Abstract: Systems and methods provide hand hygiene compliance data at an intelligent hand hygiene device. The system detects that a user is in proximity to the hand hygiene device, then matches the user to one or more user profiles within the system. The system then detects that at least one hand of the user has been placed under a dispensing component of the hand hygiene device, and instructs the dispensing component to dispense hand sanitizer. The system collects compliance data for the user corresponding to hand hygiene compliance, then associates the compliance data for the user with the one or more user profiles corresponding to the user. The system then determines or updates a compliance rate of the user based on the compliance data associated with the user, and transmits the compliance rate of the user to at least one client device associated with a designated user.

Abstract: Systems and methods provide hand hygiene compliance data at an intelligent hand hygiene device. The system detects that a user is in proximity to the hand hygiene device, then matches the user to one or more user profiles within the system. The system then detects that at least one hand of the user has been placed under a dispensing component of the hand hygiene device, and instructs the dispensing component to dispense hand sanitizer. The system collects compliance data for the user corresponding to hand hygiene compliance, then associates the compliance data for the user with the one or more user profiles corresponding to the user. The system then determines or updates a compliance rate of the user based on the compliance data associated with the user, and transmits the compliance rate of the user to at least one client device associated with a designated user.

Abstract: Systems and methods provide hand hygiene compliance data at an intelligent hand hygiene device. The system detects that a user is in proximity to the hand hygiene device, then matches the user to one or more user profiles within the system. The system then detects that at least one hand of the user has been placed under a dispensing component of the hand hygiene device, and instructs the dispensing component to dispense hand sanitizer. The system collects compliance data for the user corresponding to hand hygiene compliance, then associates the compliance data for the user with the one or more user profiles corresponding to the user. The system then determines or updates a compliance rate of the user based on the compliance data associated with the user, and transmits the compliance rate of the user to at least one client device associated with a designated user.

Abstract: Systems and methods provide for intelligent hand hygiene and mobile device disinfection at a hand hygiene device. In one embodiment, the system detects, via a number of sensors, that a user is in proximity to the hand hygiene device, then provides instructions for the device to open a door to a compartment within the device. The system detects that a mobile device has been placed within the compartment, closes the door to the compartment, and performs disinfection of the mobile device within the compartment. Concurrently to performing disinfection of the mobile device, the system detects that at least one hand of the user has been placed under a dispensing component of the hand hygiene device, and then instructs the dispensing component to dispense hand sanitizer without the user coming into physical contact with the hand hygiene device. Upon completion of the disinfecting of the mobile device, the system opens the door to the compartment to release the mobile device to the user.

Abstract: This utility model applies germicidal ultra violet light from 220 nm to 290 nm, also known as UV-C light, to facemasks for their disinfection and safely reuse by users; such application of ultraviolet light is executed by a piece of equipment with UV-C LED lights strategically installed in the upper and bottom parts of such equipment.