3516 results about "Hinge point" patented technology

In various forms, a sensor-straightened end effector is disclosed. The sensor-straightened end effector may comprise an end effector coupled to a shaft at an articulation point. The end effector may be articulable at an angle with respect to the shaft. A sensor may be disposed on the sensor-straightened end effector, such as on the shaft or on the end effector. The sensor is configured to detect a gross proximal movement. When detecting a gross proximal movement, the sensor may generate a signal to control a motor to begin a straightening process to straighten the end effector with respect to the shaft.

A release latch for a pre-terminated cassette is described. The pre-terminated cassette includes a release latch to allow removal of the pre-terminated cassette from a patch panel, where the patch panel includes a retaining feature for retaining the pre-terminated cassette. The release latch includes a cantilever beam located on the sidewall of the pre-terminated cassette. The cantilever beam has a hinge point that allows the beam to deflect with respect to the sidewall. The release latch further includes a depressing tab provided at the distal end of the cantilever beam and a latch tab protruding from the surface of the cantilever beam between the hinge point and the depressing tab. The latch tab is capable of engagement with the retaining feature of the patch panel when the cassette is installed in the patch panel.

A sturdy portable massage roller that collapses flat. The roller includes an outer contact skin formed of a plurality of longitudinal stiffeners connected by longitudinally-extending hinge points, the contact skin defining an inner cavity. A collapsible support structure within the contact skin inner cavity is sized to contact and radially support the longitudinal stiffeners in the expanded shape of the contact skin, and is adapted to collapse so that the massage roller converts between a generally cylindrical expanded shape and a collapsed, flattened shape. The support structure may include a series of rigid discs that either pivot or are folded in half to convert the massage roller between its expanded and flat configurations.

An atherectomy catheter includes an elongate flexible catheter body, an elongate deflectable distal tip coupled to the catheter body at a hinge point, a rotatable cutter near the distal end of the catheter body, and a drive shaft extending within the catheter body and configured to rotate the cutter. The atherectomy catheter further includes an optical fiber extending through the drive shaft substantially on-axis with the catheter body and attached to the cutter. The optical fiber is configured to rotate with the drive shaft. The atherectomy catheter further includes a wedge configured to deflect the distal tip away from the catheter body at the hinge point upon axial movement of the drive shaft.

A self laminating wristband separable from a multi-ply page form has a plurality of separated imaging areas, with one larger imaging area for receiving printed data corresponding to the wearer such as his name, i.d. number, etc., with one or more second imaging areas adapted to receive either printed information or markers which may be adhered thereto. The separated imaging areas are aligned along the length of the wristband so that the gap between them acts as a natural hinge point which allows the imaging areas to lie flatter against the wearer's wrist.

A bifurcated stent that uses turning segments to reduce the strain at regions which bend at extreme angles. The turning segments can be placed on side branch petals or on connectors connecting the petals to the stent body. Combining the turning segments with connectors of different length and tethers provides for a stent with high flexibility that can accommodate various shaped body vessels. This design allows the bifurcation branch to extend easily, to a useful distance, and to be deployed along oblique angles. Best of all, this design avoids the problems of angularly strained side branch.

A device for computing an excavated soil volume using structured light is disclosed. A control sensor unit is provided at the hinge points of an excavator arm, and is configured to detect and output the location and the bent angle of the excavator arm. A microcontroller is configured to output a control signal so as to capture the images of a work area of a bucket, provided at one end of the excavator arm, using the output of the control sensor unit, convert the captured images into 3-Dimensional (3D) images, and compute an excavated soil volume. An illumination module is configured to include at least one light source that is controlled by the control signal and radiates light onto the work area. A structured light module is configured to capture the work area in response to the control signal.

The invention relates to an automatic gait appliance for the rehabilitation of lower extremity, which comprises an upper leg component and a lower leg component. Two ends of an U-shaped shelf is hinged on the upper leg component and the upper leg component is hinged on the lower leg component; the U-shaped shelf and two upper leg components are hinged on two ends of electrical linear driver, and an encoder is arranged on the hinge point; the upper leg component and the lower leg component are hinged on two ends of the other electrical linear driver, and the encoder is arranged on the hinged point. In the practice period, the patient wears the lower extremity exoskeleton gait appliance to guide the movement of the leg of the patient. The invention has the advantages that the angle joint and the size of the moment are real-timely measured by the sensor; the practice efficiency of the patient is measured and evaluated easily; the best rehabilitation plan is drew up for improving the efficiency of the rehabilitation.

A coupled four-freedom-degree parallel connection vibration isolation platform mainly comprises an upper platform, a lower platform, four main part branches and a middle constraint branch, wherein the four main part branches are identical in structure and used for connecting the upper platform and the lower platform. The tails of actuators of the main part branches are connected with the lower platform through universal joints, telescopic rods of the actuators are connected with the upper platform through ball joints, one end of a lower connecting rod in the middle constraint branch is connected with the lower platform through a universal joint, the other end of the lower connecting rod is connected with an upper connecting rod in a bell socket mode to form a sliding pair, namely the upper connecting rod can expand and retract in the lower connecting rod, the upper connecting rod of the sliding pair is sleeved with a spring, the other end of the upper connecting rod is connected with the upper platform through a rotating pair, and the axis of the rotating pair is parallel to one axis of the universal joint in the middle constraint branch. Lower hinge points of the four main part branches are symmetrically arranged in a square shape, upper hinge points are arranged in a trapezoid shape, and the trapezoid is symmetrical about the axis of a rotating pair of the middle constraint branch. The coupled four-freedom-degree parallel connection vibration isolation platform is simple in structure, large in bearing capacity and good in dynamic response characteristic.

A link rod flexibly connecting an exterior door handle of a motor vehicle and a door latching mechanism to prevent actuation of the door latching mechanism as the result of a lateral collision, the link rod comprising: a first section connected to the vehicle door handle; a second section operatively connected to the door latching mechanism; and a lateral connector operatively connecting the first section to the second section. The lateral connector may be a laterally flexible spring, laterally flexible synthetic material, or a hinge point.

The disclosed aerodynamic muscle motion simulation control platform comprises: three very same pieces of aerodynamic muscles connected to a central post and a fixed platform, a motion platform hinged to the muscles with uniform-distributed hinge points, and the central post to rigid connect with the fixed platform and hinge the motion platform through a central ball hinge with the hinge point on platform center to endow the motion platform two rotation DOF. Besides, the control system comprises an input conversion module, a controller, and an output drive amplification module. This invention is fit to different motion simulation.

A deployable single truss with folding or removable chordal members and diagonals and orthogonal hinge joints for continuous and synchronous retraction and extension, in straight and curved configurations. One or more endframes may be used to close off or mount one of more ends of the deployable trusses. A primary orthogonal hinge joint is used to connect the chordal members and diagonals of the deployable trusses along each primary chord. A secondary orthogonal hinge joint to connect the chordal members and diagonals of the deployable trusses along each secondary chord.

The invention discloses a claw beam lifting mechanism for a forging manipulator, applied to forging industry. The claw beam lifting mechanism mainly comprises a front lifting part, a rear lifting part, a synchronous connector rod, a lifting cylinder, a pitching cylinder and a buffering part, a front fixing shaft in the front lifting part, a rear fixing shaft in the rear lifting part and the lower end of the lifting cylinder are respectively connected with a large machine frame through hinges, the synchronous connecting rod is arranged overhead and always moves in a range above a connecting line of a front fixing hinge point and a rear fixing hinge point of a claw beam lifting and pitching mechanism and the large machine frame, front ends of two buffering cylinders are respectively connected with tow front lifting connecting rods through hinges, the rear ends of the two buffering cylinders are respectively articulated with two ends of a compensating beam, and the middle part of the compensating beam is connected with the middle part of the large machine frame by a hinge through a beam fixing shaft. The claw beam lifting mechanism has novel and scientific design concept, reasonable stress application, high movement precision, simple structure, low manufacturing cost and is convenient to install, adjust and maintain. The invention not only reduces the manufacturing cost of the lifting mechanism under the condition of ensuring the movement precision, but also thoroughly solves the problems that the front fixing shaft and a shaft sleeve matched with the front fixing shaft are worn easily and a side plate of a machine needs to be thickened specifically.

A frame assembly for eyeglasses is provided wherein the overall width of the eyeglass frame is adjustable by utilizing a telescoping brow bar. The upper frame member or brow bar is formed to include either a pair of telescoping or indexed joints allowing the length of the brow bar to be adjusted thereby placing the hinge points and temple bars further apart from one another. The adjustable length of the brow bar provides excellent adjustability of the overall width of the eyeglass frame in simple mechanical construction. Further, in a unique method of forming the adjustable brow bar assembly a central portion may be formed in a first molding step and an adjustable hinge section is then molded directly over the central portion in a second molding step. The present invention utilizes in-mold-assembly techniques to reduce the assembly steps required to form such an adjustable brow bar assembly while further resulting in an eyeglass frame that has increased adjustability and utility.

The invention discloses a side-turning resistant elastic wheel and belongs to a wheel structure. The wheel comprises a wheel hub (7), a wheel rubber ring and spoke rods (4), wherein grooves (6) are distributed on the outer side of the wheel hub (7), T-shaped sliding grooves (9) are distributed on the inner side of the wheel rubber ring, a T-shaped sliding block (8) is installed at one end, close to the wheel hub (7), inside each T-shaped sliding groove (9), a reset spring (10) is installed between one end, away from the wheel hub (7), of each T-shaped sliding grove (9) and each T-shaped sliding block (8), one end of each spoke rod (4) is transversely hinged to each groove (6), the other end of each spoke rod (4) is transversely hinged to each T-shaped sliding block (8), and a connecting rod can rotate in a plane perpendicular to a wheel plane about a hinge point and can not rotate in a tangent direction of the wheel. The side-turning resistant elastic wheel is simple in structure, low in cost, few in phenomenon of slow moving of the wheel when driving and braking are conducted and capable of delaying a side-turning tendency when a vehicle makes a turn and transverse force or transverse acceleration is imposed on the wheel, and has a certain side-turning resistant effect.

In embodiments of the present invention improved capabilities are described for waste disposal. A disposal bag may include a bag configured to receive waste, a frame associated with the bag at an opening. The frame may include one or more pair of hinge points configured to open and close the bag when a force is applied on the frame, and a pair of tabs associated with one of the one or more pair of hinge points, wherein the pair of tabs enable stacking of the disposal bag with a plurality of substantially similar disposal bags. In some embodiments of the frame, the frame is conically shaped and may include a sealing facility disposed on at least one part of the frame.

The present invention substantially relates to a method for erecting and disassembling an at least two-piece main boom for a lattice-boom crane. The erecting and disassembling procedure results in that the geometric kinematic properties of the main boom (1, 2) are used in such a manner that during the erecting and disassembling, the effective lever arm (1′) of the main boom (1, 2) is reduced. This results from the main boom (1, 2) being bent at the hinge point (A), at which at least two boom portions (1, 2) are connected to each other, and thus an angle position is produced between the two boom portions (1, 2). Further, the invention relates to a main boom (1, 2), which can be erected by the method as well as a lattice-boom crane having such an main boom (1, 2).

A spray actuator for a pressurized aerosol canister that simplifies the mechanical moving parts of a spray actuator to a body and a trigger and a third nozzle piece being inserted at the very end of the product dispensing passage either in the body or the trigger. The moveable trigger rotates about a pivot or hinge point on the body and is biased by engagement with the valve stem or an additional spring return into a neutral unactuated position where the product is not dispensed. When dispensing of the product is desired, the user grasps the actuator and pulls the trigger against the body and overcomes the bias of the valve stem and the valve is actuated as discussed above to dispense the pressurized aerosol product.

A folding seat for a vehicle includes a seat base fixed to an intermediate bracket, a seat back having a lower end and a support bracket fixed to the vehicle. An intermediate bracket has a first hinge point where the seat back lower end is hingedly attached to the intermediate bracket. The intermediate bracket has a second hinge point where the intermediate bracket is hingedly attached to the support bracket, and which is spatially removed from the first hinge point. Upon folding of the seat base into a vertical position, the intermediate bracket rotates on the second hinge point, which remains stationary and the first hinge point rotates upwardly and rearwardly around the second hinge point, so that the first hinge point and the lower seat back move rearwardly as the seat back and the seat base are folded into vertical orientation close to the rear vehicle wall.