mhurhangee/patent-ind-claim-en huggingface dataset:
An MT, manual transmission, type straddled vehicle , the MT type straddled vehicle comprising: a frame including two seat frames ; a seat supported by the two seat frames ; a multi-stage transmission device configured to change a gear ratio in multiple stages in response to an operation; an engine including a crankshaft , a piston , a cylinder , and a crankcase , the crankshaft extending in a left-right direction (LR) of the MT type straddled vehicle , the cylinder having a cylinder bore in which the piston is reciprocably accommodated, the crankcase being connected to the cylinder and storing the crankshaft and the multi-stage transmission device , the engine being attached to the frame ; a starter motor configured to start the engine ; and a motor driver configured to perform switching of a current to be supplied to the starter motor ; the starter motor being provided to one end portion of the crankshaft , the starter motor being a multi-phase brushless motor that serves also as a generator that is configured to generate electricity by being driven by the engine , the motor driver being provided to the two seat frames either directly or through a fixing member, in such a manner that the motor driver is fixed relative to the two seat frames , characterized in that at least a part of the motor driver is included within a seat frame space , the seat frame space being defined as a space within the two seat frames in view of the down direction of the MT type straddled vehicle , the seat frame space being formed where downward displacement of the seat can be accepted thereinto. a frame including two seat frames ; a seat supported by the two seat frames ; a multi-stage transmission device configured to change a gear ratio in multiple stages in response to an operation; an engine including a crankshaft , a piston , a cylinder , and a crankcase , the crankshaft extending in a left-right direction (LR) of the MT type straddled vehicle , the cylinder having a cylinder bore in which the piston is reciprocably accommodated, the crankcase being connected to the cylinder and storing the crankshaft and the multi-stage transmission device , the engine being attached to the frame ; a starter motor configured to start the engine ; and a motor driver configured to perform switching of a current to be supplied to the starter motor ; the starter motor being provided to one end portion of the crankshaft , the starter motor being a multi-phase brushless motor that serves also as a generator that is configured to generate electricity by being driven by the engine , the motor driver being provided to the two seat frames either directly or through a fixing member, in such a manner that the motor driver is fixed relative to the two seat frames , characterized in that at least a part of the motor driver is included within a seat frame space , the seat frame space being defined as a space within the two seat frames in view of the down direction of the MT type straddled vehicle , the seat frame space being formed where downward displacement of the seat can be accepted thereinto.
A disinfestation article , comprising: a base ; external voids , internal voids and an isolated internal void formed in the base ; a channel formed in the base and connecting one of the internal voids to one of the external voids ; pesticidal compound disposed in the external voids , internal voids and isolated internal void , wherein the pesticidal compound disposed in the external voids is exposed to a surface of the base. a base ; external voids , internal voids and an isolated internal void formed in the base ; a channel formed in the base and connecting one of the internal voids to one of the external voids ; pesticidal compound disposed in the external voids , internal voids and isolated internal void , wherein the pesticidal compound disposed in the external voids is exposed to a surface of the base.
A detection system comprising: an electrochemical sensor ; measurement circuitry coupled to the electrochemical sensor and configured to measure an electrical characteristic of the electrochemical sensor ; a controller coupled to the measurement circuitry , the controller being configured to provide an indication based on the measured electrical characteristic; and wherein the controller is further configured to generate an electrical disturbance to the electrochemical sensor , obtain a sensor recovery profile, and provide a diagnostic indication relative to the electrochemical sensor based on the sensor recovery profile, wherein the electrical disturbance is generated by momentarily shorting one conductor of the electrochemical sensor to ground. an electrochemical sensor ; measurement circuitry coupled to the electrochemical sensor and configured to measure an electrical characteristic of the electrochemical sensor ; a controller coupled to the measurement circuitry , the controller being configured to provide an indication based on the measured electrical characteristic; and wherein the controller is further configured to generate an electrical disturbance to the electrochemical sensor , obtain a sensor recovery profile, and provide a diagnostic indication relative to the electrochemical sensor based on the sensor recovery profile, wherein the electrical disturbance is generated by momentarily shorting one conductor of the electrochemical sensor to ground.
An aluminum-silicon-magnesium alloy, including: - a magnesium content between 0.1 wt % and 0.5 wt %,; - a silicon content between 5.0 wt % and 6.0 wt %, - wherein at least 4.75 wt % of the silicon content is present as free silicon; - one or more of iron, copper, manganese, zinc, and titanium; and - a remainder of aluminum and trace components, characterized in that all of the magnesium content is present as magnesium silicide, and that less than 0.25 wt % of the silicon content is present as magnesium silicide, the remainder of the silicon content being present as free silicon in form of silicon in solid solution, pure silicon precipitates or silicon present within a distinct silicon phase of the composition, wherein the alloy comprises magnesium silicide in a weight percentage less than 0,75%. - a magnesium content between 0.1 wt % and 0.5 wt %,; - a silicon content between 5.0 wt % and 6.0 wt %, - wherein at least 4.75 wt % of the silicon content is present as free silicon; - one or more of iron, copper, manganese, zinc, and titanium; and - a remainder of aluminum and trace components, characterized in that all of the magnesium content is present as magnesium silicide, and that less than 0.25 wt % of the silicon content is present as magnesium silicide, the remainder of the silicon content being present as free silicon in form of silicon in solid solution, pure silicon precipitates or silicon present within a distinct silicon phase of the composition, wherein the alloy comprises magnesium silicide in a weight percentage less than 0,75%.
A method for influencing arthropods by means of electromagnetic radiation , wherein electromagnetic radiation with a characteristic is radiated by at least one transmitter , characterized in that the characteristic of the electromagnetic radiation is determined with the aid of at least one equivalent electronic circuit, wherein the equivalent circuit is a model of at least one sensory appendage and/or at least one sensory property of an arthropod.
A composite solid electrolyte membrane for an all-solid-state secondary battery, comprising: a phase transformation layer containing a plasticizer and a lithium salt; a porous polymer sheet layer; and a solid polymer electrolyte layer, wherein the phase transformation layer, the porous polymer sheet layer and the solid polymer electrolyte layer are stacked successively, and the phase transformation layer is disposed in such a manner that it faces a negative electrode, when manufacturing an electrode assembly. a phase transformation layer containing a plasticizer and a lithium salt; a porous polymer sheet layer; and a solid polymer electrolyte layer, wherein the phase transformation layer, the porous polymer sheet layer and the solid polymer electrolyte layer are stacked successively, and the phase transformation layer is disposed in such a manner that it faces a negative electrode, when manufacturing an electrode assembly.
A compound comprising a 4-amino-1,8-naphthalimide for use in a method of restoring vascular compliance in a diseased blood vessel, wherein: a delivery system is inserted into the blood vessel; a bolus of a composition comprising a 4-amino-1,8-naphthalimide compound is applied to the blood vessel; and the composition is activated with a sufficient amount of an activating agent to restore the vascular compliance of the blood vessel. a delivery system is inserted into the blood vessel; a bolus of a composition comprising a 4-amino-1,8-naphthalimide compound is applied to the blood vessel; and the composition is activated with a sufficient amount of an activating agent to restore the vascular compliance of the blood vessel.
A blanket assembly for forming a composite charge onto a forming mandrel , the forming mandrel having opposing mandrel side surfaces interconnected by a mandrel top portion , the blanket assembly comprising: an upper heating blanket and a lower heating blanket configured to have a composite charge slidable therebetween; a heating element included with at least one of the upper heating blanket and the lower heating blanket for heating the composite charge ; a pair of wedge elements positionable between the lower heating blanket and the opposing mandrel side surfaces and each including a tapered section and having a wedge element top side configured to support the composite charge and the blanket assembly when mounted on the forming mandrel , the wedge element top sides being downwardly inclined from a tapered section forward end to a tapered section aft end ; and the upper heating blanket configured to exert a blanket forming pressure onto the composite charge for progressively forming the composite charge and lower heating blanket against the mandrel side surfaces and the wedge element top sides during translation of the blanket assembly along the forming mandrel . an upper heating blanket and a lower heating blanket configured to have a composite charge slidable therebetween; a heating element included with at least one of the upper heating blanket and the lower heating blanket for heating the composite charge ; a pair of wedge elements positionable between the lower heating blanket and the opposing mandrel side surfaces and each including a tapered section and having a wedge element top side configured to support the composite charge and the blanket assembly when mounted on the forming mandrel , the wedge element top sides being downwardly inclined from a tapered section forward end to a tapered section aft end ; and the upper heating blanket configured to exert a blanket forming pressure onto the composite charge for progressively forming the composite charge and lower heating blanket against the mandrel side surfaces and the wedge element top sides during translation of the blanket assembly along the forming mandrel .
An apparatus connectable to an optical network , the apparatus comprising: a plurality of optical ports connectable to the optical network to optically couple the apparatus between an optical line terminal (OLT) and an optical network unit (ONU) in the optical network; an optical receiver coupled to the plurality of optical ports, wherein the optical receiver is to receive a downstream signal transmitted from the OLT via a first port of the plurality of optical ports and convert the downstream signal to a digital data stream; a capture circuit to receive the digital data stream from the optical receiver, store bytes from the digital data stream, and extract an identifier of the ONU ; characterized by : a burst detector to detect an upstream signal and output a capture enable signal to the capture circuit , and the capture circuit is enabled to capture and store the bytes of any subsequently received downstream signals responsive to the capture enable signal. a plurality of optical ports connectable to the optical network to optically couple the apparatus between an optical line terminal (OLT) and an optical network unit (ONU) in the optical network; an optical receiver coupled to the plurality of optical ports, wherein the optical receiver is to receive a downstream signal transmitted from the OLT via a first port of the plurality of optical ports and convert the downstream signal to a digital data stream; a capture circuit to receive the digital data stream from the optical receiver, store bytes from the digital data stream, and extract an identifier of the ONU ; characterized by : a burst detector to detect an upstream signal and output a capture enable signal to the capture circuit , and the capture circuit is enabled to capture and store the bytes of any subsequently received downstream signals responsive to the capture enable signal.
Self-adhesive sheet-like structures, in particular cosmetic and/or medical plasters, which comprise one or more alkylamidothiazoles as active ingredient, characterized in that they are in the form of matrix systems and the matrix is selected from the nonpolar matrices based on synthetic and natural rubber (KA), the polar wet-adhesive film based on polyacrylic acid/polyvinyl alcohol (FKF), the nonpolar matrices based on polyacrylic acid copolymers (PAC), the polar anhydrous gel matrices based on polyacrylic acid/polyvinylpyrrolidone (WFG), the nonpolar polyisobutylene matrices (PIB), the polar water gel matrices based on agar agar/polyacrylic acid (WG).
A method for wireless communication, comprising: identifying a first numerology for transmitting data to a user equipment, UE ; identifying a second numerology for transmitting a synchronization signal to the UE ; configuring at least a first downlink transmission in a regular downlink burst with the first numerology for transmitting at least a portion of the data to the UE ; configuring a portion of a second downlink transmission in the regular downlink burst with the second numerology for transmitting the synchronization signal to the UE ; configuring a second portion of the second downlink transmission for transmitting a second portion of the data to the UE , wherein the portion and the second portion at least partially overlap in time; and transmitting the first downlink transmission and the second downlink transmission to the UE . identifying a first numerology for transmitting data to a user equipment, UE ; identifying a second numerology for transmitting a synchronization signal to the UE ; configuring at least a first downlink transmission in a regular downlink burst with the first numerology for transmitting at least a portion of the data to the UE ; configuring a portion of a second downlink transmission in the regular downlink burst with the second numerology for transmitting the synchronization signal to the UE ; configuring a second portion of the second downlink transmission for transmitting a second portion of the data to the UE , wherein the portion and the second portion at least partially overlap in time; and transmitting the first downlink transmission and the second downlink transmission to the UE .
A device for detecting the tip distance between the clothed surfaces of at least one card flat bar and a cylinder clothing of a spinning preparation machine, e.g. a card, - comprising at least one revolving flat aggregate with clothed card flat bars , - wherein at least one card flat bar is formed as a measuring card flat bar , which includes at least one sensor for measuring the distance, which sensor is located directly opposite the cylinder clothing , - characterized in - that a further card flat bar is formed as a transport card flat , which includes electronical measuring components (24a, 24b, 24c; 25), - wherein the measuring card flat bar is electrically connected to the transport card flat , - wherein the transport card flat is formed for wirelessly transmitting the measured data of the sensors to an electronic evaluation apparatus . - comprising at least one revolving flat aggregate with clothed card flat bars , - wherein at least one card flat bar is formed as a measuring card flat bar , which includes at least one sensor for measuring the distance, which sensor is located directly opposite the cylinder clothing , - characterized in - that a further card flat bar is formed as a transport card flat , which includes electronical measuring components (24a, 24b, 24c; 25), - wherein the measuring card flat bar is electrically connected to the transport card flat , - wherein the transport card flat is formed for wirelessly transmitting the measured data of the sensors to an electronic evaluation apparatus .
A process for preparing a dried coffee powder, said process comprising membrane filtration of a low temperature extract of roasted and ground coffee beans to reduce the concentration of low molecular weight components and drying the filtered coffee extract wherein the low molecular weight components have a molecular weight less than 1 kDa and the low temperature extract is obtained using water at a temperature of between 0 and 140°C.
A blade assembly (100;150) configured to rotate about an axis of a gas turbine engine , comprising: a blade including a first surface defining a perimeter of a cavity in the blade , and including lip that comprises a first portion of the perimeter of the cavity , and a blade cover disposed over the cavity in the blade , such that the cavity is disposed between the blade and the blade cover , and under the lip , such that the blade cover is between a portion of the blade and the cavity , the blade cover having an outer edge portion angled inward with respect to the blade cover and toward the cavity ; characterised in that the first portion of the perimeter of the cavity is disposed along at least two of a leading edge , a tip , a trailing edge or a radially inner edge of the blade . a blade including a first surface defining a perimeter of a cavity in the blade , and including lip that comprises a first portion of the perimeter of the cavity , and a blade cover disposed over the cavity in the blade , such that the cavity is disposed between the blade and the blade cover , and under the lip , such that the blade cover is between a portion of the blade and the cavity , the blade cover having an outer edge portion angled inward with respect to the blade cover and toward the cavity ; characterised in that the first portion of the perimeter of the cavity is disposed along at least two of a leading edge , a tip , a trailing edge or a radially inner edge of the blade .
An apparatus for introducing information into a data carrier comprises - a data carrier receptacle for at least partially receiving the data carrier over an area; - a data carrier cover disposed relative to the data carrier receptacle and adapted to hold the data carrier between the data carrier receptacle and the data carrier cover; and - a laser source adapted to controllably emit a laser beam and adapted to cause irreversible changes to the data carrier with the laser beam; and - a mount which receives the data carrier receptacle in such a manner that it is pivotable about a pivot axis; wherein - the data carrier cover has a recess that makes an information area of the data carrier accessible to a laser beam from the laser source ; - the data carrier receptacle has two or more positions in which the data carrier receptacle is repositionably receivable in the mount pivotably about the pivot axis (X); and - the data carrier receptacle is pivotable back and forth about the pivot axis (X) between two angular positions by a pivot drive so that a laser beam from the laser source impinges on the information area of the data carrier received in the data carrier receptacle at different incident angles. - a data carrier receptacle for at least partially receiving the data carrier over an area; - a data carrier cover disposed relative to the data carrier receptacle and adapted to hold the data carrier between the data carrier receptacle and the data carrier cover; and - a laser source adapted to controllably emit a laser beam and adapted to cause irreversible changes to the data carrier with the laser beam; and - a mount which receives the data carrier receptacle in such a manner that it is pivotable about a pivot axis; wherein - the data carrier cover has a recess that makes an information area of the data carrier accessible to a laser beam from the laser source ; - the data carrier receptacle has two or more positions in which the data carrier receptacle is repositionably receivable in the mount pivotably about the pivot axis (X); and - the data carrier receptacle is pivotable back and forth about the pivot axis (X) between two angular positions by a pivot drive so that a laser beam from the laser source impinges on the information area of the data carrier received in the data carrier receptacle at different incident angles.
A LiDAR, comprising: a housing , an analog plate , a digital plate , an emitting plate , a receiving plate , a galvanometer , and an interface plate , characterized in that : the analog plate , the digital plate , the emitting plate , the receiving plate , and the interface plate are arranged as separate plates; the analog plate , the digital plate , the emitting plate , and the receiving plate are arranged inside the housing ; the emitting plate is configured to emit an emergent laser and is attached to a bottom of the housing ; the receiving plate is configured to receive a reflected laser formed by the emergent laser reflected by a target object, and convert the reflected laser into first electrical signals; the galvanometer is configured to directionally deflect the emergent laser; the analog plate is configured to control a deflection angle of the galvanometer and condition the first electrical signals into second electrical signals , and is positioned under the digital plate ; the digital plate is configured to sample the second electrical signals to obtain sampling signals and generate a scanned image based on the sampling signals, wherein a main controller , a sampling circuit , and a first power supply circuit on the digital plate are attached to a top surface of the housing ; and the interface plate comprises a communication interface and a power interface , the communication interface configured to communicate with an external apparatus, and the power interface configured to receive external voltage signals, wherein a bus voltage-stabilizing circuit of the interface plate is attached to a side of the housing . the analog plate , the digital plate , the emitting plate , the receiving plate , and the interface plate are arranged as separate plates; the analog plate , the digital plate , the emitting plate , and the receiving plate are arranged inside the housing ; the emitting plate is configured to emit an emergent laser and is attached to a bottom of the housing ; the receiving plate is configured to receive a reflected laser formed by the emergent laser reflected by a target object, and convert the reflected laser into first electrical signals; the galvanometer is configured to directionally deflect the emergent laser; the analog plate is configured to control a deflection angle of the galvanometer and condition the first electrical signals into second electrical signals , and is positioned under the digital plate ; the digital plate is configured to sample the second electrical signals to obtain sampling signals and generate a scanned image based on the sampling signals, wherein a main controller , a sampling circuit , and a first power supply circuit on the digital plate are attached to a top surface of the housing ; and the interface plate comprises a communication interface and a power interface , the communication interface configured to communicate with an external apparatus, and the power interface configured to receive external voltage signals, wherein a bus voltage-stabilizing circuit of the interface plate is attached to a side of the housing .