mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic trimming apparatus for wire coils including a plurality of wire loops , the apparatus comprising: - a base frame , - a rotational member rotatably connected to the base frame , and having a space for receiving a wire loop of the coil, - an actuator arranged to rotate the rotational member in two opposite directions, and - a control unit arranged to control the actuator , wherein the rotational member is provided with - a support unit arranged in said space for supporting the wire loop when the rotational member is rotated, - a cutting device , - a sensor assembly arranged for sensing the presence of a wire in a defined area of the space, and - a distance sensor for sensing a distance travelled along the wire when the rotational member is rotated, and the control unit is adapted to - receive outputs from the sensor assembly and the distance sensor , - detect the end of the wire based on the output from the sensor assembly , - control the actuator so that the rotational member is rotated in a first direction until the end of the wire is detected, - control the actuator so that the rotational member is rotated in a second direction opposite the first direction when the end of the wire has been detected, - determine the distance travelled along the wire in the second direction based on the output from the distance sensor , and - generate a cutting command based on the distance travelled along the wire from the end of the wire and a predetermined cutting distance wherein the cutting device is arranged to cut the wire upon receiving the cutting command from the control unit . - a base frame , - a rotational member rotatably connected to the base frame , and having a space for receiving a wire loop of the coil, - an actuator arranged to rotate the rotational member in two opposite directions, and - a control unit arranged to control the actuator , wherein - a support unit arranged in said space for supporting the wire loop when the rotational member is rotated, - a cutting device , - a sensor assembly arranged for sensing the presence of a wire in a defined area of the space, and - a distance sensor for sensing a distance travelled along the wire when the rotational member is rotated, and the control unit is adapted to - receive outputs from the sensor assembly and the distance sensor , - detect the end of the wire based on the output from the sensor assembly , - control the actuator so that the rotational member is rotated in a first direction until the end of the wire is detected, - control the actuator so that the rotational member is rotated in a second direction opposite the first direction when the end of the wire has been detected, - determine the distance travelled along the wire in the second direction based on the output from the distance sensor , and - generate a cutting command based on the distance travelled along the wire from the end of the wire and a predetermined cutting distance wherein the cutting device is arranged to cut the wire upon receiving the cutting command from the control unit .
A method of producing an organic compound, the method using a metathesis catalyst in a coupling reaction of an olefin, the method comprising the following steps: introducing the olefin into a container; adding an additive with the olefin, wherein the additive is chosen from the benzoquinone family of additives; placing the container under vacuum; mixing the olefin and the additive, the mixing creating a mixture; adding an amount of the metathesis catalyst to the mixture, the amount being less than 100 ppm by weight of the mixture; and optionally heating the mixture to a temperature, the temperature being greater than room temperature. introducing the olefin into a container; adding an additive with the olefin, wherein the additive is chosen from the benzoquinone family of additives; placing the container under vacuum; mixing the olefin and the additive, the mixing creating a mixture; adding an amount of the metathesis catalyst to the mixture, the amount being less than 100 ppm by weight of the mixture; and optionally heating the mixture to a temperature, the temperature being greater than room temperature.
Method of heat transfer wherein a flat metal product having a broad face and a temperature upper to 400°C is put in contact with a fluidised bed of solid particles, said solid particles having a direction of circulation (D), wherein the flat metal product is put in contact with the solid particles so that its broad face is parallel to the direction (D) of circulation of the solid particles and wherein a gas is injected so that said solid particles be in a bubbling regime, said solid particles capturing the heat released by the metal product and transferring said captured heat to a transfer medium.
An IC card , comprising: a communication unit that performs communication with an external device ; a storage unit that has tamper resistance, and that stores key information indicating a private key forming a pair with a public key or a seed value for generating the private key; and a processing unit that, on the basis of object data to be recorded in a P2P database acquired from the external device by communication at the communication unit, and the private key corresponding to the key information, performs control to generate signature data corresponding to the object data, and transmits data including the generated signature data to the external device by communication at the communication unit; wherein history information indicating history of generating the signature data is stored in the storage unit that has tamper resistance or a storage unit that does not have tamper resistance; the processing unit determines whether a set signature condition, including a first signature condition relating to content indicated by the object data, is satisfied on the basis of the object data and further on the basis of the history information; and in a case of determining that the signature condition is satisfied, generates the signature data. a communication unit that performs communication with an external device ; a storage unit that has tamper resistance, and that stores key information indicating a private key forming a pair with a public key or a seed value for generating the private key; and a processing unit that, on the basis of object data to be recorded in a P2P database acquired from the external device by communication at the communication unit, and the private key corresponding to the key information, performs control to generate signature data corresponding to the object data, and transmits data including the generated signature data to the external device by communication at the communication unit; wherein history information indicating history of generating the signature data is stored in the storage unit that has tamper resistance or a storage unit that does not have tamper resistance; the processing unit determines whether a set signature condition, including a first signature condition relating to content indicated by the object data, is satisfied on the basis of the object data and further on the basis of the history information; and in a case of determining that the signature condition is satisfied, generates the signature data.
A plywood panel for use at a temperature of less than -50 °C, the plywood panel having a length (Ip), a width (wp), and a thickness (tp), wherein the thickness (tp) is less than the smaller of the length (Ip) and the width (wp), the plywood panel comprising - a first veneer layer comprising hardwood having a first grain orientation (D1), - a second veneer layer comprising hardwood having a second grain orientation (D2), and - a third veneer layer comprising hardwood having a third grain orientation (D3), wherein - the third veneer layer is arranged in between the first veneer layer and the second veneer layer in the direction of the thickness (tp) of the plywood panel , - the first grain orientation (D1) forms an angle (α13) with the third grain orientation (D3), the angle (α13) being from 60 to 120 degrees, and - the veneer layers have been attached to each other with adhesive comprising resin that • comprises polymerizable substance and crosslinking agent, wherein • at least 50 weight-% of the polymerizable substance originates from lignin, • at least 10 % of the molecules in the resin have a molecular weight of above 10000 Da, • at least 10 % of the molecules in the resin have a molecular weight of below 1000 Da, • a number-average molar mass of the resin is from 1000 Da to 1600 Da, and • a weight-average molar mass of the resin is from 5000 Da to 14000 Da. - a first veneer layer comprising hardwood having a first grain orientation (D1), - a second veneer layer comprising hardwood having a second grain orientation (D2), and - a third veneer layer comprising hardwood having a third grain orientation (D3), wherein - the third veneer layer is arranged in between the first veneer layer and the second veneer layer in the direction of the thickness (tp) of the plywood panel , - the first grain orientation (D1) forms an angle (α13) with the third grain orientation (D3), the angle (α13) being from 60 to 120 degrees, and - the veneer layers have been attached to each other with adhesive comprising resin that • comprises polymerizable substance and crosslinking agent, wherein • at least 50 weight-% of the polymerizable substance originates from lignin, • at least 10 % of the molecules in the resin have a molecular weight of above 10000 Da, • at least 10 % of the molecules in the resin have a molecular weight of below 1000 Da, • a number-average molar mass of the resin is from 1000 Da to 1600 Da, and • a weight-average molar mass of the resin is from 5000 Da to 14000 Da. • comprises polymerizable substance and crosslinking agent, wherein • at least 50 weight-% of the polymerizable substance originates from lignin, • at least 10 % of the molecules in the resin have a molecular weight of above 10000 Da, • at least 10 % of the molecules in the resin have a molecular weight of below 1000 Da, • a number-average molar mass of the resin is from 1000 Da to 1600 Da, and • a weight-average molar mass of the resin is from 5000 Da to 14000 Da.
An electronic device comprising: a housing comprising a conductive portion and a first non-conductive portion connected to the conductive portion; an antenna structure located inside the housing , the antenna structure comprising a printed circuit board comprising a first surface and a second surface facing away from the first surface , and at least one antenna element located on the first surface or inside the printed circuit board to be closer to the first surface than the second surface , wherein a radio communication circuit disposed on the second surface is electrically connected to the at least one antenna element and is configured to transmit and/or receive a signal in a selected or predetermined frequency band; and a pen input device detachable from the housing , wherein the pen input device comprises a second non-conductive portion at least partially overlapping the first non-conductive portion when viewed in a direction in which a main beam of the antenna structure is radiated while the pen input device is attached to the housing , and wherein at least a portion of the at least one antenna element overlaps the first non-conductive portion and the second non-conductive portion . a housing comprising a conductive portion and a first non-conductive portion connected to the conductive portion; an antenna structure located inside the housing , the antenna structure comprising a printed circuit board comprising a first surface and a second surface facing away from the first surface , and at least one antenna element located on the first surface or inside the printed circuit board to be closer to the first surface than the second surface , wherein a radio communication circuit disposed on the second surface is electrically connected to the at least one antenna element and is configured to transmit and/or receive a signal in a selected or predetermined frequency band; and a printed circuit board comprising a first surface and a second surface facing away from the first surface , and at least one antenna element located on the first surface or inside the printed circuit board to be closer to the first surface than the second surface , wherein a radio communication circuit disposed on the second surface is electrically connected to the at least one antenna element and is configured to transmit and/or receive a signal in a selected or predetermined frequency band; and a pen input device detachable from the housing , wherein the pen input device comprises a second non-conductive portion at least partially overlapping the first non-conductive portion when viewed in a direction in which a main beam of the antenna structure is radiated while the pen input device is attached to the housing , and wherein at least a portion of the at least one antenna element overlaps the first non-conductive portion and the second non-conductive portion .
A data transmission method, comprising: receiving downlink control information, DCI; and if a receiving time interval between the DCI and a corresponding physical downlink shared channel, PDSCH, is less than a preset threshold, and at least one transmission configuration indicator, TCI, field value corresponds to two transmission configuration indicator states, TCI-states, receiving the PDSCH by using two default TCI-states. receiving downlink control information, DCI; and if a receiving time interval between the DCI and a corresponding physical downlink shared channel, PDSCH, is less than a preset threshold, and at least one transmission configuration indicator, TCI, field value corresponds to two transmission configuration indicator states, TCI-states, receiving the PDSCH by using two default TCI-states.
A rear end section for an aircraft, having a fuselage , a v-tail configuration , and a thruster assembly mounted on the rear end fuselage between the v-tail and the rearmost section of said rear end fuselage , wherein the thruster assembly comprises: - at least one propulsion device installed to ingest and consume air forming a fuselage boundary layer, - a control surface attached at the rearmost section of the rear end, - a casing covering at least part of the propulsion device such that an air inlet and an air outlet are defined between the casing and the propulsion device , the air inlet being designed for the passage of the fuselage boundary layer towards the propulsion device , and the air outlet being designed for directing the airflow exhausted from the propulsion device towards the control surface to divert said airflow and provide vectoring thrust for the aircraft, wherein the thruster assembly casing has a main surface substantially parallel to the aircraft fuselage , and wherein the casing further comprises at least one flap movable between two extreme positions, a close position wherein the flap is aligned with the main surface of the casing , and an open position wherein the flap is deflected, forming an angle with said main surface , to operate as an air-brake. - at least one propulsion device installed to ingest and consume air forming a fuselage boundary layer, - a control surface attached at the rearmost section of the rear end, - a casing covering at least part of the propulsion device such that an air inlet and an air outlet are defined between the casing and the propulsion device , the air inlet being designed for the passage of the fuselage boundary layer towards the propulsion device , and the air outlet being designed for directing the airflow exhausted from the propulsion device towards the control surface to divert said airflow and provide vectoring thrust for the aircraft,
A gas turbine engine , comprising: a buffer system that communicates a buffer supply air to a portion of the gas turbine engine , wherein said buffer system includes: a first bleed air supply having a first pressure; a second bleed air supply having a second pressure that is greater than said first pressure; and an ejector that selectively augments said first bleed air supply to prepare said buffer supply air for communication to said portion of the gas turbine engine, wherein said portion includes at least one bearing compartment (BC) of the gas turbine engine ; and characterized in that : the gas turbine engine is configured to use the buffer supply air for anti-icing of the gas turbine engine . a buffer system that communicates a buffer supply air to a portion of the gas turbine engine , wherein said buffer system includes: a first bleed air supply having a first pressure; a second bleed air supply having a second pressure that is greater than said first pressure; and an ejector that selectively augments said first bleed air supply to prepare said buffer supply air for communication to said portion of the gas turbine engine, wherein said portion includes at least one bearing compartment (BC) of the gas turbine engine ; and characterized in that : a first bleed air supply having a first pressure; a second bleed air supply having a second pressure that is greater than said first pressure; and an ejector that selectively augments said first bleed air supply to prepare said buffer supply air for communication to said portion of the gas turbine engine, wherein said portion includes at least one bearing compartment (BC) of the gas turbine engine ; and characterized in that : the gas turbine engine is configured to use the buffer supply air for anti-icing of the gas turbine engine .
A rotor assembly for a rotorcraft, comprising a rotor shaft , a torque transmission unit that is non-rotatably mounted to the rotor shaft , a rotor hub that is rotatably mounted to the rotor shaft via an associated angular displacement enabling component , and at least two rotor blades that are connected to the rotor hub and provided for creating an airstream from a rotor assembly inflow side via a respective rotor plane to a rotor assembly outflow side , wherein the torque transmission unit is coupled to the at least two rotor blades on the rotor assembly outflow side via a pitch control unit , wherein the pitch control unit transmits to the at least two rotor blades torque that is applied from the rotor shaft to the torque transmission unit , and wherein the pitch control unit increases a respective pitch angle of the at least two rotor blades if the torque is increased, wherein the torque transmission unit comprises at least two cantilever arms that are non-rotatably mounted to the rotor shaft , and wherein an angular displacement in a range from -100° to +100° is formed between each one of the at least two cantilever arms and an associated one of the at least two rotor blades relative to the rotor shaft .
An antenna device for transmitting and receiving an electromagnetic wave through a cover member (B), the antenna device including a housing formed with a window for transmitting and receiving the electromagnetic wave to and from an outside of the antenna device, respectively, comprising: a circuit board that is provided inside the housing ; a reflector that is provided inside the housing and disposed to face a board surface of the circuit board ; a transmitting antenna that is provided on the board surface and configured to transmit the electromagnetic wave towards a side where the reflector is disposed ; and a receiving antenna that is provided on the board surface and configured to receive the electromagnetic wave; wherein a reflection surface of the reflector extends along a lateral direction which is transverse to a direction normal to the board surface and transverse to a direction normal to the window, and has a shape in said lateral direction that warps in the direction normal to the window towards the outside of the antenna device relative to a position where the transmitting antenna and the receiving antenna are disposed; and the transmitting antenna and the receiving antenna respectively have a plurality of antenna elements disposed along the right and left sides in the lateral direction where the reflector extends, and wherein the antenna device has a length in a direction normal to the window that is greater than a height in the direction normal to the board surface. a circuit board that is provided inside the housing ; a reflector that is provided inside the housing and disposed to face a board surface of the circuit board ; a transmitting antenna that is provided on the board surface and configured to transmit the electromagnetic wave towards a side where the reflector is disposed ; and a receiving antenna that is provided on the board surface and configured to receive the electromagnetic wave; wherein a reflection surface of the reflector extends along a lateral direction which is transverse to a direction normal to the board surface and transverse to a direction normal to the window, and has a shape in said lateral direction that warps in the direction normal to the window towards the outside of the antenna device relative to a position where the transmitting antenna and the receiving antenna are disposed; and the transmitting antenna and the receiving antenna respectively have a plurality of antenna elements disposed along the right and left sides in the lateral direction where the reflector extends, and wherein the antenna device has a length in a direction normal to the window that is greater than a height in the direction normal to the board surface.