Washer for supplying magnetized water
Abstract
A washer for supplying magnetized water includes a cabinet; a magnetization unit in the cabinet, generating a magnetic field; and a guide unit connected to the magnetization unit, guiding the wash water discharged from the magnetization unit. The magnetization unit includes a housing having a water flow channel through which wash water passes; a hot water supply nozzle connected to one side of the housing, having a hot water supply channel communicating with the water flow channel; and a cold water supply nozzle connected to the one side of the housing, having a cold water supply channel communicating with the water flow channel and separate from the hot water supply channel.
Claims
exact text as granted — not AI-modified1 . A washer for supplying magnetized water, comprising:
a cabinet; a magnetization unit in the cabinet and generating a magnetic field; and a guide unit connected to the magnetization unit and guiding wash water discharged from the magnetization unit, wherein the water magnetization unit comprises:
a housing having a water flow channel through which wash water passes;
a hot water supply nozzle connected to one side of the housing and having a hot water supply channel communicating with the water flow channel; and
a cold water supply nozzle connected to the one side of the housing and having a cold water supply channel communicating with the water flow channel, separate from the hot water supply channel.
2 . The washer of claim 1 , wherein the magnetization unit further comprises:
a magnet in the housing and generating the magnetic field; and a cover surrounding the magnet and preventing contact between the magnet and wash water flowing through the water flow channel.
3 . The washer of claim 1 or 2 , wherein the magnetization unit further comprises:
a hot water discharge nozzle connected to another side of the housing and having a hot water discharge channel communicating with the water flow channel; and
a cold water discharge nozzle connected to the other side of the housing and having a cold water discharge channel communicating with the water flow channel and separate from the hot water discharge channel.
4 . The washer of claim 3 , wherein the guide unit comprises:
a hot water valve connected to the hot water discharge nozzle and controlling a flow of wash water supplied from the hot water discharge nozzle; and a cold water valve connected to the cold water discharge nozzle and controlling a flow of wash water supplied to the cold water discharge nozzle.
5 . The washer of claim 4 , wherein the guide unit further comprises a temperature sensor configured to measure a temperature of the wash water from at least one of the hot water supply nozzle and the cold water supply nozzle.
6 . The washer of claim 5 , wherein the temperature sensor is in the housing.
7 . The washer of claim 5 , wherein the temperature sensor transmits the measured temperature to a control unit, and the control unit opens and closes the hot water valve and the cold water valve based on the measured temperature.
8 . The washer of claim 7 , wherein when the measured temperature is higher than a maximum value of a preset temperature range, the control unit opens the hot water valve and simultaneously closes the cold water valve.
9 . The washer of claim 7 , wherein when the measured temperature is lower than a minimum value of the preset temperature range, the control unit opens the cold water valve and simultaneously closes the hot water valve.
10 . The washer of claim 1 , further comprising a first bracket detachably coupled to the cabinet, supporting the magnetization unit, and fixing the magnetization unit to the cabinet.
11 . The washer of claim 1 , further comprising a bracket detachably coupled to the cabinet, supporting the guide unit, and fixing the guide unit to the cabinet.Join the waitlist — get patent alerts
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