681results about How to "Reduce looseness" patented technology

A augmented glenoid implant assembly for use in performing shoulder arthroplasty is provided. The augmented glenoid implant assembly is used for cooperation with the glenoid fossa of a scapula. The implant assembly includes a first component for attachment to the scapula. The first component defines a support surface for cooperation with the glenoid fossa, a second surface positioned adjacent a buttress formed in the glenoid fossa and an assembly surface. The implant assembly also includes a second component removably secured to the first component. The second component includes an assembly face of the second component. The assembly surface of the second component is in close approximation to the assembly surface of the first component. The second component further includes an articulating surface opposed to the assembly surface.

The invention relates to a method for overcoming tunnel defects, in particular to a method for solving disengagement and water seepage of an internal arch of a tunnel. The method includes the steps that a detection radar is utilized for detecting the disengagement position and the position of a water seepage channel in a damaged tunnel, a grouting hole is obtained by drilling a hole in the surface of a lining of the disengagement position, a grouting pipe is installed in the grouting hole and extends into the disengagement position, a first grouting hole of which the diameter is greater than that of an outlet of the water seepage channel is obtained by drilling a hole in the outlet of the water seepage channel, and a first grouting pipe is arranged in the first grouting hole in a sealed and matched mode; grout is injected into the grouting hole and the first grouting hole, the grout filling situation inside the disengagement position and the water seepage channel is detected in real time through the detection radar, and grouting is stopped when the disengagement position and the water seepage channel are filled with the grout; after the grout is solidified and reaches the final strength, multiple longitudinal slots and multiple transverse slots which extend from the outline to the periphery are formed in the surface of the lining; all the slots are filled with grout, the grout is solidified; the disengagement position and the adjacent portions surrounding the disengagement position are fixed and strengthened, and water accumulated in the water seepage channel is drained.

The invention discloses a complete set of positioning device for artificial total hip joint replacement, which belongs to the field of medical equipment. The positioning device is conducive to the accurate osteotomy of the femoral neck with the oscillating saw, the accurate positioning of the use direction of the acetabular file, the square head bone knife, and the medullary cavity file, and the insertion of the femoral prosthesis into the femoral marrow at the original position and original angle. The cavity is beneficial to preserve the femoral calcar and the length of the femoral neck, which is conducive to the correct placement of the acetabular cup, shortens the operation time, reduces intraoperative bleeding, improves the success rate of the operation, relieves joint pain, corrects deformity, restores and improves joint movement Function.

The invention relates to a second cervical vertebra displacer with a merging structure. The second cervical vertebra displacer comprises an atlas connecting part, a fixed connector and a third cervical vertebra connecting part, wherein the atlas connecting part is fixedly connected with the atlas through a hollow atlas bolt, at least one merging hole is arranged on the bolt body of the hollow atlas bolt, the merging hole is internally provided with bone particles, and a support merging device matched with the shape of the lower surface of the atlas is arranged at the lower part of the atlas connecting part. The second cervical vertebra displacer can integrate a vertebral merging device bolt and a vertebral body, and greatly enhance the connecting performance and the fixation performance of the displacer. The second cervical vertebra displacer has the advantages that the displacer is more reliable, and the length of the displacer can be adjusted as required.

In one embodiment, the sight and sound barriers of this invention have a flexible sheet of lightweight, resilient foam as a core. This core is covered by a fabric or other suitable covering to further enhance the acoustic properties and to make the walls attractive. In this embodiment the core of polyethylene, polystyrene, urethane, or a mosaic thereof, for example, is made flexible with alternating wall and hinge portions. In an alternate preferred embodiment, the barriers or panels are formed with mitered grooves to allow the panel to be bent into larger degree corners, such as 90 degrees in one direction or 180 degrees in the opposite direction. Preferably the grooves have a depth extending substantially through the thickness of the core. In one embodiment, the covering material on one side of the panel is laid into the groove so that the covering material of a wall portion approaches, or preferably touches, the covering material on the opposite side. In an optional feature, grooves can be placed on alternating sides of the panel or barrier. In an optional feature, groove inserts may be sized and shaped to be placed in the grooves. The groove inserts may include a face which is flush with, recessed or protrudes from the adjacent wall portions. The groove inserts and mitered grooves may use various connectors such as Velcro® hook and loop fasteners or magnets.

The present invention provides a starter motor with an idle gear, wherein a helical spline part (61) is formed on a drive shaft (32) rotated by a motor (11) through a planetary gear mechanism (12) and an over-running clutch (13) movable in the axial direction is mounted thereon. A pinion (14) meshing with the idle gear (15) is formed integrally with the clutch inner (57) of the over-running clutch (13). A feeding flange (72) engaged with the idle gear (15) and disengaging the idle gear (15) from a ring gear (16) according to the axial movement of the pinion (14) is formed at the tip of the pinion (14). The bottom outer diameter of the gear part (71) of the pinion (14) is smaller than the outer diameter of the clutch inner (57), and the pinion (14) is formed integrally with the feeding flange (72) and the clutch inner (57) by cold forging. Thus, the starter motor simply formed, manufacturable at low cost, having high reliability and capable of engaging and disengaging the gear with and from the ring gear can be provided without increasing the number of parts.

The invention discloses a solar panel component and a processing technology. The solar panel component mainly comprises components, wherein the components comprise a battery piece, a glass layer, a backboard and a frame on the outer side, wherein the upper end of the battery piece is provided with a silicon nitride passivation antireflection layer; the electrode grid lines of the battery piece are formed in a way that fragmented main grid lines and grouped thin grid lines are arranged in parallel and are connected by auxiliary grid lines; and the frame comprises an integral frame and a detachable frame. By use of the solar panel component and the processing technology provided by the invention, the internal laminated structure and the external frame structure of the solar panel are improved to lower power loss, improve a photoelectric conversion rate and prolong the service life of the solar panel component.

A handle arm mounting structure for a fishing reel includes a fastening section and a washer member. The fastening section has a first non-circular hole configured to engage non-rotatably with a non-circular section of a handle shaft. The washer member has a circular disk-like section and an engaging protrusion and is configured to be mounted in an axial direction on the handle shaft. The circular disk-like section has a second non-circular hole that engages with the non-circular section. The engaging protrusion protrudes toward the first non-circular hole from a periphery of the second non-circular hole. The engaging protrusion has an inside surface configured to engage with the non-circular section and an outside surface having a first tapered surface that tapers toward a tip end and engages with the first non-circular hole.

The invention discloses a discharging device of a tank type powder material carrier vehicle, which comprises an air compressor (7). An air outlet of the air compressor (7) is communicated with an air inlet of an air chamber of a tank body (22) of the tank type powder material carrier vehicle, and a discharging port of the tank body (22) is communicated with a storage tank. The discharging device of the tank type powder material carrier vehicle further comprises a first pressure detection device (23) detecting internal pressure of the tank body (22) and a second pressure detection device (1) detecting pressure of an air inlet pipeline. The first pressure detection device (23) is installed inside the tank body (22), and the second pressure detection device (1) is installed on the air inlet pipeline. Accordingly, pressure in an air inlet pipe and pressure difference between the inside of the pipe and the inside of the tank body can be detected conveniently, a pressure state of the inside of the pipeline can be detected in real time, and potential safety hazards are avoided. The invention further provides the tank type powder material carrier vehicle comprising the discharging device.

The invention relates to a method for material concentrating in a ternary precursor synthesis reaction. According to the method, a reaction vessel, a negative-pressure tank and a mother liquor tank are connected sequentially; a stirrer, a guide flow cylinder, a charging pipe, a nitrogen gas guide pipe, a liquid level meter, a clear-out pipe and a filter stick are arranged inside the reaction vessel; a vacuum pump is arranged at the top of the negative-pressure tank; and a centrifugal pump and a metering pump are arranged at the bottom of the mother liquor tank. According to the method, the problems of a ternary precursor synthesis reaction at present that concentrated particles are subjected to refluxing growth and the product is lost are solved. According to the method for material concentrating in the ternary precursor synthesis reaction, provided by the invention, reaction mother liquor can be directly drained outside the vessel, the problem of loss of the material particles is avoided, the particles are not required to be subjected to refluxing growth after concentration, and the problem that unaccepted products are produced due to secondary growth is avoided.

The invention is suitable for the field of motors and provides a series motor stator iron core, a series motor stator, a manufacturing method of the series motor stator, and a series motor, wherein two iron core parts are spliced along the circumferential direction along the series motor stator iron core, each iron core part comprises a sub stator yoke and a stator tooth arranged on the sub stator yoke in a projected manner. The sub stator yoke comprises a first arc-shaped yoke part, a straight yoke part whose one end is connected with one end of the first arc-shaped yoke part, and a second arc-shaped yoke part whose one end is connected with the other end of the straight yoke part. The stator tooth is arranged on the first arc-shaped yoke part in a projected manner. The first arc-shaped yoke part and the second arc-shaped yoke part of one iron core part are respectively connected with the second arc-shaped yoke part and the first arc-shaped yoke part of the other iron core part. According to the invention, the winding efficiency of a stator winding is improved; sizes of end parts, projected from two ends of the stator iron core along the axial direction of the stator iron core, of the stator winding are reduced; the coil perimeter of the stator winding is reduced, the utilization rate of the stator winding is improved, and the cost of the series motor is lowered.

A stapling device includes two casing members, a pad seat, and a striker plate. The casing members, which can be combined together, have front ends respectively forming front-end plates abutting each other. The two casing members are rotatably coupled to a press-down handle that is selectively pressed down. The pad seat is set at the front end of the interior of the two combined casing members. The pad seat has a front end face, which define, collectively with the inside surfaces of the front-end plates of the two casing members, a striker plate channel. The striker plate is slidably received in the striker plate channel. The striker plate is selectively pulled by the press-down handle to move upward. The two casing members clamp and retain therebetween a spring plate for providing a striking pre-loading force to the striker plate.

A four-point seat belt device includes right and left lap belts to press the hipbone of a passenger sitting in a seat, two shoulder belts to press both shoulders of the passenger, a driving unit to perform winding of the lap belts and the shoulder belts, and a latching detecting unit to detect a state in which the lap belts and the shoulder belts are latched via a buckle. The driving unit controls the lap belts in the case that the latching detecting unit has detected latching.

A tripod type constant velocity universal joint which includes an outer member having three axially extending track grooves formed in an inner circumferential surface thereof, each of the track grooves having roller guide surfaces on a pair of opposing side walls thereof, a tripod member having three radially projecting trunnions, and rollers rotatably carried on the trunnions, respectively, through a series of cylindrical rolling elements, the rollers being accommodated in the track grooves, respectively, so that the rollers are movable axially of the outer member with each said roller rolling along one of the opposing roller guide surfaces. The cylindrical rolling elements roll directly on an outer circumferential surface of the trunnion. Each said roller has an annular radial projection at each axial end thereof. The roller with the annular projections and a series of the rolling elements retained along an inner periphery of said roller form an independent assembly capable of preventing the rolling elements from dispersing prior to mounting the assembly on the trunnion.