451 results about "Horseshoe shape" patented technology

An underwater chain stopper and fairlead apparatus for offshore structures, drilling platforms, ships or other vessels. The apparatus comprises a mounting member, a fairlead member and a chain stopper member. The mounting member is attached to an underwater surface of the offshore structure or vessel and includes a bracket for coupling the fairlead member. The bracket may comprise a hinge allowing the fairlead member to pivot in an approximately horizontal plane. The chain stopper member is coupled to the fairlead member through a hinge which allows the chain stopper member to pivot with respect to the fairlead member in an approximately vertical plane. The chain stopper member includes a chain stopper flapper having a horseshoe shaped opening at one end. The other end of the flapper is connected to the chain stopper member through a hinge which allows the flapper to swing between an open position and a closed position. In the open position, the chain links for the anchor chain are allowed to pass by the horseshoe shaped opening on the flapper. The horseshoe shaped opening also includes a chain link seat which stops movement of the anchor chain through the chain stopper member when the flapper is in the closed position. The chain stopper flapper moves to the closed position under the force of gravity to provide a self-locking chain stopper. A latch mechanism is provided for latching the chain stopper flapper in an open position.

An intra-oral pressure monitoring system is provided. The system is beneficial for measuring or monitoring teeth clinching or grinding during sleep. The system includes a generally horseshoe-shaped, elastomeric mouth piece. The mouth piece is dimensioned to reside between the upper and lower teeth of a patient. The mouth piece has a two or more fluid-containing cells embedded therein. The cells are configured to receive pressure applied by the teeth of a patient. The system is able to monitor bite pressures during a patient's sleep or time of resting. A method for monitoring bite pressures of a patient during sleep is also provided.

Embodiments of the invention provide a portable dental whitening device. The device comprises a flexible mouthpiece including a bite platform having a horseshoe shape adapted to receive a plurality of mouth shapes. The mouthpiece comprising at least one lighting element for generating light, at least one heating element for generating heat, a flexible printed circuit board, and at least one temperature sensor for detecting the temperature of the heat generated by the at least one heating elements. Further, the device comprises a control unit for selectively powering said lighting element and said heating element. The dental whitening is achieved by applying simultaneously the light and the heat and the chemical activity delivered by a whitening agent provided in the mouthpiece.

A collapsible portable headrest extends from a bed. A base fits between the mattress and box spring of a bed. An outer end of the base is connected by hinged clamps to lower ends of legs. Upper ends of legs are connected by locking hinges to inner ends of a headrest top. An opening or space for breathing is provided in cushions or a cushion on the top. Telescoping tubes with clamps adjust to mattress thickness and compact storage requirements. Clamping or locking hinges at the joints allow folding the elements flat for carrying or storing. The user rests on the bed and slides forward, resting the head with the nose in the middle of the curved horseshoe-shaped padded headrest. This position makes it possible for a masseur to massage the back while standing beside or in front of the prone subject.

An apparatus for whitening teeth comprises a mouth tray comprising a horseshoe-shaped trough sized to accommodate a dental ridge. A planar projection extends from the outer side of the trough so that its far end is external of the mouth. A light box containing a plurality of LEDs couples with the external end of the projection and illuminates the projection end. The mouth tray and projection are formed of a light-transmissive material to irradiate a peroxide gel in the trough to whiten the user's teeth.

A power amplifier includes larger size transistors to provide higher power gain at lower frequencies. Transistors of transistor unit cells include a horseshoe-shaped emitter and a strip-shaped base to increase gain. Transistors are combined at a first level to form transistor arrays, which are combined with bonding wires at a second level to an output micro strip transmission line. A Vbe referenced bias circuit may include a smart function to lower quiescent current.

The present invention provides an apparatus and a method for lifting a single joint of pipe. The single joint elevator of the present invention comprises, in one embodiment, a pair of deployable jaws cooperating with a pair of static jaws to secure a pipe within the slot of a generally horseshoe-shaped body. The deployable jaws of the single joint elevator of the present invention may be rotatably deployable or translatably deployable, or both. In one embodiment, each jaw, including the static jaws and the deployable jaws, comprises a pipe slip movably disposed within the jaw to secure a pipe segment within the slot and to self-tighten as the weight of the pipe segment secured within the single joint elevator is transferred to the slips and the jaws.

A design for a crack stop and moisture barrier for a semiconductor device includes a plurality of discrete conductive features formed at the edge of an integrated circuit proximate a scribe line. The discrete conductive features may comprise a plurality of staggered lines, a plurality of horseshoe-shaped lines, or a combination of both.

Physiological monitors are disclosed, as are systems and methods in which they are used. The physiological monitors are generally horseshoe-shaped and are sized and adapted to fit around the base of the neck. They have forward ends that extend downwardly and inwardly in some embodiments. In systems according to embodiments of the invention, monitors may be wirelessly connected to a device that receives, records, analyzes, and displays physiological and environmental information. Monitors may also be controlled by touch and gestures on touch-sensitive areas of the inner and outer surfaces. In some embodiments, the monitors may be used for long-term, stand-alone monitoring of patients in need of medical monitoring, and allow multiple vital signs, including a three-lead electrocardiogram (EKG) to be recorded from a single location near the base of the neck.

The disclosure teaches improvements of the lever operated pivoting float with generator. The improved parts include an improvement in the torsion spring system, more streamlined floatation, counter weighted and ballast balanced, buoyant lever arm and a shock absorbing lever arm. The device can also be use up side down. The disclosure also teaches a floating electric power generator including a buoyant float component, a lever arm pivoting on a shaft of the float and attached to a submerged structure, and an electrical generator that includes a shaft that turns in response to the pivoting of the lever arm. Also disclosed is a floating electric power generator including a float in a “U” or horseshoe shape with an opening for mounting the pivoting lever arm on a shaft, a generator contained within one arm of the float, a combination spring and shaft component wherein the springs are compressed by pulling down of the pivoting lever arm, and energy from the compression or relaxation of the power is communicated to the generator shaft to power the generator. The disclosure teaches a floating electric power generator comprising: a float in a “U” or horseshoe shape with an opening for mounting a pod shaped pivoting lever arm on a shaft, a generator contained within the lever arm pod, a chain, coil spring and end cap configuration in communication with a shaft within the lever arm wherein the chain is wrapped about the shaft when the lever arm is pulled down and thereby compressing the spring, a gear component on the shaft in communication with at least one other gear fixed to the generator rotating shaft so that as the lever arm rotates about the shaft, the generator rotating shaft is turned. The pod holds the weight of the generator and the generator acts as a counter weight and ballast to force the back end of the float under as it is lifted out of the water. The pivoting floatation device has large ends and thinner mid sections so that the float will enter the water smoothly.

A testing head for a high voltage non-destructive tire testing apparatus that is positionable inside the carcass of a tire to be tested without spreading the beads of the tire. The testing head includes a horseshoe shaped body portion with a pair of depending legs. An electrode is operably coupled at the end of each leg. One of the electrodes is attached to a high-voltage power source and the other electrode is attached to electrical ground. Each electrode may be attached off-center from the center of gravity of the electrode so that the electrode is positioned at an angle with the leg to which it is attached when the testing head is suspended by the body portion and the electrodes are not in contact with a tire or other surface. When the electrodes are brought into contact with the inner surface of the tire carcass, the electrodes rotate into a testing orientation wherein each electrode is substantially perpendicular with the leg to which it is attached. The tire carcass is rotated, so that a portion of the electrodes slide over the inner surface of the tire. The high voltage electrode inductively couples with steel belts in the tire carcass, thereby causing the steel belts to have an elevated electrical potential relative to ground potential. When either electrode passes over a flaw in the tire, an arc passes through the flaw between the steel belt and the electrode closest to the flaw.

Provided is an electric device which is free from causing troubles in opening / closing the cover even if the housing is distorted. The electric device includes: a case (3) having a substantially box shape and an opened end surface (3a); a cover (5) including a lid surface (5a) for covering the end surface of the case (3), a hinge (4) arranged between the case (3) and the cover (5), for opening / closing the case (3) and the cover (5); and an engagement section (12) for holding a closed state of the case (3) and the cover (5), in which the engagement section (12) includes: an engaged portion (7) arranged in the case (3) and includes a shaft member (9) having a shaft portion substantially orthogonal to an inner surface (3b) of the case (3), and a bearing member (11) for fixing the shaft member (9) with a distal end (9a) thereof projecting from a guide hole end surface (10a) of a shaft member pushing portion (10); and an engaging portion (19) including a coupling component (20) provided with an attachment piece (23) to be attached to the cover (5), and a substantially horseshoe shaped portion (27) for communicating a cutout (25) of substantially long hole shape in connection to an end of the attachment piece (23).

A generally horseshoe shaped clear flexible resilient plastic wire-imbedded orthodontic appliance is made with a plastic portion with contours on the lingual side and on the labial side, wherein the contours snugly cover the patient's teeth so that the appliance remains in place. One or more flexible wires are imbedded within the lingual side of the plastic portion from the left molar area to the right molar area of the plastic portion, whereby the wires apply force on the lingual side of the patient's bite. The appliance is formed by obtaining a plaster cast of the patient's teeth and gums, removing plaster teeth from the plaster cast of the gums, reattaching the plaster teeth to the plaster cast of the gums to form a cast of proper bite alignment, attaching one or more wires to the labial surface of the aligned plaster teeth so the wires become imbedded within thermosetting plastic placed over the cast, putting the cast in a thermosetting plastic molding machine, inserting thermosetting plastic in the machine, and heating the thermosetting plastic around the cast of the proper bite alignment, so the wires are imbedded within the formed appliance after the thermosetting plastic cools. A series of appliances may be used to shift a patient's bite to proper bite orientation.

A surgical head holder and accessories for use with the same are disclosed. In one embodiment, a horseshoe shaped head support includes two wings pivotally coupled that adjust the angle therebetween. Arcuate base members are coupled to the wings to accept a plurality of placement subassemblies, which are circumferentially adjustably positioned and secured within the channels. Each placement subassembly is configured to receive a skull pin and provide adjustable horizontal, vertical, and angular positioning of the skull pin with respect to the arcuate base. A table attachment supports the horseshoe shaped head support and is adapted to be selectively and rigidly coupled to an operating table. The table attachment includes a vertical body, a horizontal generally u-shaped bar adjustably intersecting therewith, and an attachment member extending therefrom for coupling to the operating table. Various neurosurgical accessories may be rigidly coupled to the table attachment.

An embodiment of the invention is directed to a computed tomography device, comprising a tunnel to receive baggage, an x-ray source providing an x-ray beam that intersects the tunnel and has a beam angle of 120°, a gantry that oscillates relative to the tunnel through an oscillation angle that equals 270°, and a plurality of detectors. The plurality of detectors are mounted to the gantry and adapted to receive x-rays from the x-ray source. In addition, the plurality of detectors are arranged in a horseshoe-shaped configuration in which at least one first detector is located a furthest distance from the x-ray source and at least one second detector is disposed on each side of the at least one first detector and is disposed closer to the x-ray source than the at least one first detector.

In an MRAM cell, the writing current is encased in a low-reluctance material that is treated in one of several ways to render the material closest to the storage element ineffective to carry magnetic flux, thereby establishing a horseshoe-shaped cross section that focuses the flux toward the storage element.

A vehicle gun turret that includes a circular or horseshoe-shaped track suspended and mounted over the roof or cab area of a lightweight military vehicle. The track includes three legs configured in a triangle designed to attach to the vehicle's windshield frame member and roll bar. Rolling over the track is a carriage that attaches to a gun holder that selectively attaches to a machine gun. The gun holder is attached to a rotating stem that fits into a vertical sleeve attached to the carriage. Clevis pins are used to attach to the machine gun to the gun holder and to attach the gun holder to the carriage so that the components may be manually and quickly assembled and disassembled.

A headrest for a patient-bearing surface, having an approximately horseshoe-shaped form and comprising a central section (14) for supporting the back of the head or the forehead, the bearing surface thereof being at least approximately spherical shell-shaped, also comprising two side sections (16) which are arranged at a distance from each other and whose bearing surfaces conform at least approximately to a common cylindrical surface whose axis is parallel to a symmetrical line (20) of the headrest extending between the side surfaces (16). A cheekbone support (18), which protrudes in the direction of the other side section (16), is provided on each side section (16).

Single joint elevator and method for releasably securing a tabular segment. A generally horseshoe-shaped body has a slot for receiving a tubular segment, and an actuator assembly that selectively moves opposing jaws from a removed position to a deployed position to grip and retain the tubular segment within the slot of the body while hoisting the body. The deployable jaws are either rotatably or translatably moved from the removed position to the deployed position and may be pneumatically, hydraulically, and / or electrically actuated. The actuator assembly may include wedges operatively coupled to actuators for selectively biasing the wedges against the jaws, or a cam ring rotationally coupled to the body and rotated by an actuator coupled between the body and the cam ring, wherein the cam ring has an inner cam surface for inwardly biasing the opposing jaws.

An apparatus and method for supporting upper and lower vertebral bodies, including first and second end members adapted for engagement with the vertebral bodies, and at least one elongate support member coupled between the end members to maintain an axial space between the vertebral bodies. In one aspect of the invention, each of the end members has a parametrical or horseshoe-shaped configuration extending about an open inner region and defining a lateral passage communicating with the open inner region to facilitate insertion of the apparatus or the individual end members into the intervertebral space via a posterior surgical approach. In a further aspect of the invention, a fusion member is positioned within the axial space to promote bony fusion between the upper and lower vertebral bodies.

Fiber optic drop wires extending from a cable closure supported along a fiber optic cable are supported by small horseshoe-shaped bend radius protectors which not only prevent overbending of the drop wires, but also enable one to store excess drop wire length on the bend radius protectors. The free end of the drop wire is clamped to a utility pole.

The present invention relates to a plasma process chamber, which includes: an upper housing having a gas inlet connected to a gas source, and a gas shower head placed in the upper housing; and a lower housing having a gas outlet connected to a vacuum pump, and a substrate provided on the inner bottom of the lower housing. On the substrate is placed a wafer. A plasma reactor is provided between the upper housing and the lower housing of the plasma process chamber. The plasma reactor is provided on the outer circumference of its main body with at least one reactor tube of horseshoe shape. A closed magnetic core is attached to the reactor tube, and a coil is wound on said magnetic core. The coil is connected electrically to an A.C. power. The plasma reactor is placed in the middle area of the plasma process chamber and a plurality of the reactor tubes are provided on the outer circumference of the plasma reactor so that plasma reaction is generated and distributed evenly in the plasma process chamber. Consequently, high density of the plasma can be obtained. Furthermore, the generated plasma ion particles are diffused evenly in the plasma process chamber by the diffusion induction electrodes so that cleaning efficiency can be highly increased in the plasma process chamber.

The electrically tunable inductive device includes an electromagnet including an electromagnet core and a bias or tuning coil cooperating therewith to define opposing magnetic poles for generating a quiescent magnetic field that may be varied. An inductor is tunable based upon the variable magnetic field and includes an inductor core having a toroidal shape and fixed at a position adjacent the opposing magnetic poles of the electromagnet, and an inductor or signal coil is around at least a portion of the inductor core. The electromagnet core may include a pair of opposing legs and a bight portion therebetween defining a horseshoe shape. The inductor core may be positioned between ends of the opposing legs of the electromagnet core, and the tuning coil may surround the bight portion of the electromagnet core. The electrically tunable inductive device may have the combination of fine precision, high speed and high power handling, useful for tunable RF filters.

The invention discloses a bridge type hydraulic arch arm mechanical arm bus automatic washing machine. A bridge framework structure is formed by components such as a track, a truss girder, a trimmer and a pile. A hanging type work platform vehicle for surrounding the track face of the truss girder to perform back-and-forth operation is borne on the track face of the truss girder. An aligning auxiliary platform is installed on the top face of the work platform, and the two sides of the aligning auxiliary platform are provided with four sets of single rod-type special TG254 sleeve roller chain transmission structures, and the two sides of the longitudinal center line of the work platform are respectively provided with three hydraulic cylinders controlled by an electromagnetic reversing valve and arch arm mechanical arms connected with an arch shoulder, the position away form the arch shoulder by 127.5cm is provided with a worm speed reducer which drives a rotation brush wheel to perform wiping and cleaning at a lower speed of 29 revolutions per minute, wherein the rotation brush wheel is 260cm in length and contains 88 inflatable milky glass thermal plastic rubber wiping palms. 22 120-degree horseshoe-shaped gap water spraying nozzles are installed on an arch arm and the ground to wash the left side, the right side, the front side, the rear side, the top, the bottom and wheels of a bus in a spraying mode. Each wheel is provided with a wheel protection cover for protection, a far infrared sensing and key type numerical control system and a parallel circuit manual control plate are assembled, a warm air blow-dray device is arranged, and a 220V power supply is used.