mhurhangee/ep-ind-claims huggingface dataset:
An active energy ray-curable resin composition for coating organic and/or inorganic substrates, the composition comprising: a polymer whose main chain is a (meth)acrylic copolymer and which has, at an end of the main chain and/or at a side chain, at least one group having a silicon atom bonded to a hydrolyzable group represented by a formula: -SiR 2 a (OR 1) 3-a wherein R 1 represents a hydrogen atom or a C1-C10 alkyl group; R 2 represents a hydrogen atom or a monovalent hydrocarbon group selected from a C1-C10 alkyl group, a C6-C25 aryl group, and a C7-C12 aralkyl group; and a represents an integer of 0 to 2; a silane compound represented by a formula: R 5 N-{X-SiR 4 b (OR 3) 3-b} 2 wherein X represents a divalent organic group and may contain an oxygen atom or a nitrogen atom in its structure; R 3, R 4, and R 5 may be the same or different, and each represents a hydrogen atom or a C1-C10 alkyl group; and b represents an integer of 0 to 2; a photoacid generator; a compound having at least two (meth)acryloyl groups per molecule; and a photoradical initiator. a polymer whose main chain is a (meth)acrylic copolymer and which has, at an end of the main chain and/or at a side chain, at least one group having a silicon atom bonded to a hydrolyzable group represented by a formula: -SiR 2 a (OR 1) 3-a wherein R 1 represents a hydrogen atom or a C1-C10 alkyl group; R 2 represents a hydrogen atom or a monovalent hydrocarbon group selected from a C1-C10 alkyl group, a C6-C25 aryl group, and a C7-C12 aralkyl group; and a represents an integer of 0 to 2; a silane compound represented by a formula: R 5 N-{X-SiR 4 b (OR 3) 3-b} 2 wherein X represents a divalent organic group and may contain an oxygen atom or a nitrogen atom in its structure; R 3, R 4, and R 5 may be the same or different, and each represents a hydrogen atom or a C1-C10 alkyl group; and b represents an integer of 0 to 2; a photoacid generator; a compound having at least two (meth)acryloyl groups per molecule; and a photoradical initiator.
A method of detecting a B cell lymphocyte expressing an antibody that specifically binds to an antigen of interest for preparation of a cDNA library, the method comprising: introducing a sample comprising B cell lymphocytes into a microfluidic device, the microfluidic device comprising: an enclosure having a flow region and a sequestration pen, wherein said sequestration pen comprises an isolation region having a single opening and a connection region, said connection region providing a fluidic connection between said isolation region and said flow region, and wherein said isolation region of said sequestration pen is an unswept region of said microfluidic device; loading a B cell lymphocyte from said sample into said isolation region of said sequestration pen; introducing said antigen of interest into said flow region of said enclosure such that said antigen of interest is proximal to said B cell lymphocyte; and monitoring binding of said antigen of interest to said antibody expressed by said B cell lymphocyte disposed on a surface of said isolation region, wherein said isolation region of said sequestration pen comprises at least one conditioned surface, thereby detecting an antibody-expressing B cell lymphocyte of interest; and lysing the B cell lymphocyte of interest, thereby releasing RNA. introducing a sample comprising B cell lymphocytes into a microfluidic device, the microfluidic device comprising: an enclosure having a flow region and a sequestration pen, wherein said sequestration pen comprises an isolation region having a single opening and a connection region, said connection region providing a fluidic connection between said isolation region and said flow region, and wherein said isolation region of said sequestration pen is an unswept region of said microfluidic device; loading a B cell lymphocyte from said sample into said isolation region of said sequestration pen; introducing said antigen of interest into said flow region of said enclosure such that said antigen of interest is proximal to said B cell lymphocyte; and monitoring binding of said antigen of interest to said antibody expressed by said B cell lymphocyte disposed on a surface of said isolation region, wherein said isolation region of said sequestration pen comprises at least one conditioned surface, thereby detecting an antibody-expressing B cell lymphocyte of interest; and lysing the B cell lymphocyte of interest, thereby releasing RNA.
A multiple-electrode submerged arc welding method comprising performing welding using the welding torch for use with a leading electrode in multiple-electrode submerged arc welding, using a flux-cored wire having a diameter of 3.2 mm or less as a leading electrode wire, characterised in that the welding torch comprises a contact tip, a connector for a power cable, a tube-shaped conductor disposed therebetween, and means for insulating the tube-shaped conductor from an electrode wire; wherein the means for insulating the tube-shaped conductor from the electrode wire is a ceramic pipe and covers the whole of the inner wall of the tube-shaped conductor, the ceramic pipe has a Vickers hardness HV1 of 8 GPa or more, and the distance between a leading end of the contact tip and the connector for a power cable is 100 to 200 mm. the means for insulating the tube-shaped conductor from the electrode wire is a ceramic pipe and covers the whole of the inner wall of the tube-shaped conductor, the ceramic pipe has a Vickers hardness HV1 of 8 GPa or more, and the distance between a leading end of the contact tip and the connector for a power cable is 100 to 200 mm.
A combination seat heater and occupant sensor antenna, comprising: - an electrically insulative substrate having opposed first and second sides (20, 22); - a seat heater assembly applied to said first side of said substate; - a capacitor system occupant sensor antenna applied to said second side of said substrate; characterized by an interference reducing structure interposed between said seat heater assembly and said antenna to minimize potential interference in the function of said antenna caused by operation of said seat heater assembly, the interference reducing structure including a ground plane layer interposed between said heater assembly and said antenna, and that said heater assembly is screen printed to said first side of said substrate. - an electrically insulative substrate having opposed first and second sides (20, 22); - a seat heater assembly applied to said first side of said substate; - a capacitor system occupant sensor antenna applied to said second side of said substrate;
A method for uplink power control by a first base station in a wireless communication system, the method comprising: periodically measuring interference for a cell of a second base station neighboring the first base station; determining an average of the periodically measured interference; broadcasting the determined average of the periodically measured interference to mobile terminals located in a cell of the first base station; determining a weight for the determined average of the periodically measured interference, based on one of resource allocation information for the cell of the second base station and a message for an interference regulation received from the second base station; and transmitting the determined weight to the mobile terminals, wherein the message for interference regulation comprises either an interference down request message or an interference up grant message. periodically measuring interference for a cell of a second base station neighboring the first base station; determining an average of the periodically measured interference; broadcasting the determined average of the periodically measured interference to mobile terminals located in a cell of the first base station; determining a weight for the determined average of the periodically measured interference, based on one of resource allocation information for the cell of the second base station and a message for an interference regulation received from the second base station; and transmitting the determined weight to the mobile terminals, wherein the message for interference regulation comprises either an interference down request message or an interference up grant message.
A device configured for delivery of energy to a tissue, wherein said device comprises: a feed line portion (200, 400, 500, 750) having an outer diameter that is equal to or less than a 16-gauge needle and comprising: an inner conductor (110, 402, 502, 760) and outer conductor (130, 401, 775) separated by dielectric material (120, 403, 501, 765); a space located between the dielectric material and the outer conductor; a plurality of support lines located in said space for providing support to maintain the position of the outer conductor with respect to the inner conductor; and a coolant pathway (404, 504, 780) located within said outer diameter, wherein the coolant pathway comprises a plurality of channels formed in said space by said support lines, and an antenna portion distal to said feed line portion (200, 300, 400, 500, 750). an inner conductor (110, 402, 502, 760) and outer conductor (130, 401, 775) separated by dielectric material (120, 403, 501, 765); a space located between the dielectric material and the outer conductor; a plurality of support lines located in said space for providing support to maintain the position of the outer conductor with respect to the inner conductor; and a coolant pathway (404, 504, 780) located within said outer diameter, wherein the coolant pathway comprises a plurality of channels formed in said space by said support lines, and an antenna portion distal to said feed line portion (200, 300, 400, 500, 750).
A wireless communication method in which a terminal conducts wireless communication having a quality of service, QoS, with a network, the method comprising steps of: generating an indication related to EMF exposure of a user of the terminal; and controlling uplink power of the terminal on the basis of the QoS and said indication wherein the controlling comprises optimising a cost function which combines at least QoS, an indication of the proximity of the terminal with respect to the user, and the uplink power of the terminal. generating an indication related to EMF exposure of a user of the terminal; and controlling uplink power of the terminal on the basis of the QoS and said indication wherein the controlling comprises optimising a cost function which combines at least QoS, an indication of the proximity of the terminal with respect to the user, and the uplink power of the terminal.
An air conditioner, comprising: an outdoor unit and an indoor unit that receive electric power from a main power supply line, the air conditioner being configured to transition to a standby mode in which the electric power is supplied to the indoor unit and no electric power is supplied to the outdoor unit in an operation stop period, the air conditioner being configured to transition from an operating state in which the air conditioner is operable to the standby mode, the outdoor unit being configured to transition to a standby mode and to be connectable to an indoor unit that is configured to transition to a standby mode and an indoor unit that is not configured to transition to the standby mode; and an outdoor control circuit provided in the outdoor unit, and configured to receive electric power from the main power supply line through a power supply wiring; characterized by a selection mechanism provided on the power supply wiring, and configured to prevent a current flow in the power supply wiring in the operation stop period to determine whether to adapt the outdoor unit to the indoor unit that is able to transition to the standby mode, and inhibit the outdoor unit from transiting to the standby mode if the selection mechanism does not allow the outdoor unit to adapt to the indoor unit that is not able to transition to the standby mode. an outdoor unit and an indoor unit that receive electric power from a main power supply line, the air conditioner being configured to transition to a standby mode in which the electric power is supplied to the indoor unit and no electric power is supplied to the outdoor unit in an operation stop period, the air conditioner being configured to transition from an operating state in which the air conditioner is operable to the standby mode, the outdoor unit being configured to transition to a standby mode and to be connectable to an indoor unit that is configured to transition to a standby mode and an indoor unit that is not configured to transition to the standby mode; and an outdoor control circuit provided in the outdoor unit, and configured to receive electric power from the main power supply line through a power supply wiring; characterized by a selection mechanism provided on the power supply wiring, and configured to prevent a current flow in the power supply wiring in the operation stop period to determine whether to adapt the outdoor unit to the indoor unit that is able to transition to the standby mode, and inhibit the outdoor unit from transiting to the standby mode if the selection mechanism does not allow the outdoor unit to adapt to the indoor unit that is not able to transition to the standby mode.
An anvil for use with an impact wrench, the anvil comprising: a round body; a square head formed at an end of the round body; a recessed radius portion formed in between the square head and the round body; wherein the square head and round body define a longitudinal axis, and the square head includes a roll pin hole adapted to receive a roll pin, the roll pin hole extending into the square head parallel to the longitudinal axis of the round body; and characterised in that the square head further includes a recessed portion surrounding the roll pin hole. a round body; a square head formed at an end of the round body; a recessed radius portion formed in between the square head and the round body; wherein the square head and round body define a longitudinal axis, and the square head includes a roll pin hole adapted to receive a roll pin, the roll pin hole extending into the square head parallel to the longitudinal axis of the round body; and characterised in that the square head further includes a recessed portion surrounding the roll pin hole.
A stage representation system comprising: a plurality of sets of at least four elevating units (101a, 101b, 101c, 101d) connected to at least four suspension lines (111a, 111b, 111c, 111d) respectively; a plurality of display panels (121, 122, 123) suspended from a ceiling of a stage respectively, each of the plurality of display panels (121, 122, 123) is suspended via the at least four suspension lines (111a, 111b, 111c, 111d) and includes a frame and a plurality of bars, each of the plurality of bars extends from one end to other end in the frame, and a plurality of illumination lights are fixed to each of the plurality of bars; and a control unit configured, depending on a content for expression, to dynamically move the plurality of display panels (121, 122, 123) respectively in a vertical direction and at a predetermined angle in space of the stage by controlling lengths of the at least four suspension lines (111a, 111b, 111c, 111d) individually, and adjust dynamically display of the plurality of display panels (121, 122, 123) respectively by controlling on/off timing for lighting of the plurality of illumination lights individually and modulating an amount of light of the plurality of illumination lights individually so that a predetermined dynamic representation is provided on the stage. a plurality of sets of at least four elevating units (101a, 101b, 101c, 101d) connected to at least four suspension lines (111a, 111b, 111c, 111d) respectively; a plurality of display panels (121, 122, 123) suspended from a ceiling of a stage respectively, each of the plurality of display panels (121, 122, 123) is suspended via the at least four suspension lines (111a, 111b, 111c, 111d) and includes a frame and a plurality of bars, each of the plurality of bars extends from one end to other end in the frame, and a plurality of illumination lights are fixed to each of the plurality of bars; and a control unit configured, depending on a content for expression, to dynamically move the plurality of display panels (121, 122, 123) respectively in a vertical direction and at a predetermined angle in space of the stage by controlling lengths of the at least four suspension lines (111a, 111b, 111c, 111d) individually, and adjust dynamically display of the plurality of display panels (121, 122, 123) respectively by controlling on/off timing for lighting of the plurality of illumination lights individually and modulating an amount of light of the plurality of illumination lights individually so that a predetermined dynamic representation is provided on the stage.
A motor driving system comprising: an AC motor; a PWM signal control unit that performs a pulse width modulation on three-phase voltage command signals with a carrier signal; a power converter that is driven by a gate signal having undergone the pulse width modulation; and a command voltage creating means for generating the three-phase voltage command signals for driving the AC motor, characterized in that the command voltage creating means includes means for adding a respective voltage component different from a fundamental wave voltage command to each of the three-phase voltage command signals and reducing a loss of the AC motor by using an addition amount of the respective voltage component different from the fundamental wave voltage command; wherein the command voltage creating means sets the respective voltage component different from the fundamental wave voltage command by: generating voltage components of frequencies which are integer multiples of a frequency of the fundamental wave voltage command, multiplying the generated voltage components by respective proportional coefficients (K 1 -K n), and setting the sum total thereof as the respective voltage component different from the fundamental wave voltage command. an AC motor; a PWM signal control unit that performs a pulse width modulation on three-phase voltage command signals with a carrier signal; a power converter that is driven by a gate signal having undergone the pulse width modulation; and a command voltage creating means for generating the three-phase voltage command signals for driving the AC motor, characterized in that the command voltage creating means includes means for adding a respective voltage component different from a fundamental wave voltage command to each of the three-phase voltage command signals and reducing a loss of the AC motor by using an addition amount of the respective voltage component different from the fundamental wave voltage command; wherein the command voltage creating means sets the respective voltage component different from the fundamental wave voltage command by: generating voltage components of frequencies which are integer multiples of a frequency of the fundamental wave voltage command, multiplying the generated voltage components by respective proportional coefficients (K 1 -K n), and setting the sum total thereof as the respective voltage component different from the fundamental wave voltage command. generating voltage components of frequencies which are integer multiples of a frequency of the fundamental wave voltage command, multiplying the generated voltage components by respective proportional coefficients (K 1 -K n), and setting the sum total thereof as the respective voltage component different from the fundamental wave voltage command.
An airless spray device comprising: - a main body, - at least a first and a second airless spray head of a respective first and second fluid product located on the main body, characterized in that the first head comprises a first nozzle shaped to emit a first nebulised jet in the form of a blade of the first fluid product along a first predetermined direction and wherein the second head comprises a second nozzle shaped to emit a second nebulised jet in the form of a cone of the second fluid product along a second direction incident to the first predetermined direction of the first jet, the first nebulised jet in the form of a blade and the second jet in the form of a cone being incident in a mixing zone wherein the mixing zone extends for at least 15 centimetres along the first predetermined direction of the first nebulised jet and that the mixing zone is at least 10 centimetres from the first nozzle along the first predetermined direction of the first jet. - a main body, - at least a first and a second airless spray head of a respective first and second fluid product located on the main body,
Method for optimizing the electrical energy consumption of a brushless DC motor comprising a stator and a rotor, the motor being intended to drive a load upward and downward and being powered by an electrical power supply, the method being executed by a controller of the motor and comprising the steps of: - detection of a command to make the motor rotate, - measurement of the voltage delivered by the electrical power supply, characterized in that the method further comprises the steps of: - calculation of a first speed setpoint and a second speed setpoint from the voltage measurement, the value of the second speed setpoint being greater than the value of the first speed setpoint, - detection of whether the motor is in a state in which the load drives the motor, - detection of the first speed setpoint if the motor is not in the state in which the load drives the motor, - selection of the second speed setpoint if the motor is in the state in which the load drives the motor. - detection of a command to make the motor rotate, - measurement of the voltage delivered by the electrical power supply, - calculation of a first speed setpoint and a second speed setpoint from the voltage measurement, the value of the second speed setpoint being greater than the value of the first speed setpoint, - detection of whether the motor is in a state in which the load drives the motor, - detection of the first speed setpoint if the motor is not in the state in which the load drives the motor, - selection of the second speed setpoint if the motor is in the state in which the load drives the motor.
Cast part which is cast from a casting material and into which a channel is formed which gas flows through in operation, wherein the channel is at least in sections delimited by a separately prefabricated metal insert which is cast into the cast part, characterised in that the insert on its inner surface assigned to the gas and on its outer surface assigned to the casting material is in each case at least in sections coated in each case with a glaze or enamel coat (13, 15), that the coat in each case provided on the outer surface of the insert has pores and that the casting material during casting of the insert has penetrated into pores of the coat on the outer surface.