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KR-102963406-B1 - FAUCET

KR102963406B1KR 102963406 B1KR102963406 B1KR 102963406B1KR-102963406-B1

Abstract

The present invention relates to a faucet applicable to a water treatment device and a joint water discharge from an inflow source, wherein a flange seat is installed within a single body, and a water outlet pipe connected to the flange seat is installed using a fixed seat at the top end of the body. The flange seat is equipped with an inlet pipe connected to the inflow source, a receiving pipe connected to a single inlet of the water treatment device, and a water supply pipe connected to a single outlet of the water treatment device. Herein, the inlet pipe can communicate with the outlet pipe and the receiving pipe, and the water supply pipe can communicate with the outlet pipe. An inlet switching valve is installed between the inlet pipe, the outlet pipe, and the receiving pipe. By installing a solenoid valve in the flange seat and housing it inside the body, both a general water source and a treated water source can discharge water through the waterway within the flange seat. Furthermore, the general water source can be selected to discharge water directly or discharge it after treatment, thereby enabling the discharged water to share the same outlet pipe. At the same time, the structure is significantly simplified and the material volume is effectively reduced. Practicality can be effectively improved.

Inventors

  • 쳉 웨이-쳉

Dates

Publication Date
20260508
Application Date
20231124

Claims (9)

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  3. In a faucet applicable to a water treatment device and a joint discharge of an inflow source, The faucet has a flange seat installed within a single body, and a water outlet pipe connected to the flange seat installed using a fixed seat at the top end of the body, and the body is also equipped with a water outlet selection switch connected to an external control unit; The corresponding flange seat is equipped with an inlet pipe connected to this inflow water source, a receiving pipe connected to one inlet of the corresponding water treatment device, and a water supply pipe connected to one outlet of the corresponding water treatment device, wherein the inlet pipe may communicate with the corresponding outlet pipe and the corresponding receiving pipe, and the water supply pipe may communicate with the corresponding outlet pipe, and an inlet switching valve is installed between the inlet pipe, the corresponding outlet pipe, and the corresponding receiving pipe, and the inlet switching valve can be used to select communication between the inlet pipe and the corresponding outlet pipe or communication between the inlet pipe and the corresponding receiving pipe, and furthermore, the outlet pipe of the corresponding flange seat has an outlet switching valve further installed between the inlet switching valve, the outlet pipe, and the water supply pipe, and the outlet switching valve can be used to communicate or block communication between the water supply pipe and the outlet pipe, and additionally, an electronic valve that can be operated by the corresponding outlet selection switch is installed in the corresponding flange seat, and the electronic valve selectively operates the inlet of the corresponding inlet pipe by operating a single valve member It can be blocked, A faucet characterized in that the flange seat is provided with an inlet passage connected to the inlet pipe, the flange seat is also provided with an inlet passage connected to the receiving pipe, the flange seat is additionally provided with a water supply passage connected to the water supply pipe, and the flange seat is additionally provided with an outlet passage connected to the outlet pipe, wherein the outlet passage of the flange seat is in communication with the receiving passage and is also in communication with the inlet passage through a single inlet branch passage, the inlet switching valve is installed between the inlet main passage, the outlet passage, and the receiving passage, and furthermore, the outlet passage of the flange seat is in communication with the water supply passage through a single water supply branch passage between the inlet switching valve and the outlet pipe, and the outlet switching valve is installed between the water supply branch passage and the water supply passage.
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  5. In Paragraph 3, The faucet can be used in a water treatment device that generates wastewater after treatment, and is characterized in that a discharge pipe capable of communicating with a corresponding flange seat is installed around the circumference of the body, a drain pipe connecting to a discharge port of the water treatment device is provided in the flange seat, a drain passage connected to the drain pipe is provided in the flange seat, and another end of the drain passage can be connected to the discharge pipe, and is used to discharge wastewater from the water treatment device.
  6. In Paragraph 3, A faucet characterized in that the inlet switching valve and the outlet switching valve may be composed of a single valve column body, and the column body, etc. is provided with a water passage connecting the circumference and the end, and the external end of the valve column body, etc. is provided with a single operating hole for operating the valve column body to rotate using a single tool.
  7. In Paragraph 3, A faucet characterized by the valve column body having a leak-proof pad installed around the water tank and other perimeters to provide a better leak-proof effect.
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Description

Faucet The present invention belongs to the technical field of faucets, and specifically relates to a faucet that can effectively improve its practicality by significantly simplifying its structure and reducing the material volume through the use of the same outlet pipe to enable both general drainage and drainage after electrolysis. Due to significant pollution of air, land, and water sources caused by rapid industrial development in recent years, people are placing greater importance on health and hygiene, leading them to manufacture drinking tap water by subjecting it to filtration processes to produce purified or pure water. From the perspective of health promotion, reverse osmosis water, electrolyzed water, calcium ion water, hydrogen water, and reduced water have recently emerged to highlight their various effects on the human body. Electrolytic water generators capable of producing reducing electrolytic hydrogen water, in which hydrogen molecules are dissolved, by electrolyzing water are known. Electrolytic hydrogen water is attracting attention because it is suitable for removing active oxygen. Currently, electrolytic water generators installed beneath the table surface are generally equipped with a receiving pipe connected to a water source (or filtered water source), and the generator is connected to a faucet installed on the cooking table via a single water supply pipe. Since the generator simultaneously produces and discharges acidic water when generating alkaline electrolytic water, and this acidic water possesses sterilizing properties, some users collect and store it for use in washing hands, vegetables and fruits, or dishes. However, the faucet of the aforementioned electrolytic water generator can generally only be used for discharging alkaline electrolytic water and cannot be used simultaneously for discharging a general water source. Therefore, a separate discharging mode faucet must be installed on the table, which not only takes up space but also destroys the aesthetics of the overall table layout. Furthermore, the acidic water from the electrolytic water generator is directly connected to the water tank drain pipe, making it inconvenient for the user to apply acidic water. Currently, some vendors connect the water source inlet pipe to the faucet of the electrolytic water generator, but this still involves a separate process. This not only increases the complexity of the structure, manufacturing difficulties, and costs, but also indirectly increases the volume of the aforementioned faucet, significantly reducing its practicality. In other words, the faucet design of existing electrolytic water generation devices is not yet complete, so it cannot effectively combine sharing and structural simplicity; there are still aspects of the existing structural design that need improvement, which is also the point that the present invention seeks to explore. Considering the aforementioned defects, disadvantages, and demand, the inventor determined that there was a need to further develop the faucet of the electrolytic water generating device. Based on years of experience in related technology and product design and manufacturing, the inventor studied the above disadvantages and actively sought solutions. Through continuous research and experimentation, the inventor successfully developed a faucet capable of overcoming the difficulties and inconveniences derived from the existing complex and impossible-to-use structure. Therefore, the main objective of the present invention is to provide a faucet that improves practicality by allowing the sharing of general effluent and effluent after electrolysis. In addition, the second major objective of the present invention is to provide a faucet that can reduce manufacturing costs by significantly simplifying the structure and effectively reducing the volume through the installation of mechanisms such as waterways and electronic valves within the flange piece or body. Based on this, the present invention primarily realizes the aforementioned purpose and efficacy through the following technical means, and in a faucet applicable to a water treatment device and a joint water outlet of an inflow source, the faucet has a flange seat installed within a single body, and a water outlet pipe connected to the flange seat installed at the top end of the body using a fixed seat, and the body is also equipped with a water outlet selection switch connected to an external control unit; The corresponding flange seat is equipped with an inlet pipe connected to this inflow water source, a receiving pipe connected to one inlet of the corresponding water treatment device, and a water supply pipe connected to one outlet of the corresponding water treatment device, wherein the inlet pipe may communicate with the corresponding outlet pipe and the corresponding receiving pipe, and the water supply pipe may communicate with the corresponding outlet pipe, and an inlet switching valve i