Abstract: A sterilization system uses ultraviolet radiation and ozone to eradicate deadly pathogens to sterilize a surface of an object or wound/incision site at an adjustable intensity level. The sterilization system has ultraviolet emitters that emit ultraviolet light in wavelengths that kill pathogens and in wavelengths that produce ozone at the sites, therefore killing/disabling several hard-to-kill pathogens. The sterilization system has an intensity control and proximity detectors to enable ultraviolet emission only when the system is properly located near or against the surface so as to protect from unwanted radiation from the ultraviolet light.

Abstract: A sterilization system uses ultraviolet radiation and ozone to eradicate deadly pathogens to sterilize a surface of an object or wound/incision site at an adjustable intensity level. The sterilization system has ultraviolet emitters that emit ultraviolet light in wavelengths that kill pathogens and in wavelengths that produce ozone at the sites, therefore killing/disabling several hard-to-kill pathogens. The sterilization system has an intensity control and proximity detectors to enable ultraviolet emission only when the system is properly located near or against the surface so as to protect from unwanted radiation from the ultraviolet light.

Abstract: A sterilization system uses ultraviolet radiation and ozone to eradicate deadly pathogens to sterilize a zone of a surface of an object or wound/incision sites. The sterilization system offers a safe sterilization method prior to or after surgery and/or closure wounds/incisions. The sterilization system has ultraviolet emitters that emit ultraviolet light in wavelengths that kill pathogens and in wavelengths that produce ozone at the sites, therefore killing/disabling several hard-to-kill pathogens. The sterilization system has proximity detectors to enable ultraviolet emission only when the system is properly located near or against the surface so as to protect from unwanted radiation from the ultraviolet light.

Abstract: A sterilization system uses ultraviolet radiation and ozone to eradicate deadly pathogens to sterilize a zone of a surface of an object or wound/incision sites. The sterilization system offers a safe sterilization method prior to or after surgery and/or closure wounds/incisions. The sterilization system has ultraviolet emitters that emit ultraviolet light in wavelengths that kill pathogens and in wavelengths that produce ozone at the sites, therefore killing/disabling several hard-to-kill pathogens. The sterilization system has proximity detectors to enable ultraviolet emission only when the system is properly located near or against the surface so as to protect from unwanted radiation from the ultraviolet light.

Abstract: A sterilization system uses ultraviolet radiation and ozone to eradicate deadly pathogens to sterilize wound/incision sites. The sterilization system offers a safe sterilization method prior to or after surgery and/or closure wounds/incisions. The sterilization system has ultraviolet emitters that emit ultraviolet light in wavelengths that kill pathogens and in wavelengths that produce ozone at the sites, therefore killing/disabling several hard-to-kill pathogens. The sterilization system has surface detectors to enable ultraviolet emission only when the system is properly seated against the skin so as to protect from unwanted radiation from the ultraviolet light.

Abstract: A sterilization system uses ultraviolet radiation and ozone to eradicate deadly pathogens to sterilize wound/incision sites. The sterilization system offers a safe sterilization method prior to or after surgery and/or closure wounds/incisions. The sterilization system has ultraviolet emitters that emit ultraviolet light in wavelengths that kill pathogens and in wavelengths that produce ozone at the sites, therefore killing/disabling several hard-to-kill pathogens. The sterilization system has surface detectors to enable ultraviolet emission only when the system is properly seated against the skin so as to protect from unwanted radiation from the ultraviolet light.

Abstract: An object sterilization system includes an enclosure having an access door with at least one ultraviolet emitting device supported within the enclosure. The ultraviolet emitting device(s) are for directing ultraviolet radiation on an object placed within the enclosure. A source of power is interfaced to each of the at least one ultraviolet emitting devices, operatively flowing current through each of the at least one ultraviolet emitting devices, thereby each of the at least one ultraviolet emitting device emits ultraviolet radiation for producing ozone and for sterilizing the object.

Abstract: A foot/shoe sanitizing system includes a housing having at least one opening and at least one ultraviolet emitting device supported within the housing. The ultraviolet emitting devices direct ultraviolet light around and/or through the set of foot/shoe support bars towards the foot or shoe placed on the foot/shoe support bars. The ultraviolet emitting devices are controllably powered to emit ultraviolet light and/or ozone onto the foot/shoe. In a preferred embodiment, the ultraviolet emitting device emits light that includes short wavelength ultraviolet light, causing the formation of ozone in the area of the shoe, thereby killing pathogens that are not easily killed with ultraviolet light alone. The system includes a sheet of activated carbon for catalyzing the ozone into harmless concentrations of carbon monoxide and carbon dioxide.

Abstract: A foot/shoe sanitizing system includes a housing having at least one opening and at least one ultraviolet emitting device supported within the housing. The ultraviolet emitting devices direct ultraviolet light around and/or through the set of foot/shoe support bars towards the foot or shoe placed on the foot/shoe support bars. The ultraviolet emitting devices are controllably powered to emit ultraviolet light and/or ozone onto the foot/shoe. In a preferred embodiment, the ultraviolet emitting device emits light that includes short wavelength ultraviolet light, causing the formation of ozone in the area of the shoe, thereby killing pathogens that are not easily killed with ultraviolet light alone. The system includes a sheet of activated carbon for catalyzing the ozone into harmless concentrations of carbon monoxide and carbon dioxide.

Abstract: A foot/shoe sanitizing system includes a housing having at least one opening and at least one ultraviolet emitting device supported within the housing. The ultraviolet emitting devices direct ultraviolet light around and/or through the set of foot/shoe support bars towards the foot or shoe placed on the foot/shoe support bars. The ultraviolet emitting devices are controllably powered to emit ultraviolet light and/or ozone onto the foot/shoe. In a preferred embodiment, the ultraviolet emitting device emits light that includes short wavelength ultraviolet light, causing the formation of ozone in the area of the shoe, thereby killing pathogens that are not easily killed with ultraviolet light alone. The system detects the identity of a user and records/transmits usage of the system by the user for sanitizing enforcement and recording.

Abstract: A foot/shoe sanitizing system includes a housing having at least one opening and a set of foot/shoe support bars coupled to the housing in proximity to the at least one opening. The foot/shoe support bars support a foot or shoe placed through the opening(s). At least one ultraviolet emitting device is supported within the housing beneath the set of foot/shoe support bars. The ultraviolet emitting devices direct ultraviolet light around and/or through the set of foot/shoe support bars towards the foot or shoe placed on the foot/shoe support bars. The ultraviolet emitting devices are controllably powered by a source of power to emit ultraviolet light. In a preferred embodiment, the ultraviolet emitting device emits light that includes short wavelength ultraviolet light, causing the formation of ozone in the area of the shoe, thereby killing pathogens that are not easily killed with ultraviolet light alone.

Abstract: A foot/shoe sanitizing system includes a housing having at least one opening and at least one ultraviolet emitting device supported within the housing. The ultraviolet emitting devices direct ultraviolet light around and/or through the set of foot/shoe support bars towards the foot or shoe placed on the foot/shoe support bars. The ultraviolet emitting devices are controllably powered to emit ultraviolet light and/or ozone onto the foot/shoe. In a preferred embodiment, the ultraviolet emitting device emits light that includes short wavelength ultraviolet light, causing the formation of ozone in the area of the shoe, thereby killing pathogens that are not easily killed with ultraviolet light alone. The system detects the identity of a user and records/transmits usage of the system by the user for sanitizing enforcement and recording.

Abstract: An automated self-service mail processing and storing system is disclosed which is capable of receiving input from and providing instructions to a user via a touch-sensitive screen or a digitized voice system. The system is capable of weighing the mail item, receiving user identification information from a credit/debit card, for example, for payment, calculating the charge for shipment and deducting that amount from the user's charge account, and securely storing the item for subsequent pickup. The system contains a novel weighing means capable of detecting minute vibrations for purposes of obtaining an accurate weight amount. The system may also contain a tracking bar code generation means and a tracking bar code verification system. Optionally, a dual floppy disk system allows the user to send electronic mail, and a built-in facsimile apparatus allows the user to send “FAX” information through the telephone line.

Abstract: An automated self-service mail processing and storing system is disclosed which is capable of receiving input from and providing instructions to a user via a touch-sensitive screen or a digitized voice system. The system is capable of weighing the mail item, receiving user identification information from a credit/debit card, for example, for payment, calculating the charge for shipment and deducting that amount from the user's charge account, and securely storing the item for subsequent pickup. The system contains a novel weighing means capable of detecting minute vibrations for purposes of obtaining an accurate weight amount. The system may also contain a tracking bar code generation means and a tracking bar code verification system. Optionally, a dual floppy disk system allows the user to send electronic mail, and a built-in facsimile apparatus allows the user to send “FAX” information through the telephone line.

Abstract: An automated self-service mail processing and storing system is disclosed which is capable of receiving input from and providing instructions to a user via a touch-sensitive screen or a digitized voice system. The system is capable of weighing the mail item, receiving user identification information from a credit/debit card, for example, for payment, calculating the charge for shipment and deducting that amount from the user's charge account, and securely storing the item for subsequent pickup. The system contains a novel weighing means capable of detecting minute vibrations for purposes of obtaining an accurate weight amount. The system may also contain a tracking bar code generation means and a tracking bar code verification system. Optionally, a dual floppy disk system allows the user to send electronic mail, and a built-in facsimile apparatus allows the user to send "FAX" information through the telephone line.

Abstract: An apparatus capable of automatically handling envelopes through various stages of processing, including electronic display of the envelope, electronic weighing of the envelope and printing of a stamp, date, time, location and ZIP+4 code in numerical and bar code form, name/address, advertising messages; maintaining mailing lists; maintaining and printing postage records; securing postage usage; buying postage electronically; retrieving user postage usage information; electronic keeping of time and date; updating of postage rates, ZIP+4 directory and mailing list; and having an integrated built-in ZIP+4 directory.