초록 ▼

A device for mixing and ejecting a multi-component reactive mixture, which will not clog after a single and subsequent uses, is disclosed. The device has a cylindrical mixing space defined by upper, lower, and side walls. There are two entry ports into the mixing space defined by and tangent to the

A device for mixing and ejecting a multi-component reactive mixture, which will not clog after a single and subsequent uses, is disclosed. The device has a cylindrical mixing space defined by upper, lower, and side walls. There are two entry ports into the mixing space defined by and tangent to the side wall. Two fluid component sources are fluidly connected to the entry ports and are pressurized such that two fluids, which react with each other, separately enter the mixing space. The side wall of the mixing space imparts a rotational motion to the fluids, which causes the fluids to thoroughly mix together before being ejected out through the exit orifice in either a spray or stream form. A valve stem may be provided, which is configured and dimensioned to substantially occupy the mixing space and to seal the two entry ports when it is in the closed position.

대표청구항 ▼

[ What is claimed is:] [1.]1. An apparatus for mixing and ejecting a multi-component fluid mixture, comprising:a body portion having a mixing space therein formed around a central axis, said mixing space defined by at least a side wall having a height and an upper wall;an exit orifice located on sai

[ What is claimed is:] [1.]1. An apparatus for mixing and ejecting a multi-component fluid mixture, comprising:a body portion having a mixing space therein formed around a central axis, said mixing space defined by at least a side wall having a height and an upper wall;an exit orifice located on said central axis disposed away from said upper wall;at least two entry ports each having a width defined by said side wall of said mixing space, wherein the width of each entry port is substantially the same as the height of said side wall, and wherein said entry ports are adapted to communicate with at least two separate fluid component sources such that the at least two fluid components separately enter said mixing space and said side wall imparts rotational motion to the at least two fluid components, whereby the at least two fluid components become thoroughly mixed into the multi-component fluid mixture and exit said mixing space through said exit orifice.