78results about How to "Eliminate movement" patented technology

Some embodiments allow a video editor to remove unwanted camera motion from a sequence of video images (e.g., video frames). Some embodiments are implemented in a video editing application. Some of these embodiments distinguish unwanted camera motion from the intended underlying motion of a camera (e.g., panning and zooming) and/or motion of objects within the video sequence.

A container for packaging items such as semiconductor wafers has a restraining portion with a changeable dimension at an open end that facilitates using conventional loading techniques while also more securely containing the items to avoid undesirable movement of the items in the container. In one example embodiment, the restraining portion includes a sidewall portion that has a first, nominal inside dimension at one end. A second end of the sidewall portion has a second, greater inside dimension at an open end. Another member of the container cooperates with the sidewall portion to change the inside dimension at the open end from the second, greater dimension to the first, nominal dimension. The nominal dimension is selected to correspond to an exterior dimension of the items to be contained within the package so that the container maintains the items in a secure alignment that eliminates lateral movement of the items once the container is secured.

A track system (18) of the type used to adjust the position a supported element such as vehicular seat (12) includes a pair of base rails (20) that slidably interact with a respective pair of driven rails (22). A transverse rail (24) is attached to each of the driven rails (22) so that the driven rails (22) slide together as a unit. A motor (34) is supported on the transverse rail (24) and includes a pair of drive shafts (36) emanating from either end. The drive shafts (36) carry on their distal ends' respective worm gears (38) which are contained within a transmission assembly (26). The worm gears (38) mesh with external teeth on respective drive nuts (54) which interact with a lead screw (28) that can be oriented to either remain stationary relative to the base rails (20) or can be rotatably fixed within the driven rails (22). The drive nut (54) is prevented from causing objectionable noise and premature wear in operation by the inclusion of one or two compressible washers (66).

The present application is directed to an improved oral cavity manipulator (1) including at least one pair of oppositely disposed teeth engaging elements (2, 3) adapted to be located on or over the teeth on opposite sides of the oral cavity; and a tongue depression means (4) interconnecting rear portions of the at least one pair of teeth engaging elements (2, 3), wherein the tongue depression means (4) urges against a surface portion of the user's tongue, close to the throat, when the manipulator is operatively positioned so that the tongue is displaced downwardly and forwardly to substantially avoid obstruction of airways.

A scroll collar and reciprocating tool assembly for providing a rotating grip on the tool wherein the reciprocating tool has a motor housing, a working end and a gear housing. A support structure is disposed on the gear housing and a scroll collar rotates around the support structure. The scroll collar rotates around a scroll collar axis and allows the user to rotate the tool with one hand without having to readjust or release the grip on the tool with the other hand.

The object of the present invention is a door hinge for a covered arrangement between door post and door includes two mounting bases, hinge brackets and adjustable connectors arranged in the mounting bases. The two mounting bases are capable of insertion into recesses in the door post and in the narrow side of the door. The hinge brackets interact in pairs and are connected so as to be capable of pivotal movement about a vertical axis. On each adjustable connector, the end of one hinge bracket is mounted, capable of pivoting about a vertical axis of rotation, and the end of the other hinge bracket is guided for longitudinal movement. One of the two hinge brackets has the form of a fork with two fork arms connecting on a rearward connecting section, wherein the connecting section and the fork arms are mounted at the connectors. The other hinge bracket is inserted in the free space between the fork arms and has a middle element mounted in a rotational manner at the fork arms. The middle element is connected at both ends by broader end segments of the bracket that project upwards and downwards directions. The end segments are mounted on the connectors on the top side and on the bottom side. The hinge brackets extend in the vertical direction over the same height.

The present invention teaches an insert locking mechanism incorporated into a sub caliber action device, installable within an upper receiver of an AR-15 type firearm, and which interfaces with an upper receiver mounted forward assist for use with such as .22 caliber ammunition and in order to eliminate movement or play of the chamber insert adaptor associated with the substituted sub caliber action. The mechanism includes a generally cylindrical shaped body supported upon the action and exhibiting a plurality of radially projecting and circumferentially extending lugs which are configured to mate and seat within a plurality of grooves circumferentially arrayed within a barrel defined in the upper receiver.

A method for weighing a payload of a transport vehicle, a transport vehicle and a bogie structure. Vertical loads exerted on wheel suspension of the transport vehicle are measured with sensors and the measurement data is conveyed to a calculating unit of weighing. Further, on a side surface of a horizontal arm belonging to the bogie structure there is arranged a sensor for measuring the vertical load exerted on the horizontal arm.

The invention relates to a planar three-freedom-degree parallel mechanism driven by three linear drivers. The planar three-freedom-degree parallel mechanism comprises the three linear drivers and five hinges, wherein two of the five hinges are upper hinges, the other three hinges are lower hinges, the three lower hinges are all fixed to the ground or a device rack, the lower hinges are connected with the linear drivers respectively, the upper ends of the two linear drivers with the lower ends connected with the lower hinges on the outer sides are connected with the upper hinges on the same sides respectively, the upper end of the linear driver with the lower end connected with the middle lower hinge is connected with the upper hinge on any side, and the two upper hinges are connected with each other through an output connecting rod. The parallel mechanism is used as a stir-fry mechanism of an automatic cooker or a vibrating screen or a vibration test table or a transmission mechanism or a parallel robot. The planar three-freedom-degree parallel mechanism driven by the three linear drivers is reasonable in design, ingenious in structure, convenient to install, easy to obtain and wide in application range, and when the parallel mechanism is used, even distribution of driving force can be ensured, stable output can be ensured and the structure of the whole device can be simplified.

A proximity sensor assembly includes a multilayer printed wiring board proximity sensor, the proximity sensor being operable as either a variable-reluctance sensor or an eddy current loss sensor. The proximity sensor includes a plurality of layers configured to form at least one wound coil disposed about at least a portion of a core. The coils are electrically driven to generate an alternating magnetic field such that the inductance of the coils changes when a permeable or conductive object is moved in relation to the magnetic field. The change in inductance is recognized and used to detect the proximity and presence of an object relative to the sensor.

A panel assembly includes at least one reinforcing assembly made of a high strength material having a low yield to tensile strength ratio for energy absorption and reduced weight and profile. The panel assembly may be light-weight with a low profile to minimize protrusion into an opening or compartment enclosed by the panel. The panel assembly may be a floor panel assembly for a vehicle floor. The reinforcing assembly may traverse the panel such that the reinforcing assembly extends laterally, e.g., cross-vehicle, relative to the longitudinal axis of the vehicle body. A method of making the panel assembly may include forming the reinforcing assembly by joining a plurality of metal channel members in a nested arrangement with a plurality of welds to provide a structural assembly with good bending resistance loads imposed on the panel assembly including knee loads. The channel members may be made of a dual phase steel.

A device and method for securing a bow while hunting is provided. The device generally includes a base, a support arm rotatably mounted to the base, a connecting arm connected to the support arm, and a retaining arm rotatably connected to the connecting arm and mounted for rotation between an open position and a closed position to secure the limb of the bow. The support arm acts as a lever arm wherein the weight of the bow causes the connecting arm to move and the retaining arm to rotate from an open position to a closed position to secure the limb of the bow.

A putting trainer that teaches a golfer to practice a repetitive putting stroke while maintaining the golfer's hands and arms connected to the golfer's core torso body portion. The trainer teaches the golfer to eliminate excessive use of the hands and arms by synchronizing the movement of the putter with the golfer's spine and core body structure. The trainer uses a core attached yoke, a connector coupling the yoke to a putter and a visual indicator for the golfer to determine the relationship of the putter to the golfer's core.

A screw feeder can be used to transport a high temperature particulate material. A housing contains the material within the screw feeder which includes an inlet and an outlet port. A screw is rotatably positioned within the housing to advance the material from the inlet port to the outlet port, which rotates axially. A labyrinth seal can be formed around and in communication with the screw to eliminate reverse movement of the material. A cooling medium can be directed into contact with at least the housing. A fluid can be injected through the screw to prevent blockage of the particulate material. A pressure differential is created from the inlet to the outlet port of at least 0.069 MPad.

A system for securing a basket containing product securely within an autoclave or retort. The preferred embodiment of the present invention is used with rotational retorts, which generally include a rotational insert for receiving product-loaded baskets, the rotational insert rotated via a drive to rotate the baskets end over end during the autoclave process, for more efficient heat transfer. The present invention contemplates an improvement for securing the baskets within the retort, to facilitate secure rotation of the baskets and their contents, and prevent shifting of the baskets within the retort during rotation. Particularly, the preferred embodiment of the present invention contemplates the use of one or more lift bladders sandwiched between clamping platens situated along the length of the rotational insert, the lift bladders configured to expand to lift and position the baskets into a securing position for rotation, then deflate to release the baskets after processing for removal.

The invention discloses an electrified fastening antivibrator bolt insulation torsion wrench. The electrified fastening antivibrator bolt insulation torsion wrench comprises a sleeve with an inner hexagonal cavity and insulation discs provided with a handle respectively and used for driving the sleeve to rotate; a ratchet is arranged at the outer surface of the middle of the sleeve; an annular insulation gasket is fixedly sleeved outside the ratchet; the insulation discs are respectively arranged at two sides of the insulation gasket; the insulation discs are of a driving insulation disc and a support insulation disc respectively; the driving insulation disc is hinged to a pawl matched with the ratchet; the driving insulation disc, the support insulation disc, the insulation gasket and the sleeve are movably connected; the handle of each of the driving insulation disc and the support insulation disc is connected with a lengthened insulation arm. The electrified fastening antivibrator bolt insulation torsion wrench can be electrified for operation, multiple inconveniences of a user caused by the power outage operation are avoided, the operation is easy, the safety is high, and the reliable operation of a power system and the personal safety of operation personnel are ensured.

Handheld apparatus and method to provide control over virtual figures and elements within a computer rendered environment. Motion capturing sensors output acceleration vector signals. After digitization and storage of these vector signals into data packets, the packets are wirelessly transmitted to the receiver device. The receiver device transfers the digitized packets to a computer or a video game console. A rendering application resident on the console utilizes the received vector data to move the graphical elements on the display. Unique computation of the acceleration vectors result in realistic and real-time human movement in a computer generated three-dimensional environment. Employment of multiple independent handheld apparatuses provides more precise simulation of human motion in a virtual environment.

A sheet transport apparatus includes the first transport rollers, the second transport rollers arranged at downstream of the first transport rollers to receive a sheet transported from the first transport rollers, a spacing device for setting the first transport rollers to a sheet nipping state or a sheet released state, a sheet detection device for detecting a sheet length in a transport direction, and a comparing device for comparing the sheet length detected by the sheet detection device with a predetermined length. It is controlled such that the spacing device is activated to switch the first transport rollers from a sheet nipping state to a sheet released state after the sheet is transported by a predetermined distance when the sheet length is longer than the predetermined length, and to maintain the first transport rollers in the sheet nipping state when the sheet length is shorter than the predetermined length.

The invention discloses a numerical control machining method for combined matched drilling of taper holes of a high-pressure turbine rotor. The numerical control machining method includes rough machining of the taper holes, finish machining and coloring and matching of taper bolts. According to the numerical machining method, the rough machining margin is controlled, abrasion changes of a taper finish reamer in the machining process are traced, the assembling requirement of parts in the machining process of combined matched drilling of the parts is ensured, and the taper and various section sizes of the taper holes are ensured by controlling the whole process of machining of the whole taper holes.

The invention relates to a paper machine fabric that comprises at least two separate layers that are formed of at least two separate yarn systems, one forming the paper side and composed of longitudinal and crosswise yarns (1, 2) and one forming the wear side and composed of longitudinal and crosswise yarns (3, 4), the yam systems being arranged to form structures independent of each other in the longitudinal and cross directions of the fabric. The structures are bound to each other by means of a binding yarn system, whereby the binding yarns (5) in the binding yarn system are arranged to form part of the layer on the paper-side surface. Each binding yarn (5) of the binding yarn system is arranged on the wear side to bind in the weave pattern repeat to more yarns than on the paper side.

A probe card for testing a device under test having a plurality of contact pads includes a support plate having first contact pads thereon. A flexible membrane has a first face and a peripheral portion including second contact pads thereon. A plurality of contact probes are associated with a first face of the flexible membrane and are configured to abut onto the plurality of contact pads of the device under test. A sliding contact area includes: the first contact pads formed on the support plate; the second contact pads formed on the peripheral portion of the flexible membrane, the peripheral portion of the flexible membrane configured to come in pressing contact onto the support plate at the sliding contact area. A pressing element contacts the peripheral portion of the flexible membrane at the sliding contact area, and the pressing element puts the second contact pads into pressing contact with the first contact pads.