4465results about How to "Adjustable position" patented technology

An apparatus for depositing conformal thin films by sequential self saturating chemical reactions on heated surfaces is disclosed. The apparatus comprises a movable single or dual-lid system that has a substrate holder attached to a reaction chamber lid. In other embodiments, the apparatus comprises an exhaust flow plug, a gas distribution insert, a local heater or a minibatch system. Various methods suitable for ALD (Atomic Layer Deposition) are also enclosed.

An apparatus is provided for thermally processing substrates held in a carrier. The apparatus includes an across-flow liner to improve gas flow uniformity across the surface of each substrate. The across-flow liner of the present invention includes a longitudinal bulging section to accommodate a across-flow injection system. The liner is patterned and sized so that it is conformal to the wafer carrier, and as a result, reduces the gap between the liner and the wafer carrier to reduce or eliminate vortices and stagnation in the gap areas between the wafer carrier and the liner inner wall.

A mitral valve replacement device is adapted to be deployed at a mitral valve position in a human heart. The device has an atrial flange defining an atrial end of the device, a valve body defining a ventricular end of the device, and an annulus support that connects the atrial flange and the valve body, the annulus support including a ring of tabs extending radially therefrom and adapted to engage the native mitral annulus and/or the native leaflet(s) of the human heart. The atrial flange can be seated in the atrium above the native mitral valve annulus in a human heart, and the ring of tabs can engage the native mitral annulus in a manner where the atrial flange and tabs provide a clipping effect to secure the mitral valve replacement device at the native mitral valve position

Disclosed herein is an optical position adjustment method of a head mounted display, the head mounted display including (a) an eyeglass type frame worn on the head of a viewer, and (b) two image display devices for the right and left eyes attached to the frame, and each of the image display devices including (A) an image forming device, and (B) an optical device adapted to receive, guide and emit light emitted from the image forming device, wherein the optical position adjustment method includes the step of: controlling an image signal that is supplied to the image forming device making up at least one of the image display devices so as to control the position of the image displayed on the optical device making up at least one of the image display devices and adjust the mutual positions of the two images.

A connector adapter that can be used to directly connect a peripheral device to a host device. The connector adapter is adjustable so as to allow selective reorientation of the peripheral with respect to the host device. The connector adapter includes a limiting mechanism that restricts the degree to which the adapter can be selectively rotated. In addition, the adapter includes an indexing mechanism that allows the position of the adapter to be locked in predetermined positions. In one embodiment, the connector adapter is partially formed from a compliant material so that the adapter can bend when submitted to an external force, and thereby resist breakage. The connector adapter may also have a physical geometry that provides additional strain relief, such as a plurality of serrations formed on the outer surface. An extension spring can be positioned within the connector adapter so as to return the adapter to substantially its original shape when the external force is removed.

A device for the determination of a plane containing the mechanical axis of the femur includes a mechanical member of articulated and or/sliding elements for the determination and memorization of two positions in space (F1 and F2) of the same point (F) of the knee, freely selected, when the knee is in position P1 and P2, relative to a referential system. These positions are obtained by rotation of the inferior limb from position P1 to position P2, about the centre of the femoral head. The orientation of an omega plan perpendicular to the frontal or sagittal plane containing the centre of the femoral head and the centre of the knee can be materialized by a rod contained in this plane, which rod is fixed perpendicularly and in the middle of the arm having at the ends two localization elements for points F1 and F2.

An electric field driven liquid crystal lens cell including a first substrate and a second substrate arranged opposite each other, a first plurality of split electrodes formed on the first substrate, each of the first plurality of split electrodes corresponding to one of a plurality of lens regions, a second electrode formed over an entire first surface of the second substrate, a voltage source to apply differing voltages to the first and second plurality of split electrodes, a spacer formed between the first substrate and the second substrate, the location of the spacer corresponding to the vertex of the lens when voltages are applied to at least one of the first plurality of split electrodes and the second electrode, and a liquid crystal layer disposed between the first substrate and the second substrate.

A femoral caliper having one or more anatomical referencing members for placement against portions of the femur, such as the anterior cortex and posterior portion of the femoral condyles, to measure the femur for sizing of the femoral component. A reference mark positioning guide of the femoral caliper is connected to the anatomical referencing member and is capable of guiding placement of a reference mark on the femur that facilitates positioning of the femoral component. The femoral caliper includes an adjustment mechanism capable of displacing the reference mark positioning guide relative to the anatomical referencing member. This allows adjustment of the position of the reference mark (and hence the femoral component) on the femur to account for the up or down sizing of the femoral component. Preferably, the adjustment mechanism adjusts the reference mark positioning guide in the anterior-posterior direction to allow balancing of the tightness or laxity of the selected component.

A method, system, and program for allowing callers to adjust in position within a call hold queue are provided. An advancement token earned by a caller is detected at a calling queue. The position of the caller within the calling queue is adjusted, in response to redemption of the advancement token, such that the caller is allowed control over the position within the calling queue by earning advancement tokens. In particular, a caller may earn advancement tokens by participation in competitions or surveys or by redemption of membership points.

A mount for attaching a projection device to an overhead structure includes a device interface operably attachable to the projection device and a device orientation adjustment structure operably coupled with the device interface. The device orientation adjustment structure has structure defining up to three independent axes for adjustment of projector pitch, roll, and yaw. A single selectively adjustable friction element may be provided to enable projector position to be fixed about for any one or all of the independent axes. A gear adjustment mechanism may be provided to enable fine adjustment of projector position. Moreover, any one or all of the independent axes may pass through the projector device, preferably proximate its center of gravity so that it is self balanced on the mount to ease adjustment.

A garment including an adjustable weight support mechanism used to shift the weight and position of objects contained within pockets disposed on the garment is provided. The garment has a number of pockets including a storage pouch releasably attached to the rear of the garment. The support mechanism is attached to the garment and includes a pair of strap assemblies which extend from the shoulders of the garment downwardly towards the bottom of front and rear panels forming the garment. The first strap of each assembly is connected between the shoulder of the garment and the front panel. The second strap assembly is connected between the rear panel and the first strap, and is adjustable in length. When the second strap is pulled to shorten the length of the second strap, the second strap pulls the first strap downwardly and forwardly to pull the shoulders and rear panel of the garment upwardly and move the weight contained in the storage pouch upwardly onto the shoulders of the wearer of the garment, and off of the lower back.

A detector system adapted for monitoring a radiation treatment system comprising a pulsed beam radiation source for treating a body with a given beam intensity and beam configuration, with pulse times and intervals between pulses less than 100 milliseconds, using at least one monitoring radiation source located inside or outside the body, the detector system comprising; a) a detector designed to detect radiation from the monitoring source, and subject to interference radiation from the beam source; and b) control circuitry that creates a data record of radiation received by the detector, to provide information about the body; wherein, when the detector detects radiation in real time during operation of the beam, the data record selectively excludes data for radiation received by the detector during the pulses, as opposed to data for radiation received by the detector between pulses.

A directional coupler uses non-metallic slotted spacers at the edges of a pair of coupled lines. The spacers are adjustable in their vertical position and thereby provide continuous coupling fine-adjustment. The spatial relationship between the coupled lines is therefore adjustable and does not depend upon extremely tight manufacturing tolerances.

The invention provides an under-actuated unmanned surface vehicle self-adaptive trajectory tracking control device and method. The device comprises a reference path generator, a state sensor, a differential converter, a parameter estimator, a virtual controller and a longitudinal thrust and bow steering torque controller. According to the unmanned surface vehicle actual position and course angle collected by the state sensor (2) and the reference position and reference course angle information generated by the reference path generator (1), the new state variable is obtained through the differential converter (5), the new state variable and the speed and angle speed information collected by a sensor (4) are transmitted to the parameter estimator (8) and the longitudinal thrust and bow steering torque controller (12), a control instruction is obtained through calculation to drive an execution mechanism, and the longitudinal thrust and bow steering torque of an unmanned surface vehicle are adjusted. According to the device and method, the unmanned surface vehicle can reach the specific position within specific time at specific speed. Due to the under-actuated unmanned surface vehicle, energy consumption and manufacturing cost of a system can be lowered, and the weight of the system is reduced.

The invention discloses a device for manufacturing an artificial blood vessel through combination of bio-printing and electro-spinning technologies. The device comprises a material release unit, a rotary receiving unit, a horizontal moving platform, a vertical moving platform, a high-voltage power supply and a control unit, wherein the rotary receiving unit is located below the material release unit and comprises a rotary motor and a receiving rod; the rotary motor can drive the receiving rod to conduct rotary operation. The device has the following benefits: during operation, when the material release unit uses a bio-printing nozzle, a first stepping motor controls an extrusion pump to extrude out a cell-containing hydrogel material in a storage tank, and the extrusion pump can realize setting and controlling of the material release speed and quantity by the control unit; the vertical moving platform controls relative displacement of the whole material release unit to the rotary receiving unit, and can conduct vertical up-and-down displacement (such as 0.1 mm, 0.5 mm, 5 mm and continuous displacement), the displacement can be adjusted according to the extrusion requirement, and the distance between the bio-printing nozzle and the rotary receiving unit is adjusted through the displacement; the bio-printing nozzle and electro-spinning nozzles can work simultaneously or alternately, which is adjusted by the control unit according to actual demands.

A trigger assembly group of the type used with a rifle stock replacement system is provided. The trigger assembly group and may include a trigger assembly, including a trigger coupled to a trigger rod, a locking plate coupled to the trigger rod and a preload cylinder coupled to the locking plate. This in combination with the firing elements of the existing rifle may comprise a firing control mechanism. The trigger assembly group may also include a trigger block with a recess adapted to receive the trigger rod and the locking plate. A safety spool may be a part of the trigger assembly group and include a cross hole, which may be adapted to receive the preload cylinder when the safety spool is in a first position and not receive the preload cylinder when the safety spool is in a second position.