KR200302189Y1 - tap of fixed amount and continuous discharge - Google Patents

Abstract

The present invention relates to a quantitative discharging and continuous discharging faucet, the purpose of which is the quantitative discharging is performed every time the operation button of the metering valve is pressed and released continuously by pressing and holding the metering valve open continuously To make this happen.

The quantitative discharging and continuous discharging faucet of the present invention is installed in the quantitative valve installation space 14 of the faucet body 10 with a quantitative valve 30 consisting of a piston 31 and an actuating rod 32 reciprocatingly installed. In the faucet for cold / hot water mixing, in which the discharge pipe (16) inserted into the axial direction of the metering valve (30) in the valve installation space (14) and discharged while being returned to its original position extends forward and downward, It is characterized in that a fixing means is provided to prevent the piston 31 from returning to its original position when the valve 30 is opened (when discharging water).

Description

Tap and fixed amount and continuous discharge

The present invention relates to a quantitative discharging and continuous discharging faucet, and more specifically, a quantitative discharging is performed every time the operation button of the quantitative valve is pressed and released, and the quantitative discharging and continuous discharging is achieved by maintaining the open state of the quantitative valve. It's about a faucet.

In general, the self-closing faucet that mixes cold / hot water and discharges only a certain amount is symmetrically in the rotational direction of the hot water and cold water discharge paths on the lower surface of the piston cylinder coupled to the bottom of the knob in the Republic of Korea Utility Model Registration No. 20-0255256. The depth is gradually changed to adjust the mixing ratio between hot water and cold water according to the rotational direction of the knob, and a piston is installed inside the piston cylinder, which is raised by water pressure to block the discharge port. Prevent the discharge of cold water and press the knob to push down the push spines and open the piston valve installed in the center of the piston to open the piston. Through the orifice formed in the piston As the piston was filled in the lower part, the piston gradually rose due to water pressure to block the discharge port so that it was automatically shut off.

In the A Utility Faucet of the Registration Utility Model No. configured as described above, a certain amount of water (cold / hot or mixed water) is discharged each time the knob is pressed and released. Therefore, a large amount of water can be obtained. There was a problem that it is difficult to receive the water in the tub because you have to keep pressing the knob to receive.

In addition, the Republic of Korea Patent Publication No. 2001-0035491 has a built-in piston valve for blocking the valve seat in the valve chamber inside the faucet body, the piston valve is moved vertically as the water filled in the upper space of the valve chamber by external operation is released When the valve seat is opened and the water is discharged for a certain time, the piston valve is lowered to the original position to close the valve seat, which is installed inside the piston valve and opened by the operation of the plunger handle installed at the faucet main body side. It was composed of a start valve that maintains a closed state, and a fixed-quantity open / close valve that is installed at an upper portion of the start valve and opened by operation of a push button provided at an upper portion of the faucet main body.

In the faucet of the disclosed patent publication as described above, unlike the quantitative discharge, which is a problem of the Utility Model Utility Model, it is possible to continuously discharge by opening the start valve started by the plunger handle. Since the plunger handle is to operate there was a problem that there is a risk of malfunction due to structural conditions.

In addition, it is applied to a general faucet with a single water supply pipe such as cold water or hot water, and the structural condition is limited to a cold-hot water mixed faucet and a shower faucet in a general home or a factory where cold water and hot water are used simultaneously. There were many problems that it is not easy to apply.

The purpose of the present invention is to research and develop in order to solve the conventional problems as described above, each time the operation button of the metering valve is released, the metered discharge is made and in the open state by pressing the metering valve selectively open state By providing a fixing means that can be maintained to provide a constant discharge and continuous discharge faucet capable of achieving a continuous discharge.

In addition, another object of the present invention is that the piston is inserted in the metering valve, that is, by providing an administrative control means for the stroke control of the metering valve, it is possible to proactively cope with a different discharge amount depending on the place of use, and therefore the place of use In addition to the expansion, the company also provides quantitative and continuous discharge faucets to enhance competitiveness.

In addition, the present invention is provided with a part related to the operation of the metering valve, an operation button or a piston, and is applied to a general faucet in which one tube is supplied with cold water or hot water and water, as well as a cold-hot water mixing faucet in which both cold and hot water are used at the same time. To provide quantitative and continuous discharge faucets that can be applied to both faucets and shower faucets.

1 is a cross-sectional view showing a quantitative discharging and continuous discharging faucet according to the present invention,

2 is a cross-sectional view taken along line AA ′ of FIG. 1;

3A to 6 are views showing embodiments of the fixed-quantity valve fixing means that is the main part of the present invention.

<Explanation of symbols for main parts of drawing>

10: Faucet body 13: Mixing valve installation space

14: Quantitative valve installation space 14a: Orifice groove

15: discharge chamber 16: discharge tube

17a, 17e, 18e: external thread 17b: fixing protrusion

17c, 17d: ring-shaped protrusion 18: cap

20: mixing valve 21: tube housing

22: movable valve member 23: fixed valve plate

24: disc-shaped base member 30: metering valve

31: piston 31b, 35e, 36: spring

31e, 35a: Female thread 32: Operating rod

33: Bush 34: Third Packing

35: operation button 35b: movable projection

35c: lock bolt 35d: lock button

The quantitative discharging and continuous discharging faucet of the present invention for achieving the object as described above is installed in the valve installation space of the faucet body with a quantitative valve reciprocatingly installed in the valve installation space and the axial direction of the metering valve in the valve installation space. In the faucet for cold-hot water mixing, in which the discharge pipe discharged while being inserted into and then returned to the original position extends forward and downward, preventing the closing of the metering valve so that the piston does not return to the original position when the metering valve is opened. A fixing means is provided.

The fixing means is a female screw is formed on the front end of the operation button and the male thread is formed on the outer surface of the faucet body in the position that can be engaged with the female screw when the operation button is pressed, and a locking projection is formed on the front end of the operation button and the Fixing protrusions may be formed on the outer surface of the faucet body in the position where it can be caught when the operation button is pressed.

In addition, the fixing means is formed on the leading end of the operation button from the outside toward the center of the lock bolt and the ring-shaped projection formed on the outer surface of the faucet body at the position where the lock bolt can be caught when the operation button is pressed, this ring type The protrusions may be formed in the shape of the faucet body outer part or the ring shape formed on the entire faucet body outer surface, and may be formed as grooves other than the ring-shaped protrusions.

And the fixing means is installed in the front end portion of the operation button penetrating toward the center from the outside and the projection is formed at the end and the spring is elastically installed, the locking button when the operation button is pressed can be caught The faucet body is provided with a ring-shaped projection having a locking jaw on the outer surface of the position.

The fixing means is formed of a female screw formed to rotate the piston of the metering valve together with the actuating rod, and a male screw formed at the center of the cap finishing the metering valve installation space of the faucet body. It features.

Hereinafter, the quantitative discharge and continuous discharge faucet of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 is a cross-sectional view showing a quantitative discharge and continuous discharge type faucet of one embodiment according to the present invention.

As shown in the figure, the faucet body 10 is provided with a mixing valve 20 for mixing cold-hot water introduced from both cold water and hot water connecting holes 11a and 11b, and a mixing valve 20 at the bottom thereof. Metering valve 30 for discharging the mixed water mixed with cold and hot water to the discharge pipe 50 is installed, the metering valve 30 is opened by pressing the operation button 35 of the metering valve 30 To prevent the piston 31 from returning to its original position when water is discharged.

The faucet body 10 has a cold-hot water chamber 12a, 12b communicating with both cold water and hot water inflow holes 11a, 11b, respectively, and is formed at an intersection of the cold-hot water chambers 12a, 12b. The mixing valve installation space 13 and the metering valve installation space 14 are formed, and the mixed water passing through the metering valve 30 is discharged through the discharge chamber 15 at the lower portion of the metering valve installation space 14. The discharge tube 16 extends downwardly in front.

At the bottom of the mixing valve installation space 13, cold-hot water inflow holes 13a and 13b are formed to communicate with the cold-hot water chambers 12a and 12b, and the mixed water communicates with the metered valve installation space 14. An inlet hole 13c is formed and a setting groove 13d for setting the mixing valve 20 is formed.

A valve seat 14b on which one valve 31d of the metering valve 30 is seated is formed at one side of the metering valve installation space 14, and at one side of the valve seat 14b is in communication with the discharge tube 16. The discharge chamber 15 is formed.

The mixing valve 20 installed in the mixing valve installation space 13 is installed such that the movable valve member 22 is rotated in the hollow two-stage tubular housing 21 and is rotated by the movable valve member 22. Accordingly, the port connecting grooves 22a of the lower surface thereof are cold and hot water ports (not shown) and outlet ports 23a of the fixed valve plate 23 and the disc-shaped base member 24 mounted on the lower end of the tubular housing 21. Is optionally connected.

The mixing valve 20 is seated in the mixing valve installation space 13 of the faucet body 10 and the upper end of the tubular housing 21 of the mixing valve 20 by a tightening nut 25 fastened to the upper inner surface thereof. It is pressed and fixed.

The metering valve 30 is composed of a piston 31 which is raised and lowered in the metering valve installation space 14 having an orifice groove 14a on the inner surface thereof, and an actuating rod 32 that lowers the piston 31.

The piston 31 is formed of a hollow cap-shaped cross section, but the first packing 31a for airtightness with the inner surface of the metering valve installation space 14 is installed at the upper and lower portions of the outer surface thereof, and the spring 31b is disposed at the lower end thereof. A supporting cap 31c is fastened, and a valve 31d that blocks the valve seat 14b in the metered valve installation space 14 is fastened to the upper end thereof.

The actuating rod 32 is installed to protrude upward in a state that is elastically supported by the spring 31b in the piston 31, and a second packing 32a for airtightness with the piston 31 is provided at the lower end thereof. It is installed.

The actuating rod 32 is a faucet to prevent leakage by the bush 33 and the third packing 34 in a state in which the piston 31 is seated and installed in the fixed amount valve installation space 14 inside the faucet body 10. It extends through the body 10, the operating button 35 is mounted on the operating rod 32 and the operating rod 32 is returned to its original position between the bush 33 and the operating button 35. Spring 36 for elasticity is installed elastically.

The fixing means of the metering valve 30 has a female screw (35a) is formed at the front end of the operation button 35 and the faucet body in a position that can be engaged with the female screw (35a) when the operation button 35 is pressed ( 10) The external thread 17a is formed in the outer surface.

Although illustrated and described as forming the orifice groove 14a on the inner surface of the metering valve installation space 14, the same effect can be obtained even by providing an orifice hole in the piston 31 of the metering valve 30.

In the figure, reference numeral 18 denotes a cap that is finished after inserting and installing the metering valve 30 in the metering valve installation space 14.

The fixed-quantity discharging and continuous discharging faucet configured as described above is first fixed to form the mixing valve 20 through the cold water and hot water inflow holes 11a and 11b of the faucet body 10 and the cold-hot water chambers 12a and 12b. The movable valve member 22 is rotated to the cold water or the hot water side in the state where cold water and hot water are supplied from the cold water port and the hot water port of the valve plate 23 and the disk-shaped base member 24.

In this way, as the movable valve member 22 of the mixing valve 20 is rotated to the cold water or the hot water side, the mixed water having the temperature as desired by the user is obtained, and the mixed water is fixed in the fixed quantity valve installation space 14. It is the state supplied to the valve 30 outer surface. At this time, the valve seat 14b is in close contact with the valve 31d on the upper end of the piston 31 provided in the metered valve installation space 14.

In this state, when the operation button 35 fastened to the operation rod of the metering valve 30 is pressed, the piston 31 starts to retreat after the spring 31b in the piston 31 is pressed and thus the piston 31 is Since the valve 31d of the piston 31 is opened apart from the valve seat 14b while being retracted, the mixed water mixed while passing through the mixing valve 20 is discharged from the valve seat 14b and the discharge pipe from the metered valve installation space 14. It begins to discharge through (16).

In this way, when the force (external force) applied to the operation button 35 is removed in the state where the mixed water is discharged, due to the elastic force of the spring 31c inside the piston 31 and the spring 36 on one side of the operation button 28. The force to push the operating rod 32 back to its original position is applied, but as the negative pressure formed in the metering valve installation space 14 gradually flows in and removes air or cold / hot water through the orifice groove 14a on its inner surface, it returns to its original position. Will be returned. At this time, the piston 31 installed at the lower end of the operating rod 32 is also returned to the original position.

While the piston 31 at the lower end of the operating rod 32 is thus returned, the mixed water is discharged for a predetermined time and the piston 31 is completely returned to its original position so that the valve 31c of the piston 31 blocks the valve seat 14b. Therefore, the discharge of the mixed water is blocked.

The discharge time of the mixed water is not only the size of the orifice groove 14a formed on the inner surface of the metering valve installation space 14, but also the spring 36 installed at the end of the spring 31c and the operation rod 32 of the piston 31. It is determined by the elastic force of.

In other words, when the orifice groove 14a is large or the elastic force of the springs 31b and 36 is large, the supply of air or water is easy, so that the discharge time is short, and the orifice groove 14a is small or the elastic force of the springs 31b and 36 is decreased. The smaller it is, the slower the air or water supply, and the longer the discharge time.

Therefore, it takes about 8 seconds to simply wash the face in the public toilet, and about 25-30 seconds when washing the face and shower in the shower room of the lodging facility. You can control as much as you can.

If continuous discharge is desired, as described above, while rotating while pressing the operation button 35 of the metering valve 30 to the maximum, the female screw of the operation button 35 is connected to the external thread 17a of the faucet body 10. 35a is fastened. Therefore, the piston 31, the piston 31 which is the fixed quantity valve 30 and the actuating rod 32, as well as the operation button 35, cannot be returned to their original position and are fixed, and thus the piston 31 is released from the valve seat 14b. The valve 31d is spaced apart and is kept open so that the mixed water mixed in the mixing valve 20 is continuously discharged through the discharge pipe 16.

In this state, when the operation button 35 is rotated in the opposite direction, the female screw 35a of the operation button 35 fastened to the external thread 17a of the faucet body 10 is released while the operation rod 32 While the piston 31 at the bottom is returned, the mixed water is discharged for a predetermined time and then shut off.

3a to 6 are views of other embodiments showing the fixing means of the metering valve 30 according to the present invention.

3A and 3B illustrate the outer surface of the faucet body 10 in the position where the movable protrusion 35b is formed at the front end of the operation button 35 and the movable protrusion 35b can be caught when the operation button 35 is pressed. The fixing protrusion 17b is formed in the pressing the operation button 35 to the maximum, and then insert the rotating operation button 35 is to take the movable projection 17b to the fixing protrusion 35b.

4 shows a lock bolt 35c penetrating from the outside toward the center of the front end of the operation button 35, and the faucet at the position where the lock bolt 35c can be caught when the operation button 35 is pressed. The ring-shaped protrusion 17c formed on the outer surface of the body 10 is formed, and the push button 35c is inserted to the ring-shaped protrusion 17c of the faucet body 10 by rotating and inserting the lock bolt 35c. The end of the lock bolt 35c is caught.

5, the lock button 35d is penetrated to the center of the operation button 35 from the outside toward the center thereof, and a protrusion is formed at the end of the lock button 35d, and the spring 35e is elastically installed. When the operation button 35 is pressed, a ring-shaped protrusion 17d having a locking jaw is formed on the outer surface of the faucet body 10 at the position where the protrusion of the lock button 35d can be caught. Therefore, the fixing means of such a configuration is that when the lock button 35d is pressed after pressing the operation button 35 to the maximum, the projection of the lock button 35d is caught by the ring-shaped protrusion 17d. On the contrary, in order to release the operation button 35, pressing and releasing the lock button 35d while gently pressing the operation button 35 is released.

In FIGS. 4 and 5, ring-shaped protrusions 17c and 17d are formed and described on the outer surface of the faucet body 10 so that the lock bolt 35c and the lock button 35d may be engaged. The ring-shaped protrusions 17c and 17d to the grooves may be arc-shaped or partially formed on the outer surface of the faucet body 10 if the lock bolt 35c and the lock button 35d may be caught. The ring may be formed.

6 shows a female screw 31e formed at the lower end of the piston 31 by spline-type the coupling part so that the piston 31 of the metering valve 30 rotates together with the operation rod 32. A male screw 18e was formed at the center of the cap 18 finishing the metered valve installation space 14 of (10) so as to be engaged with the female screw 31e. When the operation button 35 is rotated in the state, the female screw 31e of the piston 31 is fastened to the male screw 18e of the cap 18.

As described above, the fixed-quantity discharging and continuous discharging faucet of the present invention is fixed every time the operation button of the metering valve is pressed and released, and can be selectively maintained in the open state by pressing the metering valve open. There is a distinctive effect that continuous discharge is achieved by the means.

In addition, the present invention is provided with a part related to the operation of the metering valve, an operation button or a piston to be applied to a general faucet in which one tube is supplied with cold water or hot water and water, as well as a cold-hot water mixing faucet in which cold water and hot water are used simultaneously. It also has a unique effect that can be applied to shower and shower faucets.

Claims (4)

A metering valve 30 consisting of a piston 31 and an actuating rod 32 is installed in the metering valve installation space 14 of the faucet body 10 in a reciprocating manner, and a metering valve 30 in the metering valve installation space 14. In the cold-hot water mixing faucet in which the discharge pipe 16 discharged while being inserted in the axial direction of the column and discharged to the original position is extended downwardly, A fixed amount discharge and continuous discharge faucet characterized in that a fixing means for preventing the closing of the metering valve 30 is provided so that the piston 31 is not returned to its original position when the metering valve 30 is opened. The method of claim 1, wherein the fixing means is a faucet body of the position that can be engaged with the female screw (35a) when the female screw (35a) is formed at the tip of the operation button 35 and the operating button 35 is pressed ( 10) A quantitative discharge and continuous discharge faucet characterized in that the male screw (17a) is formed on the outer surface. The faucet body according to claim 1, wherein the fixing means has a movable protrusion (35b) formed at the tip of the operating button (35), and the movable protrusion (35b) can be caught when the operating button (35) is pressed. (10) fixed-quantity discharge and continuous discharge faucet characterized in that the fixing projections (17b) is formed on the outer surface. The lock button (35d) of claim 1, wherein the fixing means is penetrated from the outside toward the center of the operation button (35) and has a protrusion formed at the end thereof and the spring (35e) is elastically installed. Quantitative discharging and continuous discharging type, characterized in that it consists of a ring-shaped projection (17d) having a locking jaw on the outer surface of the faucet body (10) where the projection of the lock button (35d) can be caught when the operation button 35 is pressed water tap.