KR20160145390A

KR20160145390A - the urinal with basin and sensor

Info

Publication number: KR20160145390A
Application number: KR1020150081963A
Authority: KR
Inventors: 김동현
Original assignee: 김동현
Priority date: 2015-06-10
Filing date: 2015-06-10
Publication date: 2016-12-20

Abstract

The present invention relates to a urinal installed with a basin which can save water. By installing a basin near to a urinal and a sensor for adjusting the amount of water flowing out of water pipe, a user can save water as much as possible. The present invention can save water by using water for flushing down urine to be firstly used as washing hands or a face at a basin and then to be used as water for flushing down the urine.

Description

The urinal with basin and sensor,

The present invention relates to a wash basin installed in a urinal, and more particularly, to the fact that water can be saved by installing a wash basin.

The urinal and washbasin were separate, and the water coming from the water in the urinal came to be invented because it was thought to be a waste.

This invention aims at solving the fact that water is wasted when urinating immediately after urinating in a urinal. It is intended to save water by installing a sink.

By installing a wash basin in the urinal and collecting a certain amount of water from the basin to reduce the primary water waste and collecting and lowering the water by checking the presence of the person with the sensor, it reduces the secondary water waste, The water descending from the urinal goes down through the sink, and once again, the water is thrown away. This way you can save water.

According to the present invention having the above-described construction of the washstand, it is possible to collect a certain amount of water rather than when it is not installed, to use it in the washstand, and then to flow down to the urinal to save water.

FIG. 1 is an overall view of a urinal, and FIG. 2 is a view showing a basin according to an embodiment of the present invention.

1, a washstand is installed in the urinal. 2, a water bottle, a cap and a sensor are mainly used in order to more reliably protect the water. There is a sensor (1) between the water tank and the water tank connected to the water tank, There is also a stopper (2), which acts as a sensor, in the place where it flows. Once it is confirmed that there is no person, the plugs (1) and (2) are opened and water is received in the water bottle. The description of the plug (2) is given later. Then, when the sensor confirms that the person has come, the plugs (1) and (2) are closed. Here again, the description of the plug 2 will be given later. When the stopper (1) is closed, only the water contained in the water bottle comes out of the sink, and the person can urinate and wash his / her hands. 3, the water in the washstand does not go down because the plug 2 is closed at this time. After that, when the person is washing his / her hands, the sensor confirms that there are no people, and the plugs (1) and (2) are opened and the water in the sink is washed away with the urine. The stopper (1) is also opened and repeated as described above.

10: Faucet
11: Wash basin
12: Where the water comes out
13: Urinal
100: Bucket
110: Water supply
120: a stopper (1), a stopper (2)
130: sensor

Claims

Characterized in that the water supply is once connected to the bucket and connected to the faucet from the bucket, the sink is located below the faucet, and the sink is installed on the urinal.

The method of claim 1, wherein the sensors are adjusted by a sensor to collect a certain amount of water, and the human ion multi-surface sensor reacts to open the caps, and the water is received by the sink. After that, the water received in the sink is washed by a person, and after the hand is washed, it is confirmed by the sensor that the person disappears in front of the urinal, and the urinal which has the characteristic that the water that is received flows down the urinal wall,