Abstract: A suspension system for the care and prevention of wounds on the body of a user includes an array of removable suspension devices forming a flexible sheet. Each suspension device is removably coupled to at least on other suspension device. The suspension devices are selectably removable from the array in order to define a space within the sheet which approximates the size of a target area on the body of the user. A disposable garment for the body of a user includes an absorbent portion and a wound are and prevention suspension portion. The absorbent portion has fluid pervious inner sheet, a fluid impervious outer sheet and at least one layer of absorbent material disposed between the inner and outer sheets. The wound are and prevention suspension portion is coupled to the absorbent portion.

Abstract: This invention pertains to transfer of a solid target material onto a substrate by vaporizing the material by irradiating it with intense light of a resonant vibrational mode of the material and depositing the vaporized material on a substrate in a solid form.

Abstract: An integrated circuit includes first circuitry and sleep transistor circuitry. The first circuitry receives input signals and processes the input signals. The first circuitry also retains data in a sleep state that has low leakage. The sleep transistor circuitry is coupled to the first circuitry and receives a sleep signal that has a negative voltage. The sleep circuitry reduces power consumption of the first circuitry in the sleep state to have low leakage based on the sleep signal while retaining the data in the first circuitry.

Abstract: Methods and apparatus for performing dynamic compensation for delays over extant infrastructure within a content-based network. In one embodiment, the network comprises a cable network, and the infrastructure comprises that nominally used for on-demand (OD) services such as VOD. The method includes periodically or situationally assessing variable delays within the system associated with functional commands (such as “trick mode” commands), and dynamically compensating for these variable delays in order to improve the accuracy and timeliness of the user's trick mode command. This approach increases user satisfaction, and obviates the issuance of additional compensatory trick mode commands that only further degrade the performance of the network.

Abstract: A resident application (RA) in set-top terminals (STTs) is updated by providing an upgrade channel application (UCA) over a network. Those STTs that are selected to receive the UCA are identified. The selected STTs download the UCA from the network. Once the UCA begins to execute on an STT, it retrieves the user parameters stored in the STT, and transmits them to a remote location for storage. A new RA is then installed in the STT. The original user parameters are converted at the remote location to become compatible with the new RA. The converted user parameters are transferred to the STT for use by the new RA.

Abstract: A method of adjusting dampening-solution feed of an offset printing press by a control device includes determining a required dampening-solution demand for a first calibration printing form with a known minimum percent area coverage and for a second calibration printing form with a known maximum percent area coverage at a calibration speed, and storing the dampening-solution demand in the control device as interpolation reference points; determining a percent area coverage lying between the maximum and the minimum percent area coverage of the calibration printing forms of a printing form to be used for a forthcoming print job, and passing the determined percent area coverage on to the control device; determining by the control device the dampening-solution demand required for the forthcoming print job with the printing form provided for the purpose at the calibration speed, by interpolating between the interpolation reference points; determining a printing-speed dependent characteristic curve of the dampening

Abstract: A printing press includes an inking unit provided with a screen roller having, on a circumference thereof, a pattern formed of depressions fillable with a printing medium, another roller co-operatively engageable with the screen roller, and a drive device, the screen roller and the other roller being drivingly coupled with one another so that, after each revolution of the screen roller, a pattern depicted by the printing medium on the other roller in a form of printing medium accumulations has a slight offset, in circumferential direction, with respect to a pattern depicted on the other roller during a preceding revolution of the screen roller, so that the new printing medium accumulations are positionable on the other roller in at least approximately printing-medium free gaps in, respectively, adjacent printing medium residual accumulations; and a method of operating the printing unit.

Abstract: A method for controlling a quantity of medium transferable from a screen roller of a printing machine onto a roller that is in contact with the screen roller includes exerting an influence upon a difference in circumferential speed between the screen roller and the roller in contact therewith, and further includes controlling the difference in the circumferential speed as a function of the printing speed of the printing machine, so that printed medium density remains at least approximately constant at least within a wide printing speed range.

Abstract: This invention pertains to transfer of a solid target material onto a substrate by vaporizing the material by irradiating it with intense light of a resonant vibrational mode of the material and depositing the vaporized material on a substrate in a solid form.

Abstract: A method for controlling a quantity of medium transferable from a screen roller of a printing machine onto a roller that is in contact with the screen roller includes exerting an influence upon a difference in circumferential speed between the screen roller and the roller in contact therewith, and further includes controlling the difference in the circumferential speed as a function of the printing speed of the printing machine, so that printed medium density remains at least approximately constant at least within a wide printing speed range.

Abstract: A printing press includes an inking unit provided with a screen roller having, on a circumference thereof, a pattern formed of depressions fillable with a printing medium, another roller co-operatively engageable with the screen roller, and a drive device, the screen roller and the other roller being drivingly coupled with one another so that, after each revolution of the screen roller, a pattern depicted by the printing medium on the other roller in a form of printing medium accumulations has a slight offset, in circumferential direction, with respect to a pattern depicted on the other roller during a preceding revolution of the screen roller, so that the new printing medium accumulations are positionable on the other roller in at least approximately printing-medium free gaps in, respectively, adjacent printing medium residual accumulations; and a method of operating the printing unit.

Abstract: A method of adjusting dampening-solution feed of an offset printing press by a control device includes determining a required dampening-solution demand for a first calibration printing form with a known minimum percent area coverage and for a second calibration printing form with a known maximum percent area coverage at a calibration speed, and storing the dampening-solution demand in the control device as interpolation reference points; determining a percent area coverage lying between the maximum and the minimum percent area coverage of the calibration printing forms of a printing form to be used for a forthcoming print job, and passing the determined percent area coverage on to the control device; determining by the control device the dampening-solution demand required for the forthcoming print job with the printing form provided for the purpose at the calibration speed, by interpolating between the interpolation reference points; determining a printing-speed dependent characteristic curve of the dampening

Abstract: A method of applying a metal onto a copper layer, comprising the steps of: stabilizing a surface of a copper layer by applying a stabilization layer thereto, the stabilization layer comprised of zinc oxide, chromium oxide, nickel, nickel oxide or a combination thereof and having a thickness of between about 5 Å and about 70 Å; and vapor depositing a metal selected from the group consisting of aluminum, nickel, chromium, copper, iron, indium, zinc, tantalum, tin, vanadium, tungsten, zirconium, molybdenum and alloys thereof onto the stabilized surface of the copper layer, and a sheet material formed thereby.

Abstract: A sheet material, comprised of a copper foil treated to have a stabilization layer thereon. The stabilization layer is comprised of zinc oxide, chromium oxide or a combination thereof having a thickness between about 5 Å and about 70 Å. A vapor deposited resistive material is provided on the stabilization layer.

Abstract: An offset printing press includes a first plate cylinder, a first blanket cylinder for selectively contacting the first plate cylinder, an anilox inker for inking the first plate cylinder, and a first motor directly connected to the anilox inker for driving the anilox inker and connected to the first plate cylinder for driving the first plate cylinder. A second print couple has a second plate cylinder and a second blanket cylinder for selectively contacting the second plate cylinder. A second anilox inker inks the second plate cylinder and a second motor directly connected to the second anilox inker drives the second anilox inker and is connected to the second plate cylinder for driving the second plate cylinder. Blanket cylinders are either driven by their own third motor or via gear transmission from the first or second motors.

Abstract: A counterpoise device having a first actuating device, a first counterpoise arm connected to the first actuating device for interacting with a cantilevered cylinder, a second actuating device, and a second counterpoise arm connected to the second actuating device for interacting with an other cantilevered cylinder. The first and the second counterpoise arms have a common pivot axis. A vertical web press with a counterpoise device is also disclosed. Moreover, a method for removing gapless print sleeves includes rotating a first counterpoise arm about an axis so as to counterpoise a first end of a first cylinder, sliding a first print sleeve off of the first cylinder, rotating a second counterpoise arm about the axis so as to counterpoise a second end of a second cylinder, and sliding a second print sleeve off the second cylinder.

Abstract: An improved charge pump circuit uses standard low-voltage fabrication process for programming an anti-fuse memory cell from a high-voltage current source. A column-selection transistor which has a gate terminal connected to a control terminal. The column-select transistor is connected between a high voltage programming current source and one terminal of an anti-fuse link. The other terminal of the anti-fuse link is connected through a word-selection transistor to ground. The gate terminal of the word-selection transistor is connected to a word selection line. Two oppositely phased charge pumps provide a boosted voltage. A trapping-diode-connected transistor isolates the boosted voltage from the gate terminal of the column-selection transistor. A charge-kicker circuit further boosts the voltage on the gate of the column-selection transistor to turn on and pass current from the high voltage programming current source through the anti-fuse link.

Abstract: Novel processes and apparatus permit lift-off, alignment, and bonding of materials and devices. The processes involve first depositing a device layer on a sacrifical layer situated on a growth substrate. A device may be defined in the device layer. The device layer or the device is coated with a carrier layer. The sacrificial layer and/or the growth substrate are then etched away to release the combination of the device layer and the carrier layer from the growth substrate. The device layer or device can then be aligned and selectively bonded to a host substrate. Other processes and apparatus are set forth for facilitating lift-off, bonding, handling, and patterning of he device layer or device.

Abstract: Price encoder for delivering pulses corresponding to the price of gasoline or other liquid petroleum products dispensed by a pump. The encoder is removably mounted on the existing mechanical price computer in the pump and includes an input gear for engaging a drive gear on the computer. A pulse generator coupled to the input gear provides pulses at a higher rate than required for the output, and this pulse rate is reduced by a counter to provide a desired number of pulses per unit price. The counter is reset in response to the application of operating power to eliminate errors which might otherwise arise when the pump is reset.

Abstract: A ticket printer is disclosed. A motor equipped with a centrifical speed governor, opposing ticket rollers and ticket transport tray rolls a blank, multipage ticket form past seven needle printing heads which are solenoid actuated and two sequencing switches. The ticket to be printed is inserted into the ticket transport tray and engages a motor operate switch which rotates certain ticket rollers at a governed speed. The ticket advances, pinched by opposing rollers and moves beneath the seven parallel needle printing heads and also actuates a print start switch which initiates electronic operation. The ticket continues its advance while being printed for N digits until the ticket disengages the motor start switch whereupon the drive motor rotates sufficiently to expel the ticket from the tray and printer. The apparatus accepts N digits of BCD formated data in serial fashion.