mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of a bent part with the help of a press brake comprising the steps: - feeding of the bent part into the press brake with the help of a gripper (40..42) of a robot and - bending of the bent part through actuation of the press brake, characterized in that - the thickness of the bent part is determined prior to bending with the help of means for determining the thickness of the bent part which are comprised of the aforementioned gripper (40..42), - a measurement of the thickness of the bent part is transmitted from the robot to the press brake and - a forming pressure and/or a travelling distance and/or a parameter of the press brake dependent thereon is influenced during bending by the measurement of the thickness of the bent part in such a manner that a deviation between the actual bending angle (α) and a desired bending angle is reduced. - feeding of the bent part into the press brake with the help of a gripper (40..42) of a robot and - bending of the bent part through actuation of the press brake, - the thickness of the bent part is determined prior to bending with the help of means for determining the thickness of the bent part which are comprised of the aforementioned gripper (40..42), - a measurement of the thickness of the bent part is transmitted from the robot to the press brake and - a forming pressure and/or a travelling distance and/or a parameter of the press brake dependent thereon is influenced during bending by the measurement of the thickness of the bent part in such a manner that a deviation between the actual bending angle (α) and a desired bending angle is reduced.
An electrochromic display element, comprising a display substrate, a display electrode, an electrochromic layer, an opposed electrode, and an opposed substrate, wherein the electrochromic layer is formed on the display electrode, a liquid crystal composition that includes a low-molecular liquid crystal and an ionic liquid is present between the display electrode and the opposed electrode, characterised in that the ionic liquid includes a tetracyanoboric acid ion or tris(pentafluoroethyl)trifluorophosphoric acid ion or both as an anionic component, wherein the liquid crystal composition does not include an organic solvent, wherein the low-molecular liquid crystal is such that a molecular weight thereof is less than or equal to 1000, wherein a dielectric anisotropy of the low-molecular liquid crystal is greater than or equal to 10.
Weighing device with a plurality of digital weighing cells, each comprising - a sensor, which is connected with a force introduction device and which generates a respective digital measurement value corresponding with an introduced force at a measurement instant and - a data processing device, which processes the digital measurement values to form transmission units transmissible by way of a data communication line and transmits the transmission units to a central control unit, which is connected with all weighing cells, for evaluation of the transmission units, wherein the central control unit on the basis of the transmission units originating from different weighing cells calculates a digital combination value representing a weight force acting on the weighing device at a weighing instant, characterised in that the processing of the measurement values to form transmission units comprises pair formation of a respective measurement value with a time value, which is determined by way of time determining means and which represents the associated measurement instant, and the central control unit from a plurality of such pairs associated with an individual weighing cell estimates a time plot of the force introduced into this weighing cell and generates the combination value by combination of such estimated values for different weighing cells, which estimated values in estimated force plots each correspond with the weighing instant. - a sensor, which is connected with a force introduction device and which generates a respective digital measurement value corresponding with an introduced force at a measurement instant and - a data processing device, which processes the digital measurement values to form transmission units transmissible by way of a data communication line and transmits the transmission units to a central control unit, which is connected with all weighing cells, for evaluation of the transmission units,
Method of on-the-fly generation of a sequence of pseudo-random digital codes, comprising the steps of: generating a first set of values from a first set of voltages; generating, by successive iterations, a chain of numbers, called seed numbers, from an initial pseudo-random seed number by application of a first function (f; 24, 26; 28, 24, 26) from one seed number to the next seed number; applying a second function to each seed number in the chain to obtain a same number of position codes (CPos(j)), the second function comprising at least a first permutation (PERM) followed by a bijective function and being performed in wired logic; generating a second set of voltages (Vp) from said digital codes (CPos), said codes representing the respective positions (j) of the values of the first set of voltages in the second set of voltages and enabling the performing, by a switching circuit, of a second permutation of the first set of voltage values (Vi) in the second set of voltage values (Vp). generating a first set of values from a first set of voltages; generating, by successive iterations, a chain of numbers, called seed numbers, from an initial pseudo-random seed number by application of a first function (f; 24, 26; 28, 24, 26) from one seed number to the next seed number; applying a second function to each seed number in the chain to obtain a same number of position codes (CPos(j)), the second function comprising at least a first permutation (PERM) followed by a bijective function and being performed in wired logic; generating a second set of voltages (Vp) from said digital codes (CPos), said codes representing the respective positions (j) of the values of the first set of voltages in the second set of voltages and enabling the performing, by a switching circuit, of a second permutation of the first set of voltage values (Vi) in the second set of voltage values (Vp).
A process for the regioselective enzymatic reduction in position 7 of compounds having formula or their salts or derivatives, which comprises reacting said compounds in the presence of a NAD H-dependent 7β-hydroxysteroid dehydrogenase (7β-HSDH), of a regeneration system of the NAD H cofactor comprising glucose as co-substrate, a glucose dehydrogenase and an organic solvent selected from the group consisting of linear or branched C 4 -C 10 alkyl alcohols, linear or branched C 4 -C 10 ketones and linear or branched C 3 -C 5 esters of acetic acid.
A method for wireless communication performed by a base station, comprising: selecting (805; 1805) between a first frequency range and a second frequency range to transmit a physical channel, the second frequency range being higher than the first frequency range and the first and second frequency ranges having different possible combinations for a numerology of remaining system information, RMSI, and an offset between a sync signal block, SSB, resource block, RB, grid and a common physical resource block, PRB, grid, the different possible combinations being conditioned to a numerology of the SSB; and jointly (810; 1810) encoding at least two fields of the physical channel based at least in part on the selected frequency range, wherein jointly encoding the at least two fields comprises jointly encoding a default downlink, DL, numerology field with a PRB grid offset field of the physical channel. selecting (805; 1805) between a first frequency range and a second frequency range to transmit a physical channel, the second frequency range being higher than the first frequency range and the first and second frequency ranges having different possible combinations for a numerology of remaining system information, RMSI, and an offset between a sync signal block, SSB, resource block, RB, grid and a common physical resource block, PRB, grid, the different possible combinations being conditioned to a numerology of the SSB; and jointly (810; 1810) encoding at least two fields of the physical channel based at least in part on the selected frequency range, wherein jointly encoding the at least two fields comprises jointly encoding a default downlink, DL, numerology field with a PRB grid offset field of the physical channel.
An administration device, preferably an injection device, comprising (a) a housing, (b) a reservoir for a liquid drug, which is formed or received by the housing, (c) a dosing member which can perform a dosing movement relative to the housing for setting a dose to be administered of the drug, and (d) a conveyor device having a conveyor member for dispensing the set dose, (e) wherein in an initial condition of the administration device the dosing member is blocked in a releasable dosing blocking engagement (16, 22) in the direction of the dosing movement (f) and at the end of a priming movement of the conveyor member, serving for venting of the reservoir, comes free from the blocking action, (g) and wherein the conveyor member is moveable relative to the reservoir in an advancing direction for performing the priming movement and for dispensing the set dose, characterised in that (h) the dosing member is moveable in the advancing direction out of the dosing blocking engagement (16, 22) by a force acting in the advancing direction against a resilient return force, wherein the return force is produced by a snap catch which is elastically yielding transversely relative to the advancing direction. (a) a housing, (b) a reservoir for a liquid drug, which is formed or received by the housing, (c) a dosing member which can perform a dosing movement relative to the housing for setting a dose to be administered of the drug, and (d) a conveyor device having a conveyor member for dispensing the set dose, (e) wherein in an initial condition of the administration device the dosing member is blocked in a releasable dosing blocking engagement (16, 22) in the direction of the dosing movement (f) and at the end of a priming movement of the conveyor member, serving for venting of the reservoir, comes free from the blocking action, (g) and wherein the conveyor member is moveable relative to the reservoir in an advancing direction for performing the priming movement and for dispensing the set dose, characterised in that (h) the dosing member is moveable in the advancing direction out of the dosing blocking engagement (16, 22) by a force acting in the advancing direction against a resilient return force, wherein the return force is produced by a snap catch which is elastically yielding transversely relative to the advancing direction.
A method for operating a first transceiver coupled with a second transceiver via a subscriber line, the first transceiver having components forming a transmit path and a receive path for establishing a communication channel via the subscriber line, the method comprising: detecting, prior to establishing a session, a received communication signal over the subscriber line indicative of a pre-existing session on the second transceiver; transmitting, responsive to the detection, a disruptor signal over the subscriber line to the second transceiver to disrupt the pre-existing session on the second transceiver; and establishing (514, 516) a new session between the first transceiver and the second transceiver. detecting, prior to establishing a session, a received communication signal over the subscriber line indicative of a pre-existing session on the second transceiver; transmitting, responsive to the detection, a disruptor signal over the subscriber line to the second transceiver to disrupt the pre-existing session on the second transceiver; and establishing (514, 516) a new session between the first transceiver and the second transceiver.
A network selection method, comprising: falling (201, 301, 401), by user equipment, from a first Long Term Evolution, LTE, cell back to a second generation mobile communications system, 2G, network or a third generation mobile communications system, 3G, network to execute a circuit switched, CS, service, wherein a network type of the first LTE cell is a first type, and the first type is LTE frequency division duplex, FDD, or LTE time division duplex, TDD; when the user equipment completes execution of the CS service on the 2G or 3G network, measuring, by the user equipment, an LTE cell according to LTE network information, to obtain a measurement result of each LTE cell of at least the first type, wherein, at an edge or in an overlapped coverage area of an LTE TDD network and an LTE FDD network, the LTE network information comprises information about a cell of an LTE FDD type and information about a cell of an LTE TDD type; and selecting, by the user equipment from an LTE cell whose measurement result meets a preset condition, a second LTE cell for accessing an LTE network, wherein a network type of the second LTE cell is the first type: wherein, in the step of measuring or selecting, a network type of LTE cells to be measured or LTE cells whose measurement result meets a preset condition is determined, respectively. falling (201, 301, 401), by user equipment, from a first Long Term Evolution, LTE, cell back to a second generation mobile communications system, 2G, network or a third generation mobile communications system, 3G, network to execute a circuit switched, CS, service, wherein a network type of the first LTE cell is a first type, and the first type is LTE frequency division duplex, FDD, or LTE time division duplex, TDD; when the user equipment completes execution of the CS service on the 2G or 3G network, measuring, by the user equipment, an LTE cell according to LTE network information, to obtain a measurement result of each LTE cell of at least the first type, wherein, at an edge or in an overlapped coverage area of an LTE TDD network and an LTE FDD network, the LTE network information comprises information about a cell of an LTE FDD type and information about a cell of an LTE TDD type; and selecting, by the user equipment from an LTE cell whose measurement result meets a preset condition, a second LTE cell for accessing an LTE network, wherein a network type of the second LTE cell is the first type: wherein, in the step of measuring or selecting, a network type of LTE cells to be measured or LTE cells whose measurement result meets a preset condition is determined, respectively. wherein, in the step of measuring or selecting, a network type of LTE cells to be measured or LTE cells whose measurement result meets a preset condition is determined, respectively.
Process for the synthesis of compound of formula 1 through catalytic hydrogenation of compound of formula 2 characterized in that the reaction is conducted in the presence of a tertiary amine.
An information processing device, comprising: a control unit configured to - receive a signal from a wireless communication device using wireless communication; characterized in being further configured to: - generate a random number in the case where a signal strength of the received signal is within a predetermined range; and - i) either transmit a response signal to the wireless communication device in the case where the random number is larger than a threshold value, or ii) not transmit the response signal to the wireless communication device, in the case where the random number is the threshold value or less. - receive a signal from a wireless communication device using wireless communication; characterized in being further configured to: - generate a random number in the case where a signal strength of the received signal is within a predetermined range; and - i) either transmit a response signal to the wireless communication device in the case where the random number is larger than a threshold value, or ii) not transmit the response signal to the wireless communication device, in the case where the random number is the threshold value or less. - generate a random number in the case where a signal strength of the received signal is within a predetermined range; and - i) either transmit a response signal to the wireless communication device in the case where the random number is larger than a threshold value, or ii) not transmit the response signal to the wireless communication device, in the case where the random number is the threshold value or less. i) either transmit a response signal to the wireless communication device in the case where the random number is larger than a threshold value, or ii) not transmit the response signal to the wireless communication device, in the case where the random number is the threshold value or less.
A switch mode power amplifier for higher frequency applications comprising: a) a transistor having a first terminal, a second terminal, and a control terminal and having internal capacitance between the first terminal and second terminal, b) a signal input terminal coupled to the control terminal, c) a power terminal coupled to the second terminal through an inductance, d) a ground terminal coupled to the first terminal, and e) a resonant circuit coupling the second terminal to an output terminal, whereby an input signal at the signal input terminal controls conduction of the transistor between the first terminal and the second terminal, so that when the transistor is conducting, the second terminal is coupled to ground and current from a power source to the second terminal increases; wherein when the transistor is turned off, current from the power source is steered into the internal capacitance of the transistor and causes voltage on the second terminal to rise to an increased value and then decrease; wherein the voltage at the second terminal is coupled to the output terminal through the resonant circuit; and wherein the transistor comprises a compound semiconductor field effect transistor with the first terminal being a source terminal and the second terminal being a drain terminal, the transistor comprising: a compound semiconductor substrate, a buffer layer comprising semi-insulating GaN doped with a deep-level acceptor on the substrate, a channel layer on the buffer layer, a barrier layer comprising a first group III nitride on the channel layer; and a second group III nitride layer on the barrier layer, the second group III nitride layer having a lower bandgap than the first group III nitride layer. a) a transistor having a first terminal, a second terminal, and a control terminal and having internal capacitance between the first terminal and second terminal, b) a signal input terminal coupled to the control terminal, c) a power terminal coupled to the second terminal through an inductance, d) a ground terminal coupled to the first terminal, and e) a resonant circuit coupling the second terminal to an output terminal, a compound semiconductor substrate, a buffer layer comprising semi-insulating GaN doped with a deep-level acceptor on the substrate, a channel layer on the buffer layer, a barrier layer comprising a first group III nitride on the channel layer; and a second group III nitride layer on the barrier layer, the second group III nitride layer having a lower bandgap than the first group III nitride layer.
A lighting device (1, 101) comprising: a socket (10, 110); a light emitting module that is provided in the socket (10, 110) and has a light emitting element; wherein the socket includes: a flange section (12, 112) in which the light emitting module is provided; a plurality of fins that protrude from a surface of the flange section (12, 112) opposite to a side on which the light emitting module is provided and has a plate shape; and a second convex section that protrudes from the surface of the flange section (12, 112) opposite to the side on which the light emittig module is provided and is connected to the fin, characterised in that the material of the flange section (12, 112), the fins and the second convex section is a heat-conductive resin, wherein the second convex section is provided between fin and another fin, the second convex section is connected to at least one of the fin and the other fin, a top surface of the second convex section is positioned further on the flange section (12, 112) side with respect to a top surface of the fin, and the flange section, the fins and the second convex section are integrally molded. a socket (10, 110); a light emitting module that is provided in the socket (10, 110) and has a light emitting element; wherein the socket includes: a flange section (12, 112) in which the light emitting module is provided; a plurality of fins that protrude from a surface of the flange section (12, 112) opposite to a side on which the light emitting module is provided and has a plate shape; and a second convex section that protrudes from the surface of the flange section (12, 112) opposite to the side on which the light emittig module is provided and is connected to the fin, a flange section (12, 112) in which the light emitting module is provided; a plurality of fins that protrude from a surface of the flange section (12, 112) opposite to a side on which the light emitting module is provided and has a plate shape; and a second convex section that protrudes from the surface of the flange section (12, 112) opposite to the side on which the light emittig module is provided and is connected to the fin, characterised in that the material of the flange section (12, 112), the fins and the second convex section is a heat-conductive resin, wherein the second convex section is provided between fin and another fin, the second convex section is connected to at least one of the fin and the other fin, a top surface of the second convex section is positioned further on the flange section (12, 112) side with respect to a top surface of the fin, and the flange section, the fins and the second convex section are integrally molded.
A method of implementing a personal sensory drone system, the method comprising: transmitting from a drone controller to a drone swarm, a task to control the drone swarm and for the drone swarm to execute, the drone swarm including at least two drones; receiving information from the drone swarm related to the task, the information including visual data, audio data, or olfactory data from multiple drones in the drone swarm; characterized by compositing the visual data from the multiple drones in the drone swarm to produce composited visual data; and presenting a user interface based on the information received from the drone swarm, the user interface including the composited visual data and controls for the user to selectively deploy the drones using cooperative or distributed planning. transmitting from a drone controller to a drone swarm, a task to control the drone swarm and for the drone swarm to execute, the drone swarm including at least two drones; receiving information from the drone swarm related to the task, the information including visual data, audio data, or olfactory data from multiple drones in the drone swarm; characterized by compositing the visual data from the multiple drones in the drone swarm to produce composited visual data; and presenting a user interface based on the information received from the drone swarm, the user interface including the composited visual data and controls for the user to selectively deploy the drones using cooperative or distributed planning.