mhurhangee/patent-ind-claim-en huggingface dataset:
A roof construction for a vehicle having an opening in its fixed roof , comprising at least one panel for at least closing said opening , said panel comprising a first and a second layer of glass and in between said first and second layer of glass a sheet of photovoltaic cells as a third layer, characterized in that the sheet of photovoltaic cells has an active layer of a thin film of solar cell material, said active layer extending in a first area of the sheet of photovoltaic cells which is semi-transparent and which is located in a central area of the panel and in a second area of the sheet of photovoltaic cells which is substantially opaque and which is located near an edge of the panel and in that the semi transparency of the photovoltaic cells in the first area is created by laser engraving of lines or holes into the active layer of the photo voltaic cells such that visible light can travel through the engraved lines or holes .
A compound comprising a dextran backbone having one or more CD206 targeting moieties selected from mannose, fucose, galactose, n-acetylgalactosamine, n-acetylglucosamine and combinations thereof and one or more therapeutic agents suitable for treating Zika virus, Yellow Fever and/or Dengue Fever attached thereto; for use in the treatment of Zika virus, Yellow Fever, or Dengue Fever in a subject in need thereof.
An electrosurgical vessel sealer comprising: an instrument shaft arranged to convey microwave electromagnetic (EM) energy and radiofrequency (RF) EM energy; a distal end assembly arranged at a distal end of the instrument shaft to receive the microwave EM energy and the RF EM energy from the instrument shaft, the distal end assembly comprising: a pair of jaws that are movable relative to each other to open and close a gap between opposing inner surfaces thereof; and a dissector element arranged to deliver the RF EM energy for cutting through biological tissue, wherein the pair of jaws comprise an energy delivery structure arranged to emit the microwave EM energy into the gap between the opposing inner surfaces, wherein the energy delivery structure is arranged to confine an emitted microwave field substantially within a region between the pair of jaws, and wherein the dissector element is located outside the region between the pair of jaws. an instrument shaft arranged to convey microwave electromagnetic (EM) energy and radiofrequency (RF) EM energy; a distal end assembly arranged at a distal end of the instrument shaft to receive the microwave EM energy and the RF EM energy from the instrument shaft, the distal end assembly comprising: a pair of jaws that are movable relative to each other to open and close a gap between opposing inner surfaces thereof; and a dissector element arranged to deliver the RF EM energy for cutting through biological tissue, a pair of jaws that are movable relative to each other to open and close a gap between opposing inner surfaces thereof; and a dissector element arranged to deliver the RF EM energy for cutting through biological tissue, wherein the pair of jaws comprise an energy delivery structure arranged to emit the microwave EM energy into the gap between the opposing inner surfaces, wherein the energy delivery structure is arranged to confine an emitted microwave field substantially within a region between the pair of jaws, and wherein the dissector element is located outside the region between the pair of jaws.
A method (200; 400) for managing access by a user device (UD) to IP multimedia services delivered by a communication system , wherein the user device (UD) is capable of accessing the IP multimedia services through at least one Radio Access Technology, the method comprising: including (215,220; 405,410), in an information element sent by the communication system to the user device for providing to the user device restriction information indicative of allowed types of Radio Access Technology that such user device (UD) is allowed to exploit for accessing the IP multimedia services, and of not-allowed types of Radio Access Technology that such user device (UD) is not allowed to exploit for accessing the IP multimedia services, additional restriction information indicative of allowed IP multimedia services that can be accessed by the user device (UD) and of not-allowed IP multimedia service that cannot be accessed by the user device (UD), said additional restriction information being based on subscription information of a user of the user device (UD), and providing (225; 420) the information element to the user device (UD). including (215,220; 405,410), in an information element sent by the communication system to the user device for providing to the user device restriction information indicative of allowed types of Radio Access Technology that such user device (UD) is allowed to exploit for accessing the IP multimedia services, and of not-allowed types of Radio Access Technology that such user device (UD) is not allowed to exploit for accessing the IP multimedia services, additional restriction information indicative of allowed IP multimedia services that can be accessed by the user device (UD) and of not-allowed IP multimedia service that cannot be accessed by the user device (UD), said additional restriction information being based on subscription information of a user of the user device (UD), and providing (225; 420) the information element to the user device (UD).
A computer-implemented method of defrosting a heat pump of a water provision system for a building, the water provision system comprising the heat pump configured to transfer thermal energy from outside the building to a thermal energy storage medium inside the building and a control module configured to control operation of the heat pump , the water provision system being configured to provide water heated by the thermal energy storage medium to an occupant of the building at one or more water outlets, the method being performed by the control module and comprising: determining, based on performance of the heat pump , an expected start time of a next defrost cycle of the heat pump ; and preparing the water provision system before the expected start time of the next defrost cycle of the heat pump by operating the heat pump for a predetermined time period before the expected start time of the next defrost cycle of the heat pump to pre-charge the thermal energy storage medium to store thermal energy in the thermal energy storage medium such that the thermal energy storage medium reaches a first temperature higher than its normal operating temperature before the expected start time. determining, based on performance of the heat pump , an expected start time of a next defrost cycle of the heat pump ; and preparing the water provision system before the expected start time of the next defrost cycle of the heat pump by operating the heat pump for a predetermined time period before the expected start time of the next defrost cycle of the heat pump to pre-charge the thermal energy storage medium to store thermal energy in the thermal energy storage medium such that the thermal energy storage medium reaches a first temperature higher than its normal operating temperature before the expected start time.
Moulding unit for producing a turbomachine vane blank , the vane blank comprising a blade extending in a so-called spanwise direction (EV), the blade extending in a longitudinal direction (AS) from a leading edge as far as a trailing edge , the blade comprising a pressure-face side wall and a suction-face side wall spaced apart from each other in the running portion of the vane in a transverse direction (AT) and each connecting the leading edge to the trailing edge , at least one of the side walls being passed through at the level of the trailing edge by cooling slots spaced apart from each other in the spanwise direction (EV), the blade comprising a tip (S) which includes a cavity in the shape of a basin comprising a downstream opening passing through at least one of the side walls as far as the trailing edge , the moulding unit having an upstream portion , a downstream portion and a raised portion rigidly securing the upstream portion to the downstream portion , said raised portion being configured with a strengthening protuberance extending at least in the transverse direction (AT) in order to form the downstream opening once the vane has been manufactured.
System comprising a beverage preparation apparatus and at least one package containing one portion of beverage precursor for preparing a beverage in the beverage preparation apparatus , the package comprising a pair of packaging sheets sealed to one another for enclosing and sealing the portion of beverage precursor individually in a substantially oxygen and external humidity impervious manner by the sheets being sealed together about the portion , the sheets forming a cavity covering the beverage precursor portion on each side, wherein the cavity is provided with a ridge on at least one of the sheets , the ridge being configured to cooperate with a protrusion part of the beverage preparation apparatus , wherein the apparatus comprises a dispensing device which comprises said protrusion part configured to cooperate with the ridge of the package .
A circuit configured for controlling deactivation of noise injection during a startup of an oscillator circuit , the circuit comprising: a learning black configured to: receive a signal from the oscillator circuit , the signal indicating an oscillation level of a crystal element in the oscillator circuit during a startup of the crystal element ; when the signal indicates that crystal element is just being started: reset a count of the learning block to 0; and start incrementing the count by clock cycles; compare the oscillation level of the crystal element with a predetermined target oscillation level; and when the signal indicates that the oscillation level of the crystal element has reached the predetermined target oscillation level, stop incrementing and store the count; and, wherein the learning block is connected to a disable mechanism configured to control the deactivation of noise injection to the oscillator circuit based on the count. a learning black configured to: receive a signal from the oscillator circuit , the signal indicating an oscillation level of a crystal element in the oscillator circuit during a startup of the crystal element ; when the signal indicates that crystal element is just being started: reset a count of the learning block to 0; and start incrementing the count by clock cycles; compare the oscillation level of the crystal element with a predetermined target oscillation level; and when the signal indicates that the oscillation level of the crystal element has reached the predetermined target oscillation level, stop incrementing and store the count; and, wherein receive a signal from the oscillator circuit , the signal indicating an oscillation level of a crystal element in the oscillator circuit during a startup of the crystal element ; when the signal indicates that crystal element is just being started: reset a count of the learning block to 0; and start incrementing the count by clock cycles; reset a count of the learning block to 0; and start incrementing the count by clock cycles; compare the oscillation level of the crystal element with a predetermined target oscillation level; and when the signal indicates that the oscillation level of the crystal element has reached the predetermined target oscillation level, stop incrementing and store the count; and, wherein the learning block is connected to a disable mechanism configured to control the deactivation of noise injection to the oscillator circuit based on the count.
Interface consisting of a first assembly holding a tool or a tool holder and a second assembly supporting a machining element, - wherein the first assembly has, on the one hand, a recess which has at least one truncated conical or cylindrical section and on the other hand a contact surface or contact point acting in an axial direction - in the direction of the second assembly , - wherein the second assembly has a pin which, on the one hand, has a conical, truncated conical or cylindrical section designed to rest against the truncated conical or cylindrical section of the first assembly and on the other hand has at least one contact point or contact surface acting in an axial direction designed to contact the contact surface or contact point of the first assembly , - wherein a bayonet-like closure with at least one web located on the pin is arranged between the recess and the pin , characterised in that a clamping element is arranged in the first assembly , the front end of which comes to rest against one of the webs when clamped, and that the clamping element is an eccentric screw. - wherein the first assembly has, on the one hand, a recess which has at least one truncated conical or cylindrical section and on the other hand a contact surface or contact point acting in an axial direction - in the direction of the second assembly , - wherein the second assembly has a pin which, on the one hand, has a conical, truncated conical or cylindrical section designed to rest against the truncated conical or cylindrical section of the first assembly and on the other hand has at least one contact point or contact surface acting in an axial direction designed to contact the contact surface or contact point of the first assembly , - wherein a bayonet-like closure with at least one web located on the pin is arranged between the recess and the pin , characterised in that a clamping element is arranged in the first assembly , the front end of which comes to rest against one of the webs when clamped,
The combined use of a C3 to C6 alkene compound including only one double bond and of at least one molecular sieve, for limiting or preventing the isomerization of trans-1-chloro-3,3,3-trifluoropropene to cis-1-chloro-3,3,3-trifluoropropene, and/or for limiting or preventing the degradation of trans-1-chloro-3,3,3-trifluoropropene.
Method of manufacturing a self-supported coil for a slotless rotating electric motor comprising a rotor arranged to rotate around a motor rotation axis, the electric motor having a number of poles 2n, the coil having an axial length along the rotation axis, and comprising one coil body formed by wound electrical conductors, the coil body having a thickness e with a head at each end, each coil head having an axial thickness At, wherein the electrical conductors are multi-stranded conductors, the method comprising the steps of: i- winding the multi-stranded conductors so as to form the coil body , wherein the multi-stranded conductors in the coil body are wound so as to be substantially coplanar with the motor rotation axis, and two heads at each end, ii- applying a pressure to form the coil body in a cylindrical shape so as to deform the multi-stranded conductors cross section to obtain a deformation arrangement of the multi-stranded conductor which increases the conductor filling factor, iii- applying a pressure to the coil heads so as to bend and deform a head at each end of the coil body which extends inwardly or outwardly with an axial thickness, and so that the axial thickness of each coil head is reduced so that axial thickness At respects the condition At < 3 e / n , the method comprising a step of providing axial outputs of phase connection wires located on one external face of one head , between internal diameter (ID1, ID2) and external diameter (OD1, OD2) of the head , and at least one electrical conductor between each output and the internal diameter or the external diameter (OD1, OD2) of the coil end head . i- winding the multi-stranded conductors so as to form the coil body , wherein the multi-stranded conductors in the coil body are wound so as to be substantially coplanar with the motor rotation axis, and two heads at each end, ii- applying a pressure to form the coil body in a cylindrical shape so as to deform the multi-stranded conductors cross section to obtain a deformation arrangement of the multi-stranded conductor which increases the conductor filling factor, iii- applying a pressure to the coil heads so as to bend and deform a head at each end of the coil body which extends inwardly or outwardly with an axial thickness, and so that the axial thickness of each coil head is reduced so that axial thickness At respects the condition At < 3 e / n , the method comprising a step of providing axial outputs of phase connection wires located on one external face of one head , between internal diameter (ID1, ID2) and external diameter (OD1, OD2) of the head , and at least one electrical conductor between each output and the internal diameter or the external diameter (OD1, OD2) of the coil end head .
An isolated antibody or antigen-binding fragment thereof, which binds human BMP6 and which comprises: a VH sequence of SEQ ID NO: 75; and a VL sequence of SEQ ID NO: 85.
Propeller propulsion unit , having at least one kinematic system comprising at least: • a heat engine consuming fuel and a main shaft driven in rotation at the output of the heat engine, • an electrical energy generator configured to generate electrical energy from the rotation of the main shaft , • an electric motor configured to generate a rotary movement as output from the electrical energy generated by the electrical energy generator , characterised in that it comprises: • a drive and selection device having a coupling element configured to be coupled either to the main shaft or to a rotary element at the output of the electric motor and a guiding element configured to at least rotationally guide the coupling element , configured to assume, as required • a first configuration , in which it is coupled to the output of the electric motor , and • a second configuration , in which it is coupled to the main shaft of the heat engine, • a propeller driven in rotation by the drive and selection device , the guiding element allowing the rotation speed of the coupling element to be adapted to a desired rotation speed for the propeller . • a heat engine consuming fuel and a main shaft driven in rotation at the output of the heat engine, • an electrical energy generator configured to generate electrical energy from the rotation of the main shaft , • an electric motor configured to generate a rotary movement as output from the electrical energy generated by the electrical energy generator , characterised in that it comprises: • a drive and selection device having a coupling element configured to be coupled either to the main shaft or to a rotary element at the output of the electric motor and a guiding element configured to at least rotationally guide the coupling element , configured to assume, as required • a first configuration , in which it is coupled to the output of the electric motor , and • a second configuration , in which it is coupled to the main shaft of the heat engine, • a first configuration , in which it is coupled to the output of the electric motor , and • a second configuration , in which it is coupled to the main shaft of the heat engine, • a propeller driven in rotation by the drive and selection device , the guiding element allowing the rotation speed of the coupling element to be adapted to a desired rotation speed for the propeller .
Endovascular medical device, wherein at least parts of the medical device are coated and the coating comprises a functional layer containing saccharides and wherein the medical device is an implant intended to remain in the body permanently, characterised in that the functional layer contains peptide sequences with integrin-binding motifs.
A main body unit for an aerosol generation device comprising a power source ; an accommodation portion having a cylindrical shape and configured to store an aerosol source; and a suction port part formed with a suction port configured to suck an aerosol made from the aerosol source atomized, the main body unit comprising a connection portion for connecting the power source, the accommodation portion , and the suction port part in an axial direction extending along a central axis (O) of the main body unit , wherein the connection portion comprises a first rotation connection portion configured to connect the power source with the accommodation portion by relatively rotating the power source and the accommodation portion about the central axis (O) so as to be locked with each other, and configured to release a connection between the power source and the accommodation portion by applying a first torque so as to relatively rotate the power source and the accommodation portion around the central axis (O), and a second rotation connection portion configured to release a connection between the accommodation portion and the suction port part by applying a second torque smaller than the first torque around the central axis (O). accommodation portion having a cylindrical shape and configured to store an aerosol source; and a suction port part formed with a suction port configured to suck an aerosol made from the aerosol source atomized, the main body unit comprising a connection portion for connecting the power source, the accommodation portion , and the suction port part in an axial direction extending along a central axis (O) of the main body unit , wherein the connection portion comprises a first rotation connection portion configured to connect the power source with the accommodation portion by relatively rotating the power source and the accommodation portion about the central axis (O) so as to be locked with each other, and configured to release a connection between the power source and the accommodation portion by applying a first torque so as to relatively rotate the power source and the accommodation portion around the central axis (O), and a second rotation connection portion configured to release a connection between the accommodation portion and the suction port part by applying a second torque smaller than the first torque around the central axis (O).
An access network node comprising a communications interface , a processor , and a transmitter , wherein: the communications interface is configured to receive a first packet paging message sent by a core network node, wherein the first packet paging message is used for paging a terminal, and the first packet paging message comprises terminal information of the terminal, and the terminal information comprises two different pieces of information: a terminal type and a terminal coverage level, the terminal coverage level is no need of coverage enhancement, 10 dB coverage enhancement or 20 dB coverage enhancement; the processor is configured to determine, according to the terminal type, that the terminal is a machine to machine, M2M, terminal; and the transmitter is configured to after the terminal is determined as an M2M terminal, send a coverage-enhanced second packet paging message to the terminal according to the terminal coverage level included in the first packet paging message. the processor is configured to determine, according to the terminal type, that the terminal is a machine to machine, M2M, terminal; and the transmitter is configured to after the terminal is determined as an M2M terminal, send a coverage-enhanced second packet paging message to the terminal according to the terminal coverage level included in the first packet paging message.