Abstract: A heat-shrinkable anti-fomitic device in the form of a bag or tube forms a cover for an object which prevents cross-infection by bacteria and other pathogens that may reside on the object. The heat-shrinkable anti-fomitic device can have a sterile interior that is sealed or stored flat during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device is inverted when used to cover the object and results in an ultimate outer surface that is initially sterile. A plurality of such devices can be heat shrunk to an object such that removal of the outer layer will prevent cross contamination. Heat shrink film materials for the coverings/bags serve as a barrier to the transmission of pathogens.

Abstract: A heat-shrinkable anti-fomitic device incorporating anti-microbial metal wherein the device, in the form of a bag or tube, forms a cover for an object, preventing cross-infection by bacteria and other pathogens that may reside on the object. Anti-microbial metal ions from the cover further reduce future cross-infection from the object by killing pathogens. The anti-microbial, heat-shrinkable, anti-fomitic device can have a sterile interior that is sealed or stored flat during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device can be inverted when used to cover the object to present an outer surface that is initially sterile. A plurality of such devices can be heat shrunk to an object such that removal of the outer layer will further prevent cross contamination. Heat shrink film materials for the coverings/bags serve as a barrier to the transmission of pathogens and conform closely to the covered object.

Abstract: A heat-shrinkable anti-fomitic device incorporating anti-microbial metal wherein the device, in the form of a bag or tube, forms a cover for an object, preventing cross-infection by bacteria and other pathogens that may reside on the object. Anti-microbial metal ions from the cover further reduce future cross-infection from the object by killing pathogens. The anti-microbial, heat-shrinkable, anti-fomitic device can have a sterile interior that is sealed or stored flat during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device can be inverted when used to cover the object to present an outer surface that is initially sterile. A plurality of such devices can be heat shrunk to an object such that removal of the outer layer will further prevent cross contamination. Heat shrink film materials for the coverings/bags serve as a barrier to the transmission of pathogens and conform closely to the covered object.

Abstract: A heat-shrinkable anti-fomitic device in the form of a bag or tube forms a cover for an object which prevents cross-infection by bacteria and other pathogens that may reside on the object. The heat-shrinkable anti-fomitic device can have a sterile interior that is sealed or stored flat during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device is inverted when used to cover the object and results in an ultimate outer surface that is initially sterile. A plurality of such devices can be heat shrunk to an object such that removal of the outer layer will prevent cross contamination. Heat shrink film materials for the coverings/bags serve as a barrier to the transmission of pathogens.

Abstract: An anti-fomitic device in the form of a bag or envelope forms a cover for an object for preventing cross-infection by bacteria and other pathogens that may reside on the object. The anti-fomitic device is a flat, flexible bag or envelope with a closure mechanism at one or both ends of the bag or envelope, having a sterile interior that is sealed during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device is inverted when used to cover the object and results in an ultimate outer surface that is initially sterile. Materials for the coverings/bags serve as a barrier to the transmission of pathogens.

Abstract: An anti-fomitic device in the form of a bag or envelope forms a cover for an object for preventing cross-infection by bacteria and other pathogens that may reside on the object. The anti-fomitic device is a flat, flexible bag or envelope with a closure means at one or both ends of the bag or envelope, having a sterile interior that is sealed during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device is inverted when used to cover the object and results in an ultimate outer surface that is initially sterile. Materials for the coverings/bags are impervious to the transmission of pathogens. A laundered covering such as a sheet, pillowcase, etc., can then be slipped over the object that is covered with the anti-fomitic device to enhance comfort, yet maintain protection against pathogens on the object being covered.

Abstract: An anti-fomitic device in the form of a bag or envelope forms a cover for an object for preventing cross-infection by bacteria and other pathogens that may reside on the object. The anti-fomitic device is a flat, flexible bag or envelope with a closure means at one or both ends of the bag or envelope, having a sterile interior that is sealed during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device is inverted when used to cover the object and results in an ultimate outer surface that is initially sterile. Materials for the coverings/bags are impervious to the transmission of pathogens. A laundered covering such as a sheet, pillowcase, etc., can then be slipped over the object that is covered with the anti-fomitic device to enhance comfort, yet maintain protection against pathogens on the object being covered.

Abstract: An anti-fomitic device in the form of a bag or envelope which forms a cover for an object for preventing cross-infection by bacteria and other pathogens that may reside on the object being covered. The anti-fomitic device is a flat, flexible bag or envelope with a closure means at one end of the bag or envelope, having a sterile interior which is sealed during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. Alternatively, the anti-fomitic device is a flat, flexible, internally sterile bag with two releasably closed ends, where one end is tucked inward so that the sterile interiors of the two releasably closed ends touch.

Abstract: A system for conversion of non-standard video signals to standard video signals for transmission and presentation picks off an internal analog video signals from imaging diagnostic equipment (such as a CAT scanner or MRI equipment), converts it to analog video signal of different, preferably standard format, prints it or stores it, and when desire transmits the reformatted image information to the physician's terminal. Preferably the storage and transmission is in binary digitized form. At a receiving station, the received signal is stored, decoded and applied in appropriate analog vide form to an associated CRT display for reproduction of the diagnostic images. The equipments at both the control site of the diagnostic station and at the remote terminals may constitute PC's (personal computers) plus an additional video monitor.

Abstract: A parallel rule-based data transmission method and apparatus is described comprising multiple computer ports, modems, and multiple data transmission channels. The invention incorporates hardware and software data compression, automatic line selection and port allocation, data file segmentation and reassembly and simultaneous data transmission over multiple communications channels and their associated modems or ISDN interfaces. The invention allows a true multi-tasking environment to exist over inexpensive data communication channels thereby increasing the speed of data transmission as well as decreasing the cost associated with such transmission.

Abstract: A system for transferring medical diagnostic information from the diagonostic site to remote physicians' stations picks off an internal analog video signal from imaging diagonstic equipment (such as a CAT scanner or MRI equipment), converts it to an analog video signal of different, preferably standard, format, stores it, and when desired transmits the reformatted image information to the physician's terminal. Preferably the storage and transmission is in binary digitized form. At the physician's station, the received signal is stored, decoded and applied in appropriate analog video form to an associated CRT display for reproduction of the diagnostic images. The equipments at both the control site of the diagnostic station and at the remote terminals may constitute PC's (personal computers) plus an additional video monitor.

Abstract: A system for transferring medical diagnostic information from the diagnostic site to remote physicians' stations picks off an internal analog video signal from imaging diagnostic equipment (such as a CAT scanner or MRI equipment), converts it to an analog video signal of different, preferably standard, format, stores it, and when desired transmits the reformatted image information to the physician's terminal. Preferably the storage and transmission is in binary digitized form. At the physician's station, the received signal is stored, decoded and applied in appropriate analog video form to an associated CRT display for reproduction of the diagnostic images. The equipments at both the control site of the diagnostic station and at the remote terminals may constitute PC's (personal computers) plus an additional video monitor.