the moving member 252 moves, the contact surface 2520 also moves in the direction of both ends of the pin 222.

  In FIG. 5, when the pointing arrow IR indicates the initial position S in the water stop state, the convex portion 2522 of the moving member 252 is a V-shape of the rib 2510 formed inside the dial member 251 shown in FIG. 6. The cutout 2511 is shaped. Here, when the dial member 251 is rotated, the convex portion 2522 of the moving member 252 rides on the rib 2510 from the notch 2511, and the convex portion 2523 side of the moving member 252 moves toward the one end side 2220 of the pin 222. Accordingly, the abutting surface 2520 also moves toward the one end side 2220 while pushing the other end side 2221 of the pin 222, so that the water stop means 22 is in a water passage state, that is, from the state shown in FIG. As shown in (a), the valve 221 opens and water flows into the second flow path F2.

  In the above, the case where the moving member 252 is displaced in the axial direction of the pin 222 has been shown. However, the contact surface 2520 shown in FIG. You may form in the surface inclined in the rotation direction so that it may move (refer FIG. 2). In this case, the moving member 252 of the dial portion 25 may be omitted, the rib 2510 may have a surface inclined in the rotation direction, and the pin 222 may be in contact with the inclined surface of the rib 2510. In this manner, when the dial member 251 rotates, the pin 222 is pushed toward the one end side 2220 while the inclined surface of the rib 2510 is displaced.

  In the embodiment, by providing the moving member 252, the contact surface 2520 moves toward both ends of the pin 222, and the load due to friction is greater than when the other end side 2221 of the pin 222 is pressed while the contact surface is displaced. Less wear and damage to the pins 222 are unlikely to occur.

  In FIG. 7A, the dial member 251 has rotation stopping means 2512 that prevents the dial member 251 from rotating due to the rotational force of the ridge 26. The rotation stop means 2512 is formed to protrude inward from the outer periphery of the dial member 251.

  In FIG. 7 (b), toward the center of the lid 27 at a position slightly shifted in the direction UT opposite to the clockwise direction, which is the timer setting direction TS, with respect to the position of the initial state S which is the water stop state. A protrusion 272 having a chevron shape that can be elastically deformed is formed at a position where the rotation stopping means 2512 is rotated. When the rotation stop means 2512 rotates in the opposite direction UT, the rotation stop means 2512 hits the protrusion 272 and stops the rotation of the dial member 251 against the rotating force of the ridge 26.

  In order to make the water flow without using the timer, the dial member 251 is rotated by applying a force in the direction UT opposite to the timer setting direction TS. The rotation stopping means 2512 moves in the opposite direction UT over the protrusion 272 while deforming it. A protrusion 273 that is difficult to be elastically deformed is formed in a direction UT opposite to the timer setting direction TS of the protrusion 272, the rotation stopping means 2512 hits the protrusion 273, and the rotation of the dial member 251 is stopped. In this state, the convex portion 2522 of the moving member 252 rides on the rib 2510 from the notch 2511, and the contact surface 2520 of the moving member 252 moves toward the one end side 2220 of the pin 222. As the pin 222 moves, the water stopping means 22 enters a water passage state.

  8 and 9 are sectional views taken along line B'-B 'in FIG. However, the structure portion of the timer described above is not shown, and the portion of the outlet selection means 23 below the portion of the water stop means outlet 220 of FIG. 2 is shown. 8 and 9, the hose mounting accessory C shown in FIG. 1 is omitted. 8 and 9, the connector main body 20 has an inner peripheral surface 280 where the water stop means outlet 220 is formed and a bottom portion 281 where a plurality of inflow openings A1 and B1 communicating with the outlets A and B are formed. And a cylindrical space 28 having the following. FIG. 8 shows a state in which water W is flowing to the outlet A, and FIG. 9 shows a state in which the water W is flowing to the outlet B.

  The outlet selection means 23 includes a cylindrical member 230 that is rotatably disposed in the cylindrical space 28, and the cylindrical member 230 corresponds to the water stop means outlet 220 on the side periphery of the cylindrical member 230. When the hole 231 has a hole 232 corresponding to the inflow openings A1 and B1 at the bottom of the cylindrical member 230, and the hole 232 selects the rotational position of the cylindrical member 230 corresponding to each of the inflow openings A1 and B1. The corresponding inflow openings A1 and B1 and the water stop means outlet 220 are formed so as to communicate with each other.

  Further, the operation member 234 having one end connected to the tubular member 230 and the other end having the shaft portion 233, the knob member 235 attached to the shaft portion 233, and the connector main body 20 facing the bottom portion of the tubular space 28. An opening 282 that is formed on the side and opens to the outside of the cylindrical space 28, and a lid member 29 that is provided so as to close the opening 282 and has an insertion hole 290 through which the shaft portion 233 is inserted. The member 230 and the operation member 234 are inserted into the cylindrical space 28 from the opening 282, and the lid member 29 is inserted through the insertion hole 290 to protrude the shaft 233 to the outside of the connector main body 20. The opening 282 is closed in this state, and a knob member 235 is attached to the shaft portion 233 that protrudes to the outside.

  When the knob member 235 is picked and rotated, the operation member 234 is rotated. As the operation member 234 is rotated, the cylindrical member 230 is rotated and the rotation position can be selected. By selecting the rotation position, the hole 232 communicates with one of the selected inflow opening A1 and inflow opening B1, and the outlet of the water W can be selected as the outlet A or the outlet B. The cylindrical member 230 is provided with an O-ring (not shown), and prevents water from flowing into the other when the hole 232 communicates with either the inflow opening A1 or the inflow opening B1.

  The outflow state switching means 30 will be described in detail below. 10 and 11, the outflow state switching means 30 switches the water W between the small diameter outflow state shown in FIG. 10 and the large diameter outflow state shown in FIG.

  The outflow state switching means 30 is rotatably attached to the connector main body 20 with a screw 31. The outflow state switching means 30 includes a substantially disk-shaped lid member 32 and a switching member 33 for switching the outflow state. The switching member 33 has a shallow pan shape with a hole formed in the bottom.

  In the lid member 32, two holes 320 and a hole 321 communicating with the outflow port A are formed to be separated from each other in the circumferential direction. The hole communicating with the outflow port A is switched to the hole 320 and the hole 321 by the rotation of the lid member 32.

  An outer wall 330 is formed in a circular shape on the bottom of the switching member 33 in accordance with the outer periphery of the substantially disc-shaped lid member 32. An inner wall 331 is formed inside the outer wall 330. The inner wall 331 is formed substantially concentrically with the outer wall 330, and is formed as a protruding portion 3310 so that a part protrudes toward the outer wall 330. A plurality of small-diameter outflow state holes 332 corresponding to the outlet A are formed in the inner bottom portion of the inner wall 331 of the switching member 33, and a large-diameter outflow state hole is formed in the bottom portion between the outer wall 330 and the inner wall 331. A plurality of holes 333 are formed.

  A small-diameter shower flows out from the inner bottom portion of the inner wall 331, and a large-diameter shower flows out from the bottom portion between the inner wall 331 and the outer wall 330. Here, the small-diameter outflow state hole 332 corresponding to the outlet A may be a single stream of water that is not a shower but a so-called straight flow.

  The lid member 32 is disposed with respect to the switching member 33 such that the hole 320 is located inside the inner wall 331 at the protruding portion 3310 of the inner wall 331, and the hole 321 is located between the inner wall 331 and the outer wall 330. 330 so as to be in close contact with 330. Further, the projections 334 provided toward the inner side of the switching member 33 are fixed so as not to be displaced in the rotational direction by two projections 322 and 323 formed on the lid member 32 so as to sandwich the projection 334. By rotating the switching member 33, the lid member 32 is also rotated.

  The rotation of the switching member 33 can be performed by fitting a member or part of the connector main body 20 (not shown) into one of the two recesses 324 and 325 formed toward the connector main body 20 of the lid member 32. Stop at the position of, and switch the outflow state. The angle formed by the two recesses 324 and 325 with respect to the rotation center of the lid member 32 corresponds to the angle formed by the hole 320 and the hole 321 with respect to the rotation center.

  For example, a ball pressed against the lid member 32 by a spring or the like can be used as the convex portion of the connector main body 20. Further, a groove 326 extending in the circumferential direction having a length corresponding to an angle formed by the hole 320 and the hole 321 with respect to the rotation center is formed on a surface of the lid member 32 facing the connector main body 20. Here, a projection of the connector main body 20 (not shown) is fitted into the groove 326, and the hole communicating with the outlet A is switched to the hole 320 and the hole 321 in the shortest direction in the rotational direction of the outflow state switching means 30. Restricted to movement.

  By the lid member 32, the inner wall 331 functions as a partition wall that partitions the outflow portion of the small-diameter shower from the outflow portion of the large-diameter shower. On the other hand, the outer wall 330 prevents the water W from leaking outside.

  According to the present embodiment, it is possible to provide the faucet connector 1 with a timer that can select the outlet A and the outlet B of the water W with a simpler structure.

  In the embodiment described above, two outlets are provided, but the number of outlets may be three or more. Moreover, not only a hose but a watering tube, a watering hose, and a watering tube can be connected to the outlet B for watering.

DESCRIPTION OF SYMBOLS 1 Connector for faucets 10 Faucet fixing | fixed part 11 Faucet connection part 12 Connecting tool main body fixing | fixed part 13 Packing 20 Connecting tool main body 21 Inlet 22 Water stop means 23 Outlet selecting means 24 Moving mechanism 25 Dial part 26 Spout 27 Lid part 28 Cylinder Space 29 Lid member 30 Outflow state switching means 31 Screw 32 Lid member 33 Switching member 220 Water stop means outlet 221 Valve 222 Pin 223 Spring 230 Cylindrical member 232 Hole 233 Shaft part 234 Operation member 235 Knob member 251 Dial member 252 Movement Member 260 Rotating shaft 270 Hole 271 Rib 272 Protrusion 273 Protrusion 280 Inner peripheral surface 281 Bottom 282 Opening 290 Insertion hole 320 Hole 321 Hole 322 Protrusion 323 Protrusion 324, 325 Recess 326 Groove 330 Outer wall 331 Hole 33 3 End side 2221 Other end side 2510 Rib 2511 Notch 2512 Rotation stop means 2520 Contact surface 2521 Support point 2522 Protruding part 2523 Protruding part 2710 Notch 2711 Notch 3310 Protruding part A1, B1 Inflow opening F1 First flow path F2 First 2 flow paths F10 1st outlet end A Outlet B Outlet C Hose mounting accessories F Faucet S Initial position W Water IR Indication arrow TS Timer set direction UT Opposite direction

Claims (10)

A connector for a faucet,
A faucet fixing portion having a faucet connection portion and a connector main body fixing portion provided below the faucet connection portion;
A connector main body having an inflow port fixed to the connector main body fixing portion and receiving water from the faucet;
A water stop means for switching the water flowing in from the water inlet state from the water inlet state to the water stop state in a predetermined time, and at least two streams provided downstream of the water stop means outlet port of the water stop means. A faucet connector, comprising: an outlet; and an outlet selection means for selecting which outlet the water flowing out from the water stop means outlet is supplied to. The water stop means includes a first flow path communicating with the inflow port, a valve for opening and closing a first outflow end of the first flow path, and water flowing out from the first outflow end. A second flow path leading to the water means outlet, a pin having one end connected to the valve, and a moving mechanism for moving the pin to the one end for a predetermined time;
The pin is moved to the one end side by the moving mechanism for the predetermined time, and accordingly, the valve is also separated from the first outlet end by the predetermined time, and during the predetermined time in which the valve is separated, The faucet connector according to claim 1, wherein water flows out from the first outlet end to the water stop means outlet. The moving mechanism includes a dial portion having a contact surface with which the other end surface of the pin contacts, and the dial member is moved over the predetermined time in a direction opposite to the rotation direction of the dial member provided on the dial portion. And a strip connected to the dial member to rotate and return to the initial position before rotation,
The faucet connector according to claim 2, wherein the abutment surface is formed to move the abutment position of the pin to the one end side in accordance with the rotation of the dial member. The faucet connector according to claim 3, further comprising a rotation stopping unit that prevents the dial member from being rotated by a rotational force generated by the ridge. The connector main body includes a cylindrical space having an inner peripheral surface in which the water stop means outlet is formed and a bottom portion in which a plurality of inflow openings communicating with the outlet are formed.
The outlet selection means comprises a cylindrical member that is rotatably disposed in the cylindrical space,
The cylindrical member has a hole corresponding to the water stop means outlet at a side peripheral portion of the cylindrical member and a hole corresponding to the inflow opening at the bottom of the cylindrical member;
When the rotation position of the cylindrical member corresponding to each inflow opening is selected, the hole is formed to communicate with only the corresponding inflow opening and the water stop means outlet. The faucet coupler according to any one of claims 1 to 4, wherein the faucet coupler is characterized in that: An operation member having one connected to the cylindrical member and a shaft portion on the other;
A knob member attached to the shaft portion;
An opening that is formed on a side portion of the connector main body facing the bottom of the cylindrical space and opens the cylindrical space to the outside;
A lid member provided to close the opening, and having an insertion hole through which the shaft portion is inserted;
The cylindrical member and the operation member are inserted into the cylindrical space from the opening,
The lid member closes the opening in a state where the shaft portion is inserted through the insertion hole and the shaft portion protrudes outside the connector main body.
The faucet connector according to claim 5, wherein the knob member is attached to the shaft portion protruding outward. The outflow state switching means provided in communication with the outflow port A which is one outflow port of the outflow port and changing the outflow state of the water flowing out from the outflow port A is provided. The connector for faucets of any one of 6. The outlet A is provided below the connector body,
The faucet connector according to claim 7, wherein the outflow state switching means is provided below the outflow port A. The faucet according to any one of claims 1 to 8, wherein the connector main body has an outlet B, which is one outlet of the outlet, on a side portion of the connector main body. Connecting tool. 10. The faucet connector according to any one of claims 1 to 9, wherein there are two outlets.

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