Abstract: A vehicle mounted printer station is made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top of a vehicle seat designed for the vehicle headrest.

Abstract: A vehicle mounted printer station is made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top of a vehicle seat designed for the vehicle headrest.

Abstract: A vehicle mounted printer station is made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top of a vehicle seat designed for the vehicle headrest.

Abstract: A vehicle mounted printer station is made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top of a vehicle seat designed for the vehicle headrest.

Abstract: A vehicle mounted printer station is made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top of a vehicle seat designed for the vehicle headrest.

Abstract: A vehicle mounted printer station is made up of a printer secured to a support surface tray that includes an adapter capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adapter, the adapter includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top of a vehicle seat designed for the vehicle headrest.

Abstract: A vehicle mounted printer station is made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top of a vehicle seat designed for the vehicle headrest.

Abstract: The present invention relates to a vehicle mounted printer station made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top a vehicle seat designed for the vehicle headrest.

Abstract: The present invention relates to a vehicle mounted printer station made up of a printer secured to a support surface tray that includes an adaptor capable of attaching the tray and printer to the top of a vehicle seat. The support surface is preferably a rectangular shaped plate with front, back and side edges along with top and bottom surfaces. The bottom surface is attached to the adaptor, the adaptor includes at least one attachment rod for securing the support surface to the vehicle seat. The attachment rods are sized to be received into receptacles provided in the top a vehicle seat designed for the vehicle headrest.

Abstract: A system for precisely centering a workpiece within a cylindrical bore such that the center of the workpiece is coaxial with the central axis of the bore. An arbor is used within the cylindrical bore to sense and calculate the location of the central axis. The position of the workpiece is also sensed so that it can be aligned with the central axis. A computer system is used to perform the calculations and provide an indication of alignment of the workpiece and the central axis. The position of the central axis and the workpiece are found via a location determining system that may incorporate electromechanical and optical position sensing systems. For instance, a plurality of light transmitters and light receivers may be used to generate and transmit beams of light used in determining positions. The apparatus has particular application to free piston machines, and particularly free piston coolers.

Abstract: A composite fabric formed by depositing a web of nanofibers electroblown from a first polymer onto a first support web comprising fibers of larger average diameter than the nanofibers spun from a compatible material, in the absence of an adhesive between the webs, and solvent-bonding the webs together.

Abstract: A filtration medium is disclosed for use in air filters used in heating, ventilating and air conditioning systems. The medium contains at least one nanofiber layer of fibers having diameters less than 1 ?m and at least one carrier layer, each nanofiber layer having a basis weight of at least about 2.5 g/m2, and up to about 25 g/m2. The medium has sufficient stiffness to be formed into a pleated configuration.

Abstract: A method and system for precisely centering a workpiece within a cylindrical bore such that the center of the workpiece is coaxial with the central axis of the bore. An arbor is used within the cylindrical bore to sense and calculate the location of the central axis. The position of the workpiece is also sensed so that it can be aligned with the central axis. A computer system is used to perform the calculations and provide an indication of alignment of the workpiece and the central axis. The position of the central axis and the workpiece are found via a location determining system that may incorporate electromechanical and optical position sensing systems. For instance, a plurality of light transmitters and light receivers may be used to generate and transmit beams of light used in determining positions. The method has particular application to free piston machines, and particularly free piston coolers.

Abstract: Filtration media are disclosed for use in high efficiency air filters for filtering particulate matter in air. The media make use of at least one layer of fibers having a diameter less than 1000 nanometers sandwiched between two scrim layers to achieve high efficiency particulate air (HEPA) filtration performance at relatively low pressure drops.

Abstract: A spring standoff for a reciprocating device, the standoff having a generally cylindrical body and having a window in a circumferential surface of the body, and a flange at each end of the body, one flange to be coupled to a planar spring of the reciprocating device, and the other flange to be coupled to a sealing container of the reciprocating device. The body generally concentrically houses at least a portion of a reciprocating rod coupled to the planar spring of the reciprocating device.

Abstract: A snack table includes a lower top, a set of legs connected to the lower top for supporting the lower top above a horizontal support surface, and an upper top disposed above the lower top for providing a table top surface. A mounting component connected to the upper and lower tops rotatably mounts the upper top on the lower top in order to enable a user to rotate the upper top relative to the lower top about a generally vertical axis of rotation. The mounting component is configured to place the axis of rotation off center so that rotating the upper top 180-degrees moves it from an overlying position in which the upper top overlies the lower top to an extended position in which the upper top extends laterally beyond the lower top. A horizontally extending member connected to two legs in the set of legs is included for providing a stabilizing structure upon which the user's feet can bear for table stabilizing purposes.