Abstract: A rear sight assembly is disclosed. The rear sight assembly contains a housing defining a first opening, a second opening, and a third opening, a rear sight mechanism containing a thumb wheel positioned in the first opening, at least partially threaded support member positioned in the second opening and the third opening, wherein the at least partially threaded support member is threaded through the thumb wheel, and a rear aiming point member adjustably coupled with the at least partially threaded support member.

Abstract: A rear sight assembly is disclosed. The rear sight assembly contains a housing defining a first opening, a second opening, and a third opening, a rear sight mechanism containing a thumb wheel positioned in the first opening, at least partially threaded support member positioned in the second opening and the third opening, wherein the at least partially threaded support member is threaded through the thumb wheel, and a rear aiming point member adjustably coupled with the at least partially threaded support member.

Abstract: A rear sight assembly is disclosed. The rear sight assembly contains a housing defining a first opening, a second opening, and a third opening, a rear sight mechanism containing a thumb wheel positioned in the first opening, at least partially threaded support member positioned in the second opening and the third opening, wherein the at least partially threaded support member is threaded through the thumb wheel, and a rear aiming point member adjustably coupled with the at least partially threaded support member.

Abstract: A rear sight assembly is disclosed. The rear sight assembly contains a housing defining a first opening, a second opening, and a third opening, a rear sight mechanism containing a thumb wheel positioned in the first opening, at least partially threaded support member positioned in the second opening and the third opening, wherein the at least partially threaded support member is threaded through the thumb wheel, and a rear aiming point member adjustably coupled with the at least partially threaded support member.

Abstract: Various embodiments for switching programs streams using a fixed speed program stream buffer coupled to a decoder are described. Various embodiments for switching programs streams using a fixed speed program stream buffer coupled to a decoder are described. In one or more embodiments, the fixed speed program stream buffer may be arranged to receive multiple program streams, such as video program streams, and to buffer historical frames comprising at least one anchor frame. Upon detecting a channel switch point, the most recent historical anchor frame prior to the channel switch point may be provided to the decoder. After receiving the anchor frame, the decoder may be arranged to start the next frame after the anchor frame instantly. Once the most recent historical anchor frame is played in to the decoder, the decoder may pick off the next frame after the anchor frame at a normal cadence.

Abstract: Various embodiments for switching programs streams using a variable speed program stream buffer coupled to a variable speed decoder are described. In one or more embodiments, the variable speed program stream buffer may be arranged to receive multiple program streams, such as video program streams, and to buffer historical frames comprising at least one anchor frame. The variable speed program stream buffer may be arranged to always comprise at least one anchor frame and may be implemented by running and/or elastic buffers corresponding to an active channel program stream and one or more alternate channel program streams. Upon detecting a channel switch point, the historical frames comprising the anchor frame up to the channel switch point may be provided to the variable speed decoder in an accelerated manner.

Abstract: Various embodiments for switching programs streams using a fixed speed program stream buffer coupled to a decoder are described. Various embodiments for switching programs streams using a fixed speed program stream buffer coupled to a decoder are described. In one or more embodiments, the fixed speed program stream buffer may be arranged to receive multiple program streams, such as video program streams, and to buffer historical frames comprising at least one anchor frame. Upon detecting a channel switch point, the most recent historical anchor frame prior to the channel switch point may be provided to the decoder. After receiving the anchor frame, the decoder may be arranged to start the next frame after the anchor frame instantly. Once the most recent historical anchor frame is played in to the decoder, the decoder may pick off the next frame after the anchor frame at a normal cadence.

Abstract: Various embodiments for switching programs streams using a variable speed program stream buffer coupled to a variable speed decoder are described. In one or more embodiments, the variable speed program stream buffer may be arranged to receive multiple program streams, such as video program streams, and to buffer historical frames comprising at least one anchor frame. The variable speed program stream buffer may be arranged to always comprise at least one anchor frame and may be implemented by running and/or elastic buffers corresponding to an active channel program stream and one or more alternate channel program streams. Upon detecting a channel switch point, the historical frames comprising the anchor frame up to the channel switch point may be provided to the variable speed decoder in an accelerated manner.

Abstract: A first panel includes an optically transmissive body having a front side and a rear side. The body has a width, a height, and a depth. The depth is substantially less than either of the width or the height. The body includes a first edge on a first side defining a first tongue protruding outwardly from the first edge. The body includes a second edge on a second side defining a first groove recessed within the second edge. The first tongue is adapted to couple to a corresponding groove and the first groove is adapted to couple to a corresponding tongue. A first optical film is coupled to the front side of the body.

Abstract: Disclosed herein is a traveler information monitoring and dissemination system. The system disclosed herein provides real time information to a traveler, wherein the real time information may be pre-selected by the traveler. The system ensures consistent and quality data are produced and issued to the traveler.

Abstract: A write request is received from a host, to write data from memory to storage. The request indicates whether or not to compress the data. The data is either compressed or not compressed, as indicated by the request, prior to sending the data to the storage. Other embodiments are also disclosed and claimed.

Abstract: A multiphase encoded protocol has sufficient density of commands to allow a rich language to be realized on a bus. When ten field bits are dedicated to commands, it is possible to have more than six million words to choose from per clock. Architecture to implement the multiphase encoded protocol and synchronize the bus includes an extracted clock, a command element, and a data element. One-bit multipliers are used as correlation elements to provide feedback into slaved delay-locked loop (DLL) devices, which provides precise phase alignment for successful data extraction of several channels.

Abstract: According to one aspect of the invention, a method is provided in which one or more requests are received to transmit data between a first device and a second device via a bus having a plurality of data lines. A first number of data lines is assigned for data transmission from the first device to the second device and a second number of data lines is assigned for data transmission from the second device to the first device, based upon a set of rules. Data are transmitted from the first device to the second device using the first number of data lines and from the second device to the first device using the second number of data lines.

Abstract: A film positioning system for dental X-ray and digital radiography procedures including a number of film or digital sensor carriers (bite wing, anterior, etc) each including a film or sensor holder on one end and an extending attachment rod, and an X-ray tube aiming device including an attachment rod holder, the attachment rod and the attachment rod holder keyed to correctly align the film holder with respect to an X-ray cone or tube. One example includes a non-equilateral pentagon shaped rod holder receptacle and a non-equilateral pentagon shaped attachment rod.

Abstract: A film positioning system for dental X-ray procedures including a plurality of film carriers each including a film holder on one end and an attachment rod extending therefrom; and an X-ray tube aiming device including a plurality of distinct attachment rod holders for separately positioning each film carrier in the proper orientation with respect to the X-ray tube.

Abstract: A universally mountable motor comprises an armature and first and second bearing brackets fitted to the armature at opposite faces thereof respectively and spanning a bore formed therein. A rotor is fitted in the bore and is supported to rotate in the bore by bearings mounted in the bearing brackets. The bearing brackets are secured to the armature by bolts, each of which has a threaded end which projects from one of the brackets. The first bracket is formed with wings which extend parallel to one another on opposite sides of the axis of rotation of the rotor and are formed each with at least one undercut slot. A screw can be fitted in the slot with a threaded portion projecting from the bracket to receive a stand-off.

Abstract: A universally mountable motor comprises an armature having first and second opposite faces and defining a cylindrical bore. First and second bearing brackets which span the bore are secured to the armature at the first and second faces respectively. Bearings mounted in the brackets define a common axis of rotation which is coaxial with the bore. A rotor is fitted in the bore and is supported by the bearings to rotate in the bore. The first bracket is formed with wings which extend over the first face of the armature on opposite sides of the axis of rotation. Each wing is formed with an elongate retaining slot defining a central axis and having a first region whereby a mounting member can be removably inserted into the slot and at least first and second additional regions which are spaced apart along the central axis of the slot and into which the mounting member can be selectively displaced from the first region to be captively retained in one of the additional regions.