mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising, as a component: an organic thin film containing a Janus-type triptycene derivative represented by the following Formula; wherein three R 1 's are an identical group, R 1 represents a divalent saturated or unsaturated and linear hydrocarbon group having from 5 to 30 carbon atoms, three R 2 'S are an identical group, and R 2 represents a hydrogen atom, three X's are an identical group, and X represents a linker group consisting of a divalent atomic group composed of from 1 to 5 atoms selected from the group consisting of nitrogen atom, oxygen atom, sulfur atom, carbon atom, and silicon atom, and one or more hydrogen atoms if necessary, and three Z's are an identical group, and Z represents a hydrogen atom, or an end group consisting of a monovalent atomic group composed of from 1 to 15 atoms selected from the group consisting of nitrogen atom, oxygen atom, sulfur atom, carbon atom, phosphorus atom, halogen atom, and silicon atom, and one or more hydrogen atoms if necessary. three R 1 's are an identical group, R 1 represents a divalent saturated or unsaturated and linear hydrocarbon group having from 5 to 30 carbon atoms, three R 2 'S are an identical group, and R 2 represents a hydrogen atom, three X's are an identical group, and X represents a linker group consisting of a divalent atomic group composed of from 1 to 5 atoms selected from the group consisting of nitrogen atom, oxygen atom, sulfur atom, carbon atom, and silicon atom, and one or more hydrogen atoms if necessary, and three Z's are an identical group, and Z represents a hydrogen atom, or an end group consisting of a monovalent atomic group composed of from 1 to 15 atoms selected from the group consisting of nitrogen atom, oxygen atom, sulfur atom, carbon atom, phosphorus atom, halogen atom, and silicon atom, and one or more hydrogen atoms if necessary.
A method for direct and active channel state information, CSI, report configuration, comprising: receiving a message containing a CSI report configuration for a serving cell at a user equipment, UE, wherein the type of the CSI report configuration is semi-persistent reporting; and activating the CSI report configuration for the serving cell by the UE when a predetermined event occurs, characterised by: wherein the CSI report configuration further comprises reporting on PUSCH, and wherein time domain and frequency domain resource of the PUSCH for CSI reporting is included in the message, wherein the predetermined event is any one of: receiving a MAC CE at the UE activating a bandwidth part, BWP, for the serving cell; the UE waking up according to a discontinuous reception, DRX, configuration; and the UE waking up according to a received wake up signal, which is used to indicate that the UE wakes up according to a DRX configuration. receiving a message containing a CSI report configuration for a serving cell at a user equipment, UE, wherein the type of the CSI report configuration is semi-persistent reporting; and activating the CSI report configuration for the serving cell by the UE when a predetermined event occurs, characterised by: wherein the CSI report configuration further comprises reporting on PUSCH, and wherein time domain and frequency domain resource of the PUSCH for CSI reporting is included in the message, wherein the predetermined event is any one of: receiving a MAC CE at the UE activating a bandwidth part, BWP, for the serving cell; the UE waking up according to a discontinuous reception, DRX, configuration; and the UE waking up according to a received wake up signal, which is used to indicate that the UE wakes up according to a DRX configuration. wherein the CSI report configuration further comprises reporting on PUSCH, and wherein time domain and frequency domain resource of the PUSCH for CSI reporting is included in the message, wherein the predetermined event is any one of: receiving a MAC CE at the UE activating a bandwidth part, BWP, for the serving cell; the UE waking up according to a discontinuous reception, DRX, configuration; and the UE waking up according to a received wake up signal, which is used to indicate that the UE wakes up according to a DRX configuration. receiving a MAC CE at the UE activating a bandwidth part, BWP, for the serving cell; the UE waking up according to a discontinuous reception, DRX, configuration; and the UE waking up according to a received wake up signal, which is used to indicate that the UE wakes up according to a DRX configuration.
Method for producing halogen-N,N-dimethylbenzylamines wherein halogen = chlorine by reductive amination of halogenbenzaldehyde wherein halogen = chlorine with dimethylamine in the presence of a catalyst selected from the group palladium, platinum, ruthenium, nickel or cobalt or Ni-containing and/or Co-containing catalysts, characterized in that the reaction is carried out in the presence of acids selected from the group of formic acid, acetic acid and propionic acid at an H 2 pressure of 10 to 220 bar at a temperature of 50 to 150°C, wherein the halogenbenzaldehyde is reacted with dimethylamine in a molar ratio of 1:2-5.
A labelling unit for applying a label onto an article; said labelling unit comprising: - support means; - a receiving member adapted to carry said article on its top end as well as to receive said label on its lateral surface, and supported by said support means in a translating and rotating manner with respect to a given axis; - driving means selectively activated to rotate said receiving member about said axis and including a driving shaft carried by said support means in a rotating manner about said axis and engaging an axial hole of said receiving member; characterized in that said labelling unit further comprises: - releasable fastening means to connect said driving shaft to said receiving member in a predetermined axial position; wherein said releasable fastening means comprise a spline element movable transversely to said axis between a retaining position, in which said spline element locks axially said receiving member onto said driving shaft, and a release position, in which said spline element allows extraction of said receiving member from said driving shaft and said support means along said axis. - support means; - a receiving member adapted to carry said article on its top end as well as to receive said label on its lateral surface, and supported by said support means in a translating and rotating manner with respect to a given axis; - driving means selectively activated to rotate said receiving member about said axis and including a driving shaft carried by said support means in a rotating manner about said axis and engaging an axial hole of said receiving member; characterized in that said labelling unit further comprises: - releasable fastening means to connect said driving shaft to said receiving member in a predetermined axial position;
A method for transmitting a signal using device-to-device, D2D, communication by a transmission user equipment, UE, in a wireless communication system, the method comprising: monitoring a periodically defined resource pool including at least one first subframe, wherein the resource pool is located before a subframe n; calculating a metric based on received signal strength measured in the one first subframe included in the resource pool; determining at least one second subframe located on or after a subframe n+x based on the calculated metric, wherein x is an integer; and transmitting a D2D communication signal to a reception UE in the at least one second subframe. monitoring a periodically defined resource pool including at least one first subframe, wherein the resource pool is located before a subframe n; calculating a metric based on received signal strength measured in the one first subframe included in the resource pool; determining at least one second subframe located on or after a subframe n+x based on the calculated metric, wherein x is an integer; and transmitting a D2D communication signal to a reception UE in the at least one second subframe.
Method for determining an end-of-charge criterion of a nickel-based electrochemical battery characterised in that it comprises: - establishment of an efficiency curve representative of the charging efficiency versus the charged capacity in the battery, - selection of a maximum charge capacity corresponding to a break in the slope of the efficiency curve, - establishment of at least one voltage curve representative of the battery voltage versus the charged capacity for a given temperature representative of the temperature of the battery, - using the corresponding voltage curve to determine a voltage threshold representative of the end-of-charge criterion corresponding to said maximum charge capacity value, for each temperature. - establishment of an efficiency curve representative of the charging efficiency versus the charged capacity in the battery, - selection of a maximum charge capacity corresponding to a break in the slope of the efficiency curve, - establishment of at least one voltage curve representative of the battery voltage versus the charged capacity for a given temperature representative of the temperature of the battery, - using the corresponding voltage curve to determine a voltage threshold representative of the end-of-charge criterion corresponding to said maximum charge capacity value, for each temperature.
A method of testing a motor of a robot arm for a fault during a start-up procedure of the robot arm, the robot arm comprising a first link connected to a second link by a joint, the joint permitting the second link to move relative to the first link, the motor for driving the joint, the motor being a multiple-phase motor, each phase (301, 303, 305) of the motor comprising a motor winding (302, 304, 306) and a motor drive circuit (310, 311, 312) for applying power to the motor winding (302, 304, 306) from a power supply rail and for applying drive signals (318, 319, 320) to the motor winding (302, 304, 306), characterised in that the method comprises, in the following order: (i) driving the motor to a first known state; (ii) connecting a first phase only of the motor to the power supply rail; (iii) driving a Pulse Width Modulation PWM signal through the motor drive circuit of the first phase of the motor; (iv) driving the motor to a second known state, wherein the first known state is the same as the second known state, or the first known state is different to the second known state; (v) with the first phase of the motor disconnected from the power supply rail, driving the PWM signal through the motor drive circuit of the first phase of the motor; and (vi) repeating steps (ii) to (v) for each of the other phases (303, 305) of the motor; the method further comprising, during each of steps (i) to (vi), testing whether the current from the power supply rail to the motor drive circuit (310, 311, 312) exceeds a current limit. (i) driving the motor to a first known state; (ii) connecting a first phase only of the motor to the power supply rail; (iii) driving a Pulse Width Modulation PWM signal through the motor drive circuit of the first phase of the motor; (iv) driving the motor to a second known state, wherein the first known state is the same as the second known state, or the first known state is different to the second known state; (v) with the first phase of the motor disconnected from the power supply rail, driving the PWM signal through the motor drive circuit of the first phase of the motor; and (vi) repeating steps (ii) to (v) for each of the other phases (303, 305) of the motor;
An optical waveguide element comprising: a substrate having an electro-optic effect; an optical waveguide formed on the substrate; and a control electrode (30, 31) provided on the substrate which controls a light wave propagating through the optical waveguide and which includes a signal electrode and a ground electrode, characterized in that the control electrode (30, 31) is made of a material other than gold, a gold film (4, 40, 41) is disposed on at least a wire bonding portion of the control electrode (30, 31) where a wire is connected to the control electrode and at least in an action portion where an electric field of the control electrode (30, 31) acts on the optical waveguide, the gold film (4, 40, 41) is not disposed on a surface of the signal electrode, a side surface of the ground electrode facing the signal electrode and a side of an upper surface of the ground electrode closer to the signal electrode. a substrate having an electro-optic effect; an optical waveguide formed on the substrate; and a control electrode (30, 31) provided on the substrate which controls a light wave propagating through the optical waveguide and which includes a signal electrode and a ground electrode, characterized in that the control electrode (30, 31) is made of a material other than gold, a gold film (4, 40, 41) is disposed on at least a wire bonding portion of the control electrode (30, 31) where a wire is connected to the control electrode and at least in an action portion where an electric field of the control electrode (30, 31) acts on the optical waveguide, the gold film (4, 40, 41) is not disposed on a surface of the signal electrode, a side surface of the ground electrode facing the signal electrode and a side of an upper surface of the ground electrode closer to the signal electrode.
A computer implemented method for detecting a material in region of interest, comprising: providing at least one depth image of the region of interest using polarization sensitive optical coherence tomography PS OCT imaging of the region of interest, the region of interest being below a surface area of the region of interest and showing a retardance of electromagnetic waves as directly or indirectly detectable with PS OCT; processing the at least one depth image using a pre-determined threshold value of the retardance of electromagnetic waves, comprising comparing the at least one obtained depth image with at least one reference depth image to determine if the obtained depth image has a retardance of electromagnetic waves below or above the pre-determined threshold of the retardance of electromagnetic waves; and detecting the material in the region of interest by analyzing the processed at least one depth image. providing at least one depth image of the region of interest using polarization sensitive optical coherence tomography PS OCT imaging of the region of interest, the region of interest being below a surface area of the region of interest and showing a retardance of electromagnetic waves as directly or indirectly detectable with PS OCT; processing the at least one depth image using a pre-determined threshold value of the retardance of electromagnetic waves, comprising comparing the at least one obtained depth image with at least one reference depth image to determine if the obtained depth image has a retardance of electromagnetic waves below or above the pre-determined threshold of the retardance of electromagnetic waves; and detecting the material in the region of interest by analyzing the processed at least one depth image.
A solar panel formed into a substantially circular shape and having a through hole which is provided in a center portion and into which a pointer shaft is inserted, and a pointer which is mounted on the pointer shaft and moves above the solar panel, comprising: a plurality of solar cells arranged in a substantially circular shape, characterized in that the plurality of solar cells are divisionally formed into a substantially spiral shape such that the pointer moving above the plurality of solar cells is always positioned over at least two of the plurality of solar cells. a plurality of solar cells arranged in a substantially circular shape, the plurality of solar cells are divisionally formed into a substantially spiral shape such that the pointer moving above the plurality of solar cells is always positioned over at least two of the plurality of solar cells.
A liquid pump comprising: a rotor attachable to a motor that rotates the rotor in first and second directions; wherein the rotor being located in a cavity; a plurality of vanes (62; 70; 72) each pivotally coupled to the rotor so as the rotor rotates, the vanes (62; 70; 72) selectively push liquid from an inlet port out through an outlet port; wherein the plurality of vanes (62; 70; 72) each having an end comprising one of a lobe, no lobe, and a rod located in a lobe; wherein the cavity includes a gland in fluid communication with the cavity such that the gland straddles an arm on the rotor to allow fluid communication between one side of the arm to the other side of the arm; wherein each of the plurality of vanes (62; 70; 72) includes a pivot pin configured to fit in a corresponding receptacle located in the rotor so that each of the plurality of vanes (62; 70; 72) is pivotable with respect to the rotor inside the cavity such that when the outlet port in communication with the cavity is closed, the pressure in the cavity causes the plurality of vanes (62; 70; 72) to pivot at their respective pivot pin away from a cavity wall of the cavity such that the plurality of vanes (62; 70; 72) do not move any liquid in the cavity while the rotor is still rotating; and wherein the pump does not include a bypass valve. a rotor attachable to a motor that rotates the rotor in first and second directions; wherein the rotor being located in a cavity; a plurality of vanes (62; 70; 72) each pivotally coupled to the rotor so as the rotor rotates, the vanes (62; 70; 72) selectively push liquid from an inlet port out through an outlet port; wherein the plurality of vanes (62; 70; 72) each having an end comprising one of a lobe, no lobe, and a rod located in a lobe; wherein the cavity includes a gland in fluid communication with the cavity such that the gland straddles an arm on the rotor to allow fluid communication between one side of the arm to the other side of the arm; wherein each of the plurality of vanes (62; 70; 72) includes a pivot pin configured to fit in a corresponding receptacle located in the rotor so that each of the plurality of vanes (62; 70; 72) is pivotable with respect to the rotor inside the cavity such that when the outlet port in communication with the cavity is closed, the pressure in the cavity causes the plurality of vanes (62; 70; 72) to pivot at their respective pivot pin away from a cavity wall of the cavity such that the plurality of vanes (62; 70; 72) do not move any liquid in the cavity while the rotor is still rotating; and wherein the pump does not include a bypass valve.
An inductive heating assembly for generating an aerosol from an aerosol-forming liquid, the assembly comprising a ring-shaped liquid retention element for holding and transporting aerosol-forming liquid and a ring-shaped susceptor element coaxially arranged at an axial end face of the retention element for heating aerosol-forming liquid within the retention element, wherein the susceptor element comprises an inductively heatable susceptor material exclusively confined within an inner ring portion having an outer radial extension of at most 50 percent of an outer radial extension of the retention element. a ring-shaped liquid retention element for holding and transporting aerosol-forming liquid and a ring-shaped susceptor element coaxially arranged at an axial end face of the retention element for heating aerosol-forming liquid within the retention element, wherein the susceptor element comprises an inductively heatable susceptor material exclusively confined within an inner ring portion having an outer radial extension of at most 50 percent of an outer radial extension of the retention element.
Radio transmitter (10, 10a, 10b) for remotely controlling a gate drive having a transmitting device which is configured to transmit at least one remote control signal encoded by means of a signal code, for remotely controlling said gate drive and for transmitting at least one inheritance signal for inheriting the signal code to a second radio transmitter, wherein the transmitting device is configured for transmitting the at least one remote control signal is configured in frequency modulation and for transmitting the at least one inheritance signal in amplitude modulation, wherein the radio transmitter (10, 10a, 10b) is configured for receiving amplitude-modulated inheritance signals, characterized in that the radio transmitter (10, 10a, 10b) is configured as a unidirectional transmitter without a receiving device for frequency-modulated signals.
A assembly for a blade of a gas turbine engine, the assembly comprising: • a fastener defining a recess for receiving a blade root, the fastener having two flanks defining between them a passage leading into the recess and forming stops preventing the root from emerging from the recess through the passage, • two wedges (26a, 26b), each wedge (26a, 26b) comprising: o a first support surface (28a, 28b) to come into contact with the foot, o a second support surface (30a, 30b) opposite the first support surface (28a, 28b) for abutting the fastener when the wedge (26a, 26b) is received in the recess, o a thread, wherein the respective first and second support surfaces (28a, 28b, 30a, 30b) of the two wedges (26a, 26b) are as follows: o fixed together, ∘ oriented so that a displacement of one of the two wedges (26a, 26b) in the recess with respect to the other wedge (26a, 26b) varies the amount of load exerted on the foot by the two wedges (26a, 26b), • a clamping screw cooperating with the respective threads of the two wedges (26a, 26b) in such a way that a rotation of the clamping screw causes a displacement of one of the two wedges with respect to the other wedge. • a fastener defining a recess for receiving a blade root, the fastener having two flanks defining between them a passage leading into the recess and forming stops preventing the root from emerging from the recess through the passage, • two wedges (26a, 26b), each wedge (26a, 26b) comprising: o a first support surface (28a, 28b) to come into contact with the foot, o a second support surface (30a, 30b) opposite the first support surface (28a, 28b) for abutting the fastener when the wedge (26a, 26b) is received in the recess, o a thread, wherein the respective first and second support surfaces (28a, 28b, 30a, 30b) of the two wedges (26a, 26b) are as follows: o fixed together, ∘ oriented so that a displacement of one of the two wedges (26a, 26b) in the recess with respect to the other wedge (26a, 26b) varies the amount of load exerted on the foot by the two wedges (26a, 26b), o a first support surface (28a, 28b) to come into contact with the foot, o a second support surface (30a, 30b) opposite the first support surface (28a, 28b) for abutting the fastener when the wedge (26a, 26b) is received in the recess, o a thread, o fixed together, ∘ oriented so that a displacement of one of the two wedges (26a, 26b) in the recess with respect to the other wedge (26a, 26b) varies the amount of load exerted on the foot by the two wedges (26a, 26b), • a clamping screw cooperating with the respective threads of the two wedges (26a, 26b) in such a way that a rotation of the clamping screw causes a displacement of one of the two wedges with respect to the other wedge.