53results about How to "Minimize lateral movement" patented technology

A medical lead includes a pitted, grooved or threaded electrode array tip and a flexible tube or sheath encompassing the electrode array located near the lead tip. In some embodiments, the electrode array adheres to tissue, the tube or sheath adheres to the electrode array at the distal end of the electrode array or the tube or sheath adheres to tissue at the proximal end of the tube or sheath. Embodiments of the tube or sheath may be made from biodegradable material and can include electrode windows spaced along the tube or sheath corresponding to placement of electrode contacts of the electrode array.

A torque limiting mechanism used for securing fasteners is described. The torque limiting mechanism consists of a shaft, a torque gear having a plurality of ball bearings, a threshold bearing and a variable force applying subassembly. The torque limiting mechanism further consisting of a lock bushing and retaining ring placed circumferentially around the proximal end of the shaft. The lock bushing and retaining ring reduce structural misalignments and increase the accuracy of the device.

An intra-oral stabilisation device has an upper tray (101), a lower tray a lower tray (201), and at least two spacers (217) to provide a spacing between the anterior portions of the upper and lower trays. Spacers (217) provide a spacing between anterior portions of the trays, and are positioned between corresponding posterior portions of the trays. Engagement features (301) are provided for engaging undersides of the posterior portions of the upper tray with upper sides of the posterior potions of the lower tray, and minimise lateral movement of the trays relative to one another once the trays are engaged with one another. In an alternative embodiment, the device may have only the lower tray, and may have a locator (219) for stabilising an endotracheal tube 401 relative to the lower tray. The upper or lower tray can be used to stabilise fracture segments of a fractured jaw.

A roller assembly for a horizontally opening retractable screen has a flexible screen with upper and lower toothed edges. Upper and lower guide tracks each have an elongate retaining channel in which an upper and lower edge of the flexible screen is received. The assembly comprises a roller onto which the flexible screen is rolled when the screen is open and from which the flexible screen is unrolled. A guide arrangement is associated with the lower end of the roller that guides the lower toothed edge of the screen into the elongate retaining channel of the lower guide track. The guide arrangement defines a guide passage having an exit aperture through which the lower toothed edge passes during unrolling that communicates with the lower guide track retaining channel, wherein the toothed edge is retained from being pulled out of the exit aperture as it passes therethrough.

The disclosed multi-cylinder, poppet-valved engine, has replacement cylinder sleeves larger than the original sleeves, and laterally supported near their upper ends by an aluminum alloy plate having a continuous flange or boss projecting into the cylinder block. The flange has an inner perimeter surface having a profile fittingly engaging upper exterior cylindrical surfaces of the sleeves providing lateral support to the sleeves and heat transfer from the sleeves to coolant and to the block. The flange further provides a coolant groove that circulates coolant around the perimeter of the cylinder sleeves to further the heat transfer from the sleeves to the coolant and to the block. The plate is sealed to the block and head with a spacing and gasketing to accommodate thermal expansion while avoiding combustion gas leakage at the cylinder sleeve tops.

The brake shoe support assembly is able to track the lateral movement of a wheel, typically a wheel on an axle truck that allows lateral wheel movement. In operation, a flange of the wheel pushes on one side of the brake shoe support assembly, pushing it along a pin, and compressing a resilient biasing structure. As the wheel returns to a center or neutral position, the compressed resilient biasing structure expands pushing the brake shoe support assembly back to an original or neutral position. The resilient biasing structure also minimizes the lateral movement of the brake shoe support assembly down the wheel taper under normal braking loads thus preventing shoe ride-off. The resilient biasing structure may be enclosed in a housing adapted to prevent the intrusion of contaminants.

An electrical test contact electrically connects a test terminal of an Integrated Circuit (IC) test assembly with an IC terminal of an IC device in an electrical interconnect assembly. The test contact is formed of electrically conductive material and includes a head portion and a foot portion. The head portion includes a first electrical contacting portion for electrically engaging an IC terminal of an IC device during use, and the foot portion includes a second electrical contacting portion for electrically engaging a test terminal of a test assembly during use. The head portion includes a head receiving portion that receives a first resiliently biasing member to retain the first resiliently biasing member in contact with the test contact. The first resiliently biasing member biases the first electrical contacting portion against the IC terminal of the IC device during use. An electrical interconnect assembly having multiple test contacts is also disclosed.

A load cell system for stationary or moving equipment is disclosed, wherein undesirable bending, shear, and torsion loads are minimized and an accuracy of the load cell system is maximized.

A catheter with a variable circular loop is responsive to a contraction wire for increasing the coiling of the circular loop. The shape of the loop is supported by an elongated member, wherein a radially constrictive sleeve confines the contraction wire to extends immediately alongside the length of elongated member so as to improve uniformity and minimize misshaping of the loop during contraction.

A compression latch for a closure, the latch including a housing, a latch member and an input shaft configured to drive the latch. The latch member is pivotably connected to the housing at a latch member pivot point. The latch member includes a latch arm and a striker. The latch arm first end is connected to the input shaft at the latch member pivot point, such that the latch member is pivotable about the latch member pivot point between an open position and a closed position upon operation of the input shaft. The striker is pivotably connected to the latch arm second end at a first striker pivot point. The latch arm is configured to move the striker with respect to the housing in a first arc and the linkage is configured to pivot the striker with respect to the housing about the latch arm in a second arc.

Safety valve for the venting circuit of a liquid tank Safety valve for the venting circuit of a liquid tank, comprising: a) a chamber (1) provided with a cover (2), which extends at least partly into the tank and is connected via an aperture (4) to the venting circuit; b) a float (7), which can slide vertically inside the chamber (1) and close off the venting aperture (4) in a high position; and c) a moveable wall (3), which divides the chamber (1) into a lower portion (1′) in which the float (7) slides and an upper portion (1″) which connects with the venting circuit, this wall (3) being a moveable wall and having the venting aperture (4), said valve further including an aperture stop (13) integral either with the moveable wall (3) or with the cover (2).

A restraining device for temporarily coupling a domestic animal to a floor includes a post having a retaining lip and tether-resting channel. A locking plate positions on the post below resting channel. A first and second locking wing hingeably mount to the post and are operable from a closed position to an open position, and each locking wing includes a top-mounted locking feature retainer to selectively engage the locking plate. And, the first and second locking wing each respectively further comprising a plurality of carpet-engaging spikes. A smooth floor attachment device selectively couples to the first and second locking wings. The smooth floor attachment device includes a base having oppositely disposed pair of retainers on a top portion and an adhesive strip or other mechanism for selectively attaching the base to the floor on a bottom portion.

An apparatus is disclosed especially configured and adapted for mooring a floating dock to an inboard mooring pile—a pile positioned within and extending through the top deck of a floating dock—. The apparatus minimizes damage to both dock and mooring piles caused by changes in tide, waves, wake and other water disturbances while, simultaneously, adding stability to the floating dock—especially in regarding to listing—. The apparatus is comprised of a cylindrical sleeve which is coaxially applied to a mooring pile, a dock mounted mooring bracket comprised of a base plate which connects to the sleeve mounted upon the pile via at least one “U” shaped arm. The arm, in turn, extends, and is mounted upon a vertical planar portion of the base plate and is disposed in a parallel relation to the top surface of the floating dock. An inner, semi-circular portion of the “U” shaped arm engages selected and parallel circumferential grooves formed in the outer surface of the sleeve. The base plate, in turn, is affixed to a structurally sound portion of the floating dock adjacent to a pile aperture through which the mooring pile extends. In certain alternate preferred embodiments, an elongated rod is utilized to firmly engage a selected circumferential groove of the columnar sleeve. In such embodiments, the elongated rod is mounted to the floating via a mounting means at both termini of the elongated rod. Embodiments utilizing elongated rods for engagement of the columnar sleeve utilize at least two such rods and engage the columnar sleeve on opposite sides thereof.