초록 ▼

A water bypass valve for a steam iron controls the passage of water between a tank and a vaporization chamber. The valve has an inlet which is opened and closed by a temperature sensitive element that prevents water from entering into the valve until the vaporization chamber is of sufficient tempera

A water bypass valve for a steam iron controls the passage of water between a tank and a vaporization chamber. The valve has an inlet which is opened and closed by a temperature sensitive element that prevents water from entering into the valve until the vaporization chamber is of sufficient temperature. The outlet of the valve is opened and closed by a locking pin that is controlled by the operator and is not temperature sensitive. The temperature sensitive element is separate and distinct from the locking pin.

대표청구항 ▼

A water bypass valve in a steam iron that controls the passage of water between a water tank and a vaporizing chamber located in said steam iron comprising: (a) a lower half-body, said lower half-body having an outlet port and a valve seat positioned in said outlet port; (b) an upper half-body, said

A water bypass valve in a steam iron that controls the passage of water between a water tank and a vaporizing chamber located in said steam iron comprising: (a) a lower half-body, said lower half-body having an outlet port and a valve seat positioned in said outlet port; (b) an upper half-body, said upper half-body having an inlet port, a lock pin passageway and a displacement plate mortise, said lower half-body and said upper half-body being joined such that a through passageway is formed between said inlet port and said outlet port and said locking pin passageway is concentric with said outlet port; (c) a bimetallic element connected to a surface on said vaporization chamber; (d) a displacement plate positioned in said displacement plate mortise, said displacement plate having a first end resiliently held against said inlet port thereby closing said inlet port, said displacement plate having a second end spaced apart from said bimetallic element such that said bimetallic element can make contact with said second end of said displacement plate when said bimetallic element is in an excited state and thereby cause said first end of said displacement plate to move away from said inlet port thereby opening said inlet port; (e) a locking pin movably positioned in said lock pin passageway and movable between a closed position in which said lock pin is in engagement with said valve seat thereby closing said outlet port, and an open position in which said lock pin is away from said valve seat thereby opening said outlet port; and (f) control means connected to said locking pin to control the movement of said locking pin between said closed position and said open position.