KR101301056B1 - Automatic Faucet with Two-Divided Outlet, and Automatic Water Feeding Apparatus Having the Same - Google Patents

Abstract

The present invention discloses a dual mouth automatic faucet, and an automatic water supply device having the same.
Two mouth divided automatic faucet according to an embodiment of the present invention is a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit; A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ; A cover member covering the lower base member, the first power receiver, and the second power receiver; And a sensing sensor provided in the lower base member and detecting a user's hand so as to automatically feed or water the first and second water at the same time.

Description

Automatic Faucet with Two-Divided Outlet, and Automatic Water Feeding Apparatus Having the Same}

The present invention relates to a dual mouth automatic faucet, and an automatic water supply device having the same.

More specifically, the present invention is configured by dividing a conventional one-piece water discharge type faucet into a first faucet portion having a slit and a second faucet portion having a plurality of water discharge holes, but including a first faucet portion and When the cover member is detachably provided on the upper part of the second faucet part, the cold water and the hot water can be separately jetted through the first and second faucet parts or mixed jetted water is possible, and the cover member is made of a transparent material. The user can visually check the water supply status and the quality of the water supply, and because the slit and the plurality of water discharge holes are used, high water discharge water pressure is formed with a small discharge amount, so that high cleaning power and water saving effect are achieved, and the top cover of the water faucet is disassembled. The present invention relates to a two-hole split automatic faucet capable of cleaning the inside of the water supply and maintaining a clean state of water supply and preventing contamination, and an automatic water supply device having the same.

In general, an automatic faucet is installed in a toilet of a public building or a general house to automatically open and close a valve by detecting a detection sensor. The conventional automatic faucet is excellent in water-saving function compared to the conventional manual retractable faucet and can be used hygienically by a large number of users because it does not need to operate by touching the valve directly, there is a trend to gradually spread.

The automatic faucet of the prior art described above has been driven in such a way that water is jetted when the user approaches the faucet, and the water is exponential when the user moves away.

In other words, the sensor is installed in the valve body of the automatic faucet, and water is jetted when the hand is detected from the sensor, and water is dispensed when the hand is not detected. If you want to do this, move your hand sideways from the faucet so that the sensor does not detect the user's hand to prevent water from being jetted. As a result, the advantage that a water saving effect can be obtained is achieved.

However, the above-mentioned automatic faucet is convenient in the case of simply washing hands, but if the user needs to receive a certain amount of water by washing the fruit or connecting a lake to the faucet of the automatic faucet, the user's hand is always detected. Rather, because the state must be exposed to the sensor, there was a problem that the automatic faucet is disturbed because a very uncomfortable situation occurs.

A solution for solving the problems of the aforementioned automatic faucet has been proposed by Moon.

More specifically, FIG. 1A is a diagram showing an improved automatic faucet of the prior art, and FIG. 1B is a diagram schematically showing a specific configuration of the improved automatic faucet of the prior art shown in FIG. The above-mentioned prior art and its improved automatic faucet have been filed in the Korean patent application No. 10-2007-0118629 on November 20, 2007 under the name of "automatic faucet and water discharge control method using the same" by Moon Hyun-seung. , Korean Patent Publication No. 10-2009-0052090 published on May 25, 2009 is described in detail.

1A and 2B, the improved automatic faucet 100 of the prior art detects the strength of a signal at the sensor 103. The detection signal is generated when the signal strength is smaller than the predetermined reference signal, and the proximity signal is generated when the signal strength is larger than the reference signal. The signal detector 104 transmits a proximity signal or a detection signal to the controller 105. When the detection signal is transmitted from the signal detecting unit 104, the controller 105 checks the opening and closing state information of the memory unit 106 to open and close the solenoid valve 101.

More specifically, when the proximity signal is received by the controller 105 when the memory unit 106 is 'closed', the solenoid valve 101 is opened and 'open' is stored in the memory unit 106, and the predetermined time is maintained. When the detection signal is received in the gap of the solenoid valve 101 maintains the open state.

If the proximity signal is received by the controller 105 when the memory unit 106 is 'open' or the detection signal is not received by the controller 105 for a predetermined time, the solenoid valve 101 is closed and the memory unit 106 is closed. ) To 'close'.

As described above, the opening / closing operation of the solenoid valve 101 is not determined by the presence or absence of a detection signal, but is determined by the presence or absence of a proximity signal, and the proximity signal is determined by the opening / closing state information of the memory unit 106. It acts as a signal to open or close the solenoid valve 101.

Therefore, when the user approaches the automatic faucet 100 at first, the detection signal is transmitted to the controller 105. At this time, the controller 105 does not open the solenoid valve 101. Open the valve 101.

In addition, in the open state of the solenoid valve 101 continuously checks the reception state of the detection signal to maintain the open state, and if the detection signal is not received for a certain time, the solenoid valve 101 is forcibly closed. To this end, the controller 105 is connected to a timer 107 for receiving time data. When the sensor 105 receives a detection signal or a proximity signal from the signal detector 104, the controller 105 receives the time data according to the time data. Calculate the time interval between the signal being signaled and the signal to recognize when it is in use and when it is finished.

In addition, when the proximity signal is received by the controller 105 while the solenoid valve 101 is open, the controller 105 closes the solenoid valve 101 by the proximity signal as described above.

In the prior art as described above and the improved automatic faucet 100 shown in Figs. 1A and 1B, the faucet is automatically opened or closed by detecting a proximity state of a user's hand using a detection sensor, which is convenient to use. The advantage of saving water is possible, but the following problems still exist.

1. The faucet used in the prior art is a one-piece water jet system, and one handle is used. Therefore, in order to discharge the cold water and hot water, the user must manually switch the handle to the cold water or the hot water direction.

2. Since one circular water jet is used in the prior art, the amount of water discharged is high while the discharge pressure is low. Thus, for example, the user's hand washing power (cleaning effect) is low and the amount of water used is increased, so the water saving effect is low.

3. In the prior art, a slime may get caught inside the faucet during use of the faucet, or the inside of the faucet may be corroded, thereby supplying unclean or contaminated water.

Therefore, there is a need for a new method for solving the problems of the above-described conventional techniques.

Republic of Korea Patent Publication No. 10-2009-0052090

The present invention is to solve the above-mentioned problems of the prior art, it is configured by dividing a conventional one-piece water discharge type faucet into a first faucet portion having a slit and a second faucet portion having a plurality of water discharge holes. However, by providing a detachable transparent cover member on top of the first faucet portion and the second faucet portion, cold water and hot water can be separately jetted or mixed with water through the first and second faucet portions, respectively. Can visually check the water supply status and the quality of the water supply, and because the slit and the plurality of water discharge holes are used, high water discharge water pressure is formed with a small discharge amount, so that high cleaning power and water saving effect are achieved, and the top cover of the power supply is disassembled to disassemble the inside of the power supply. It is to provide a two-segment split automatic faucet, and the automatic water supply device having the same, which can be cleaned to maintain the clean state of the water supply and to prevent contamination.

The binocular split automatic faucet according to the first aspect of the present invention includes a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit; A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ; A cover member covering the lower base member, the first power receiver, and the second power receiver; And a sensing sensor provided in the lower base member and detecting a user's hand so as to automatically feed or water the first and second water at the same time.

The binocular split automatic faucet according to the second aspect of the present invention includes a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit; A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ; A cover member covering the lower base member, the first power receiver, and the second power receiver; A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or water the first water; And a second detection sensor provided in the lower base member and detecting the hand of the user to automatically supply or index the second water.

Automatic water supply device according to a third aspect of the present invention comprises a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit; A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ; A cover member covering the lower base member, the first power receiver, and the second power receiver; And a sensor provided in the lower base member, the sensor including a sensor for detecting a user's hand so as to automatically feed or water the first and second water simultaneously. A first valve connected to the first manifold space and provided on a first supply pipe for supplying the first water; A second valve connected to the second manifold space and provided on a second supply pipe for supplying the second water; And a controller connected to the sensing sensor in a wired or wireless manner and controlling the first and second valves to be opened or closed simultaneously according to whether the sensing signal of the user is detected by the sensing sensor.

According to a fourth aspect of the present invention, an automatic water supply apparatus includes a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit; A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ; A cover member covering the lower base member, the first power receiver, and the second power receiver; A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or water the first water; And a second detection sensor provided in the lower base member, the second sensing sensor sensing the hand of the user to automatically supply or index the second water. A first valve connected to the first manifold space and provided on a first supply pipe for supplying the first water; A second valve connected to the second manifold space and provided on a second supply pipe for supplying the second water; And wired or wirelessly connected to the first and second detection sensors, respectively, and individually opening the first and second valves according to whether each of the detection signals of the user by the first and second detection sensors is present. Or a controller for controlling to close.

The binocular split automatic faucet according to the fifth aspect of the present invention includes a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ; A second manifold space accommodating a plurality of water discharge holes formed on the other upper side of the lower base member and water supplied first and second water, and discharging the first and second water through the plurality of water discharge holes; A second power receiving unit including; A cover member covering the lower base member, the first power receiver, and the second power receiver; And a sensing sensor provided in the lower base member and detecting a user's hand so as to automatically feed or water the first and second water at the same time.

The binocular split automatic faucet according to the sixth aspect of the present invention includes a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ; A second manifold space accommodating a plurality of water discharge holes formed on the other upper side of the lower base member and water supplied first and second water, and discharging the first and second water through the plurality of water discharge holes; A second power receiving unit including; A cover member covering the lower base member, the first power receiver, and the second power receiver; A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or drain the first and second water; And a second sensing sensor provided in the lower base member and sensing the hand of the user to automatically supply or index the first and second water.

Automatic water supply device according to a seventh aspect of the present invention is a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ; A second manifold space accommodating a plurality of water jetting holes formed on the other upper side of the lower base member and the first and second waters supplied thereto, and discharging the first and second waters through the plurality of jetting holes; A second power receiving unit including a; A cover member covering the lower base member, the first power receiver, and the second power receiver; And a sensor provided in the lower base member, the sensor including a sensor for detecting a user's hand to automatically supply or index the first and second water; A first valve connected to the first and second manifold spaces and provided on a first supply pipe for supplying the first water; A second valve connected to the first and second manifold spaces and provided on a second supply pipe for supplying the second water; And a controller connected to the sensing sensor in a wired or wireless manner and controlling the first and second valves to be opened or closed simultaneously according to whether the sensing signal of the user is detected by the sensing sensor.

An automatic water supply device according to an eighth aspect of the present invention includes a lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ; A second manifold space accommodating a plurality of water jetting holes formed on the other upper side of the lower base member and the first and second waters supplied thereto, and discharging the first and second waters through the plurality of jetting holes; A second power receiving unit including a; A cover member covering the lower base member, the first power receiver, and the second power receiver; A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or drain the first and second water; And a second detection sensor provided in the lower base member, the second sensing sensor sensing the hand of the user to automatically supply or drain the first and second water; A first valve connected to the first and second manifold spaces and provided on a first supply pipe for supplying the first water; A second valve connected to the first and second manifold spaces and provided on a second supply pipe for supplying the second water; And wired or wirelessly connected to the first and second detection sensors, respectively, and individually opening the first and second valves according to whether each of the detection signals of the user by the first and second detection sensors is present. Or a controller for controlling to close.

The following advantages are achieved by using the two mouth split automatic faucet of the present invention, and an automatic water supply device having the same.

1. Cold water and hot water can be separately jetted or mixed with water through the first and second faucets respectively.

2. When the cover member provided on the upper part of the faucet is made of a transparent material, the user can visually check the water supply status and the quality of the water supply.

3. Since the slits and the plurality of jetting holes are used, high jetting water pressure is formed with a small discharge amount, and high cleaning power and water saving effect are achieved.

4. Disassemble the top cover of the faucet to clean the inside of the faucet so that the water supply is kept clean and contamination is prevented.

Further advantages of the present invention can be clearly understood from the following description with reference to the accompanying drawings, in which like or similar reference numerals denote like elements.

1A is a diagram illustrating an improved automatic faucet of the prior art.
FIG. 1B is a view schematically showing a specific configuration of the improved automatic faucet of the prior art shown in FIG. 1A.
Figure 2a is a view showing a top view and a front view of the binocular split automatic faucet, and the automatic water supply apparatus having the same according to the first embodiment of the present invention.
Figure 2b is a view showing a perspective view and one side view of the two mouth divided automatic faucet, and an automatic water supply device having the same according to the first embodiment of the present invention.
Figure 2c is a view showing in detail a perspective view of the two mouth split automatic faucet according to the first embodiment of the present invention.
Figure 2d is a schematic diagram showing a two-part split automatic faucet, and an automatic water supply device having the same according to the first embodiment of the present invention.
FIG. 2E is a schematic diagram illustrating a dual mouth split automatic faucet and an automatic water supply apparatus having the same according to an alternative embodiment of the first embodiment of the present invention illustrated in FIG. 2D.
Figure 2f is a diagram showing a two-part split automatic faucet, and an automatic water supply device having the same according to a second embodiment of the present invention.
FIG. 2G is a schematic diagram illustrating a two-part split automatic faucet and an automatic water supply device having the same according to an alternative embodiment of the second embodiment of the present invention shown in FIG. 2F.

Hereinafter, the present invention will be described with reference to embodiments of the present invention.

Figure 2a is a view showing a top view and a front view of the automatic two-segment split automatic faucet, and an automatic water supply device having the same according to the first embodiment of the present invention, Figure 2b is a two-segment split according to the first embodiment Figure 2 is a view showing a perspective view and one side view of the automatic faucet, and the automatic water supply apparatus having the same, Figure 2c is a detailed view showing a perspective view of a two-part split automatic faucet according to a first embodiment of the present invention, Figure 2d Figure 2 is a schematic diagram showing a two-part split automatic faucet, and an automatic water supply device having the same according to a first embodiment of the present invention.

2A to 2D, the binocular split automatic faucet 200 according to the first embodiment of the present invention includes a lower base member 212b; A slit 214 formed at an upper side of the lower base member 212b, and a first manifold space 215a for receiving water supplied first water and discharging the first water through the slit 214. A first power receiving unit 210a including; A second manifold receiving a plurality of water discharge holes 216 formed on the other side of the lower base member 212b and a second water supply, and discharging the second water through the plurality of water discharge holes 216. A second power receiver 210b including a fold space 215b; A cover member 212a covering the lower base member 212b, the first power receiver 210a, and the second power receiver 210b; And a sensing sensor 203 provided in the lower base member 212b and detecting a user's hand so as to automatically feed or water the first and second water simultaneously. Here, the cover member 212a is coupled to the lower base member 212b by the plurality of fastening members 202.

In addition, the automatic water supply device 201 according to the first embodiment of the present invention includes a lower base member (212b); A slit 214 formed at an upper side of the lower base member 212b, and a first manifold space 215a for receiving water supplied first water and discharging the first water through the slit 214. A first power receiving unit 210a including; A second manifold receiving a plurality of water discharge holes 216 formed on the other side of the lower base member 212b and a second water supply, and discharging the second water through the plurality of water discharge holes 216. A second power receiver 210b including a fold space 215b; A cover member 212a covering the lower base member 212b, the first power receiver 210a, and the second power receiver 210b; And a sensory sensor provided in the lower base member 212b and detecting a user's hand so as to automatically feed or water the first and second water at the same time. A first valve 220a connected to the first manifold space 215a and provided on a first supply pipe 222a for supplying the first water; A second valve 220b connected to the second manifold space 215b and provided on a second supply pipe 222b for supplying the second water; And wired or wirelessly connected to the detection sensor 203 and simultaneously opening or closing the first and second valves 220a and 220b according to whether the detection signal of the user is detected by the detection sensor 203. It includes a controller 205 for controlling.

In the binocular split automatic faucet 200 and the automatic water supply device 201 having the same according to the first embodiment of the present invention described above, an infrared sensor may be used as the detection sensor 203, for example.

In addition, the first water is cold water and the second water is hot water (see FIG. 2C). However, those skilled in the art will fully understand that the first water may be hot water and the second water may be cold water.

In addition, the first and second valves 220a and 220b may be implemented as solenoid valves or solenoid valves, respectively.

Hereinafter, a detailed configuration and operation of the two mouth divided automatic faucet 200 according to the first embodiment of the present invention, and the automatic water supply device 201 having the same will be described in detail.

First, in the two mouth divided automatic faucet 200 according to the first embodiment of the present invention, and the automatic water supply device 201 provided with the same, the two mouth divided automatic faucet 200 of the present invention provided in a basin (B) When the detection sensor 203 provided to the lower base member 212b of the user senses the user's hand, the detection signal is transmitted to the controller 205. When the controller 205 receives the sensing signal, the controller 205 simultaneously opens the first and second valves 220a and 220b provided on the first and second supply pipes 222a and 222b. Accordingly, the first water is supplied along the first supply pipe 222a into the first manifold space 215a and then supplied through the slit 214, and at the same time, the second water is discharged along the second supply pipe 222b. 2 is supplied into the manifold space 215b and then water is supplied through the plurality of water discharge holes 216.

Thereafter, when the user deviates from the sensing sensor 203 by a certain sensing distance, the transmission of the sensing signal from the sensing sensor 203 to the controller 205 is stopped. Accordingly, the controller 205 simultaneously closes the first and second valves 220a and 220b to stop the supply of the first and second water.

In the first embodiment of the present invention, the gap of the slit has a range of about 1 to 3 mm, and the diameter of each of the plurality of jetting holes 216 preferably has a range of about 1 to 5 mm, but is not limited thereto. It is not.

As described above, in the present invention, the diameter of each of the gaps between the slits and the plurality of jetting holes 216 has a small value, and high jetting water pressure can be formed with a small discharge amount due to the characteristics of the slits and the jetting holes. Therefore, the advantage that the high cleaning power and water-saving effect is achieved compared with the prior art, and also that the water-saving effect is further improved.

The cover member 212a may be formed of, for example, a metal material such as aluminum, an acrylic resin, a plastic such as polycarbonate (PC), or a transparent material such as quartz. In particular, when the cover member 212a is made of a transparent material, the user can visually check the water supply state and the quality of the water supply. That is, a problem such as pinching of the inside of the two mouth divided automatic faucet 200 according to the first embodiment of the present invention can be directly confirmed by the user, in this case, by releasing a plurality of fastening members 202 cover The member 212a is separated from the lower base member 212b. Thereafter, the cover member 212a is disassembled to clean the inside of the two mouth split automatic faucet 200, thereby maintaining the clean state of the water supply and preventing contamination.

FIG. 2E is a schematic diagram illustrating a dual mouth split automatic faucet and an automatic water supply apparatus having the same according to an alternative embodiment of the first embodiment of the present invention illustrated in FIG. 2D.

Referring to FIG. 2E, in the binocular split automatic faucet 200 and the automatic water supply device 201 having the same according to an alternative embodiment of the first embodiment of the present invention, the detection sensor 203 may be configured as the lower base member. A first detection sensor 203a for detecting a user's hand so as to automatically feed or expedite the first water, and provided in the lower base member 212b, for automatically supplying the second water. And a second detection sensor 203b that detects the user's hand so that the water is supplied or expended. The first and second detection sensors 203a and 203b are connected to the controller 205 by wire or wirelessly. Except for that, it is substantially the same as the first embodiment of the present invention shown in Fig. 2D.

Thus, in an alternative embodiment of the first embodiment of the present invention shown in FIG. 2E, the controller 205 may determine whether or not each user's sense signal is received from the first and second sense sensors 203a and 203b. Accordingly, the first and second valves 220a and 220b are controlled to be individually opened or closed.

Figure 2f is a diagram showing a two-part split automatic faucet, and an automatic water supply device having the same according to a second embodiment of the present invention.

As can be seen from FIG. 2F, the binocular split automatic faucet 200 and the automatic water supply device 201 having the same according to the second embodiment of the present invention include the first and second valves 220a and 220b. And the first and second supply conduits 222a and 222b are connected to the first and second manifold spaces 215a and 215b, respectively. Substantially the same.

Accordingly, in the binocular split automatic faucet 200 and the automatic water supply device 201 having the same according to the second embodiment of the present invention shown in FIG. 2F, the controller 205 is received from the sensor 203. The first and second valves 220a and 220b are controlled to be opened or closed at the same time depending on whether the user senses the signal. In this case, when the first and second valves 220a and 220b are opened at the same time, the first water and the second water are mixed together in the first and second manifold spaces 215a and 215b, respectively, and the slit 214 ) And a plurality of water jet holes 216 may be mixed with the water jet.

FIG. 2G is a schematic diagram illustrating a two-part split automatic faucet and an automatic water supply device having the same according to an alternative embodiment of the second embodiment of the present invention shown in FIG. 2F.

Referring to FIG. 2G, in the binocular split automatic faucet 200 and the automatic water supply device 201 provided with the same according to an alternative embodiment of the second embodiment of the present invention, the detection sensor 203 may be provided with the lower base member. A first detection sensor 203a for detecting a user's hand so as to automatically feed or expedite the first water, and provided in the lower base member 212b, for automatically supplying the second water. And a second detection sensor 203b that detects the user's hand so that the water is supplied or expended. The first and second detection sensors 203a and 203b are connected to the controller 205 by wire or wirelessly. Except for that, it is substantially the same as the second embodiment of the present invention shown in Fig. 2F.

Thus, in an alternative embodiment of the second embodiment of the present invention shown in FIG. 2G, the controller 205 may determine whether or not each user's sense signal is received from the first and second sense sensors 203a and 203b. Accordingly, the first and second valves 220a and 220b are controlled to be individually opened or closed. In this case, when the first and second valves 220a and 220b are individually opened, the first water and the second water are mixed together in the first manifold space 215a or the second manifold space 215b, respectively. Thus, the water can be mixed with each other separately through the slit 214 or the plurality of water discharge holes 216.

Since various examples can be made in the configurations and methods described and illustrated herein without departing from the scope of the present invention, it is intended that all matter contained in the above description or shown in the accompanying drawings shall be illustrative, and not intended to limit the invention. no. Accordingly, the scope of the present invention should not be limited by the above-described exemplary embodiments, but should be determined only in accordance with the following claims and their equivalents.

100: automatic faucet 101: solenoid valve 103,203,203a, 203b: detection sensor 104: signal detection unit
105,205: Controller 106: Memory 107: Timer 200: Two-hole split automatic faucet
201: automatic water supply device 202: fastening members 210a, 210b: first / second power receiver
212a: cover member 212b: lower base member 214: slit 216: water discharge hole
215a, 215b: Manifold space 220a, 220b: Valve 222a, 222b: Supply pipe

Claims (16)

In both mouth division automatic faucet,
Lower base member;
A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit;
A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ;
A cover member covering the lower base member, the first power receiver, and the second power receiver; And
A sensing sensor provided in the lower base member and detecting a user's hand to automatically feed or water the first and second water simultaneously
Both mouth split automatic faucet including. In both mouth division automatic faucet,
Lower base member;
A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit;
A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ;
A cover member covering the lower base member, the first power receiver, and the second power receiver;
A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or water the first water; And
A second sensing sensor provided in the lower base member to sense the user's hand to automatically feed or drain the second water;
Both mouth split automatic faucet including. delete 3. The method according to claim 1 or 2,
The cover member is a two-hole split automatic faucet implemented by a metallic material or a transparent material. In the automatic water supply device,
Lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit; A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ; A cover member covering the lower base member, the first power receiver, and the second power receiver; And a sensor provided in the lower base member, the sensor including a sensor for detecting a user's hand so as to automatically feed or water the first and second water simultaneously.
A first valve connected to the first manifold space and provided on a first supply pipe for supplying the first water;
A second valve connected to the second manifold space and provided on a second supply pipe for supplying the second water; And
A controller which is connected to the detection sensor in a wired or wireless manner and controls the first and second valves to be opened or closed at the same time according to whether the detection signal of the user is detected by the detection sensor.
Automatic water supply device comprising a. In the automatic water supply device,
Lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member and a first manifold space for receiving water supplied first water and discharging the first water through the slit; A second power receiving unit including a plurality of water discharge holes formed on the other upper side of the lower base member, and a second manifold space accommodating the water supplied second water and discharging the second water through the plurality of water discharge holes; ; A cover member covering the lower base member, the first power receiver, and the second power receiver; A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or water the first water; And a second detection sensor provided in the lower base member, the second sensing sensor sensing the hand of the user to automatically supply or index the second water.
A first valve connected to the first manifold space and provided on a first supply pipe for supplying the first water;
A second valve connected to the second manifold space and provided on a second supply pipe for supplying the second water; And
Each wired or wirelessly connected to the first and second detection sensors, and individually opening or closing the first and second valves according to whether each of the detection signals of the user by the first and second detection sensors is present. Controller to close
Automatic water supply device comprising a. The method according to claim 5 or 6,
And the first and second valves are respectively implemented as solenoid valves or solenoid valves. The method according to claim 5 or 6,
The cover member is a metal material, or an automatic water supply device implemented with a transparent material. In both mouth division automatic faucet,
Lower base member;
A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ;
A second manifold space accommodating a plurality of water discharge holes formed on the other upper side of the lower base member and water supplied first and second water, and discharging the first and second water through the plurality of water discharge holes; A second power receiving unit including;
A cover member covering the lower base member, the first power receiver, and the second power receiver; And
A sensing sensor provided in the lower base member and detecting a user's hand to automatically feed or water the first and second water simultaneously
Both mouth split automatic faucet including. In both mouth division automatic faucet,
Lower base member;
A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ;
A second manifold space accommodating a plurality of water discharge holes formed on the other upper side of the lower base member and water supplied first and second water, and discharging the first and second water through the plurality of water discharge holes; A second power receiving unit including;
A cover member covering the lower base member, the first power receiver, and the second power receiver;
A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or drain the first and second water; And
A second sensing sensor provided in the lower base member to sense the user's hand to automatically feed or drain the first and second water;
Both mouth split automatic faucet including. delete 11. The method according to claim 9 or 10,
The cover member is a two-hole split automatic faucet implemented by a metallic material or a transparent material. In the automatic water supply device,
Lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ; A second manifold space accommodating a plurality of water jetting holes formed on the other upper side of the lower base member and the first and second waters supplied thereto, and discharging the first and second waters through the plurality of jetting holes; A second power receiving unit including a; A cover member covering the lower base member, the first power receiver, and the second power receiver; And a sensor provided in the lower base member, the sensor including a sensor for detecting a user's hand to automatically supply or index the first and second water;
A first valve connected to the first and second manifold spaces and provided on a first supply pipe for supplying the first water;
A second valve connected to the first and second manifold spaces and provided on a second supply pipe for supplying the second water; And
A controller which is connected to the detection sensor in a wired or wireless manner and controls the first and second valves to be opened or closed at the same time according to whether the detection signal of the user is detected by the detection sensor.
Automatic water supply device comprising a. In the automatic water supply device,
Lower base member; A first power receiving unit including a slit formed at an upper side of the lower base member, and a first manifold space for receiving water supplied first and second water and discharging the first and second water through the slit ; A second manifold space accommodating a plurality of water jetting holes formed on the other upper side of the lower base member and the first and second waters supplied thereto, and discharging the first and second waters through the plurality of jetting holes; A second power receiving unit including a; A cover member covering the lower base member, the first power receiver, and the second power receiver; A first sensing sensor provided in the lower base member, the first sensing sensor sensing a user's hand to automatically feed or drain the first and second water; And a second detection sensor provided in the lower base member, the second sensing sensor sensing the hand of the user to automatically supply or drain the first and second water;
A first valve connected to the first and second manifold spaces and provided on a first supply pipe for supplying the first water;
A second valve connected to the first and second manifold spaces and provided on a second supply pipe for supplying the second water; And
Each wired or wirelessly connected to the first and second detection sensors, and individually opening or closing the first and second valves according to whether each of the detection signals of the user by the first and second detection sensors is present. Controller to close
Automatic water supply device comprising a. The method according to claim 13 or 14,
And the first and second valves are respectively implemented as solenoid valves or solenoid valves. The method according to claim 13 or 14,
The cover member is a metal material, or an automatic water supply device implemented with a transparent material.

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