Zefu Chen - Greenacres FL James B. OMaley - Lighthouse Pt. FL Francis J. Parker - Cooper City FL
Assignee:
UltraClenz Engineering Group - Riviera Beach FL
International Classification:
B67B 700
US Classification:
222 1, 222 95, 2221813, 222214, 222333, 222 63
Abstract:
A dispenser apparatus and dispensing method for dispensing a product stored in a container by pressing a dispensing tube connected to the container. A motor rotates a cam that extends a press plate to press the dispensing tube against a back plate. A check valve permits unidirectional dispensing of the product from the container. A pinch-off unit pinches the dispensing tube or a second check valve is used to prevent the product from returning to the container while the press plate presses against the dispensing tube.
A handwash monitoring system and method for providing an alert when a person must wash their hands. A badge worn by a person is activated to register at least one of a visual, audible or tactile alarm by a beacon placed where contamination may occur when the badge enters the range of the beacon. The person must wash their hands according to visual and audible prompts issued by a base unit in a wash area to clear the badge alarm.
Dispenser Apparatus That Controls The Type And Brand Of The Product Dispensed Therefrom
A dispenser apparatus for controlling the type and brand of a product dispensed therefrom, so that only authorized products are dispensed from the apparatus. A container inserted into a housing case stores the product, the container having an exit port. A chute directs the flow of the discharged product. A drive assembly causes the product to move from the container through the chute to be dispensed therefrom. A magnetic sensor is attached to a support surface of the housing case, and a wafer is attached to the container. The wafer has a magnet embedded therein, and the container is inserted into the housing case so that the wafer is received by and mates with the housing case to align the magnet with the magnetic sensor. A location of the magnet embedded in the wafer of the container is detected by the magnetic sensor of the housing case so that the container is identified. The drive means is only activated when the container is identified as an authorized container based on the location of the magnet.
Adapter For Touch-Free Operation Of Gooseneck Faucet
James O'Maley - Lighthouse Pt. FL, US David L. Snodgrass - Stuart FL, US Francis J. Parker - Cooper City FL, US
Assignee:
Ultraclenz LLC - Riviera Beach FL
International Classification:
F16K 31/02
US Classification:
25112904, 4623, 4678
Abstract:
An adapter for retrofitting a conventional gooseneck faucet to allow for touch-free activation. The sensor unit of the adapter is attached by simply passing it over the spout of the gooseneck faucet and towards the base of the faucet where it is locked in place by a clamp. Once in place, the sensor unit uses infrared light to sense the proximity of hands under the faucet. When hands are sensed, the control unit mounted under the sink will activate the faucet for as long as hands remain under the faucet.
Non-Discontinuous Neon Power Supply With High Power Factor
The present invention provides a power supply suitable for a neon light, which power supply has a continuous output and a high power factor in excess of 0. 9. The present invention does not require a front-end boost converter.
Power Supply For External Electrode Fluorescent Lamps
Francis J. Parker - Cooper City FL, US Robert Crawbuck - Jupiter FL, US Emilian Padurariu - West Palm Beach FL, US
Assignee:
Inshore Holdings, LLC - Miami FL
International Classification:
H05B 37/02
US Classification:
315219, 315224, 315307, 315DIG 7
Abstract:
The present invention provides a power supply circuit for providing power for a plurality of external electrode fluorescent lamps (EEFLs) connected in parallel, comprising a controllable voltage regulator for receiving an input power signal and for providing a regulated voltage signal, an output inverter and a resonant circuit connected to receive the regulated voltage signal and for providing a resonant frequency signal, a voltage transformation stage for receiving the resonant frequency signal for transforming the resonant frequency signal to a power voltage signal capable of driving a plurality of EEFLs connected in parallel, wherein the controllable voltage regulator is connected to receive the resonant frequency signal and is responsive thereto to keep the resonant frequency signal within an acceptable operating voltage range to power the EEFLs independently of the number of EEFLs connected to receive the power voltage signal.
Led Modules For Sign Channel Letters And Driving Circuit
Francis Parker - Cooper City FL, US Robert Crawbuck - Jupiter FL, US Emilian Padurariu - West Palm Beach FL, US
Assignee:
Inshore Holdings, LLC - Miami FL
International Classification:
H02H 3/00
US Classification:
361 42
Abstract:
An LED module for use in sign letter channel lights comprises a substrate, a reflector mounted on the substrate, an LED mounted within the reflector on the substrate and a Zener diode shunt element connected in parallel across the LED, a printed circuit board on the substrate, wherein the LED is mounted on the printed circuit board, and an insulating cover. The module may be entirely encapsulated. An LED driving protection circuit provides ground fault protection for a plurality of series connected LED modules.
Led Module For Sign Channel Letters And Driving Circuit
Francis J. Parker - Cooper City FL, US Robert Crawbuck - Jupiter FL, US Emilian Padurariu - West Palm Beach FL, US
Assignee:
Inshore Holdings, LLC - Miami FL
International Classification:
H05B 37/00 H05B 37/04
US Classification:
361 54, 315121, 315122, 315123, 315125
Abstract:
An LED module for use in sign letter channel lights comprises a substrate, a reflector mounted on the substrate, an LED mounted within the reflector on the substrate and a Zener diode shunt element connected in parallel across the LED, a printed circuit board on the substrate, wherein the LED is mounted on the printed circuit board, and an insulating cover. The module may be entirely encapsulated. An LED driving protection circuit provides ground fault protection for a plurality of series connected LED modules.