mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula I: wherein R 1 and R 2 are independently selected from H, CH 3, CH 2 CH 3, and C 1 -C 6 alkyl, R 3 and R 4 are H and -CH 3, or R 3 and R 4 are combined to form =CH 2 or a cyclopropyl group; and R 5 and R 6 are independently selected from H, halogen, -OH, -CF 3, C 1 -C 6 alkyl, or R 5 and R 6 are combined to form =O; or a compound of Formula II: wherein R 1 and R 2 are independently selected from H, CH 3, CH 2 CH 3, and C 1 -C 6 alkyl; or pharmaceutically acceptable salt thereof, for use in a method of treating cancer in a subject in need thereof, wherein the cancer is a cancer having a TET2 mutation.
An electric generator comprising: a rotor shaft to be driven to rotate with a rotor; a stator in operable communication with said rotor; a housing surrounding said rotor and said stator; said rotor shaft extending outwardly of said housing, and a seal sealing a location where said rotor shaft extends outwardly of said housing; and a vent valve, separate from said seal, and configured for allowing venting of the interior of said housing when said rotor shaft is not rotating; wherein the valve is configured to be in a non-venting position after the rotor shaft begins rotation; characterised in that there is a static oil level within the interior of the housing, which is the level of oil in the machine when not rotating, and that the vent valve is positioned in the housing at a location above the static oil level. a rotor shaft to be driven to rotate with a rotor; a stator in operable communication with said rotor; a housing surrounding said rotor and said stator; said rotor shaft extending outwardly of said housing, and a seal sealing a location where said rotor shaft extends outwardly of said housing; and a vent valve, separate from said seal, and configured for allowing venting of the interior of said housing when said rotor shaft is not rotating; wherein the valve is configured to be in a non-venting position after the rotor shaft begins rotation; characterised in that there is a static oil level within the interior of the housing, which is the level of oil in the machine when not rotating, and that the vent valve is positioned in the housing at a location above the static oil level.
A method, performed in a user equipment, in a communication system, of performing one or more measurements on a radio signal, characterized in that the method comprises: - obtaining a carrier frequency of at least one radio signal to measure, - determining, based on frequency range associated with the obtained carrier frequency, a measurement rate that samples the radio signal less often relative to a higher measurement rate used for measurement on a frequency range associated with a lower carrier frequency, and - performing measurement on the radio signal with the determined measurement rate. - obtaining a carrier frequency of at least one radio signal to measure, - determining, based on frequency range associated with the obtained carrier frequency, a measurement rate that samples the radio signal less often relative to a higher measurement rate used for measurement on a frequency range associated with a lower carrier frequency, and - performing measurement on the radio signal with the determined measurement rate.
Method for controlling a rope winch, which conveys a rope formed from contaminants out of a pulper for pulping fibrous materials mixed with contaminants and is formed by at least two rollers (6, 7) pressed against each other, through the nip of which the rope runs, characterized in that the pressing force of the rollers (6, 7) is controlled on the basis of the movement of the rope.
Method of determining a movement and/or a position of a lift cage of a lift installation, - with a first monitoring unit, by which first signals (S-51; S-52) of a first sensor device are evaluated in order to ascertain data with respect to the movement and/or position of the lift cage and to detect possibly occurring faulty behaviour of the lift installation and trigger appropriate safety measures, - with a second sensor device (31, 32, 33), which operates otherwise than in accordance with the principle of the first sensor device and by means of which a change in the movement state of the lift cage is detected and corresponding second signals (S-31; S-32; S-33) are delivered to a second monitoring unit, which evaluates the second signals (S-31; S-32; S-33) and detects a change which occurs in the movement state of the lift cage, comprising the steps: - ascertaining a time instant of a change in the movement state of the lift cage in the first or second monitoring unit (42; 43), - monitoring the occurrence of at least one of the first movement signal or function signal (S-51F, S-52F), which is generated by the second or first monitoring unit (43; 42), within at least one time window adjoining the time instant, and - generating a first fault signal if the first movement signal (S-51), which indicates coherent mode of operation of the corresponding monitoring unit (42; 43), does not arise within the time window. - with a first monitoring unit, by which first signals (S-51; S-52) of a first sensor device are evaluated in order to ascertain data with respect to the movement and/or position of the lift cage and to detect possibly occurring faulty behaviour of the lift installation and trigger appropriate safety measures, - with a second sensor device (31, 32, 33), which operates otherwise than in accordance with the principle of the first sensor device and by means of which a change in the movement state of the lift cage is detected and corresponding second signals (S-31; S-32; S-33) are delivered to a second monitoring unit, which evaluates the second signals (S-31; S-32; S-33) and detects a change which occurs in the movement state of the lift cage, - ascertaining a time instant of a change in the movement state of the lift cage in the first or second monitoring unit (42; 43), - monitoring the occurrence of at least one of the first movement signal or function signal (S-51F, S-52F), which is generated by the second or first monitoring unit (43; 42), within at least one time window adjoining the time instant, and - generating a first fault signal if the first movement signal (S-51), which indicates coherent mode of operation of the corresponding monitoring unit (42; 43), does not arise within the time window.
A method of making a pyrrolo bisthiazole homopolymer, comprising the step of polymerizing a dibrominated pyrrolo[3,2-d:4,5-d']bisthiazole monomer having the formula: where R is an alkyl group, using a turbo-Grignard reagent complex having the formula iPrMgCl·LiCl to obtain a conjugated homopolymer.
An electronic apparatus comprising: a bended touch display comprising a main area corresponding to a front surface of the electronic apparatus, a first sub area corresponding to a side surface of the electronic apparatus, and a second sub area corresponding to a back surface of the electronic device, wherein the first sub area is extended from the main area and bent away from the one side of the main area, and the second sub area is extended from the first sub area; a camera; a motion sensor; and a controller; characterised in that the controller is configured to determine whether a user's gaze is directed toward the main area, the sub area or both by using the camera, a tilting angle of the electronic apparatus by using the motion sensor, and to control the touch display to display information on the main area or the second sub area based on the detected gaze and the tilt angle; the controller is furthermore configured to display, in response to an occurrence of an event, information corresponding to the event in the first sub area while displaying the information on the main area, and wherein, in response to detecting a tilt of the electronic apparatus by a predetermined tilt angle and the user's gaze directed toward all of the main area and the first sub area, display information corresponding to the event in some area in the first sub area and the main area. a bended touch display comprising a main area corresponding to a front surface of the electronic apparatus, a first sub area corresponding to a side surface of the electronic apparatus, and a second sub area corresponding to a back surface of the electronic device, wherein the first sub area is extended from the main area and bent away from the one side of the main area, and the second sub area is extended from the first sub area; a camera; a motion sensor; and a controller; characterised in that the controller is configured to determine whether a user's gaze is directed toward the main area, the sub area or both by using the camera, a tilting angle of the electronic apparatus by using the motion sensor, and to control the touch display to display information on the main area or the second sub area based on the detected gaze and the tilt angle; the controller is furthermore configured to display, in response to an occurrence of an event, information corresponding to the event in the first sub area while displaying the information on the main area, and wherein, in response to detecting a tilt of the electronic apparatus by a predetermined tilt angle and the user's gaze directed toward all of the main area and the first sub area, display information corresponding to the event in some area in the first sub area and the main area.
A device-to-device, D2D, data transmission method performed by a first user terminal, wherein the method comprises: • receiving preset configuration information about a correspondence from a base station, the configuration information being information between channel feature information about a first link and channel feature information about a second link, wherein the first link is a D2D link between the first user terminal and a second user terminal, and the second link is a cellular link between the first user terminal and the base station; • receiving first data from the second user terminal by using a first logical channel of multiple logical channels on the first link, and identifying a first channel feature of the first logical channel (S 201); • determining, according to the preset configuration information about the correspondence between channel feature information about the first link and channel feature information about the second link, a second channel feature on the second link that corresponds to the first channel feature of the first logical channel on the first link (S 202); and • mapping, according to the second channel feature, the first data onto a second logical channel that is of multiple logical channels on the second link and that corresponds to the second channel feature, and forwarding the first data to the base station by using the second logical channel (S 203). • receiving preset configuration information about a correspondence from a base station, the configuration information being information between channel feature information about a first link and channel feature information about a second link, wherein the first link is a D2D link between the first user terminal and a second user terminal, and the second link is a cellular link between the first user terminal and the base station; • receiving first data from the second user terminal by using a first logical channel of multiple logical channels on the first link, and identifying a first channel feature of the first logical channel (S 201); • determining, according to the preset configuration information about the correspondence between channel feature information about the first link and channel feature information about the second link, a second channel feature on the second link that corresponds to the first channel feature of the first logical channel on the first link (S 202); and • mapping, according to the second channel feature, the first data onto a second logical channel that is of multiple logical channels on the second link and that corresponds to the second channel feature, and forwarding the first data to the base station by using the second logical channel (S 203).
Audio unit for reducing an awareness of a noise produced by a magnetic resonance machine, wherein the audio unit comprises at least one loudspeaker, as well as a vibration sensor unit, which is designed to detect signals transmitted by means of bone conduction, characterised in that the audio unit possesses a control unit and the vibration sensor unit is designed to transmit the signals transmitted by means of bone conduction to the control unit, wherein the control unit is designed, to ascertain a destructively interfering signal on the basis of the signals transmitted by means of bone conduction, and to output said destructively interfering signal via the loudspeaker.
A cash cassette, comprising a receiving area for receiving a value note stack, a retracting flap movable between a retracting position and a swiveled-away position along a predetermined path, wherein the retracting flap retains the value note stack in the receiving area in the retracting position and allows a feeding and/or removal of notes of value in the swiveled-away position, and a bottom unit on which the notes of value of the value note stack stand with one of their edges, wherein the bottom unit comprises at least a movable bottom element (40, 54) on which at least a part of the value note stack stands at least temporarily at least during the movement of the retracting flap between the retracting position and the swiveled-away position, the movable bottom element (40, 54) is coupled to the retracting flap such that at least the movable bottom element (40, 54) is moved together with the retracting flap between the retracting position and the swiveled-away position, in that the movable bottom element (40, 54) is mechanically coupled to the retracting flap, in that the movable bottom element (40, 54) and the retracting flap are coupled to each other only at the end portions facing the sides of the cash cassette (10, 100, 200) so that an opening for passing notes of value is formed between the movable bottom element (40, 54) and the retracting flap at least in the swiveled-away position. a receiving area for receiving a value note stack, a retracting flap movable between a retracting position and a swiveled-away position along a predetermined path, wherein the retracting flap retains the value note stack in the receiving area in the retracting position and allows a feeding and/or removal of notes of value in the swiveled-away position, and a bottom unit on which the notes of value of the value note stack stand with one of their edges, wherein the bottom unit comprises at least a movable bottom element (40, 54) on which at least a part of the value note stack stands at least temporarily at least during the movement of the retracting flap between the retracting position and the swiveled-away position, the movable bottom element (40, 54) is coupled to the retracting flap such that at least the movable bottom element (40, 54) is moved together with the retracting flap between the retracting position and the swiveled-away position, in that the movable bottom element (40, 54) is mechanically coupled to the retracting flap, in that the movable bottom element (40, 54) and the retracting flap are coupled to each other only at the end portions facing the sides of the cash cassette (10, 100, 200) so that an opening for passing notes of value is formed between the movable bottom element (40, 54) and the retracting flap at least in the swiveled-away position.
An evaporated fuel processing device characterized by comprising: a fuel pump; an absorber that is mounted in a fuel tank and absorbs evaporated fuel generated in the fuel tank; a purge mechanism in which the evaporated fuel is introduced from the absorber into an intake pipe of an internal combustion engine; and a recirculation mechanism that recirculates fuel discharged from the fuel pump to an intake side of the fuel pump in the fuel tank is provided, wherein a portion of an intake passage of the fuel pump is formed in the absorber, the absorber is formed with a heat transfer surface that guides fuel flowing through the fuel tank during actuation of the fuel pump, and when the recirculation mechanism recirculates the fuel that is discharged from the fuel pump into the fuel tank, the heat transfer surface transfers heat between the absorber and the fuel that contains the fuel that is discharged from the fuel pump and flows in a direction to be suctioned to the fuel pump among fuel in the fuel tank. a fuel pump; an absorber that is mounted in a fuel tank and absorbs evaporated fuel generated in the fuel tank; a purge mechanism in which the evaporated fuel is introduced from the absorber into an intake pipe of an internal combustion engine; and a recirculation mechanism that recirculates fuel discharged from the fuel pump to an intake side of the fuel pump in the fuel tank is provided, wherein a portion of an intake passage of the fuel pump is formed in the absorber, the absorber is formed with a heat transfer surface that guides fuel flowing through the fuel tank during actuation of the fuel pump, and when the recirculation mechanism recirculates the fuel that is discharged from the fuel pump into the fuel tank, the heat transfer surface transfers heat between the absorber and the fuel that contains the fuel that is discharged from the fuel pump and flows in a direction to be suctioned to the fuel pump among fuel in the fuel tank.
Turbine blade having a turbine blade airfoil, a turbine blade root and, arranged between the turbine blade airfoil and the turbine blade root, a turbine blade platform which has, on its underside, an insertion slot for inserting a seal plate, wherein the seal plate can be secured by means of a securing element supported by the turbine blade platform, and characterized in that the turbine blade platform has a cutout (8; 8A) with two bearing edges (9, 10) which lie opposite one another such that the securing element can be immobilized transversely to the axial extent of the turbine blade root on both sides of the turbine blade.
A method for communication control, applied to User Equipment, UE, comprising: receiving indication information which is related to uplink transmission denial information and is sent by a first base station; determining a communication resource corresponding to the uplink transmission denial information; and denying transmission of uplink information via the communication resource according to the indication information, characterized by comprising: determining whether there is intermodulation distortion to a process of receiving downlink information; and responsive to that there is the intermodulation distortion, denying the transmission of uplink information via the communication resource according to the indication information. receiving indication information which is related to uplink transmission denial information and is sent by a first base station; determining a communication resource corresponding to the uplink transmission denial information; and denying transmission of uplink information via the communication resource according to the indication information, characterized by comprising: determining whether there is intermodulation distortion to a process of receiving downlink information; and responsive to that there is the intermodulation distortion, denying the transmission of uplink information via the communication resource according to the indication information. determining whether there is intermodulation distortion to a process of receiving downlink information; and responsive to that there is the intermodulation distortion, denying the transmission of uplink information via the communication resource according to the indication information.
A method for setup or modification of data flows with user equipment in dual connectivity with a macrocell base station and a small cell base station (16, 18, 20, 22, 24), the method comprising: receiving, at the macrocell base station, a bearer request for a data flow from a mobility management entity having no direct link with the small cell base station (16, 18, 20, 22, 24); selecting, at the macrocell base station, that the data flow is to be transmitted to the user equipment via the small cell base station (16, 18, 20, 22, 24); transmitting an offloading bearer request message from the macrocell base station to the small cell base station (16, 18, 20, 22, 24); transmitting an offloading bearer response message from the small cell base station (16, 18, 20, 22, 24) to the macrocell base station; and transmitting the data flow to the user equipment via the selected small cell base station (16, 18, 20, 22, 24). receiving, at the macrocell base station, a bearer request for a data flow from a mobility management entity having no direct link with the small cell base station (16, 18, 20, 22, 24); selecting, at the macrocell base station, that the data flow is to be transmitted to the user equipment via the small cell base station (16, 18, 20, 22, 24); transmitting an offloading bearer request message from the macrocell base station to the small cell base station (16, 18, 20, 22, 24); transmitting an offloading bearer response message from the small cell base station (16, 18, 20, 22, 24) to the macrocell base station; and transmitting the data flow to the user equipment via the selected small cell base station (16, 18, 20, 22, 24).
A slurry for a positive electrode of a lithium-ion secondary battery, comprising a positive electrode active material, a conductive auxiliary agent, a resin binder, a thickening dispersant, and water, wherein the resin binder is a copolymer of monomers which comprise an aromatic vinyl compound and at least one of an ethylenically unsaturated carboxylic acid ester and an ethylenically unsaturated carboxylic acid, and wherein the thickening dispersant comprises a polyalkylene oxide having a phenyl group in the side chain.
A vacuum sorption device, comprising a heat source with a first heat exchanger, a sorber that consists of a sorbent and a second heat exchanger and periodically sorbs or desorbs a cooling medium, as well as a sorber circuit that is filled with a heat transfer medium, connects the heat exchangers (1, 2) to one another and comprises at least one connecting pipe, wherein the connecting pipe features a first hydraulic junction that can be closed and leads to a flow pipe of the heating circuit and a second hydraulic junction that leads to a return pipe of the heating circuit, characterized in that the first hydraulic junction is realized in the form of a control valve, in that the second hydraulic junction can be closed and is realized in the form of an adjustable overflow valve, and in that a pipe fitted with a through-valve that opens in the direction of the sorber circuit is provided hydraulically parallel to the overflow valve.