System of a special volume control manifold, containment case and easily changeable solution containers for carpet cleaning and other solution needs

A non-electric proportional flow control system for carpet cleaning and other uses needing mixed solutions comprised of:

• (a) a control manifold contiguous to and directly connected to multiple solution containers, the control manifold with a continuous, single diameter channel leading from a pressurized water source aperture, continuing past a series of intake orifices for each of the multiple solution containers, and a connection aperture for a mixed solution hose;
• (b) a set of hoses individually connected to each of the multiple solution containers;
• (c) an individual on/off control valve for each of the multiple solution containers inter placed between the solution container and the manifold intake orifice that includes a control valve on each source for a solvent, the control valve using a venturi action as a means for controlling liquid dispersed;
• (d) a sprayer wand with a secondary on/off control valve, a nozzle and a means to connect a mixed solution hose;
• (e) the mixed solution hose removably secured between the sprayer wand and the manifold;
• and
• (f) a source hose for a pressurized water, the source hose being removably secured to the pressurized water source aperture of the control manifold
• wherein the system can be attached at the control manifold to a pressured water source and to the multiple additive at each of the multiple solution containers and provide controlled mixing of a diluent and a controlled amount of additive solution within the manifold to create a mixed solution which is then transferred to the sprayer wand.

A non-electric proportional flow control system of a special volume control manifold, a portable containment case and multiple, changeable and additive solution containers for carpet cleaning and other uses needing mixed solutions comprised of:

• (a) the control manifold contiguous to and directly connected to each of the multiple solution containers with a continuous, single diameter channel leading to an intake orifice for each of the multiple solution containers, the channel further comprised with a connection fastening means for removably attaching to an intake pressurized water source hose for transferring a pressured diluent to the manifold at one side and with a connection fastening means for removably attaching to an output of the mixed solution hose for transferring a pressured diluent to the manifold at an opposite side;
• (b) a hose individually connected to each of the multiple solution containers;
• (c) an individual on/off or variable control valve for each of the multiple solution containers inter placed between the multiple solution containers and the manifold intake orifice and the control valve using a venturi action to pull a quantity of solution from the solution container into the manifold intake orifice;
• (d) a sprayer wand with a secondary control valve, a nozzle and a means to connecting to a hose or dispersing a mixed solution;
• and
• (e) the output mixed solution hose removably secured between the sprayer wand and the manifold
• wherein the system can be attached at the control manifold to a source hose for a pressurized water, the source hose being removably secured to the pressurized water source intake of the control manifold and the multiple additive solution containers and provide controlled mixing of the pressurized water and a controlled amount of additive solution within the manifold to create a mixed solution which is then transferred to the sprayer wand.