mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula I or a pharmaceutically acceptable salt thereof: wherein, X is C, O, N or NH; Z is-(CH 2) n -, which is unsubstituted or substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen, n is an integer of 2~7; R 1 and R 2 are each independently hydrogen, linear or branched alkyl containing 1~5 carbon atoms, wherein the alkyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen; R 3 is hydrogen, halogen or linear or branched alkyl containing 1~5 carbon atoms, wherein the alkyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen; P is CH or N; Ar is a group selected from the group consisting of formula III: Q is O or S; R 7 is hydrogen, halogen, linear or branched alkyl containing 1~5 carbon atoms, or alkoxyl containing 1~5 carbon atoms, wherein the alkyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen, and wherein the alkoxyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen. X is C, O, N or NH; Z is-(CH 2) n -, which is unsubstituted or substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen, n is an integer of 2~7; R 1 and R 2 are each independently hydrogen, linear or branched alkyl containing 1~5 carbon atoms, wherein the alkyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen; R 3 is hydrogen, halogen or linear or branched alkyl containing 1~5 carbon atoms, wherein the alkyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen; P is CH or N; Ar is a group selected from the group consisting of formula III: Q is O or S; R 7 is hydrogen, halogen, linear or branched alkyl containing 1~5 carbon atoms, or alkoxyl containing 1~5 carbon atoms, wherein the alkyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen, and wherein the alkoxyl is optionally substituted by one or more substituents selected from the group consisting of alkyl, cyano, hydroxy and halogen.
A computer-implemented method performed by one or more hardware processors of a mobile device, comprising the steps of: detecting an ongoing voice call; presenting, in response to the detection of the ongoing voice call, a user interface comprising, for selection, media items to transfer to a recipient of the ongoing voice call; receiving, via the user interface, a selection of one or more media items; automatically binding the one or more media items to the voice call in response to the received selection, comprising: tagging the one or more media items with a unique binding identifier representing the voice call; and storing the unique binding identifier; receiving a request to transfer the one or more media items; and transferring the one or more media items to the call recipient based on the binding, the step of transferring further comprises the step of transmitting the unique binding identifier to the call recipient, wherein the media item is accessible by the call recipient using the unique binding identifier, wherein the one or more media items are transferred over a first secure data communications channel independent of a second communications channel over which the voice call is conducted. detecting an ongoing voice call; presenting, in response to the detection of the ongoing voice call, a user interface comprising, for selection, media items to transfer to a recipient of the ongoing voice call; receiving, via the user interface, a selection of one or more media items; automatically binding the one or more media items to the voice call in response to the received selection, comprising: tagging the one or more media items with a unique binding identifier representing the voice call; and storing the unique binding identifier; tagging the one or more media items with a unique binding identifier representing the voice call; and storing the unique binding identifier; receiving a request to transfer the one or more media items; and transferring the one or more media items to the call recipient based on the binding, the step of transferring further comprises the step of transmitting the unique binding identifier to the call recipient, wherein the media item is accessible by the call recipient using the unique binding identifier, wherein the one or more media items are transferred over a first secure data communications channel independent of a second communications channel over which the voice call is conducted.
A pulp distribution device for distribution of cellulose pulp having a concentration of 2-13% to a movable first permeable surface in an apparatus for washing and/or dewatering of cellulose pulp, whereby the pulp, in operation, is transported together with the first permeable surface, said pulp distribution device comprising an inlet for incoming cellulose pulp, an outlet for output of cellulose pulp to the first permeable surface, and a first rotatable distribution means (13'; 13") arranged in the pulp distribution device for longitudinal distribution of pulp, characterized in that the first rotatable distribution means (13'; 13") is a screw or a roll and in that the pulp distribution device further comprises a second permeable surface (14'; 14"; 14"'; 14"") arranged so as to, during operation, allow throughflow of filtrate from pulp in the pulp distribution device, whereby an initial dewatering of the pulp takes place in the pulp distribution device, wherein the second permeable surface (14") is rotatable.
A method for a vehicle and for communicating in a tele-operated driving session between the vehicle and a remote control center, the method comprising: establishing the tele-operated driving session; receiving, by the vehicle, a signal phase and timing message including information on the environment of the vehicle directly from a traffic entity outside the vehicle, wherein the traffic entity is a stationary infrastructure; and transmitting, by the vehicle, the received information to the remote control center for controlling the vehicle from remote based on the information. establishing the tele-operated driving session; receiving, by the vehicle, a signal phase and timing message including information on the environment of the vehicle directly from a traffic entity outside the vehicle, wherein the traffic entity is a stationary infrastructure; and transmitting, by the vehicle, the received information to the remote control center for controlling the vehicle from remote based on the information.
A method of surveying movements of a terrain, the method being characterized in that it comprises: • a step of providing the raw variations (Δ B X(PS i)) of the coordinates of a plurality of survey points (PS i) situated on the terrain, and the raw variations (Δ B X(PR j)) of the coordinates of at least one reference point (PR j) situated on the terrain; • a step of determining the real variations (Δ R X(PR j)) of the coordinates of said at least one reference point; and • a step of calculating corrected variations (Δ C X(PS i)) of the coordinates of the survey points, performed on the basis of the raw variations of the coordinates of the survey points, of the raw variations of the coordinates of said reference point, and of the real variations of the coordinates of said reference point. • a step of providing the raw variations (Δ B X(PS i)) of the coordinates of a plurality of survey points (PS i) situated on the terrain, and the raw variations (Δ B X(PR j)) of the coordinates of at least one reference point (PR j) situated on the terrain; • a step of determining the real variations (Δ R X(PR j)) of the coordinates of said at least one reference point; and • a step of calculating corrected variations (Δ C X(PS i)) of the coordinates of the survey points, performed on the basis of the raw variations of the coordinates of the survey points, of the raw variations of the coordinates of said reference point, and of the real variations of the coordinates of said reference point.
A device comprising an applicator including a brush, said brush comprising: • a core; • bristles that are carried by the core; and • a power supply; wherein: • the core is formed of at least two branches (11, 12) of a resistor wire that are twisted together; • the power supply is connected to the branches (11, 12) in such a manner that the core gives off heat while an electric current is passing therethrough. • a core; • bristles that are carried by the core; and • a power supply; wherein: • the core is formed of at least two branches (11, 12) of a resistor wire that are twisted together; • the power supply is connected to the branches (11, 12) in such a manner that the core gives off heat while an electric current is passing therethrough. • the core is formed of at least two branches (11, 12) of a resistor wire that are twisted together; • the power supply is connected to the branches (11, 12) in such a manner that the core gives off heat while an electric current is passing therethrough.
A process for increasing the stack strength of a bundle of containers that cannot support more than two bundles on top of a base bundle comprising: moving the containers in at least two separated lanes (13,14, 15) on a conveyor having a predetermined space between the lanes and wherein each container in a lane is spaced a predetermined distance apart; inserting a first riser in the predetermined space between the lanes wherein the first riser has an opening to mate with an opening (6, 7) in a second riser (4, 5) and inserting the second riser having an opening to mate with the opening in the first riser between the spaced containers in a lane in a direction perpendicular to the first riser to form a crisscross; thereafter closing the spaces between the containers in a lane and closing the spaces between separated lanes; wrapping the bundle with heat shrinkable film; and heat shrinking the film, wherein the first and second risers have substantially the same height as the containers.
Hot beverage preparation apparatus (1-1; 1-2), in particular fully automatic coffee maker, - with a controllable switch (2-1; 2-2), which is embodied to control a current (8-1; 8-2) through a number of electrical consumers (3-1; 3-2) in the hot beverage preparation apparatus (1-1; 1-2); - with a first computer facility (4-1; 4-2), which is embodied to generate a switch control signal (5-1, 5-2) and provide it to the switch (2-1; 2-2); and - with a monitoring facility (6-1; 6-2), which is embodied to capture at least one electrical variable (7-1; 7-2) at a control input (11-1; 11-2) of the switch (2-1; 2-2) and, based on the captured at least one electrical variable (7-1; 7-2), to calculate a temperature and a current (8-1; 8-2) in the switch (2-1; 2-2), wherein the monitoring facility (6-1; 6-2) is embodied to deactivate the switch (2-1; 2-2) while the temperature exceeds or falls below a predefined temperature range and the current (8-1; 8-2) exceeds or falls below a predefined current range, characterised in that the monitoring facility (6-1; 6-2) is embodied to determine a temporal change in an average value of the current in order to capture the temperature. - with a controllable switch (2-1; 2-2), which is embodied to control a current (8-1; 8-2) through a number of electrical consumers (3-1; 3-2) in the hot beverage preparation apparatus (1-1; 1-2); - with a first computer facility (4-1; 4-2), which is embodied to generate a switch control signal (5-1, 5-2) and provide it to the switch (2-1; 2-2); and - with a monitoring facility (6-1; 6-2), which is embodied to capture at least one electrical variable (7-1; 7-2) at a control input (11-1; 11-2) of the switch (2-1; 2-2) and, based on the captured at least one electrical variable (7-1; 7-2), to calculate a temperature and a current (8-1; 8-2) in the switch (2-1; 2-2),
A low profile magnetoresistive imaging sensor array, for reading an image from a medium carrying a magnetic mark, comprising an electronic subassembly, wherein the electronic subassembly comprises: at least one sensing element array, and the sensing element array comprising at least one magnetoresistive sensing element (32, 33); at least one sensing element array substrate, each sensing element array being located on a top surface of one sensing element array substrate, and each sensing element array substrate further comprising a bottom surface, and having an induction plane, the induction plane passing through the geometric center of each sensing element array and being parallel to the top surface of the sensing element array substrate; at least one ASIC substrate, wherein the or each ASIC substrate supports at least one sensing array substrate; a PCB, a system circuit network, the system circuit network comprising one or more application integrated circuits electronically connected to the at least one sensing element array; and characterized in that the PCB supports each ASIC substrate and, in a direction toward the medium, the electronic subassembly extends beyond the induction plane by a maximum extension distance of less than or equal to 150 μm. at least one sensing element array, and the sensing element array comprising at least one magnetoresistive sensing element (32, 33); at least one sensing element array substrate, each sensing element array being located on a top surface of one sensing element array substrate, and each sensing element array substrate further comprising a bottom surface, and having an induction plane, the induction plane passing through the geometric center of each sensing element array and being parallel to the top surface of the sensing element array substrate; at least one ASIC substrate, wherein the or each ASIC substrate supports at least one sensing array substrate; a PCB, a system circuit network, the system circuit network comprising one or more application integrated circuits electronically connected to the at least one sensing element array; and characterized in that the PCB supports each ASIC substrate and, in a direction toward the medium, the electronic subassembly extends beyond the induction plane by a maximum extension distance of less than or equal to 150 μm.
A device for detecting one or more current limits, comprising: a detector including a current limit detector operative to detect a user-defined current limit; multiple resistive devices (Rset1-4) coupled to the current limit detector, each resistive device (Rset1-4) being adapted to conduct a sum of currents which produces a voltage drop across it and each being associated with a respective user-defined current limit; and a selection switch (SEL SW) coupled to the multiple resistive devices (Rset1-4) and operative to select one of the multiple resistive devices (Rset1-4) in response to a select signal, the detector being adapted to provide any user-defined current limit which the current limit detector is operative to detect, based on the sum of currents conducted through a selected one of the multiple resistive devices (Rset1-4), by step-wise decreasing such sum of currents. a detector including a current limit detector operative to detect a user-defined current limit; multiple resistive devices (Rset1-4) coupled to the current limit detector, each resistive device (Rset1-4) being adapted to conduct a sum of currents which produces a voltage drop across it and each being associated with a respective user-defined current limit; and a selection switch (SEL SW) coupled to the multiple resistive devices (Rset1-4) and operative to select one of the multiple resistive devices (Rset1-4) in response to a select signal,
A method of controlling a Hybrid Automatic Repeat Request, HARQ, retransmission round-trip time for FDD-mode transmission in a wireless network, the method comprising the steps of: estimating (S41, S41a, S41b) one or more latency related transmission parameters comprising cell load and channel quality; selecting one or more of a plurality of predefined HARQ relaxation techniques based on the estimated one or more latency related transmission parameters, wherein the plurality of predefined HARQ relaxation techniques comprises increasing a HARQ round-trip time by alternating HARQ transmission between at least two transport blocks during a spatial multiplexing mode; and scheduling transmission using the selected one or more HARQ relaxation techniques. estimating (S41, S41a, S41b) one or more latency related transmission parameters comprising cell load and channel quality; selecting one or more of a plurality of predefined HARQ relaxation techniques based on the estimated one or more latency related transmission parameters, wherein the plurality of predefined HARQ relaxation techniques comprises increasing a HARQ round-trip time by alternating HARQ transmission between at least two transport blocks during a spatial multiplexing mode; and scheduling transmission using the selected one or more HARQ relaxation techniques.
A braking device, in particular for trailers pulled by a towing vehicle, at least consisting of - a brake cylinder; - a hydraulic supply storage unit; - two pressure boosters (43, 45); - a control line; and - valves (39, 41), characterised in that the one pressure booster controls the second pressure booster by mechanical actuation of a control valve. - a brake cylinder; - a hydraulic supply storage unit; - two pressure boosters (43, 45); - a control line; and - valves (39, 41),
A distributed optical fibre sensor for determining one or more parameters as functions of position in opposite directions around a loop of sensing optical fibre from properties of probe light backscattered within the sensing optical fibre, the sensor comprising: a probe light source arranged to generate probe light pulses each at one of two optical wavelengths; a coupler arranged to receive the probe light pulses from the probe light source and to direct pulses of each wavelength into the sensing optical fibre loop in a different corresponding direction, and to collect probe light backscattered within the sensing optical fibre; a detector arranged to receive the collected backscattered light and to separately detect light of each of said different wavelengths in said collected backscattered light; and an analyser arranged to determine said one or more parameters as functions of position in each direction along the sensing optical fibre from said detected backscattered light of each corresponding wavelength. a probe light source arranged to generate probe light pulses each at one of two optical wavelengths; a coupler arranged to receive the probe light pulses from the probe light source and to direct pulses of each wavelength into the sensing optical fibre loop in a different corresponding direction, and to collect probe light backscattered within the sensing optical fibre; a detector arranged to receive the collected backscattered light and to separately detect light of each of said different wavelengths in said collected backscattered light; and an analyser arranged to determine said one or more parameters as functions of position in each direction along the sensing optical fibre from said detected backscattered light of each corresponding wavelength.
A method for inhibiting protease in a biological sample containing pancreatic juice components, comprising: adding protease inhibitors comprising phenylmethylsulfonyl fluoride (PMSF), 4-(2-aminoethyl)-benzenesulfonyl fluoride (AEBSF) and N-α-tosyl-L-lysine chloromethyl ketone (TLCK) to the biological sample containing pancreatic juice components, thereby inhibiting protease enzyme activity in the biological sample. adding protease inhibitors comprising phenylmethylsulfonyl fluoride (PMSF), 4-(2-aminoethyl)-benzenesulfonyl fluoride (AEBSF) and N-α-tosyl-L-lysine chloromethyl ketone (TLCK) to the biological sample containing pancreatic juice components, thereby inhibiting protease enzyme activity in the biological sample.
A display apparatus comprising: a plastic substrate; a semiconductor thin film element bonded to a surface of the plastic substrate and which includes a stack of layers (113, 111, 109) on the plastic substrate comprising, in order from the plastic substrate, a first contact layer, a lower clad layer, an active layer, an upper clad layer and a second contact layer, wherein the first contact layer comprises a protruding section extending along the substrate beyond a first region of the substrate surface covered by the active layer; first wiring and second transverse wiring for the semiconductor thin film element, the second transverse wiring electrically connected with the second contact layer; an interlayer insulation film which covers a side surface of the semiconductor thin film element and which is in contact with the second contact layer; and connection wiring which electrically connects the first wiring and the first contact layer in said protruding section, the connection wiring being in contact with and overlying the interlayer insulation film over the side surface of the semiconductor thin film element and further extending to overlap a second region of the substrate surface covered by the upper clad layer so as to provide a heat conductive layer, the connection wiring being electrically insulated from the active layer by the interlayer insulation film. a plastic substrate; a semiconductor thin film element bonded to a surface of the plastic substrate and which includes a stack of layers (113, 111, 109) on the plastic substrate comprising, in order from the plastic substrate, a first contact layer, a lower clad layer, an active layer, an upper clad layer and a second contact layer, wherein the first contact layer comprises a protruding section extending along the substrate beyond a first region of the substrate surface covered by the active layer; first wiring and second transverse wiring for the semiconductor thin film element, the second transverse wiring electrically connected with the second contact layer; an interlayer insulation film which covers a side surface of the semiconductor thin film element and which is in contact with the second contact layer; and connection wiring which electrically connects the first wiring and the first contact layer in said protruding section, the connection wiring being in contact with and overlying the interlayer insulation film over the side surface of the semiconductor thin film element and further extending to overlap a second region of the substrate surface covered by the upper clad layer so as to provide a heat conductive layer, the connection wiring being electrically insulated from the active layer by the interlayer insulation film.