Concentrate dispensing apparatus for fluid emitting devices

An apparatus for mixing and dispensing concentrate solution on demand separately from a normal fluid flow of a fluid emitting device comprising:

• (a) a diverter valve attachable to an existing outlet of the fluid emitting device having;
• i. a button attached to a spring that diverts normal fluid when engaged;
• and
• ii. an internal aperture;
• (b) a reservoir for holding a concentrate having:
• i. an inlet tube connected to the diverter valve via an adaptor;
• ii. an opening located on a top side of the reservoir to allow for the concentrate to be dispensed into the reservoir;
• iii. a removable cap to seal the opening;
• (c) an exit tube attached to the diverter valve or constructed into the diverter valve as a single combined unit;
• (d) a second outlet attached to the exit tube wherein the concentrate solution is dispensed from the device;
• (e) a means to connect the apparatus to a fluid emitting device;
• and
• (f) a means for drawing the concentrate out the inlet tube and mixing the concentrate with the normal fluid;
• wherein by engaging the button forces normal fluid through the internal aperture, concentrate is mixed with the normal fluid and flows into the exit tube as concentrate solution, allowing for dispensing of the concentrate solution on demand through the second outlet and wherein the normal fluid is emitted from the existing outlet when the button is disengaged.

An apparatus for separately dispensing a fluid and one or more concentrate solutions, attachable and detachable to a fluid emitting device comprising:

• (a) a reservoir to hold one or more concentrates each concentrate in a separate compartment;
• (b) a body chamber attached to the fluid emitting device and connected to the reservoir, further comprising:
• i. a first outlet for exit of a fluid flow;
• ii. a diverter valve to divert the fluid flow from the fluid emitting device;
• and
• (c) one or more exit tubes for receiving one or more concentrate solutions, having at least one second outlet for exit of one or more concentrate solutions;
• (d) a means for attaching the apparatus to a fluid emitting device;
• wherein the one or more concentrate solutions is produced through the venturi effect of drawing a concentrate from the reservoir to mix with fluid when the diverter valve is engaged whereby the one or more concentrate solutions enter the one or more exit tubes, exits a second outlet and never contaminates the fluid flow from the first outlet.