mhurhangee/patent-ind-claim-en huggingface dataset:
A tyre interfacing dolly adapted to lift and support a tyre of a motorcycle or motor scooter off the ground, the dolly comprising: axially aligned wheels ; a frame which has a front frame part forward of the wheels and a rear frame part behind the wheels , the front frame part having an open end such that the motorcycle or motor scooter tyre can locate in the open end ; a pair of tyre supporting members adjacent the open end and adapted to support the tyre when the front frame part is lifted to lift the motorcycle or motor scooter tyre off the ground and release the tyre when the front frame part is lowered wherein each tyre supporting member has a ramped face and; at least one wheel on the rear frame part ; and a location stop member in the rear frame part ; characterized in that the front frame part and the rear frame part are rigidly connected and angled relative to each other whereby lowering of the rear frame part including said at least one wheel causes said lifting of the front frame part resulting in the ramped faces of the tyre supporting members to wedge against each side of the motorcycle or motor scooter tyre and thereby lifting the motorcycle or motor scooter tyre off the ground and wherein the location stop member supports the motorcycle or motor scooter tyre received into the front frame part when the rear frame part is lowered. axially aligned wheels ; a frame which has a front frame part forward of the wheels and a rear frame part behind the wheels , the front frame part having an open end such that the motorcycle or motor scooter tyre can locate in the open end ; a pair of tyre supporting members adjacent the open end and adapted to support the tyre when the front frame part is lifted to lift the motorcycle or motor scooter tyre off the ground and release the tyre when the front frame part is lowered wherein each tyre supporting member has a ramped face and; at least one wheel on the rear frame part ; and a location stop member in the rear frame part ; characterized in that the front frame part and the rear frame part are rigidly connected and angled relative to each other whereby lowering of the rear frame part including said at least one wheel causes said lifting of the front frame part resulting in the ramped faces of the tyre supporting members to wedge against each side of the motorcycle or motor scooter tyre and thereby lifting the motorcycle or motor scooter tyre off the ground and wherein the location stop member supports the motorcycle or motor scooter tyre received into the front frame part when the rear frame part is lowered.
A sensor module , comprising: a housing ; a sensor board that includes a sensor element and is arranged in the housing ; an external connector that is provided to the housing ; a flexible printed circuit that electrically connects the sensor board and the external connector , the flexible printed circuit including a signal line and a ground line ; and a metallic shield case that includes a bottom portion and a peripheral surface portion , the bottom portion being arranged between the flexible printed circuit and the external connector , the peripheral surface portion covering around the sensor board , the external connector including a first connection pin that is connected to the signal line , a second connection pin that is connected to the ground line , and a third connection pin that is connected to the bottom portion of the shield case , the bottom portion including a first hole , a second hole , a third hole , and a thermal storage , the first hole being a hole through which the first connection pin passes, the second hole being a hole through which the second connection pin passes, the third hole being a hole through which the third connection pin passes, the thermal storage being provided around the third hole and covered with a solder material used to join the third connection pin to the bottom portion , wherein the thermal storage includes a plurality of slits or a concave portion or a heat transfer portion . a housing ; a sensor board that includes a sensor element and is arranged in the housing ; an external connector that is provided to the housing ; a flexible printed circuit that electrically connects the sensor board and the external connector , the flexible printed circuit including a signal line and a ground line ; and a metallic shield case that includes a bottom portion and a peripheral surface portion , the bottom portion being arranged between the flexible printed circuit and the external connector , the peripheral surface portion covering around the sensor board , the external connector including a first connection pin that is connected to the signal line , a second connection pin that is connected to the ground line , and a third connection pin that is connected to the bottom portion of the shield case , the bottom portion including a first hole , a second hole , a third hole , and a thermal storage , the first hole being a hole through which the first connection pin passes, the second hole being a hole through which the second connection pin passes, the third hole being a hole through which the third connection pin passes, the thermal storage being provided around the third hole and covered with a solder material used to join the third connection pin to the bottom portion , wherein the thermal storage includes a plurality of slits or a concave portion or a heat transfer portion .
A Fourier-transform optical spectrometer , comprising: a planar slab ; a first optical waveguide ; a second optical waveguide , wherein said first optical waveguide and said second optical waveguide each is in the form of a local modification of said slab and are laterally disposed at said slab parallel to each other; and an optical detector system connected to an unmodified section of said slab and segmented and extending in parallel to said first optical waveguide and said second optical waveguide , wherein: said first optical waveguide has a propagation mode with a first effective refractive index; said second optical waveguide has a propagation mode with a second effective refractive index different from said first effective refractive index; and said unmodified section of said slab has a propagation mode with a third effective refractive index larger than each of said first effective refractive index and said second effective refractive index, allowing lateral leakage of light from said first optical waveguide and said second optical waveguide into said propagation mode of said unmodified section of said slab , so that an interferogram may be produced in said unmodified section of said slab and be detectable by said optical detector system . a planar slab ; a first optical waveguide ; a second optical waveguide , wherein said first optical waveguide and said second optical waveguide each is in the form of a local modification of said slab and are laterally disposed at said slab parallel to each other; and an optical detector system connected to an unmodified section of said slab and segmented and extending in parallel to said first optical waveguide and said second optical waveguide , said first optical waveguide has a propagation mode with a first effective refractive index; said second optical waveguide has a propagation mode with a second effective refractive index different from said first effective refractive index; and said unmodified section of said slab has a propagation mode with a third effective refractive index larger than each of said first effective refractive index and said second effective refractive index, allowing lateral leakage of light from said first optical waveguide and said second optical waveguide into said propagation mode of said unmodified section of said slab , so that an interferogram may be produced in said unmodified section of said slab and be detectable by said optical detector system .
A Schottky barrier diode, SBD, comprising: a semiconductor layer comprising an n - -type first semiconductor layer and an n + -type second semiconductor layer , the first semiconductor layer comprising α-Ga 2 O 3 , and the second semiconductor layer comprising α-Ga 2 O 3 , a Schottky electrode that is positioned on the first semiconductor layer , and an ohmic electrode that is positioned on the second semiconductor layer ; characterised in that the semiconductor layer comprises a dielectric breakdown field that is 6 MV/cm or more, and the first semiconductor layer comprises a carrier concentration that is 1×10 17 /cm 3 or more. a semiconductor layer comprising an n - -type first semiconductor layer and an n + -type second semiconductor layer , the first semiconductor layer comprising α-Ga 2 O 3 , and the second semiconductor layer comprising α-Ga 2 O 3 , a Schottky electrode that is positioned on the first semiconductor layer , and an ohmic electrode that is positioned on the second semiconductor layer ; characterised in that the semiconductor layer comprises a dielectric breakdown field that is 6 MV/cm or more, and the first semiconductor layer comprises a carrier concentration that is 1×10 17 /cm 3 or more.
Use of a catalyst comprising Pd and/or Pt and oxides of Si, Ti and W, wherein the catalyst is either present in the form of an extrudate composed of oxides of Si, Ti and W which is impregnated with Pd and/or Pt or is present in the form of a supported catalyst in which a layer comprising the Pd and/or Pt and the oxides of Si, Ti and W has been applied to a support body, for removing carbon monoxide (CO) and hydrocarbons from offgas streams of the cement industry which contain water vapour and mineral dust.
A connector comprising: a terminal ; an electric wire connected to the terminal ; and a housing having a tubular portion that accommodates and holds the terminal and the electric wire therein, wherein an electric wire connection portion and a terminal connection portion are provided on both end sides of the terminal , the electric wire connection portion is connected to the electric wire , the terminal connection portion is configured to be connected to a mating terminal, the electric wire connection portion is formed in a solid cylindrical shape, a protruding piece protruding in a radial direction is provided, a first retaining piece and a second retaining piece configured to be locked to the protruding piece are provided on an inner peripheral surface of the tubular portion of the housing , and the second retaining piece is disposed at a position shifted from the first retaining piece in both a circumferential direction and an axial direction of the tubular portion , characterized in that , a joining portion between an end surface of the electric wire connection portion and an end surface of the electric wire includes the protruding piece which protrudes from the electric wire connection portion . a terminal ; an electric wire connected to the terminal ; and a housing having a tubular portion that accommodates and holds the terminal and the electric wire therein, wherein an electric wire connection portion and a terminal connection portion are provided on both end sides of the terminal , the electric wire connection portion is connected to the electric wire , the terminal connection portion is configured to be connected to a mating terminal, the electric wire connection portion is formed in a solid cylindrical shape, a protruding piece protruding in a radial direction is provided, a first retaining piece and a second retaining piece configured to be locked to the protruding piece are provided on an inner peripheral surface of the tubular portion of the housing , and the second retaining piece is disposed at a position shifted from the first retaining piece in both a circumferential direction and an axial direction of the tubular portion ,
An adjusting drive for a motor-adjustable steering column for a motor vehicle, comprising a motorized drive unit and an external threaded spindle which has an external thread and a coaxial internal thread into which an internal threaded spindle engages, wherein the external threaded spindle and the internal threaded spindle are able to be driven in rotation relative to one another about an axis (G) by the drive unit , characterized in that the external threaded spindle engages with its external thread in a drive nut , wherein the drive nut or the internal threaded spindle is able to be driven in rotation by the drive unit and is supported relative to the drive unit in the direction of the axis (G).
An asphalt composition comprising reclaimed asphalt and an ester-functional rejuvenating agent derived from tall oil or derived from at least one improved thermal stability alcohol having a quaternary carbon located beta to the oxygen of any of its hydroxyl groups, wherein the reclaimed asphalt comprises aggregate and an aged asphalt binder, and wherein the rejuvenating agent has a titer by ASTM D1982 less than 30°C and is present in an amount effective to reduce the glass-transition onset temperature as determined by the method disclosed in the description of the aged asphalt binder by at least 5°C compared with the glass-transition onset temperature as determined by the method disclosed in the description of the aged asphalt binder without the rejuvenating agent.
A drill bit , comprising: a shank having a threaded coupling formed at an upper end thereof; a bit body mounted to a lower end of the shank and having a plenum; a gage section forming an outer portion of the drill bit ; and a cutting face forming a lower end of the drill bit and comprising: a core receptacle formed at a center of the cutting face, operable to receive a core of earth, and comprising: a concave core cutter mounted to a bottom of the bit body ; and a core port extending from the plenum through the bottom of the bit body and operable to discharge drilling fluid onto the core and core cutter ; a plurality of blades protruding from a bottom of the bit body and extending from a periphery of the core receptacle to the gage section; and a plurality of leading cutters mounted along each blade characterized in that: the concave core cutter comprises a superhard cutting table attached to a hard substrate at an interface ; the cutting table has a second cutting face opposite to the interface ; the second cutting face has a central crater ; and the concave core cutter is operable to destroy the core of earth. a shank having a threaded coupling formed at an upper end thereof; a bit body mounted to a lower end of the shank and having a plenum; a gage section forming an outer portion of the drill bit ; and a cutting face forming a lower end of the drill bit and comprising: a core receptacle formed at a center of the cutting face, operable to receive a core of earth, and comprising: a concave core cutter mounted to a bottom of the bit body ; and a core port extending from the plenum through the bottom of the bit body and operable to discharge drilling fluid onto the core and core cutter ; a plurality of blades protruding from a bottom of the bit body and extending from a periphery of the core receptacle to the gage section; and a plurality of leading cutters mounted along each blade a core receptacle formed at a center of the cutting face, operable to receive a core of earth, and comprising: a concave core cutter mounted to a bottom of the bit body ; and a core port extending from the plenum through the bottom of the bit body and operable to discharge drilling fluid onto the core and core cutter ; a concave core cutter mounted to a bottom of the bit body ; and a core port extending from the plenum through the bottom of the bit body and operable to discharge drilling fluid onto the core and core cutter ; a plurality of blades protruding from a bottom of the bit body and extending from a periphery of the core receptacle to the gage section; and a plurality of leading cutters mounted along each blade the concave core cutter comprises a superhard cutting table attached to a hard substrate at an interface ; the cutting table has a second cutting face opposite to the interface ; the second cutting face has a central crater ; and the concave core cutter is operable to destroy the core of earth.
A method for compressing data, comprising obtaining a baseband signal; sampling obtained baseband signal to obtain several discrete baseband signals; calculating a phase and an amplitude of each of the discrete baseband signals, characterized in that said method further comprises: adjusting the amplitude of each of the discrete baseband signals respectively so that adjusted amplitude satisfies a preset peak-to-average ratio; and performing respectively for each of the discrete baseband signals operations of: bit-truncating the phase and the adjusted amplitude corresponding respectively to each of discrete baseband signals according to bit widths which are set respectively corresponding to the phase and the adjusted amplitude, and combining bit-truncated phase and bit-truncated amplitude into a compressed discrete baseband signal. obtaining a baseband signal; sampling obtained baseband signal to obtain several discrete baseband signals; calculating a phase and an amplitude of each of the discrete baseband signals, characterized in that said method further comprises: adjusting the amplitude of each of the discrete baseband signals respectively so that adjusted amplitude satisfies a preset peak-to-average ratio; and performing respectively for each of the discrete baseband signals operations of: bit-truncating the phase and the adjusted amplitude corresponding respectively to each of discrete baseband signals according to bit widths which are set respectively corresponding to the phase and the adjusted amplitude, and combining bit-truncated phase and bit-truncated amplitude into a compressed discrete baseband signal.
Power equipment, comprising: an equipment main body provided with a propelling device; a power source for selectively powering the propelling device; an internal combustion engine having a plurality of cylinders and supported by the equipment main body , the engine including a throttle valve for adjusting a flow of air or mixture into the cylinders of the engine ; an engine control unit for controlling the throttle valve of the engine , and selectively deactivating at least one of the cylinders; a work implement connected to the engine in a power transmitting relationship; and a clutch provided in a power transmission path between the engine and the work implement ; characterized by a central control unit for controlling an operation of the propelling device, the clutch and the engine control unit; wherein the central control unit is configured to cause the engine control unit to operate the engine at a prescribed rotational speed (Nb2) with two or more of the cylinders kept activated when the clutch is engaged and the propelling device is propelling the power equipment forward, and to deactivate at least one of the cylinders when an opening of the throttle valve is below a first prescribed value (Thb3) for a prescribed time period while the clutch is maintained engaged and the propelling device is propelling the power equipment forward. an equipment main body provided with a propelling device; a power source for selectively powering the propelling device; an internal combustion engine having a plurality of cylinders and supported by the equipment main body , the engine including a throttle valve for adjusting a flow of air or mixture into the cylinders of the engine ; an engine control unit for controlling the throttle valve of the engine , and selectively deactivating at least one of the cylinders; a work implement connected to the engine in a power transmitting relationship; and a clutch provided in a power transmission path between the engine and the work implement ; characterized by a central control unit for controlling an operation of the propelling device, the clutch and the engine control unit; wherein the central control unit is configured to cause the engine control unit to operate the engine at a prescribed rotational speed (Nb2) with two or more of the cylinders kept activated when the clutch is engaged and the propelling device is propelling the power equipment forward, and to deactivate at least one of the cylinders when an opening of the throttle valve is below a first prescribed value (Thb3) for a prescribed time period while the clutch is maintained engaged and the propelling device is propelling the power equipment forward.
A compound of Formula I, or a pharmaceutically acceptable salt thereof: for use in the treatment of a cancer characterized by expression of at least a KRAS mutation, wherein the compound of Formula I alters the activity of KRAS or cMet resulting from said KRAS mutation.
A decorative sheet comprising: a base sheet; a decorative layer; and a surface protective layer, wherein the decorative layer contains a composite oxide containing at least manganese and has a thickness of 0.7 to 13 μm, wherein a composite oxide content in the decorative layer based on the solids content is 30% to 75% by mass, and wherein the surface protective layer constitutes the outermost layer of the decorative sheet. a base sheet; a decorative layer; and a surface protective layer, wherein the decorative layer contains a composite oxide containing at least manganese and has a thickness of 0.7 to 13 μm, wherein a composite oxide content in the decorative layer based on the solids content is 30% to 75% by mass, and wherein the surface protective layer constitutes the outermost layer of the decorative sheet.
Fabric, in particular carpet, having a shadow effect, comprising: - a backing fabric (BF) having binding warp yarns (B 1 , B 2 ) repeatedly crossing each other for providing weft receiving openings (O), tension warp yarns (T) substantially extending in a warp direction (WA), and weft yarns (E 1 , I, E 2 ) substantially extending in a weft direction through the weft receiving openings (O), - pile warp yarns (PY 1 , PY 2 , PY 3 , PY 4 ) interlaced with weft yarns (E 1 , E 2 ) of the backing fabric (BF) for providing piles (P) extending out of the backing fabric (BF) at a pile side (PS), wherein, in at least one weft receiving opening (O), preferably the majority of the weft receiving openings (O), most preferably each weft receiving opening (O), each one of two weft yarns (E 1 , E 2 ) positioned immediately adjacent to the two crossings (C 1 , C 2 ) of the binding warp yarns (B1, B 2 ) defining this weft receiving opening (O) in the warp direction (WA), provides an end weft yarn (E 1 , E 2 ) positioned at a back side (BS) relative to at least one weft separating warp yarn (T, PY 1 , PY 2 , PY 3 , PY 4 ) extending in the backing fabric (BF) substantially in the warp direction (WA), and at least one intermediate weft yarn (I) positioned adjacent to such an end weft yarn (E 1 , E 2 ) in the warp direction (WA) is positioned at the pile side (PS) relative to the at least one weft separating warp yarn (T, PY 1 , PY 2 , PY 3 , PY 4 ), wherein, for providing a pile (P), in association with this weft receiving opening (O), a pile warp yarn (PY 1 , PY 2 , PY 3 ) is interlaced with an end weft yarn (E 1 , E 2 ) of this weft receiving opening (O) such as to extend out of the backing fabric (BF) between this end weft yarn (E 1 , E 2 ) and an intermediate weft yarn (I) of this weft receiving opening (O). - a backing fabric (BF) having binding warp yarns (B 1 , B 2 ) repeatedly crossing each other for providing weft receiving openings (O), tension warp yarns (T) substantially extending in a warp direction (WA), and weft yarns (E 1 , I, E 2 ) substantially extending in a weft direction through the weft receiving openings (O), - pile warp yarns (PY 1 , PY 2 , PY 3 , PY 4 ) interlaced with weft yarns (E 1 , E 2 ) of the backing fabric (BF) for providing piles (P) extending out of the backing fabric (BF) at a pile side (PS),