mhurhangee/patent-ind-claim-en huggingface dataset:
A method for handling beam link failure, the method being performed by a network node being a radio base station, the method comprising: detecting (S104) a beam link failure of a direct radio link between a transmission point of the network node and a first wireless device being a first user equipment, wherein the transmission point of the network node serves the first wireless device on the direct radio link and has an indirect radio link to the first wireless device via a second wireless device being a second user equipment, wherein the indirect radio link includes a direct link between the transmission point and the second wireless device and a device-to-device link between the second wireless device and the first wireless device ; and configuring (S106), in response to detecting the beam link failure, the first wireless device with control signalling using the indirect radio link . detecting (S104) a beam link failure of a direct radio link between a transmission point of the network node and a first wireless device being a first user equipment, wherein the transmission point of the network node serves the first wireless device on the direct radio link and has an indirect radio link to the first wireless device via a second wireless device being a second user equipment, wherein the indirect radio link includes a direct link between the transmission point and the second wireless device and a device-to-device link between the second wireless device and the first wireless device ; and configuring (S106), in response to detecting the beam link failure, the first wireless device with control signalling using the indirect radio link .
Medical examination facility , comprising an imaging apparatus and a mobile patient table, wherein mechanical coupling devices to be connected to each other are provided on both for the purpose of mechanically coupling the patient table to the imaging apparatus in an end position, wherein the patient table comprises a couch , with a couch panel that is movable horizontally in the longitudinal direction of the table, and a carriage , and the mechanical coupling device of the patient table is arranged on the carriage , wherein the mechanical coupling device of the imaging apparatus comprises a pulling device , which is movable to a locking position via a controllable drive motor and which, in order to automatically move the patient table , engages a driver provided on the patient table , before the end position is reached, and carries it by moving to the locking position, in which the patient table is in the end position, characterized in that the pulling device has a linearly movable slotted guide component , or a slotted guide component rotatable about a rotation axis, with a drive slot receiving the driver .
An apparatus for transmitting vibrations to facilitate sound transmission in a patient, comprising: a first housing that is configured to engage at least a first tooth of a user by an interference fit, such that the first housing is configured to securely grab onto the first tooth; and a first transducer disposed within or upon the first housing and in vibratory communication with a surface of at least the first tooth; characterized in that the apparatus further comprises: a first microphone disposed within or upon the first housing and adapted to receive an audio signal; and a first processor disposed within or upon the first housing and in electrical communication with the first transducer and in electrical or wireless communication with the first microphone , wherein the first processor is configured to process the audio signal received by the first microphone and transmit the processed audio signal to the first transducer . a first housing that is configured to engage at least a first tooth of a user by an interference fit, such that the first housing is configured to securely grab onto the first tooth; and a first transducer disposed within or upon the first housing and in vibratory communication with a surface of at least the first tooth; characterized in that the apparatus further comprises: a first microphone disposed within or upon the first housing and adapted to receive an audio signal; and a first processor disposed within or upon the first housing and in electrical communication with the first transducer and in electrical or wireless communication with the first microphone , wherein the first processor is configured to process the audio signal received by the first microphone and transmit the processed audio signal to the first transducer . a first microphone disposed within or upon the first housing and adapted to receive an audio signal; and a first processor disposed within or upon the first housing and in electrical communication with the first transducer and in electrical or wireless communication with the first microphone , wherein the first processor is configured to process the audio signal received by the first microphone and transmit the processed audio signal to the first transducer .
A humidifier for fuel cells, the humidifier comprising: a humidifying module configured to humidify dry gas supplied from outside using wet gas discharged from a fuel cell stack; and a first cap coupled to one end of the humidifying module , wherein the humidifying module comprises: a mid-case ; and at least one cartridge disposed in the mid-case , the cartridge being configured to receive a plurality of hollow fiber membranes , the humidifier further comprises a first packing member airtightly coupled to at least one end of the humidifying module through mechanical assembly such that the first cap fluidly communicates with only the hollow fiber membranes , the first packing member is configured to be brought into tight contact with the cartridge using pressure of at least one of dry gas and wet gas, the first packing member comprises: a first outer groove configured to receive dry gas located between the first cap and the cartridge ; and a first packing body having the first outer groove formed therein, and the first cap comprises a first supporting member inserted into the first outer groove , the first supporting member being configured to support the first packing body . a humidifying module configured to humidify dry gas supplied from outside using wet gas discharged from a fuel cell stack; and a first cap coupled to one end of the humidifying module , wherein the humidifying module comprises: a mid-case ; and at least one cartridge disposed in the mid-case , the cartridge being configured to receive a plurality of hollow fiber membranes , the humidifier further comprises a first packing member airtightly coupled to at least one end of the humidifying module through mechanical assembly such that the first cap fluidly communicates with only the hollow fiber membranes , the first packing member is configured to be brought into tight contact with the cartridge using pressure of at least one of dry gas and wet gas, the first packing member comprises: a first outer groove configured to receive dry gas located between the first cap and the cartridge ; and a first packing body having the first outer groove formed therein, and the first cap comprises a first supporting member inserted into the first outer groove , the first supporting member being configured to support the first packing body .
Device for controlling the dispensing of a beverage from a so-called "Bag-in-Box" container provided with a projecting tap (R) configured as a cup-shaped body (T), with a through dispensing hole (F) in the bottom, and comprising, at said hole, a movable shutter, in antagonism with an elastic means, according to a vertical axis and carrying a pair of integral rigid fins (A), opposite to each other and projecting outside the tap (R) in a horizontal plane, provided for gripping with a forefinger and middle finger of a hand of a user, wherein said tap (R) has a fixed upper platform (P) for supporting the thumb of the same hand of the user, whereby said beverage dispensing control device comprises: - a rigid casing , made of plastic material, superposed, in a disassemblable manner, with respect to said tap (R) enclosing it, at least in part, at the front and at the side and which has: - two opposite lateral horizontal notches , having respective open ends towards said tap (R) and wherein said two fins (A) projecting outside the tap (R) are arranged, at least in part, and retained, - an upper portion (11.1), elevated in use with respect to said platform (P) of said tap (R), characterised by - a rigid lever , made of plastic material, having at one end a manual handle (13.1), pivoted with respect to said upper portion (11.1) of said casing and oscillating about a horizontal axis (13.2) between an oscillated rest position, in which said lever does not rest against said platform (P) of the tap (R), and an oscillated working position, in which said lever rests with another end thereof (13.3) against said platform (P) of the tap (R) and maintains said casing , integrally with said fins (A), raised with respect to said tap (R), with reference to said rest position, determining the hydraulic opening of said tap (R). - a rigid casing , made of plastic material, superposed, in a disassemblable manner, with respect to said tap (R) enclosing it, at least in part, at the front and at the side and which has: - two opposite lateral horizontal notches , having respective open ends towards said tap (R) and wherein said two fins (A) projecting outside the tap (R) are arranged, at least in part, and retained, - an upper portion (11.1), elevated in use with respect to said platform (P) of said tap (R), characterised by - a rigid lever , made of plastic material, having at one end a manual handle (13.1), pivoted with respect to said upper portion (11.1) of said casing and oscillating about a horizontal axis (13.2) between an oscillated rest position, in which said lever does not rest against said platform (P) of the tap (R), and an oscillated working position, in which said lever rests with another end thereof (13.3) against said platform (P) of the tap (R) and maintains said casing , integrally with said fins (A), raised with respect to said tap (R), with reference to said rest position, determining the hydraulic opening of said tap (R).
A slip clutch device for an electric driving machine having at least the following components: - an input side ; - an output side , wherein the input side and the output side are rotatable about a common axis of rotation ; - an electrical insulation element , by means of which an electrical breakdown conduction between the input side and the output side is prevented; and - a slip clutch that connects the input side and the output side with one another in a torque-limiting manner, wherein the slip clutch comprises a friction disc and an antagonistic friction plate , which are pressed against one another in a contact region in a frictionally engaged manner in a torque-transmitting manner, and wherein the slip clutch comprises the insulation element , characterised in that the friction disc and/or the friction plate are formed from an electrically insulating material, at least in an insulating region that extends radially beyond the contact region , wherein the insulating region is configured as a supporting structure for transmitting a torque in the radial direction. - an input side ; - an output side , wherein the input side and the output side are rotatable about a common axis of rotation ; - an electrical insulation element , by means of which an electrical breakdown conduction between the input side and the output side is prevented; and - a slip clutch that connects the input side and the output side with one another in a torque-limiting manner, wherein the slip clutch comprises a friction disc and an antagonistic friction plate , which are pressed against one another in a contact region in a frictionally engaged manner in a torque-transmitting manner, and wherein the slip clutch comprises the insulation element ,
An optical particle sensor, comprising: an optical sensor which generates a sensor signal in response to detection of particles, wherein the sensor signal or an analysis of the sensor signal is controllable by applying a threshold setting, wherein the threshold setting dictates a particle size detection range captured by the sensor signal; and a controller adapted to: apply at least first and second different threshold settings when generating a sensor signal or when analyzing a generated sensor signal, and receive or derive corresponding first and second optical sensor readings; characterised in that the controller is further adapted to: process the first and second optical sensor readings to determine therefrom a parameter which is dependent on a type of pollution event and thereby identify the pollution event; and use a particle size profile which relates to the identified pollution event to determine from at least one of the first and second optical sensor readings a mass concentration of all particles below a first particle size. an optical sensor which generates a sensor signal in response to detection of particles, wherein the sensor signal or an analysis of the sensor signal is controllable by applying a threshold setting, wherein the threshold setting dictates a particle size detection range captured by the sensor signal; and a controller adapted to: apply at least first and second different threshold settings when generating a sensor signal or when analyzing a generated sensor signal, and receive or derive corresponding first and second optical sensor readings; characterised in that the controller is further adapted to: process the first and second optical sensor readings to determine therefrom a parameter which is dependent on a type of pollution event and thereby identify the pollution event; and apply at least first and second different threshold settings when generating a sensor signal or when analyzing a generated sensor signal, and receive or derive corresponding first and second optical sensor readings; characterised in that the controller is further adapted to: process the first and second optical sensor readings to determine therefrom a parameter which is dependent on a type of pollution event and thereby identify the pollution event; and use a particle size profile which relates to the identified pollution event to determine from at least one of the first and second optical sensor readings a mass concentration of all particles below a first particle size.
A photodetector device comprising: a first substrate in which a plurality of avalanche photodiodes arranged to operate in a Geiger mode are two-dimensionally arranged, the first substrate being formed from compound semiconductor; and a second substrate including a plurality of output units connected to each other in parallel to form at least one channel , overlapping the first substrate, and being formed from silicon, wherein: each of the output units includes a passive quenching element connected in series to at least one of the plurality of avalanche photodiodes, the second substrate includes a capacitative element connected in series to at least one of the avalanche photodiodes and connected in parallel to the passive quenching element, the passive quenching element is formed by a metal thin film provided in the second substrate, the capacitative element is formed by a second metal layer provided in the second substrate, a dielectric layer stacked on the second metal layer, and a third metal layer stacked on the dielectric layer, and the metal thin film is formed at the same height as the second metal layer or the third metal layer in a thickness direction of the second layer. a first substrate in which a plurality of avalanche photodiodes arranged to operate in a Geiger mode are two-dimensionally arranged, the first substrate being formed from compound semiconductor; and a second substrate including a plurality of output units connected to each other in parallel to form at least one channel , overlapping the first substrate, and being formed from silicon, wherein: each of the output units includes a passive quenching element connected in series to at least one of the plurality of avalanche photodiodes, the second substrate includes a capacitative element connected in series to at least one of the avalanche photodiodes and connected in parallel to the passive quenching element, the passive quenching element is formed by a metal thin film provided in the second substrate, the capacitative element is formed by a second metal layer provided in the second substrate, a dielectric layer stacked on the second metal layer, and a third metal layer stacked on the dielectric layer, and the metal thin film is formed at the same height as the second metal layer or the third metal layer in a thickness direction of the second layer. each of the output units includes a passive quenching element connected in series to at least one of the plurality of avalanche photodiodes, the second substrate includes a capacitative element connected in series to at least one of the avalanche photodiodes and connected in parallel to the passive quenching element, the passive quenching element is formed by a metal thin film provided in the second substrate, the capacitative element is formed by a second metal layer provided in the second substrate, a dielectric layer stacked on the second metal layer, and a third metal layer stacked on the dielectric layer, and the metal thin film is formed at the same height as the second metal layer or the third metal layer in a thickness direction of the second layer.
A method of making a prosthetic valve that can take a first form wherein the valve is open and a second form wherein the valve is closed, the valve comprising a leaflet assembly having at least two leaflets attached to a supporting element , the leaflets having a free margin that can move between a first position wherein the valve takes the first form and a second position wherein the valve takes the second form, the method comprising: o providing a single piece of fabric, made by weaving warp and fill threads into a seamless tubular woven fabric having at least one stabilized edge, and o forming the piece of fabric into a leaflet assembly having an inner layer forming the leaflets with the stabilized edge forming the free margin, and an outer layer forming the supporting element. o providing a single piece of fabric, made by weaving warp and fill threads into a seamless tubular woven fabric having at least one stabilized edge, and o forming the piece of fabric into a leaflet assembly having an inner layer forming the leaflets with the stabilized edge forming the free margin, and an outer layer forming the supporting element.
A cylinder head for a multi-cylinder engine having a plurality of cylinders aligned in a row, the cylinder head comprising: a plurality of ceiling parts to be provided to the respective cylinders and each configured to form a part of a combustion chamber; and a water jacket formed inside the cylinder head , wherein each of the plurality of ceiling parts is connected to an intake port including a primary port and a secondary port aligned in the cylinder-row direction, and an in-cylinder pressure sensor configured to measure a pressure fluctuation inside the respective cylinder is attached to the ceiling part so as to face inside the cylinder, a plug is attached to a hollow part of the cylinder head , the plug being disposed at a position corresponding to a location between certain cylinders among the plurality of cylinders, the in-cylinder pressure sensor attached to the ceiling part of the cylinder adjacent to the plug is attached at a position on an opposite side from the plug with respect to a center axis of the cylinder in the cylinder-row direction, and positions of the primary port and the secondary port connected to each of the plurality of ceiling parts are interchanged in the cylinder-row direction according to the position of the in-cylinder pressure sensor attached to the ceiling part . a plurality of ceiling parts to be provided to the respective cylinders and each configured to form a part of a combustion chamber; and a water jacket formed inside the cylinder head , wherein each of the plurality of ceiling parts is connected to an intake port including a primary port and a secondary port aligned in the cylinder-row direction, and an in-cylinder pressure sensor configured to measure a pressure fluctuation inside the respective cylinder is attached to the ceiling part so as to face inside the cylinder, a plug is attached to a hollow part of the cylinder head , the plug being disposed at a position corresponding to a location between certain cylinders among the plurality of cylinders, the in-cylinder pressure sensor attached to the ceiling part of the cylinder adjacent to the plug is attached at a position on an opposite side from the plug with respect to a center axis of the cylinder in the cylinder-row direction, and positions of the primary port and the secondary port connected to each of the plurality of ceiling parts are interchanged in the cylinder-row direction according to the position of the in-cylinder pressure sensor attached to the ceiling part .
A monoclonal antibody or a fragment of a monoclonal antibody capable of binding to a serum form of human thymidine kinase 1 (TK1), wherein said monoclonal antibody or fragment has specificity for at least one epitope selected from a group consisting of NCPVPGKPGE, SEQ ID NO: 4; PVPGKPGEAV, SEQ ID NO: 5; and NCPVPGKPGEAV, SEQ ID NO: 3 of said human TK1; and said monoclonal antibody or fragment has a variable heavy (VH) domain complementarity determining region 1 (CDR1) having amino acid sequence SEQ ID NO: 15; a VH domain CDR2 having amino acid sequence SEQ ID NO: 16; a VH domain CDR3 having amino acid sequence SEQ ID NO: 17; a variable light (VL) domain CDR1 having amino acid sequence SEQ ID NO: 18; a VL domain CDR2 having amino acid sequence SEQ ID NO: 19; and a VL domain CDR3 having amino acid sequence SEQ ID NO: 20. a variable heavy (VH) domain complementarity determining region 1 (CDR1) having amino acid sequence SEQ ID NO: 15; a VH domain CDR2 having amino acid sequence SEQ ID NO: 16; a VH domain CDR3 having amino acid sequence SEQ ID NO: 17; a variable light (VL) domain CDR1 having amino acid sequence SEQ ID NO: 18; a VL domain CDR2 having amino acid sequence SEQ ID NO: 19; and a VL domain CDR3 having amino acid sequence SEQ ID NO: 20.