mhurhangee/patent-ind-claim-en huggingface dataset:
A scooter comprising: a handlebar assembly ; a deck ; and a pivot assembly that couples the handlebar assembly to the deck , the pivot assembly comprising: a support assembly pivotably coupled to a bracket by a rod , the bracket comprising a rail surface having a first receiving region spaced apart from a second receiving region, an intermediate portion of the rail surface being disposed between the first and second receiving regions, the intermediate portion being disposed a first distance away from the rod, the first distance being greater than a distance between the rod and the first or second receiving regions; a knob coupled to a pin by a collar , the knob configured to slide the pin radially away from the rod; a brace portion extending across a face of the support assembly ; and a shaft passing through the collar , a first end of the shaft being attached to the knob , a second end of the shaft being opposite the first end, characterised in that the knob is configured so that rotation of the knob in a first rotational direction moves the second end into engagement with the brace portion , thereby inhibiting movement of the handlebar assembly relative to the deck . a handlebar assembly ; a deck ; and a pivot assembly that couples the handlebar assembly to the deck , the pivot assembly comprising: a support assembly pivotably coupled to a bracket by a rod , the bracket comprising a rail surface having a first receiving region spaced apart from a second receiving region, an intermediate portion of the rail surface being disposed between the first and second receiving regions, the intermediate portion being disposed a first distance away from the rod, the first distance being greater than a distance between the rod and the first or second receiving regions; a knob coupled to a pin by a collar , the knob configured to slide the pin radially away from the rod; a brace portion extending across a face of the support assembly ; and a shaft passing through the collar , a first end of the shaft being attached to the knob , a support assembly pivotably coupled to a bracket by a rod , the bracket comprising a rail surface having a first receiving region spaced apart from a second receiving region, an intermediate portion of the rail surface being disposed between the first and second receiving regions, the intermediate portion being disposed a first distance away from the rod, the first distance being greater than a distance between the rod and the first or second receiving regions; a knob coupled to a pin by a collar , the knob configured to slide the pin radially away from the rod; a brace portion extending across a face of the support assembly ; and a shaft passing through the collar , a first end of the shaft being attached to the knob , a second end of the shaft being opposite the first end, characterised in that the knob is configured so that rotation of the knob in a first rotational direction moves the second end into engagement with the brace portion , thereby inhibiting movement of the handlebar assembly relative to the deck .
A method for an autonomous handover in an unlicensed spectrum performed by a user equipment, the method comprising: receiving a first measurement condition including a first maximum duration of time for sending a message informing that the autonomous handover is being initiated; when an autonomous handover event is triggered, starting a timer to indicate whether the first maximum duration of time has expired; initiating the sending of the message to an access node of a source cell during the first maximum duration of time, wherein the message is sent when a channel clearance procedure is successful and; commencing the autonomous handover towards an access node of a target cell after the first maximum duration of time has expired. receiving a first measurement condition including a first maximum duration of time for sending a message informing that the autonomous handover is being initiated; when an autonomous handover event is triggered, starting a timer to indicate whether the first maximum duration of time has expired; initiating the sending of the message to an access node of a source cell during the first maximum duration of time, wherein the message is sent when a channel clearance procedure is successful and; commencing the autonomous handover towards an access node of a target cell after the first maximum duration of time has expired.
A polymeric composition comprising: a) a plasticizer selected from and and b) a polymeric material comprising an aliphatic polyester, a cellulose ester, a polyvinyl chloride, or an acrylic polymer, wherein the plasticizer is compatible with the polymeric material. a) a plasticizer selected from and and b) a polymeric material comprising an aliphatic polyester, a cellulose ester, a polyvinyl chloride, or an acrylic polymer, wherein the plasticizer is compatible with the polymeric material.
Water-softening device for softening water supplied to an electrical household appliance, comprising: - a first tank for containing substances with water-softening properties, - a second salt-containing tank , having at least one water inlet opening , and - a chamber for containing brine formed as a result of the entry of water into the second tank and the dissolution of the salt contained therein and intended for regenerating said water-softening substances, said chamber being hydraulically connected to the second tank and being provided with a discharge conduit directed towards said first tank , wherein the said discharge conduit is provided with a pump , wherein said second tank and said chamber are formed within a single casing , within which they are separated by a porous partition, said water-softening device being characterized in that said porous partition is horizontally placed, so that said chamber is located below the second tank , and in that said first tank is located at a level higher than the level of said chamber . - a first tank for containing substances with water-softening properties, - a second salt-containing tank , having at least one water inlet opening , and - a chamber for containing brine formed as a result of the entry of water into the second tank and the dissolution of the salt contained therein and intended for regenerating said water-softening substances, said chamber being hydraulically connected to the second tank and being provided with a discharge conduit directed towards said first tank , wherein the said discharge conduit is provided with a pump ,
A method of manufacturing a nanowire transistor, comprising: oxidizing a well implant to form a local isolation region; forming a fin on the local isolation region that includes alternating layers of a first semiconductor and a second semiconductor, wherein an initial layer of the first semiconductor abuts the local isolation region, and wherein the fin extends from a first extension region to a second extension region; implanting an etch stop dopant in the first extension region and in the second extension region; forming a dummy gate opening to expose a gate region of the fin; selectively etching the layers of the first semiconductor in the gate region of the fin to form nanowires from the layers of the second semiconductor in the gate region, wherein the implanted etch stop dopant inhibits a selective etching of the layers of the first semiconductor in the first extension region and in the second extension region; selectively oxidizing the layers of the first semiconductor such that each layer of the first semiconductor includes oxidized caps extending from the dummy gate opening into the first extension region and into the second extension region; and forming a replacement metal gate around the nanowires. oxidizing a well implant to form a local isolation region; forming a fin on the local isolation region that includes alternating layers of a first semiconductor and a second semiconductor, wherein an initial layer of the first semiconductor abuts the local isolation region, and wherein the fin extends from a first extension region to a second extension region; implanting an etch stop dopant in the first extension region and in the second extension region; forming a dummy gate opening to expose a gate region of the fin; selectively etching the layers of the first semiconductor in the gate region of the fin to form nanowires from the layers of the second semiconductor in the gate region, wherein the implanted etch stop dopant inhibits a selective etching of the layers of the first semiconductor in the first extension region and in the second extension region; selectively oxidizing the layers of the first semiconductor such that each layer of the first semiconductor includes oxidized caps extending from the dummy gate opening into the first extension region and into the second extension region; and forming a replacement metal gate around the nanowires.
A triaxial magnetism detecting apparatus performing triaxial magnetism detection for mutually perpendicular X, Y, and Z axes, the apparatus comprising: a body ; a retaining member formed of a non-magnetic material, the retaining member being fixed on the body ; a magnetism detector (152-1 - 152-3, 252-1 - 252-3) configured to detect a magnitude of a magnetic field component along one of X, Y, and Z axes, the magnetism detectors (152-1 - 152-3, 252-1 - 252-3) being fixed respectively on side faces of the retaining member that are perpendicular to a face being in contact with the body ; and a circuit board to which an output signal of the magnetism detector (152-1 - 152-3, 252-1 - 252-3) is transmitted, the circuit board being fixed on the body , wherein the retaining member and the circuit board are separated from each other, and a terminal pin that electrically connects the magnetism detector (152-1 - 152-3, 252-1 - 252-3) and the circuit board , characterized in that the terminal pin has a first fixed portion to be fixed to the circuit board and has a second fixed portion to be fixed to the retaining member and a connection portion to be connected to the magnetism detector (152-1 - 152-3, 252-1 - 252-3). a body ; a retaining member formed of a non-magnetic material, the retaining member being fixed on the body ; a magnetism detector (152-1 - 152-3, 252-1 - 252-3) configured to detect a magnitude of a magnetic field component along one of X, Y, and Z axes, the magnetism detectors (152-1 - 152-3, 252-1 - 252-3) being fixed respectively on side faces of the retaining member that are perpendicular to a face being in contact with the body ; and a circuit board to which an output signal of the magnetism detector (152-1 - 152-3, 252-1 - 252-3) is transmitted, the circuit board being fixed on the body , wherein the retaining member and the circuit board are separated from each other, and a terminal pin that electrically connects the magnetism detector (152-1 - 152-3, 252-1 - 252-3) and the circuit board , characterized in that the terminal pin has a first fixed portion to be fixed to the circuit board and has a second fixed portion to be fixed to the retaining member and a connection portion to be connected to the magnetism detector (152-1 - 152-3, 252-1 - 252-3).
A lighting apparatus comprising: a first flexible filament with a first elongated flexible substrate mounted with a first set of LED modules, the first set of LED modules comprising LED modules of multiple colors; a second flexible filament with a second elongated flexible substrate mounted with a second set of LED modules, the second set of LED modules comprising LED modules of multiple color temperatures; and a driver configured for controlling the first set of LED modules and the second set of LED modules for mixing an output light of a needed color and a needed color temperature; a bulb shell configured for enclosing the first flexible filament and the second flexible filament and for allowing the output light pass through; and a cap configured for installing to a socket to receive an external power source, werein top ends of the first flexible filament and the second flexible filament are connected to a top end of a central column , characterized in that the first flexible filament and the second flexible filament are twisted together, and in that the central column is a light guide configured for emitting a second output light, and in that the second output light is emitted by a red LED module configured for enhancing red light color rendering. a first flexible filament with a first elongated flexible substrate mounted with a first set of LED modules, the first set of LED modules comprising LED modules of multiple colors; a second flexible filament with a second elongated flexible substrate mounted with a second set of LED modules, the second set of LED modules comprising LED modules of multiple color temperatures; and a driver configured for controlling the first set of LED modules and the second set of LED modules for mixing an output light of a needed color and a needed color temperature; a bulb shell configured for enclosing the first flexible filament and the second flexible filament and for allowing the output light pass through; and a cap configured for installing to a socket to receive an external power source, werein top ends of the first flexible filament and the second flexible filament are connected to a top end of a central column , characterized in that the first flexible filament and the second flexible filament are twisted together, and in that the central column is a light guide configured for emitting a second output light, and in that the second output light is emitted by a red LED module configured for enhancing red light color rendering.
An apparatus comprising: a first engine buffer (1101 1 ) to receive a first engine request; and a second engine buffer (1101 2 ) to receive a second engine request; wherein the first (1101 1 ) and second (1101 2 ) engine buffers are first and second Translation Look Aside Buffers (TLBs); a first engine register (1201 1 ) coupled to the first engine buffer (1101 1 ), wherein the first engine register (1201 1 ) is to store one or more first engine credits associated with the first engine buffer (1101 1 ); a second engine register (1201 2 ) coupled to the second engine buffer (1101 2 ), wherein the second engine register (1201 2 ) is to store one or more second engine credits associated with the second engine buffer (1101 2 ); a common buffer which is common to the first (1101 1 ) and second (1101 2 ) engine buffers, wherein the one or more first engine credits represents one or more slots in the common buffer for servicing the first engine request for access to a common memory resource , and wherein the one or more second engine credits represents one or more slots in the common buffer for servicing the second engine request for access to the common memory resource ; a credit memory for storing credits, wherein the credit memory is to store unused credits from the first (1101 1 ) and second (1101 2 ) engine buffers; and logic to move credits from the credit memory to the first (1101 1 ) and/or second (1101 2 ) engine buffers upon request from the first (1101 1 ) and/or second (1101 2 ) engine buffers. a first engine buffer (1101 1 ) to receive a first engine request; and a second engine buffer (1101 2 ) to receive a second engine request; wherein the first (1101 1 ) and second (1101 2 ) engine buffers are first and second Translation Look Aside Buffers (TLBs); a first engine register (1201 1 ) coupled to the first engine buffer (1101 1 ), wherein the first engine register (1201 1 ) is to store one or more first engine credits associated with the first engine buffer (1101 1 ); a second engine register (1201 2 ) coupled to the second engine buffer (1101 2 ), wherein the second engine register (1201 2 ) is to store one or more second engine credits associated with the second engine buffer (1101 2 ); a common buffer which is common to the first (1101 1 ) and second (1101 2 ) engine buffers, wherein the one or more first engine credits represents one or more slots in the common buffer for servicing the first engine request for access to a common memory resource , and wherein the one or more second engine credits represents one or more slots in the common buffer for servicing the second engine request for access to the common memory resource ; a credit memory for storing credits, wherein the credit memory is to store unused credits from the first (1101 1 ) and second (1101 2 ) engine buffers; and logic to move credits from the credit memory to the first (1101 1 ) and/or second (1101 2 ) engine buffers upon request from the first (1101 1 ) and/or second (1101 2 ) engine buffers.
Compression garment for a body , comprising an upper part having a first opening adapted to receive a body part, a central portion , and a lower part , an inner surface adapted to face said body part, said compression garment further comprising a first material , an elongated gap arranged in said first material and disposed substantially in the compression garment's longitudinal direction , said elongated gap having a first side edge and a second side edge , a second material arranged and disposed between and attached to said first and second side edge such that said second material essentially covers or fills said elongated gap , said second material being elastic, a tensioning device adapted to adjust the level of compression of the garment on said body part, said tensioning device being arranged in or across said elongated gap on the outside of said compression garment and outside said second material disposed in said elongated gap , on the side facing away from the underlying body part when in use, such that operating said tensioning device will close or open said elongated gap , wherein said first material and said tensioning device are attached to each other via flaps or other attachment points arranged along said first and second side edges of said elongated gap , wherein said compression garment further comprises an elongated padded element , said padded element being arranged on or as part of an outer surface of said second material .
A syringe dispenser comprising: a syringe ; and a plunger configured to be pushed into the syringe , wherein the plunger includes: a first shaft member including a piston at a front end thereof; and a second shaft member configured to be fitted in a tubular portion (3a 9 ) of the first shaft member , the first shaft member including at least one elastic piece (3a 1 ) extending toward a rear side, the elastic piece (3a 1 ) being provided with a slide projection (3a 2 ) and a lock projection (3a 3 ), the slide projection (3a 2 ) being configured to enter through a rear end opening portion (A 2 ) of the syringe and slide on an inner circumferential surface of the syringe , and the lock projection (3a 3 ) being configured to be locked against a rear end of the syringe , the second shaft member including a pressing shaft (3b 4 ) characterized by the pressing shaft (3b 4 ) being configured to be fitted in the tubular portion (3a 9 ), the pressing shaft (3b 4 ) being provided in a front end of the second shaft member with an end surface configured to press a free end of the elastic piece (3a 1 ) and a tapered surface (3f 2 ) disposed on the inner circumferential side of the end surface , and the pressing shaft (3b 4 ) being also provided on an outer circumferential surface thereof with an engagement projection (3b 2 ) configured to engage with an engagement portion of the tubular portion (3a 9 ) to prevent the second shaft member from slipping out, and wherein in response to pressing from the end surface , the free end of the elastic piece (3a 1 ) is restrained between the second shaft member and the syringe , and the elastic piece (3a 1 ) undergoes a flexure deformation starting from the slide projection (3a 2 ), and thus, the lock projection (3a 3 ) is locked against the rear end of the syringe , and in response to the pressing being released, the locking of the lock projection (3a 3 ) is released due to a restoring force from the flexure deformation that starts from the slide projection (3a 2 ).
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: R 1 is halo; R 2 is halo; R 3 is (C 1 -C 6 )alkyl; R 4 is (C 1 -C 6 )alkyl; and Q is CH or N; for use in treating castration resistant prostate cancer (CRPC) or osteoblastic bone metastases associated with CRPC. R 1 is halo; R 2 is halo; R 3 is (C 1 -C 6 )alkyl; R 4 is (C 1 -C 6 )alkyl; and Q is CH or N;
Filter arrangement having a filter housing , a filter element and a sealing element surrounding the filter element , having a first housing part and a second housing part which can be joined together and separated from one another in an axial mounting direction (M), wherein a first edge section of the first housing part and a second edge section of the second housing part form a receiving area for the sealing element in such a way that the sealing element is clamped in a radially sealing manner between the edge sections , and having a snap-fit connection device for axially clamping the housing parts , which is integrally formed on the housing parts in such a way that a contact force or clamping force radially (R) acting on the sealing element with the aid of the edge sections is decoupled from the snap-fit connection device , wherein a resilient snap-in hook associated with the first edge section of the snap-fit connection device is radially spaced outwards from the first edge section in such a way that a contact force or clamping force directed radially inwards onto the sealing element by the edge section is decoupled from the snap-in hook , wherein the snap-in hook is U-shaped and comprises a first leg , a spring section and a second leg , wherein the first leg spaced apart with the aid of a radial web from a housing wall of the first housing part extends axially along the housing wall.
A composite, which is a Si-O-C-Li composite comprising nano-silicon , a silicon-oxygen-lithium compound , silicon oxide and a carbon coating , wherein the silicon-oxygen-lithium compound is partially crystalline, and the nano-silicon and the silicon-oxygen-lithium compound are grown from in-situ reduction of a carbon-coated silicon oxide which comprises a silicon oxide and a carbon coating coated on the surface of the silicon oxide such that there is no clear interface between the nano-silicon and the silicon-oxygen-lithium compound; and the nano-silicon is dispersed in the silicon-oxygen-lithium compound to form fusion particles of the nano-silicon and the silicon-oxygen-lithium compound, and the fusion particles are dispersed in the silicon oxide as a matrix in a sea-island form to form composite particles, with the carbon coating coated on the surface of the composite particles.