Adjustable automatic dispensing apparatus
OwnerJason M. HUDKINS, Brendan HUDKINSinventors
Life of this patent
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Abstract
An adjustable automatic fluid dispensing apparatus includes one or more inlets for receiving fluid or fluids to be mixed and dispensed. A flow sensor is provided in flow communication with the inlet for sensing the amount of fluid that is passing through the apparatus. A solenoid valve is in flow communication with the inlet and flow sensor for controlling the flow amount of fluid to be dispensed. An outlet is utilized in flow communication with the inlet and flow sensor for dispensing fluid out of the apparatus into a bucket or machine reservoir. A programmable control unit is utilized for adjustably controlling any mixing of the fluids, the flow sensor and solenoid valve to dispense a desired settable amount of the fluid from the apparatus.
Claims11
An adjustable automatic fluid dispensing apparatus for a fluid, comprising:
- (a) an inlet for receiving the fluid to be dispensed;
- (b) a flow sensor in flow communication with the inlet for sensing the amount of the fluid that is passing through the inlet;
- (c) a solenoid valve in flow communication with the inlet and flow sensor for controlling the flow amount of the fluid passing through the inlet;
- (d) an outlet in flow communication with the inlet, solenoid valve and flow sensor for dispensing the fluid out of the apparatus;
- (e) a power source;
- and
- (f) a programmable control connected to the flow sensor for adjustably controlling the solenoid valve to dispense a desired settable amount of the fluid from the apparatus.
An adjustable automatic first and second fluid mixing and dispensing apparatus for first and second fluids, comprising:
- (a) first and second inlets for receiving the first and second fluids to be mixed and dispensed;
- (b) first and second flow sensors in flow communication with the first and second inlet for sensing the amount of the first and second fluids that are passing through the first and second inlets;
- (c) first and second solenoid valves in flow communication with the first and second inlets and first and second flow sensors for controlling the flow amount of the first and second fluids passing through the first and second inlets;
- (d) first and second outlets in flow communication with the first and second inlets, the first and second solenoid valves and the first and second flow sensors for dispensing the first and second fluids together out of the apparatus;
- (e) a power source;
- and
- (f) a programmable control connected to the flow sensors and for connected to the flow sensors and for adjustably controlling the solenoid valves to dispense a desired settable amount of the first and second fluids together from the apparatus;
An adjustable automatic first and second fluid mixing and dispensing apparatus for first and second fluids, comprising:
- (a) first and second inlets for receiving the first and second fluids to be mixed and dispensed;
- (b) first and second flow sensors in flow communication with the first and second inlet for sensing the amount of the first and second fluids that are passing through the first and second inlets;
- (c) first and second solenoid valves in flow communication with the first and second inlets and first and second flow sensors for controlling the flow amount of the first and second fluids passing through the first and second inlets;
- (d) first and second outlets in flow communication with the first and second inlets, the first and second solenoid valves and the first and second flow sensors for dispensing the first and second fluids out of the apparatus;
- (e) a power source;
- (f) a programmable control connected to the flow sensors and for connected to the flow sensors and for adjustably controlling the solenoid valves to dispense a desired settable amount of the first and second fluid from the apparatus;
- (g) a mixing manifold and the first and second outlets are in flow communication with the mixing manifold for mixing the first and second fluids into one mixed fluid;
- and
- (h) a conduit in flow communication with the mixing manifold to direct the mixed fluid flowing out of the mixing manifold to a desired location.
Dependencies are inferred from the claim text.