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기록

ON-OFF VALVE AND LIQUID SUPPLY PATH SYSTEM

발명심사 중
20청구항 · 1 독립항
§ Ⅰ

개요

발명자

Ningchao YU; Zhen GUO

IPC 분류

A47J 31/46A47J 31/41F16K 15/14F16K 23/F16K 47/2

CPC 분류

A47J31/461A47J31/41A47J31/469F16K15/145F16K23/F16K47/2

The present application provides an on-off valve and a liquid supply path system. The on-off valve includes: a valve housing defining a receiving cavity, the valve housing having a liquid inlet passage and a liquid outlet passage, wherein both the liquid inlet passage and the liquid outlet passage communicate with the receiving cavity; a sealing member provided in the receiving cavity, wherein a buffer chamber is formed between the sealing member and the liquid outlet passage; a buffer member provided between the liquid inlet passage and the sealing member; wherein in an initial state, the buffer member abuts against the sealing member to block communication between the liquid inlet passage and the liquid outlet passage; under action of negative pressure in the buffer chamber, a gap is formed between the sealing member and the buffer member, and the liquid inlet passage and the liquid outlet passage communicate through the gap.

원문 (중국어)

The present application provides an on-off valve and a liquid supply path system. The on-off valve includes: a valve housing defining a receiving cavity, the valve housing having a liquid inlet passage and a liquid outlet passage, wherein both the liquid inlet passage and the liquid outlet passage communicate with the receiving cavity; a sealing member provided in the receiving cavity, wherein a buffer chamber is formed between the sealing member and the liquid outlet passage; a buffer member provided between the liquid inlet passage and the sealing member; wherein in an initial state, the buffer member abuts against the sealing member to block communication between the liquid inlet passage and the liquid outlet passage; under action of negative pressure in the buffer chamber, a gap is formed between the sealing member and the buffer member, and the liquid inlet passage and the liquid outlet passage communicate through the gap.