CONSTANT FLOW VALVE HAVING CHECK MECHANISM

PROBLEM TO BE SOLVED: To integrally form a check valve and a constant flow valve by constituting a constant flow valve having a check mechanism of a valve main body to form a fluid inlet and a valve chest, a valve element to form a freely deformable passage, a holding means to hold this element and...

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1. Verfasser: TAKUBO NOBORU
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description PROBLEM TO BE SOLVED: To integrally form a check valve and a constant flow valve by constituting a constant flow valve having a check mechanism of a valve main body to form a fluid inlet and a valve chest, a valve element to form a freely deformable passage, a holding means to hold this element and a cover member to form a fluid outlet. SOLUTION: A valve element 8 curves with a contact point with a pipe as a fulcrum by supply pressure of raw water flowed in from a fluid inlet 2. A space part is generated between a valve seat 4 and a valve element 8 by curving, and a clearance is also generated between an inner peripheral wall of a valve chest 3 and an outer peripheral wall of the vale element 8. The raw water flows out of a fluid outlet 10 through a passage 6 and a water passing passage 7 from this clearance. When raw water supply pressure increases, since a curving rate of the valve element 8 becomes large, the passage 6 flattens to adjust a flow rate of the raw water. The raw water of a constant flow rate can be supplied even when the raw water supply pressure changes since the valve body 8 curves in response to the raw water supply pressure. When the raw water stops, the valve element 8 is restored, and blocks up the fluid inlet 2 to check a counterflow.
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SOLUTION: A valve element 8 curves with a contact point with a pipe as a fulcrum by supply pressure of raw water flowed in from a fluid inlet 2. A space part is generated between a valve seat 4 and a valve element 8 by curving, and a clearance is also generated between an inner peripheral wall of a valve chest 3 and an outer peripheral wall of the vale element 8. The raw water flows out of a fluid outlet 10 through a passage 6 and a water passing passage 7 from this clearance. When raw water supply pressure increases, since a curving rate of the valve element 8 becomes large, the passage 6 flattens to adjust a flow rate of the raw water. The raw water of a constant flow rate can be supplied even when the raw water supply pressure changes since the valve body 8 curves in response to the raw water supply pressure. 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SOLUTION: A valve element 8 curves with a contact point with a pipe as a fulcrum by supply pressure of raw water flowed in from a fluid inlet 2. A space part is generated between a valve seat 4 and a valve element 8 by curving, and a clearance is also generated between an inner peripheral wall of a valve chest 3 and an outer peripheral wall of the vale element 8. The raw water flows out of a fluid outlet 10 through a passage 6 and a water passing passage 7 from this clearance. When raw water supply pressure increases, since a curving rate of the valve element 8 becomes large, the passage 6 flattens to adjust a flow rate of the raw water. The raw water of a constant flow rate can be supplied even when the raw water supply pressure changes since the valve body 8 curves in response to the raw water supply pressure. When the raw water stops, the valve element 8 is restored, and blocks up the fluid inlet 2 to check a counterflow.</abstract><edition>6</edition><oa>free_for_read</oa></addata></record>
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subjects ACTUATING-FLOATS
BLASTING
COCKS
CONTROLLING
DEVICES FOR VENTING OR AERATING
ENGINEERING ELEMENTS AND UNITS
GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVEFUNCTIONING OF MACHINES OR INSTALLATIONS
HEATING
LIGHTING
MECHANICAL ENGINEERING
PHYSICS
REGULATING
SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
TAPS
THERMAL INSULATION IN GENERAL
VALVES
WEAPONS
title CONSTANT FLOW VALVE HAVING CHECK MECHANISM
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