초록 ▼

A hot wax storage tank is supported by an arm extending vertically upward from a base. A heating element on the tank heats the wax to its vicious liquid state suitable for application on a client. A conduit connects an outlet in the bottom of the tank to the input of a control valve. The output of t

A hot wax storage tank is supported by an arm extending vertically upward from a base. A heating element on the tank heats the wax to its vicious liquid state suitable for application on a client. A conduit connects an outlet in the bottom of the tank to the input of a control valve. The output of the control valve is directed to an application dish located beneath control valve outlet. By means of the control valve, an operator can dispense only what is required for each client.

대표청구항 ▼

1. A dispenser for hot depilatory wax comprising in combination:a base adapted to rest on a generally horizontally extending surface; a support arm extending vertically from said base; a housing supported by said arm for receiving two containers of wax and supporting said containers over two wax tan

1. A dispenser for hot depilatory wax comprising in combination:a base adapted to rest on a generally horizontally extending surface; a support arm extending vertically from said base; a housing supported by said arm for receiving two containers of wax and supporting said containers over two wax tanks in said housing so that wax can flow out of said two containers into respectively said two wax tanks; a heating element for heating wax in each tank; a flow control valve having an inlet and an outlet; a heated manifold connecting an opening in each tank to said inlet; said outlet directing hot wax flowing through said valve toward a plate adapted to support a hot wax-dispensing dish. 2. A dispenser for hot depilatory wax as in claim 1, further including a heater to heat said plate.3. A dispenser for hot depilatory wax as in claim 1, further including an UV chamber for sterilizing wax in said wax dispensing dish.4. A dispenser for hot depilatory wax as in claim 1, further including a microprocessor controlled panel that indicates when the temperature of wax in the tank is within a predetermined temperature range.5. A method for dispensing a hot depilatory wax, including the steps of:mounting a container of depilatory wax on a tank that is supported over a receptacle for the hot depilatory wax; heating said tank so that wax flows from said container into said tank; controlling a gravitational flow of heated wax from said tank to said receptacle by means of a solenoid operated valve so that a desired quantity of wax is dispensed. 6. A method for dispensing a hot depilatory wax as in claim 5 wherein said valve opens for a predetermined interval in response to an operator input.7. A method for dispensing a hot depilatory wax as in claim 6, wherein said operator input is a touch screen input.8. A method for dispensing a hot depilatory wax as in claim 5, further including subjecting dispensed wax to UV radiation.9. A method for dispensing a hot depilatory wax as in claim 6, further including subjecting dispensed wax to UV radiation.10. A method for dispensing a hot depilatory wax as in claim 7, further including subjecting dispensed wax to UV radiation.11. A dispenser for hot depilatory wax comprising in combination:a base adapted to rest on a generally horizontally extending surface; a support arm extending vertically from said base; a housing supported by said arm for receiving a container of wax and supporting said container over a wax tank in said housing so that wax can flow out of said container into said tank; a heating element for heating wax in said tank; a flow control valve having an inlet and an outlet, said flow control valve opening and closing in response to electrical command signals; a conduit connecting an opening in said tank to said inlet; said outlet directing hot wax flowing through said valve toward a plate adapted to support a hot wax-dispensing dish. 12. A dispenser for hot depilatory wax as in claim 11, wherein said electrical command signals are generated by a microprocessor whose inputs include a signal indicative of the temperature of said reservoir.