Abstract: A panel system includes a chassis holding one or more tray arrangements, which are each configured to receive one or more cassettes at two or more bays. The tray arrangements and cassettes cooperate to define a cassette sensor arrangement and a port occupancy sensor arrangement having separate interface points. The cassette sensor arrangement may include electronic memory storing physical layer information about the cassette. All active components of the port occupancy sensor arrangement are disposed on the tray while the electronic memories of the cassette sensor arrangement are stored on the cassettes.

Abstract: A method for producing predetermined internal stresses in a prosthetic device for implantation. The method includes first determining internal stresses which are preferred in prosthetics to instill a particular strength and longevity to the prosthetic. In particular, internal stresses may be used to increase the strength of smaller prosthetic devices. Additionally, once the preferred internal stresses are determined, the internal stresses can be cold worked into subsequent prosthetic devices to instill the same characteristics. Once parts are manufactured, internal stresses can be measured to validate manufacturing process and serve as verification for quality control purposes. Producing prosthetic devices, including predetermined internal stresses through work hardening the prosthetic devices, is described.

Abstract: A constraining modular hip prosthetic to reduce the possibility of a dislocation of the hip prosthetic after implantation. The constraining liner is provided in a preassembled position including an opening smaller than the internal diameter of the liner. The modular head portion includes a equator diameter which is small enough to be received into the liner. It includes a second dimension which is greater than the opening to constrain the modular head within the liner. A kit is also provided for trialing the modular hip prosthetic to provide and determine a customized and personal fit of the hip prosthetic for each patient.

Abstract: A printer with a housing arranged to be manually positioned on an image receiving medium. In order to allow easy alignment, a window is provided such that the print face is visible through the window. A controller of the printer is operable to detect markings on an image receiving medium, the markings being scanned by means of a scanner. An indicator referring to a direction in which the printer is to be moved and the detected markings are displayed in order to obtain alignment between the print face and the detected markings. The printer uses a medium with alignment marks, or alternately prints alignment marks onto a medium. Finally, a base station with an adjustable stop for positioning a print medium is included.

Abstract: The invention relates to a printer including a scanning mechanism provided in a housing, a mounting mechanism for releasably mounting a print head to the scanning mechanism, and an aperture. The scanning mechanism is arranged to move within the housing. The aperture is provided within the housing and arranged to be placed on, or adjacent to, an image receiving medium such that the print head, when mounted, is operable to print onto the image receiving medium through the aperture. In order to engrave an image into the image receiving medium, it is proposed that the mounting mechanism is arranged to accommodate a holding mechanism which holds a machining device for machining a medium. The printer may be provided with an ink supply containing a security ink, especially for printing entry receipts onto the hand of as customer entering a discotheque, concert, or other event.

Abstract: A portable printer which can print on a variety of surfaces is disclosed. The printer has a number of failsafe features which improve its operation and the quality of print. In particular, printing is inhibited in a certain number of situations. Alternatively or additionally, a maintenance sequence can be implemented when the printing unit is removed from a base location. A set of absorbent strips additionally or alternatively allow for the ink jet nozzles to be discharged within the print area.

Abstract: A portable printer which can print on a variety of surfaces is disclosed. The printer has a number of failsafe features which improve its operation and the quality of print. In particular, printing is inhibited in a certain number of situations. Alternatively or additionally, a maintenance sequence can be implemented when the printing unit is removed from a base location. A set of absorbent strips additionally or alternatively allow for the ink jet nozzles to be discharged within the print area.

Abstract: A portable printer is provided which provides active cooperation between a computer and the portable printer unit. A number of different features are introduced into the printing unit which allow greater responsiveness from the computer responsive to actions taken at the printer unit.

Abstract: The invention relates to a printer with a housing arranged to be manually positioned on an image receiving medium. In order to allow easy alignment, a window is provided such that the print face is visible through the window. A controller of the printer is operable to detect markings on an image receiving medium, the markings being scanned by means of a scanner. An information referring to a direction in which the printer is to be moved and the detected markings are displayed in order to obtain alignment between the print face and the detected markings. The invention also relates to using a medium with alignment marks, or to printing alignment marks onto a medium. Finally, a base station with an adjustable stop for positioning a print medium is disclosed.

Abstract: The invention relates to a printer comprising a scanning mechanism provided in a housing, a mounting mechanism for releasably mounting a print head to the scanning mechanism, and an aperture. The scanning mechanism is arranged to move within the housing. The aperture is provided within the housing and arranged to be placed on, or adjacent to, an image receiving medium such that the print head, when mounted, is operable to print onto the image receiving medium through the aperture. In order to engrave an image into the image receiving medium, it is proposed that the mounting mechanism is arranged to accommodate a holding mechanism which holds a machining device for machining a medium. The printer may be provided with an ink supply containing a security ink, especially for printing entry receipts onto the hand of a customer entering a discotheque, concert, or other event.

Abstract: A portable printer which can print on a variety of surfaces is disclosed. The printer has a number of failsafe features which improve its operation and the quality of print. In particular, printing is inhibited in a certain number of situations. Alternatively or additionally, a maintenance sequence can be implemented when the printing unit is removed from a base location. A set of absorbent strips additionally or alternatively allow for the ink jet nozzles to be discharged within the print area.

Abstract: A portable printer is provided which provides active cooperation between a computer and the portable printer unit. A number of different features are introduced into the printing unit which allow greater responsiveness from the computer responsive to actions taken at the printer unit.

Abstract: A portable printer is provided which provides active cooperation between a computer and the portable printer unit. A number of different features are introduced into the printing unit which allow greater responsiveness from the computer responsive to actions taken at the printer unit.