mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter comprising: an elongated catheter body having proximal and distal ends and at least one lumen therethrough; and a basket-shaped electrode assembly at the distal end of the catheter body, the basket-shaped electrode assembly comprising a plurality of spines connected at their distal ends, each spine comprising a plurality of electrodes and extending through the lumen of the catheter body to the proximal end, wherein each spine comprises an actuator at a proximal end, wherein each spine is configured to be independently controlled by adjusting a longitudinal position relative to the catheter body using the actuator, and characterized in that each spine comprises a shape memory material and the basket-shaped electrode assembly has an expanded configuration facilitated by the shape memory material in which each of the spines has a pre-deformed shape where the spine bows radially outwardly with a length unconstrained by the catheter body and a collapsed configuration in which the spines are arranged generally along a longitudinal axis of the catheter body, wherein each spine is in a retracted position within respect to the catheter body when in the collapsed configuration. an elongated catheter body having proximal and distal ends and at least one lumen therethrough; and a basket-shaped electrode assembly at the distal end of the catheter body, the basket-shaped electrode assembly comprising a plurality of spines connected at their distal ends, each spine comprising a plurality of electrodes and extending through the lumen of the catheter body to the proximal end, wherein each spine comprises an actuator at a proximal end, wherein each spine is configured to be independently controlled by adjusting a longitudinal position relative to the catheter body using the actuator, and characterized in that each spine comprises a shape memory material and the basket-shaped electrode assembly has an expanded configuration facilitated by the shape memory material in which each of the spines has a pre-deformed shape where the spine bows radially outwardly with a length unconstrained by the catheter body and a collapsed configuration in which the spines are arranged generally along a longitudinal axis of the catheter body, wherein each spine is in a retracted position within respect to the catheter body when in the collapsed configuration.
A coupling for a break-away valve assembly comprising a coupling and an adapter , said coupling comprising: a main flow valve arranged in an annular body , the annular body having a valve seat comprising a first portion and a second portion , the second portion being adjacent to the first portion and of greater internal diameter relative to the first portion , the main flow valve being biased in a first direction to seal against the valve seat on disconnection of the coupling from the adapter , characterised in that the main flow valve is biased in a second direction, and in that main flow valve is adapted to extend past the first portion into the second portion of the valve seat to release a volume of fluid if the pressure acting on the main flow valve exceeds a predetermined surge pressure threshold and in that the coupling is adapted such that the volume of fluid released occurs via a space between the main flow valve and the internal wall of the annular body . a main flow valve arranged in an annular body , the annular body having a valve seat comprising a first portion and a second portion , the second portion being adjacent to the first portion and of greater internal diameter relative to the first portion , the main flow valve being biased in a first direction to seal against the valve seat on disconnection of the coupling from the adapter , characterised in that the main flow valve is biased in a second direction, and in that main flow valve is adapted to extend past the first portion into the second portion of the valve seat to release a volume of fluid if the pressure acting on the main flow valve exceeds a predetermined surge pressure threshold and in that the coupling is adapted such that the volume of fluid released occurs via a space between the main flow valve and the internal wall of the annular body .
A method for preparing a sulfur modified polyvinyl acetate composition, the method comprising the steps of: providing a polyvinyl acetate polymer, wherein the polyvinyl acetate polymer has a melting temperature of less than 140°C; and heating the polyvinyl acetate polymer in the presence of elemental sulfur to a temperature of between 150°C and 200°C and mixing the polyvinyl acetate polymer and sulfur such that elemental sulfur is incorporated into the polyvinyl acetate polymer to produce a sulfur modified polyvinyl acetate polymer, where between 50 and 70% by weight sulfur based on the weight of the sulfur modified polymer is incorporated into the polyvinyl acetate polymer; and the sulfur modified polyvinyl acetate polymer composition has a melting point that is between 10°C and 50°C greater than the melting point of the unmodified polyvinyl acetate polymer. providing a polyvinyl acetate polymer, wherein the polyvinyl acetate polymer has a melting temperature of less than 140°C; and heating the polyvinyl acetate polymer in the presence of elemental sulfur to a temperature of between 150°C and 200°C and mixing the polyvinyl acetate polymer and sulfur such that elemental sulfur is incorporated into the polyvinyl acetate polymer to produce a sulfur modified polyvinyl acetate polymer, where between 50 and 70% by weight sulfur based on the weight of the sulfur modified polymer is incorporated into the polyvinyl acetate polymer; and the sulfur modified polyvinyl acetate polymer composition has a melting point that is between 10°C and 50°C greater than the melting point of the unmodified polyvinyl acetate polymer.
A method in a server system, the method comprising: providing , from a first power smoothing component in a first tier of a hierarchical power smoothing environment having multiple tiers, power to one or more devices in the server system in response to a peak in power usage by the one or more devices; providing, from a second power smoothing component in a second tier of the multiple tiers of the hierarchical power smoothing environment, power to the one or more devices in response to the peak in power usage if the power smoothing component in the first tier is unable to provide sufficient power for the peak in power usage; and characterized by reducing performance of at least one of the one or more devices in response to the peak in power usage if the first and second power smoothing components are unable to provide sufficient power for the peak in power usage, while continuing to provide power to others of the one or more devices. providing , from a first power smoothing component in a first tier of a hierarchical power smoothing environment having multiple tiers, power to one or more devices in the server system in response to a peak in power usage by the one or more devices; providing, from a second power smoothing component in a second tier of the multiple tiers of the hierarchical power smoothing environment, power to the one or more devices in response to the peak in power usage if the power smoothing component in the first tier is unable to provide sufficient power for the peak in power usage; and characterized by reducing performance of at least one of the one or more devices in response to the peak in power usage if the first and second power smoothing components are unable to provide sufficient power for the peak in power usage, while continuing to provide power to others of the one or more devices.
A foldable terminal , comprising a first housing , a second housing , and a foldable mechanism connected between the first housing and the second housing , wherein the foldable mechanism comprising a base , a first pressing plate , and a first pressing plate swing arm , wherein the first pressing plate is an integrally formed structural member, the first pressing plate comprises a support portion and an auxiliary portion , the auxiliary portion is fixedly connected to a bottom surface of the support portion , the auxiliary portion is provided with a sliding hole , or the auxiliary portion and the support portion form a sliding hole through enclosing, the first pressing plate swing arm comprises a sliding portion and a rotating portion , wherein the sliding portion of the first pressing plate swing arm is slidably connected to the first pressing plate , penetrates through the sliding hole , and is capable of sliding with respect to the first pressing plate in the sliding hole , and the rotating portion of the first pressing plate swing arm is rotatably connected to the base .
Protective earthing contact for the electrically conductive connection of a protective earth line to an electrically conductive carrier element, the protective earthing contact having a base section , wherein two side elements project from the base section and each side element has an upper region , wherein the upper regions form a latching region for clamping the protective earthing contact to the carrier element and wherein at least one side element has a protective earthing contact element for electrically conductive contacting of the carrier element , wherein in each case one of the upper regions has a contacting region , wherein the latching region and the protective earthing contact element being arranged substantially at the same height (H) with respect to the base portion , characterized in that the latching region and the protective earthing contact element are separate, wherein the protective earthing contact being set up so that, when the protective earthing contact is mounted on the carrier element, the upper regions in the latching region widen so that the carrier element can pass between the contacting regions .
A display device comprising: a display panel that displays an image; a plurality of light-emitting sources that radiates light toward the display panel from a back surface side of the display panel , and is arranged in a matrix along the display panel ; a back plate where the light-emitting sources are mounted; and a reflection sheet that is attached to the back plate, provided with insertion holes , and reflects light radiated from the light-emitting sources , the light-emitting sources being inserted into the insertion holes respectively, wherein the back plate has a plurality of protrusions that causes portions of the reflection sheet to bulge out toward the display panel with the reflection sheet being attached to the back plate ; and characterized in that the back plate has, on a peripheral edge part, an inclined section that is increasingly closer to the display panel toward an end of a peripheral edge, and the reflection sheet is attached to the inclined section . a display panel that displays an image; a plurality of light-emitting sources that radiates light toward the display panel from a back surface side of the display panel , and is arranged in a matrix along the display panel ; a back plate where the light-emitting sources are mounted; and a reflection sheet that is attached to the back plate, provided with insertion holes , and reflects light radiated from the light-emitting sources , the light-emitting sources being inserted into the insertion holes respectively, wherein the back plate has a plurality of protrusions that causes portions of the reflection sheet to bulge out toward the display panel with the reflection sheet being attached to the back plate ; and characterized in that the back plate has, on a peripheral edge part, an inclined section that is increasingly closer to the display panel toward an end of a peripheral edge, and the reflection sheet is attached to the inclined section .
Improved two pieces window comprised by a frame manufactured with micro-laminated woods, joined by strong adhesives and a closing sheet constituted, from the outside to the inside by a block of two laminated glass sheets and a sheet of thick tempered glass , of a larger size, and separated by a vacuum chamber characterized in that the laminated glass sheets present a triangular elastic element that encircles them along the perimeter, located at their edge, and the sheet of tempered glass presents in its entire perimeter a cushion type elastic element and the closing space between the frame and the closing sheet is occupied by a decompression chamber attached to the frame , whose decompression chamber shows an elastic sheet adhered to by its free side that serves as a stop for the closing fitting , which closing fitting entails a drive handle , and is placed on the tempered glass by means of an adhesive.
A method of welding a workpiece (WP); the method comprising: advancing a self-shielding electrode from a welding device toward the workpiece (WP); and employing an AC-short arc welding process to weld the workpiece (WP) using the advancing self-shielded electrode , wherein the weld has a Charpy V-Notch toughness of at least 70 joules at - 196 degrees C; an average arc length (LA) during said short arc welding process is up to 0,3 inches (0,75 cm); no externally supplied shielding is used during said employing step to the workpiece (WP); and varying the waveform balance and DC offset of the AC waveform to influence the weld metal nitrogen recovery, wherein the "waveform balance" is the percentage of the AC cycle time when the electrode polarity is positive, and the "DC offset" is the measure of the degree to which the amplitudes of the positive and negative portions of the waveform are unequal. advancing a self-shielding electrode from a welding device toward the workpiece (WP); and employing an AC-short arc welding process to weld the workpiece (WP) using the advancing self-shielded electrode , wherein the weld has a Charpy V-Notch toughness of at least 70 joules at - 196 degrees C; an average arc length (LA) during said short arc welding process is up to 0,3 inches (0,75 cm); no externally supplied shielding is used during said employing step to the workpiece (WP); and varying the waveform balance and DC offset of the AC waveform to influence the weld metal nitrogen recovery, wherein the "waveform balance" is the percentage of the AC cycle time when the electrode polarity is positive, and the "DC offset" is the measure of the degree to which the amplitudes of the positive and negative portions of the waveform are unequal.
A sprue bush attached to a mold used to mold synthetic resin, the sprue bush comprising: a sprue bush main body that has a flow passage, through which synthetic resin injected from an injection molding nozzle flows, and a recessed portion formed in a surface of the sprue bush main body on a synthetic resin injection port side thereof; and a bush component that is embedded in the recessed portion , the bush component including: a nozzle contact surface that is contacted by the injection molding nozzle; a through hole that extends from an opening in the nozzle contact surface and communicates with the flow passage in the sprue bush main body so as to form the flow passage for the synthetic resin; and a plurality of ribs that extend radially outward from a peripheral surface of the through hole, characterised in that the bush component includes a ring-shaped rib that intersects the ribs and surrounds an outer periphery of the through hole . a sprue bush main body that has a flow passage, through which synthetic resin injected from an injection molding nozzle flows, and a recessed portion formed in a surface of the sprue bush main body on a synthetic resin injection port side thereof; and a bush component that is embedded in the recessed portion , the bush component including: a nozzle contact surface that is contacted by the injection molding nozzle; a through hole that extends from an opening in the nozzle contact surface and communicates with the flow passage in the sprue bush main body so as to form the flow passage for the synthetic resin; and a plurality of ribs that extend radially outward from a peripheral surface of the through hole, characterised in that the bush component includes a ring-shaped rib that intersects the ribs and surrounds an outer periphery of the through hole . a nozzle contact surface that is contacted by the injection molding nozzle; a through hole that extends from an opening in the nozzle contact surface and communicates with the flow passage in the sprue bush main body so as to form the flow passage for the synthetic resin; and a plurality of ribs that extend radially outward from a peripheral surface of the through hole, characterised in that the bush component includes a ring-shaped rib that intersects the ribs and surrounds an outer periphery of the through hole .
A disposable injection device comprising a cylinder portion and a piston assembly disposed therein, said piston assembly having a first end closing said cylinder portion and a second end having a thumb plunger for operating said piston assembly in said cylinder portion , a separate receiving device is mounted on said thumb plunger and is configured to operatively connect a user's thumb to said plunger assembly for one-handed aspiration during operation of said disposable injection device , characterized in that said separate receiving device is operatively connected to said plunger assembly by means of a locking element arrangement forming a permanent or non-releasable connection to the thumb plunger , and the receiving device further comprises a number of guide elements which additionally enclose the thumb plunger in addition to the locking element arrangement .
A seat structure for a vehicle, comprising: a seat ; a seat rail to be fixed to a vehicle body, the seat rail comprising a lower rail including a groove portion to be disposed to extend in a vehicle longitudinal direction and an upper rail provided to be slid in the groove portion of the lower rail and guided by the lower rail ; and an anchor bracket configured to fix an anchor or a buckle of a seatbelt device to the upper rail of the seat rail , wherein said anchor bracket includes a first bracket provided with a first bottom portion fixed to said upper rail and a first side portion rising upwardly from said first bottom portion and a second bracket provided with a second bottom portion fixed to said upper rail , a second side portion rising upwardly from said second bottom portion , and an anchor attachment portion where said anchor is attached, said first side portion of the first bracket and said second side portion of the second bracket are joined together so as to overlap each other in a vehicle width direction, and said first bracket is provided to extend forwardly beyond said second bracket at an upper surface of said upper rail of the seat rail . a seat ; a seat rail to be fixed to a vehicle body, the seat rail comprising a lower rail including a groove portion to be disposed to extend in a vehicle longitudinal direction and an upper rail provided to be slid in the groove portion of the lower rail and guided by the lower rail ; and an anchor bracket configured to fix an anchor or a buckle of a seatbelt device to the upper rail of the seat rail , wherein said anchor bracket includes a first bracket provided with a first bottom portion fixed to said upper rail and a first side portion rising upwardly from said first bottom portion and a second bracket provided with a second bottom portion fixed to said upper rail , a second side portion rising upwardly from said second bottom portion , and an anchor attachment portion where said anchor is attached, said first side portion of the first bracket and said second side portion of the second bracket are joined together so as to overlap each other in a vehicle width direction, and said first bracket is provided to extend forwardly beyond said second bracket at an upper surface of said upper rail of the seat rail .
A method of wireless communication performed by a user equipment, UE, the method comprising: determining a layer 1, L1, cross-carrier repetition configuration for semi-persistent scheduling, SPS, associated with a data transmission on a first component carrier, CC, and at least one repetition of the data transmission on a second component carrier, CC; receiving the data transmission and the at least one repetition of the data transmission; and combining the data transmission and the at least one repetition of the data transmission to decode the data transmission; generating a common acknowledgement/negative acknowledgement, ACK/NACK, signal based on decoding of the data transmission; wherein a temporal distance between receiving a last repetition of the data transmission and transmitting an earliest common ACK/NACK is greater than a distance threshold. determining a layer 1, L1, cross-carrier repetition configuration for semi-persistent scheduling, SPS, associated with a data transmission on a first component carrier, CC, and at least one repetition of the data transmission on a second component carrier, CC; receiving the data transmission and the at least one repetition of the data transmission; and combining the data transmission and the at least one repetition of the data transmission to decode the data transmission; generating a common acknowledgement/negative acknowledgement, ACK/NACK, signal based on decoding of the data transmission; wherein a temporal distance between receiving a last repetition of the data transmission and transmitting an earliest common ACK/NACK is greater than a distance threshold.
APPARATUS FOR THE REPARATION OF POST-COLLISION, DAMAGED OR UNDER MAINTENANCE VEHICLES, which comprises a lifter , which consists of an upper platform/framework , fixed to a lifting mechanism , connected to the floor directly or by means of a resting base , which lifter is actuated by at least one actuator , which allows to bring said upper platform/framework to the desired height, onto which the wheel resting/gripping supports of the vehicle are movably mounted, which supports allow the vehicle itself to be lifted and lowered by using the lifter , pushing and/or pulling and/or anchoring equipments for the vehicle, which equipments consist of a pushing and/or pulling arm (7.1) and/or other pushing and/or pulling devices or elements, for example jacks and/or anchoring vises (7.2) and/or other anchoring devices or elements, for example anchoring supports (7.2.2), said equipment being characterised in that the pushing and/or pulling and/or anchoring equipments are mounted onto a sliding element , which moves within the structure of the wheel resting/gripping support , which is movably fixed to the structure of the upper platform/framework , thereby allowing to approach and to quickly mount and centre said equipments in the desired points of the vehicle to be repaired.