mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle including: - a motorcycle body (2, 3, 4) extending along a longitudinal axis (L-L) and having a front part, a tail part and a central part comprised between the front part and the tail part; - at least two wheels (5, 6) constrained to the motorcycle body (2, 3, 4), including a front wheel and a rear wheel; - a traction engine constrained to the motorcycle body (2, 3, 4) and operatively connected to at least one of the wheels (5, 6); - at least one headlight fixed to the front part; - at least one rear light fixed to the tail part; - a first auxiliary lighting device fixed to the motorcycle body (2, 3, 4) and adapted to be electrically controlled in order to be activated and deactivated, wherein the first auxiliary lighting device is arranged and oriented so that, when activated, it lights a ground portion being on the side and/or under the central part of the motorcycle body (2, 3, 4); - an electronic control unit operatively connected to the first auxiliary lighting device in order to activate and deactivate it; characterized by - a radio interface operatively connected to the electronic control unit, wherein the electronic control unit is programmed to activate the first auxiliary lighting device when the speed of the motorcycle is equal to zero and when receiving a radio control signal from said radio interface. - a motorcycle body (2, 3, 4) extending along a longitudinal axis (L-L) and having a front part, a tail part and a central part comprised between the front part and the tail part; - at least two wheels (5, 6) constrained to the motorcycle body (2, 3, 4), including a front wheel and a rear wheel; - a traction engine constrained to the motorcycle body (2, 3, 4) and operatively connected to at least one of the wheels (5, 6); - at least one headlight fixed to the front part; - at least one rear light fixed to the tail part; - a first auxiliary lighting device fixed to the motorcycle body (2, 3, 4) and adapted to be electrically controlled in order to be activated and deactivated, wherein the first auxiliary lighting device is arranged and oriented so that, when activated, it lights a ground portion being on the side and/or under the central part of the motorcycle body (2, 3, 4); - an electronic control unit operatively connected to the first auxiliary lighting device in order to activate and deactivate it; characterized by - a radio interface operatively connected to the electronic control unit, wherein the electronic control unit is programmed to activate the first auxiliary lighting device when the speed of the motorcycle is equal to zero and when receiving a radio control signal from said radio interface.
A nucleic acid sequence capable of driving expression in a plant cell, wherein the nucleic acid sequence comprises a 5'-untranslated region, a first exon, a first intron, and a portion of a second exon of a gene comprising a sequence selected from the group consisting of SEQ ID NOs: 16 and 28 to 33, and wherein the plant cell is a dicot cell.
An electronic pen cartridge (3, 3A, 3AES) for being housed in a tubular pen housing of an electronic pen such that at least a pen tip is projectable from an opening on one side in an axial direction of the pen housing, the electronic pen cartridge (3, 3A, 3AES) comprising: a tubular cartridge housing (30, 30A); an electronic circuit that is disposed in the cartridge housing and that includes a signal transmission circuit configured to generate a signal to be supplied to a position detection sensor; a rechargeable power storage device that is disposed in the cartridge housing and that is configured to supply a power supply voltage to the electronic circuit; and a coil, wherein the power storage device is configured to be charged by a current induced in the coil based on an externally supplied magnetic field, wherein the electronic pen cartridge is characterized in that the coil is wound around an outside of a rear end portion of the cartridge housing, the rear end portion being located on a side of the cartridge housing opposite from the pen tip side in the axial direction of the cartridge housing. a tubular cartridge housing (30, 30A); an electronic circuit that is disposed in the cartridge housing and that includes a signal transmission circuit configured to generate a signal to be supplied to a position detection sensor; a rechargeable power storage device that is disposed in the cartridge housing and that is configured to supply a power supply voltage to the electronic circuit; and a coil, wherein the power storage device is configured to be charged by a current induced in the coil based on an externally supplied magnetic field, wherein the electronic pen cartridge is characterized in that the coil is wound around an outside of a rear end portion of the cartridge housing, the rear end portion being located on a side of the cartridge housing opposite from the pen tip side in the axial direction of the cartridge housing.
A device, comprising: an interface configured to receive a test heart-beat signal and one or more acceleration signals, wherein the heartbeat signal is an ECG signal, and signal processing circuitry (1020, 1030) configured to: detect a beat in the test heartbeat signal; associate (1606, 1608, 1610) with the detected beat a heart rate and an energy of acceleration measured as a norm of said one or more acceleration signals corresponding to said detected beat; selectively include (1612, 1614, 1616) the detected beat in a set of test beats based on the heart rate and energy of acceleration associated with the detected beat; and detect anomalous beats in the set of test beats using a dictionary of a sparse approximation model. an interface configured to receive a test heart-beat signal and one or more acceleration signals, wherein the heartbeat signal is an ECG signal, and signal processing circuitry (1020, 1030) configured to: detect a beat in the test heartbeat signal; associate (1606, 1608, 1610) with the detected beat a heart rate and an energy of acceleration measured as a norm of said one or more acceleration signals corresponding to said detected beat; selectively include (1612, 1614, 1616) the detected beat in a set of test beats based on the heart rate and energy of acceleration associated with the detected beat; and detect anomalous beats in the set of test beats using a dictionary of a sparse approximation model. detect a beat in the test heartbeat signal; associate (1606, 1608, 1610) with the detected beat a heart rate and an energy of acceleration measured as a norm of said one or more acceleration signals corresponding to said detected beat; selectively include (1612, 1614, 1616) the detected beat in a set of test beats based on the heart rate and energy of acceleration associated with the detected beat; and detect anomalous beats in the set of test beats using a dictionary of a sparse approximation model.
A computer-implemented method for generating an electronic map display (800; 900), the method comprising: determining a route distance based on information for a route (802; 902); comparing the route distance with a distance threshold; generating a list of points of interest, POIs, (804, 806) when the route distance is less than the distance threshold, the list of POIs (804, 806) identifying POIs (804, 806) that are located along the route (802; 902); grouping the POIs (804, 806) into one or more buckets based on location; calculating POI densities of the buckets based on the POIs (804, 806) included in each corresponding bucket; ranking the buckets based on the POI densities; providing POI information associated with the POIs (804, 806) included in the ranked buckets, wherein the POI information is provided based on the ranking of the buckets; generating the electronic map display (800; 900) with the POI information; dividing the route (802; 902) into a plurality of segments when the route distance is greater than or equal to the distance threshold; generating a list of segment POIs, the list of segment POIs identifying segment POIs that are located along a first segment included in the plurality of segments; grouping the segment POIs in segment buckets based on locations of the segment POIs; ranking the segment buckets based on POI densities of the segment buckets; and incorporating segment POI information in the electronic map display (800; 900). determining a route distance based on information for a route (802; 902); comparing the route distance with a distance threshold; generating a list of points of interest, POIs, (804, 806) when the route distance is less than the distance threshold, the list of POIs (804, 806) identifying POIs (804, 806) that are located along the route (802; 902); grouping the POIs (804, 806) into one or more buckets based on location; calculating POI densities of the buckets based on the POIs (804, 806) included in each corresponding bucket; ranking the buckets based on the POI densities; providing POI information associated with the POIs (804, 806) included in the ranked buckets, wherein the POI information is provided based on the ranking of the buckets; generating the electronic map display (800; 900) with the POI information; dividing the route (802; 902) into a plurality of segments when the route distance is greater than or equal to the distance threshold; generating a list of segment POIs, the list of segment POIs identifying segment POIs that are located along a first segment included in the plurality of segments; grouping the segment POIs in segment buckets based on locations of the segment POIs; ranking the segment buckets based on POI densities of the segment buckets; and incorporating segment POI information in the electronic map display (800; 900).
Touch pad arrangement having a touch pad which has a sensitive operating surface and which can be moved in a direction of movement between a raised rest position and a lowered position while being guided without tipping by a guide mechanism, characterized in that a lever mechanism is arranged on at least two mutually opposite side areas of the touch pad, the lever mechanism consisting of two levers (11, 11', 11", 11"') which extend approximately longitudinally relative to one another and, in the center of their length, are each mounted in such a way that they can pivot about a fixed joint with a pivot which extends transversely to the direction of movement of the touch pad, the levers (11, 11', 11", 11"') being capable of being acted upon in the direction of movement of the touch pad at the mutually remote lever ends by the touch pad or by a touch pad support supporting the touch pad, and being connected to each other at their mutually adjacent ends by a flexible connection.
Method for repairing a damaged leading or trailing edge region of a metallic turbine blade, which has a suction-side blade wall, a pressure-side blade wall and a leading edge and a trailing edge, comprising the steps: a) removing the damaged leading or trailing edge region, forming a cutout; b) providing a replacement part which can be inserted by form fit into the cutout and which restores the intended geometry of the turbine blade; c) inserting the replacement part by form fit into the cutout in a predetermined insertion direction, and d) connecting the replacement part to the turbine blade by substance bonding, characterized in that - in step a), recesses without undercut relative to the insertion direction are formed in the blade walls (3, 4), wherein the recesses of the suction-side blade wall are positioned offset to the recesses of the pressure-side blade wall when the turbine blade is viewed from the side, - the replacement part provided in step b) has protrusions which in step c) are inserted by form fit into the recesses, wherein after insertion of the replacement part, the replacement part and the turbine blade have regions overlapping one another when the turbine blade is viewed from the side, and - in step c), after insertion into the cutout, the replacement part is fixed to the turbine blade using fixing elements extending through the mutually overlapping regions, such that this mechanical fixing blocks removal of the replacement part from the cutout against the predetermined insertion direction. a) removing the damaged leading or trailing edge region, forming a cutout; b) providing a replacement part which can be inserted by form fit into the cutout and which restores the intended geometry of the turbine blade; c) inserting the replacement part by form fit into the cutout in a predetermined insertion direction, and d) connecting the replacement part to the turbine blade by substance bonding, - in step a), recesses without undercut relative to the insertion direction are formed in the blade walls (3, 4), wherein the recesses of the suction-side blade wall are positioned offset to the recesses of the pressure-side blade wall when the turbine blade is viewed from the side, - the replacement part provided in step b) has protrusions which in step c) are inserted by form fit into the recesses, wherein after insertion of the replacement part, the replacement part and the turbine blade have regions overlapping one another when the turbine blade is viewed from the side, and - in step c), after insertion into the cutout, the replacement part is fixed to the turbine blade using fixing elements extending through the mutually overlapping regions, such that this mechanical fixing blocks removal of the replacement part from the cutout against the predetermined insertion direction.
A heat transport apparatus comprising: a reaction vessel housing heat storage material including a chemical adsorbent that stores heat when ammonia is desorbed, and that dissipates heat when ammonia is fixed via a coordination reaction; an ammonia buffer vessel capable of taking up and releasing ammonia; and an ammonia pipe that is connected to the reaction vessel and to the ammonia buffer vessel, and that allows ammonia to flow between the reaction vessel and the ammonia buffer vessel; wherein a difference in ammonia pressure arising between the reaction vessel and the ammonia buffer vessel is utilized to transport heat by transporting ammonia from one vessel to the other vessel, and characterized by a pressure control section that controls ammonia pressure in the reaction vessel at least at one time out of when the reaction vessel is desorbing ammonia, or when the reaction vessel is fixing ammonia, wherein the pressure control section controls so as to lower the ammonia pressure of the reaction vessel when the reaction vessel is desorbing ammonia, and wherein the pressure control section controls so as to raise the ammonia pressure of the reaction vessel when the reaction vessel is fixing ammonia via a coordination reaction. a reaction vessel housing heat storage material including a chemical adsorbent that stores heat when ammonia is desorbed, and that dissipates heat when ammonia is fixed via a coordination reaction; an ammonia buffer vessel capable of taking up and releasing ammonia; and an ammonia pipe that is connected to the reaction vessel and to the ammonia buffer vessel, and that allows ammonia to flow between the reaction vessel and the ammonia buffer vessel; wherein a difference in ammonia pressure arising between the reaction vessel and the ammonia buffer vessel is utilized to transport heat by transporting ammonia from one vessel to the other vessel, and characterized by a pressure control section that controls ammonia pressure in the reaction vessel at least at one time out of when the reaction vessel is desorbing ammonia, or when the reaction vessel is fixing ammonia, wherein the pressure control section controls so as to lower the ammonia pressure of the reaction vessel when the reaction vessel is desorbing ammonia, and wherein the pressure control section controls so as to raise the ammonia pressure of the reaction vessel when the reaction vessel is fixing ammonia via a coordination reaction.
An electric storage device including a positive electrode, a negative electrode, a separator disposed between the positive electrode and the negative electrode, and a nonaqueous electrolyte solution in which an electrolyte is dissolved in a nonaqueous solvent, wherein the nonaqueous electrolyte solution contains lithium difluorobis(oxalato)phosphate; the electric storage device comprising: an inorganic filler layer disposed between the positive electrode and the negative electrode, characterized in that the inorganic filler comprises silica and/or alumino silicate.
A refractory material withstanding high temperatures in an oxidizing medium, the material being characterized in that it contains: • 50% by volume HfB 2; • 25% by volume HfC; and • 25% by volume TaB 2. • 50% by volume HfB 2; • 25% by volume HfC; and • 25% by volume TaB 2.
A method of performing positioning, comprising: obtaining a user differential range error, UDRE, and a UDRE growth rate for each of at least one satellite; and deriving a location estimate for a terminal based on the UDRE, the UDRE growth rate and a time of validity for the UDRE growth rate for each of the at least one satellite wherein the deriving the location estimate comprises: determining a corrected UDRE for each of the at least one satellite based on the UDRE, the UDRE growth rate, and the time of validity for UDRE growth rate for the satellite, and deriving the location estimate based on the corrected UDRE for each satellite. obtaining a user differential range error, UDRE, and a UDRE growth rate for each of at least one satellite; and deriving a location estimate for a terminal based on the UDRE, the UDRE growth rate and a time of validity for the UDRE growth rate for each of the at least one satellite wherein the deriving the location estimate comprises: determining a corrected UDRE for each of the at least one satellite based on the UDRE, the UDRE growth rate, and the time of validity for UDRE growth rate for the satellite, and deriving the location estimate based on the corrected UDRE for each satellite. determining a corrected UDRE for each of the at least one satellite based on the UDRE, the UDRE growth rate, and the time of validity for UDRE growth rate for the satellite, and deriving the location estimate based on the corrected UDRE for each satellite.
A recliner for a vehicle, the recliner comprising: a mobile flange opened at an upper side thereof and including a seating space formed therein, an internal gear formed on an inner surface that defines the seating space, and a support portion formed at a center of the seating space and protruding upward from a lower surface, the support portion having a multistage structure (142, 144) having stages with different outer diameters; an eccentric ring installed in the seating space of the mobile flange by being fitted with the support portion of the mobile flange, the eccentric ring including a corresponding end corresponding to the multistage structure (142, 144) of the support portion and formed on an inner surface being in contact with the support portion; a gear plate disposed in the seating space of the mobile flange and including an external gear formed on an outer peripheral surface thereof, the external gear being configured to engage with the internal gear of the mobile flange; and a cam disposed between the eccentric ring and the gear plate and configured to press the gear plate to one side. a mobile flange opened at an upper side thereof and including a seating space formed therein, an internal gear formed on an inner surface that defines the seating space, and a support portion formed at a center of the seating space and protruding upward from a lower surface, the support portion having a multistage structure (142, 144) having stages with different outer diameters; an eccentric ring installed in the seating space of the mobile flange by being fitted with the support portion of the mobile flange, the eccentric ring including a corresponding end corresponding to the multistage structure (142, 144) of the support portion and formed on an inner surface being in contact with the support portion; a gear plate disposed in the seating space of the mobile flange and including an external gear formed on an outer peripheral surface thereof, the external gear being configured to engage with the internal gear of the mobile flange; and a cam disposed between the eccentric ring and the gear plate and configured to press the gear plate to one side.
A laminated structure of a photovoltaic assembly, comprising: a first encapsulation layer, a second encapsulation layer, and a solar cell string between the first encapsulation layer and the second encapsulation layer; wherein: the first encapsulation layer comprises 30-50 wt. % of fiber cloth and 50-70 wt. % of a first powder coating evenly disposed on the fiber cloth; the second encapsulation layer comprises 30-50 wt. % of the fiber cloth and 50-70 wt. % of a second powder coating evenly disposed on the fiber cloth; the first powder coating employs an acrylic powder coating; the second powder coating employs the polyester powder coating; the acrylic powder coating comprises acrylic resin and acrylic resin curing agent; the polyester powder coating comprises polyester resin and polyester resin curing agent; and the fiber cloth comprises woven fiber material. the first encapsulation layer comprises 30-50 wt. % of fiber cloth and 50-70 wt. % of a first powder coating evenly disposed on the fiber cloth; the second encapsulation layer comprises 30-50 wt. % of the fiber cloth and 50-70 wt. % of a second powder coating evenly disposed on the fiber cloth; the first powder coating employs an acrylic powder coating; the second powder coating employs the polyester powder coating; the acrylic powder coating comprises acrylic resin and acrylic resin curing agent; the polyester powder coating comprises polyester resin and polyester resin curing agent; and the fiber cloth comprises woven fiber material.
Method for configuring a power distribution within a cellular network system, the cellular network system comprising at least one cooperation area of a joint processing coordinated multi point transmission system, wherein the at least one cooperation area is defined by at least two base stations, each comprising at least one antenna, wherein each base station has at least one beam (205, 206), the method comprising configuring the base stations to transmit at a first transmit power level for providing a first receiving power level for a user equipment at a center region of the cooperation area, and configuring the base stations to transmit at a second transmit power level for providing a second receiving power level at a border region of the cooperation area, wherein the second receiving power level is lower than the first receiving power level. the cellular network system comprising at least one cooperation area of a joint processing coordinated multi point transmission system, wherein the at least one cooperation area is defined by at least two base stations, each comprising at least one antenna, wherein each base station has at least one beam (205, 206), the method comprising configuring the base stations to transmit at a first transmit power level for providing a first receiving power level for a user equipment at a center region of the cooperation area, and configuring the base stations to transmit at a second transmit power level for providing a second receiving power level at a border region of the cooperation area, configuring the base stations to transmit at a first transmit power level for providing a first receiving power level for a user equipment at a center region of the cooperation area, and configuring the base stations to transmit at a second transmit power level for providing a second receiving power level at a border region of the cooperation area, wherein the second receiving power level is lower than the first receiving power level.