mhurhangee/ep-ind-claims huggingface dataset:
A power supply apparatus comprising: a transformer core; a primary winding arranged to supply, while energized, a varying primary magnetic field for exciting the transformer core; a secondary winding electrically isolated from the primary winding and arranged to be energized by the varying primary magnetic field in the transformer core; a permanent magnet arranged in a first position to prevent excitation of the transformer core by saturating the transformer core with a permanent magnetic field; characterized in that the power supply apparatus further comprises a bias winding electrically isolated from the primary winding and connected to the secondary winding, arranged to provide a bias magnetic field for canceling or removing the permanent magnetic field to desaturate the transformer core. a transformer core; a primary winding arranged to supply, while energized, a varying primary magnetic field for exciting the transformer core; a secondary winding electrically isolated from the primary winding and arranged to be energized by the varying primary magnetic field in the transformer core; a permanent magnet arranged in a first position to prevent excitation of the transformer core by saturating the transformer core with a permanent magnetic field; characterized in that the power supply apparatus further comprises a bias winding electrically isolated from the primary winding and connected to the secondary winding, arranged to provide a bias magnetic field for canceling or removing the permanent magnetic field to desaturate the transformer core.
A method for forming a single-walled, polymeric film cellular matrix comprising: a) selectively bonding a first serpentine strip of polymeric material to a first generally linear strip of polymeric material to thereby form a first row having a plurality of open-ended hollow prisms wherein each prism includes a perimeter enclosing wall having a plurality of segments (14, 16, 18), an inner surface and an outer surface, and wherein the first serpentine strip defines a first enclosing wall segment and a second enclosing wall segment of each prism and the first generally linear strip defines a third enclosing wall segment of each prism; b) then selectively bonding a second generally linear strip of polymeric material to a portion of the perimeter enclosing wall generally opposite the third enclosing wall segment of each prism; and c) then selectively bonding a second serpentine strip of polymeric material to the second generally linear strip of polymeric material to thereby form a second row having a plurality of open-ended hollow prisms, each having a perimeter enclosing wall wherein the second serpentine strip defines a first enclosing wall segment and a second enclosing wall segment of each prism and the second generally linear strip defines a third enclosing wall segment of each prism whereby additional open-ended hollow prisms are formed by repeating b) and c) with additional strips to add further rows one at a time until the desired number of rows of prisms have been established. a) selectively bonding a first serpentine strip of polymeric material to a first generally linear strip of polymeric material to thereby form a first row having a plurality of open-ended hollow prisms wherein each prism includes a perimeter enclosing wall having a plurality of segments (14, 16, 18), an inner surface and an outer surface, and wherein the first serpentine strip defines a first enclosing wall segment and a second enclosing wall segment of each prism and the first generally linear strip defines a third enclosing wall segment of each prism; b) then selectively bonding a second generally linear strip of polymeric material to a portion of the perimeter enclosing wall generally opposite the third enclosing wall segment of each prism; and c) then selectively bonding a second serpentine strip of polymeric material to the second generally linear strip of polymeric material to thereby form a second row having a plurality of open-ended hollow prisms, each having a perimeter enclosing wall wherein the second serpentine strip defines a first enclosing wall segment and a second enclosing wall segment of each prism and the second generally linear strip defines a third enclosing wall segment of each prism whereby additional open-ended hollow prisms are formed by repeating b) and c) with additional strips to add further rows one at a time until the desired number of rows of prisms have been established.
An antibody composition comprising at least a first anti-human EGFR antibody molecule and a second, distinct anti-human EGFR antibody molecule, wherein said first antibody molecule comprises the heavy chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 50 and the light chain CDR1, CDR2, and CDR3 amino acid sequences in SEQ ID NO: 82; or a humanized version of said first antibody molecule; and wherein the first and second antibody molecules bind to non-overlapping epitopes of human EGFR, wherein the CDRs are defined by the IMGT numbering.
An endoscope treatment tool (1; 2; 3; 4; 5; 6; 7) comprising: a sheath which has electric insulation; and an electrode unit (20; 52) which is provided at a distal end portion of the sheath, wherein the electrode unit (20; 52) includes: an electrode which has a rod-shape, is provided to extend in an axis direction of the sheath, and is capable of being arranged in a state where the electrode protrudes from the distal end portion of the sheath and is exposed to an outside; and a chip which is fixed in a state where a distal end portion of the electrode is inserted into a concave portion provided in a proximal end surface of the chip so as to extend in the axis direction, has a greater external diameter than an external diameter of the electrode, and is formed from an electric insulation material, wherein the concave portion is formed with a smaller-diameter portion (26; 61; 62) that allows the distal end portion of the electrode to be inserted therein and has a smaller internal diameter than an internal diameter of the concave portion, and wherein a filling member (34; 34a, 51; 56) that is capable of being engaged to the smaller-diameter portion (26; 61; 62) is provided further toward a distal end side than the smaller-diameter portion (26; 61; 62) between the concave portion and the electrode. a sheath which has electric insulation; and an electrode unit (20; 52) which is provided at a distal end portion of the sheath, an electrode which has a rod-shape, is provided to extend in an axis direction of the sheath, and is capable of being arranged in a state where the electrode protrudes from the distal end portion of the sheath and is exposed to an outside; and a chip which is fixed in a state where a distal end portion of the electrode is inserted into a concave portion provided in a proximal end surface of the chip so as to extend in the axis direction, has a greater external diameter than an external diameter of the electrode, and is formed from an electric insulation material, wherein the concave portion is formed with a smaller-diameter portion (26; 61; 62) that allows the distal end portion of the electrode to be inserted therein and has a smaller internal diameter than an internal diameter of the concave portion, and wherein a filling member (34; 34a, 51; 56) that is capable of being engaged to the smaller-diameter portion (26; 61; 62) is provided further toward a distal end side than the smaller-diameter portion (26; 61; 62) between the concave portion and the electrode.
A solar battery controller installed on a moving object comprising: a solar battery module including a plurality of solar battery clusters and a bypass portion, the plurality of solar battery clusters being arranged side by side in a direction that intersects with a traveling direction of the moving object, the plurality of solar battery clusters being connected in series, the bypass portion being configured to bypass the solar battery cluster to which a light intensity applied has decreased; a first light intensity detecting unit configured to detect a light intensity that is applied to a corresponding one of the solar battery clusters, the first light intensity detecting unit being arranged ahead of the corresponding one of the solar battery clusters in the traveling direction of the moving object; and a control unit configured to determine a maximum power point of the solar battery module, wherein the control unit is configured to acquire a change in the number of bypassed solar battery clusters based on a change in an output of each first light intensity detecting unit, the control unit is configured to shift a start voltage to a first start voltage corresponding to the changed number of bypassed solar battery clusters, and the control unit is configured to determine the maximum power point of the solar battery module by calculating an electric power while changing a voltage from the first start voltage. a solar battery module including a plurality of solar battery clusters and a bypass portion, the plurality of solar battery clusters being arranged side by side in a direction that intersects with a traveling direction of the moving object, the plurality of solar battery clusters being connected in series, the bypass portion being configured to bypass the solar battery cluster to which a light intensity applied has decreased; a first light intensity detecting unit configured to detect a light intensity that is applied to a corresponding one of the solar battery clusters, the first light intensity detecting unit being arranged ahead of the corresponding one of the solar battery clusters in the traveling direction of the moving object; and a control unit configured to determine a maximum power point of the solar battery module, wherein the control unit is configured to acquire a change in the number of bypassed solar battery clusters based on a change in an output of each first light intensity detecting unit, the control unit is configured to shift a start voltage to a first start voltage corresponding to the changed number of bypassed solar battery clusters, and the control unit is configured to determine the maximum power point of the solar battery module by calculating an electric power while changing a voltage from the first start voltage.
A method in an access node of a wireless network, the method comprising: during a training phase, - performing a first uplink signal quality measurement; - receiving a first downlink signal quality from a wireless device; and - determining a downlink signal quality mapping function based on a first uplink signal quality in the first uplink signal quality measurement and the first downlink signal quality, wherein the downlink signal quality mapping function indicates a relationship between uplink signal quality and downlink signal quality at the access node; and, during an execution phase, - performing a second uplink signal quality measurement; - deriving a second downlink signal quality based on the downlink signal quality mapping function and a second uplink signal quality in the second uplink signal quality measurement; and - performing a mobility management action based at least in part on the derived second downlink signal quality and not on downlink signal quality measurements of the wireless device. during a training phase, - performing a first uplink signal quality measurement; - receiving a first downlink signal quality from a wireless device; and - determining a downlink signal quality mapping function based on a first uplink signal quality in the first uplink signal quality measurement and the first downlink signal quality, wherein the downlink signal quality mapping function indicates a relationship between uplink signal quality and downlink signal quality at the access node; - performing a first uplink signal quality measurement; - receiving a first downlink signal quality from a wireless device; and - determining a downlink signal quality mapping function based on a first uplink signal quality in the first uplink signal quality measurement and the first downlink signal quality, wherein the downlink signal quality mapping function indicates a relationship between uplink signal quality and downlink signal quality at the access node; and, during an execution phase, - performing a second uplink signal quality measurement; - deriving a second downlink signal quality based on the downlink signal quality mapping function and a second uplink signal quality in the second uplink signal quality measurement; and - performing a mobility management action based at least in part on the derived second downlink signal quality and not on downlink signal quality measurements of the wireless device. - performing a second uplink signal quality measurement; - deriving a second downlink signal quality based on the downlink signal quality mapping function and a second uplink signal quality in the second uplink signal quality measurement; and - performing a mobility management action based at least in part on the derived second downlink signal quality and not on downlink signal quality measurements of the wireless device.
A near field communication, NFC, radio frequency communication control method, comprising: receiving, by a first NFC host, a first message, wherein the first message is used to indicate that a second NFC host requests radio frequency communication; when the first NFC host determines that a near field communication controller, NFCC, is currently in a non-idle state, comparing, by the first NFC host, a priority of the second NFC host with a priority of a third NFC host, wherein the third NFC host is an NFC host corresponding to a radio frequency communication process currently executed by the NFCC; and when the priority of the second NFC host is higher than the priority of the third NFC host, sending, by the first NFC host, a second message to the NFCC, to instruct the NFCC to terminate the radio frequency communication process currently executed for the third NFC host, wherein the first NFC host is a device host, wherein the second NFC host is a security element, and wherein the third NFC host is a further security element. receiving, by a first NFC host, a first message, wherein the first message is used to indicate that a second NFC host requests radio frequency communication; when the first NFC host determines that a near field communication controller, NFCC, is currently in a non-idle state, comparing, by the first NFC host, a priority of the second NFC host with a priority of a third NFC host, wherein the third NFC host is an NFC host corresponding to a radio frequency communication process currently executed by the NFCC; and when the priority of the second NFC host is higher than the priority of the third NFC host, sending, by the first NFC host, a second message to the NFCC, to instruct the NFCC to terminate the radio frequency communication process currently executed for the third NFC host, wherein the first NFC host is a device host, wherein the second NFC host is a security element, and wherein the third NFC host is a further security element.
A NQO1 bioactivatable drug for use in a method for killing or inhibiting the growth of cancer cells in a patient that has cancerous cells, wherein the NQO1 bioactivatable drug is used in combination with a poly(ADP-ribosyl) polymerase I (PARP1) inhibitor, wherein the NQO1 bioactivatable drug is DNQ or DNQ-87.
Apparatus for continuously measuring the blood pressure of a user for monitoring purposes, with a housing with a bearing plate, which forms a housing base, at least one pressure sensor suitable for resting against a site on the external surface of the body of the user, continuously measuring the pressure at the site influenced by the blood pressure and generating a corresponding electrical pressure signal, a band suitable for encompassing the body and for holding the pressure sensor against the surface at the site with safe, functional contact, as well as an electronic circuit with a current supply, a microprocessor for establishing a diastolic and a systolic blood-pressure value, and an output element for displaying and outputting, respectively, the blood-pressure values, a contact-pressure sensor which is suitable for resting against the external surface of the body of the user, continuously measuring the contact pressure and generating a corresponding electrical contact-pressure signal, wherein the microprocessor taking into account the contact-pressure signal establishes the diastolic and the systolic blood-pressure value, characterized in that the pressure sensor protrudes with respect to the bearing plate and in that the contact-pressure sensor also protrudes with respect to the bearing plate, however less than the pressure sensor.
An apparatus for fabricating a deposit, the apparatus comprising: a high-velocity-air-fuel (HVAF) gun comprising a combustion chamber having an inlet side and an outlet side; a combustion zone between the inlet side and outlet side of the combustion chamber; an air injection port disposed in the inlet side of the combustion chamber and configured to inject air to the combustion zone; a fuel injection port disposed in the inlet side of the combustion chamber and configured to inject fuel to the combustion zone; a nozzle disposed in the outlet side of the combustion chamber; a liquid injection port connected to a source of liquid and disposed axially in the combustion chamber through the inlet side; wherein the source of liquid comprises a feedstock mixture comprising a carrier liquid and a feedstock or feedstock precursor disposed in the liquid carrier; and characterized in that a permeable burner block is disposed in the combustion zone, and the liquid injection port extends through the combustion zone into the nozzle. a high-velocity-air-fuel (HVAF) gun comprising a combustion chamber having an inlet side and an outlet side; a combustion zone between the inlet side and outlet side of the combustion chamber; an air injection port disposed in the inlet side of the combustion chamber and configured to inject air to the combustion zone; a fuel injection port disposed in the inlet side of the combustion chamber and configured to inject fuel to the combustion zone; a nozzle disposed in the outlet side of the combustion chamber; a liquid injection port connected to a source of liquid and disposed axially in the combustion chamber through the inlet side; wherein the source of liquid comprises a feedstock mixture comprising a carrier liquid and a feedstock or feedstock precursor disposed in the liquid carrier; and characterized in that a permeable burner block is disposed in the combustion zone, and the liquid injection port extends through the combustion zone into the nozzle.
A rotor blade assembly for a wind turbine, comprising: a first blade segment comprising a female structural member defining an internal cavity; a second blade segment connected to the first blade segment at a chord-wise extending joint, the second blade segment comprising a male structural member, the male structural member received within the internal cavity of the female structural member of the first blade segment; and, at least one floating connector for joining the first and second blade segments, the floating connector positioned in at least one of a generally chord-wise direction and a generally span-wise direction, characterized in that the at least one floating connector further comprises: a plurality of bushings attached to the first and second blade segments, the plurality of bushings comprising at least one set of aligned bore holes extending through a passageway in the chord-wise extending joint; at least one floating pin removably seated through the at least one set of aligned bore holes, the at least one floating pin configured for only bi-directional movement, in a single preselected plane, within at least one bushing of the plurality of bushings; and a biasing element configured to restrain the bi-directional movement of the floating pin within the at least one floating connector. a first blade segment comprising a female structural member defining an internal cavity; a second blade segment connected to the first blade segment at a chord-wise extending joint, the second blade segment comprising a male structural member, the male structural member received within the internal cavity of the female structural member of the first blade segment; and, at least one floating connector for joining the first and second blade segments, the floating connector positioned in at least one of a generally chord-wise direction and a generally span-wise direction, characterized in that the at least one floating connector further comprises: a plurality of bushings attached to the first and second blade segments, the plurality of bushings comprising at least one set of aligned bore holes extending through a passageway in the chord-wise extending joint; at least one floating pin removably seated through the at least one set of aligned bore holes, the at least one floating pin configured for only bi-directional movement, in a single preselected plane, within at least one bushing of the plurality of bushings; and a biasing element configured to restrain the bi-directional movement of the floating pin within the at least one floating connector. a plurality of bushings attached to the first and second blade segments, the plurality of bushings comprising at least one set of aligned bore holes extending through a passageway in the chord-wise extending joint; at least one floating pin removably seated through the at least one set of aligned bore holes, the at least one floating pin configured for only bi-directional movement, in a single preselected plane, within at least one bushing of the plurality of bushings; and a biasing element configured to restrain the bi-directional movement of the floating pin within the at least one floating connector.
A computer-implemented method for generating a mini-game from a video game, wherein the mini-game comprises one or more completable objectives in a format that was not originally designed into the video game, the method comprising: recording, by a computer game system, game data during play of the video game on the computer game system; pausing play of the video game; identifying a start point for the mini-game from the recorded game data; identifying an end point for the mini-game from the recorded game data, wherein the recorded game data includes state data that identifies interactivity that occurred during generation of the recorded game data, wherein the step of identifying the endpoint includes analyzing the recorded game data for one or more or of video events, audio events, or game system memory for indications of the end point; and saving the state data for the recorded game data, the state data is usable by the computer game system generate the mini-game that is executable for play between the start point and the end point, the mini-game being playable by one or more remote client devices. recording, by a computer game system, game data during play of the video game on the computer game system; pausing play of the video game; identifying a start point for the mini-game from the recorded game data; identifying an end point for the mini-game from the recorded game data, wherein the recorded game data includes state data that identifies interactivity that occurred during generation of the recorded game data, wherein the step of identifying the endpoint includes analyzing the recorded game data for one or more or of video events, audio events, or game system memory for indications of the end point; and saving the state data for the recorded game data, the state data is usable by the computer game system generate the mini-game that is executable for play between the start point and the end point, the mini-game being playable by one or more remote client devices.