mhurhangee/ep-ind-claims huggingface dataset:
Brake control valve for outputting a bistable brake control pressure, comprising - a passage with a supply port leading into the passage, a vent port leading into the passage and a brake control pressure port leading into the passage between the supply port and the vent port, wherein the vent port is separated from the brake control pressure port by a valve seat, - a switching element for closing the valve seat, and - an electric motor coupled to the switching element via a self-locking drive for moving the switching element with respect to the valve seat, so that the brake control pressure is bistable based on the contact of the switching element on the valve seat. - a passage with a supply port leading into the passage, a vent port leading into the passage and a brake control pressure port leading into the passage between the supply port and the vent port, wherein the vent port is separated from the brake control pressure port by a valve seat, - a switching element for closing the valve seat, and - an electric motor coupled to the switching element via a self-locking drive for moving the switching element with respect to the valve seat, so that the brake control pressure is bistable based on the contact of the switching element on the valve seat.
Tubular reactor for use in polymerisation reactions having a design pressure P R of 40-65 barg, at least a portion of which is oriented vertically and at least part of which vertical portion is surrounded by a concentric jacket for the passage of cooling fluid, wherein the design pressure in barg of the jacket P J is less than 0.0018.P R 2.25.
Dual-fuel injection system having a fuel gas supply device and a liquid fuel supply device, comprising: - a fuel gas injector unit having a liquid fuel control part and a gas nozzle part, to which fuel gas can be supplied; - wherein the lift of a gas nozzle needle of the fuel gas injector unit can be controlled via liquid fuel supplied to the liquid fuel control part; wherein - the fuel gas injector unit defines a leakage collecting space, via which a leakage path is led which extends from the liquid fuel control part into the gas nozzle part; wherein - the dual-fuel injection system comprises a pressure regulating device, which serves for setting a defined pressure level in the leakage collecting space; wherein - the liquid fuel control part comprises a control chamber, from which the leakage path leads to the gas nozzle part; and wherein - the liquid fuel control part comprises a valve device, via which the control chamber can be isolated from the liquid fuel supply on the admission flow side. - a fuel gas injector unit having a liquid fuel control part and a gas nozzle part, to which fuel gas can be supplied; - wherein the lift of a gas nozzle needle of the fuel gas injector unit can be controlled via liquid fuel supplied to the liquid fuel control part; wherein - the fuel gas injector unit defines a leakage collecting space, via which a leakage path is led which extends from the liquid fuel control part into the gas nozzle part; wherein - the dual-fuel injection system comprises a pressure regulating device, which serves for setting a defined pressure level in the leakage collecting space; wherein - the liquid fuel control part comprises a control chamber, from which the leakage path leads to the gas nozzle part; and wherein - the liquid fuel control part comprises a valve device, via which the control chamber can be isolated from the liquid fuel supply on the admission flow side.
A method for generating a security configuration profile (230a, 230b, 620a, 620c, 620d) for a network entity (120a:120N), the method being performed by a security configuration entity, the method comprising: generating the security configuration profile (230a, 230b, 620a, 620c, 620d) for the network entity (120a:120N) based on network entity information, deployment information, and feedback information for a previously generated security configuration profile (230a, 230b, 620a, 620c, 620d) wherein generating the security configuration profile (230a, 230b, 620a, 620c, 620d) involves application of at least one of a machine learning algorithm, a decision tree algorithm, and a random forest algorithm that takes as input the network entity information, the deployment information and the feedback information, and produces as output the security configuration profile (230a, 230b, 620a, 620c, 620d); determining, based on calculating a risk score for the generated security configuration profile (230a, 230b, 620a, 620c, 620d), whether the security configuration profile (230a, 230b, 620a, 620c, 620d) is to be provided towards the network entity (120a:120N) or not; and generating feedback information for the security configuration profile (230a, 230b, 620a, 620c, 620d) based on the risk score, the network entity information, and the deployment information. generating the security configuration profile (230a, 230b, 620a, 620c, 620d) for the network entity (120a:120N) based on network entity information, deployment information, and feedback information for a previously generated security configuration profile (230a, 230b, 620a, 620c, 620d) wherein generating the security configuration profile (230a, 230b, 620a, 620c, 620d) involves application of at least one of a machine learning algorithm, a decision tree algorithm, and a random forest algorithm that takes as input the network entity information, the deployment information and the feedback information, and produces as output the security configuration profile (230a, 230b, 620a, 620c, 620d); determining, based on calculating a risk score for the generated security configuration profile (230a, 230b, 620a, 620c, 620d), whether the security configuration profile (230a, 230b, 620a, 620c, 620d) is to be provided towards the network entity (120a:120N) or not; and generating feedback information for the security configuration profile (230a, 230b, 620a, 620c, 620d) based on the risk score, the network entity information, and the deployment information.
A bacterial cellulose film, comprising microbial fibers arranged in a density gradient in a direction of the bacterial cellulose film thickness, wherein the bacterial cellulose film is produced by fermentation with a low initial concentration of Gluconacetobacter in the range of 10 2 -10 5 /ml in a two-step culture condition comprising a temperature of 25-28°C at the first step and a temperature of 29-30°C at the second step.
Electrical conductor for a winding system of a dynamoelectric machine, said electric conductor comprising two or more sub-conductors, these sub-conductors being insulated from one another by an insulation layer being partially applied to each sub-conductor of this conductor, so that, when the cross section of the sub-conductor is viewed in a circumferential direction, the insulation layer only covers a predeterminable portion of the sub-conductor, wherein the sub-conductors of this conductor are arranged in such a way that each sub-conductor only has the insulation layer towards the adjacent sub-conductor or sub-conductors of this conductor, wherein the insulation layer is either a film bonded to the sub-conductor or a varnish insulation, characterized in that each sub-conductor of the electrical conductor with the insulation layer applied to it is additionally covered by means of a bandage of polyester fibres and glass fibres or only glass fibres in order to achieve a greater mechanical load-bearing capacity.
Electrical component, comprising a main body, at the side surfaces of which external contacts (1, 2, 3, 4) are arranged, comprising internal electrodes (IE10, IE11, IE20) arranged in the main body and connected to the external contacts (1, 2, 3, 4), wherein a first varistor is formed by two overlapping internal electrodes (IE10, IE20) and a varistor ceramic arranged therebetween, and wherein a second varistor is formed by two internal electrodes (IE10, IE11) lying in a plane and a varistor ceramic arranged therebetween, wherein both the overlapping internal electrodes (IE10, IE20) of the first varistor and the internal electrodes (IE10, IE11) of the second varistor that are arranged in a plane are connected to different external contacts (1, 2, 3, 4), characterized in that the external contacts (1, 2) of the overlapping internal electrodes (IE10, IE20) are arranged on opposite first side surfaces of the main body, and a further external contact of one of the internal electrodes (IE10, IE11) arranged in a plane is arranged on a second side surface of the main body, said second side surface being perpendicular to the first side surfaces.
A gas supply unit for supplying pressurised gas to a patient, characterised in that it comprises: ▪A pneumatic housing for supplying a flow of gas to the patient, ▪ A control housing for controlling the flow of gas to be supplied to the patient, and ▪ A power supply housing for supplying power to the unit, wherein the three housings (10,20,30) are distinct from one another and are designed for being removably coupled together to form a single unit. ▪A pneumatic housing for supplying a flow of gas to the patient, ▪ A control housing for controlling the flow of gas to be supplied to the patient, and ▪ A power supply housing for supplying power to the unit,
An extensible conjugate fiber having a total heat of melting of less than 80 Joules per gram, said fiber comprising: a. from 0.001 to 10 % by weight of the total fiber of a first component A which comprises at least a portion of the fiber surface, said first component A comprising a polypropylene homopolymer or a propylene copolymer, b. and a second component B which comprises an elastic propylene-based olefin polymer; wherein component A comprises at least a third of the fiber surface. a. from 0.001 to 10 % by weight of the total fiber of a first component A which comprises at least a portion of the fiber surface, said first component A comprising a polypropylene homopolymer or a propylene copolymer, b. and a second component B which comprises an elastic propylene-based olefin polymer;
A method of detecting parked vehicles (36, 44, 48), wherein - parking bays (22, 24, 26, 27) are recognized and/or determined in a parking space zone; - a transponder is arranged in or at a vehicle (36, 44, 48); - the transponder automatically repeatedly transmits a recognition signal; - the recognition signal is received by at least one radio device; - a position of the vehicle (36, 44, 48) is calculated and an identification of the transponder is determined by means of a control device with reference to the recognition signal; - a determination is made whether the vehicle (36, 44, 48) is located in one of the parking bays (22, 24, 26, 27); - a determination is made with reference to the recognition signal whether the vehicle (36, 44, 48) is parked; - if the vehicle (36, 44, 48) is parked in one of the parking bays (22, 24, 26, 27), - the identification of the transponder and the parking bay (22, 24, 26, 27) used by the vehicle (36, 44, 48) is transmitted to a registration server; and - the registration server outputs a status signal for the parking bay (22, 24, 26) used with reference to the identification of the transponder, characterized in that the transponder is configured to recognize a movement of the vehicle (36, 44, 48), with a frequency of occurrence of the transmission of recognition signals being reduced after a predefined time period without a movement of the vehicle (36, 44, 48). - parking bays (22, 24, 26, 27) are recognized and/or determined in a parking space zone; - a transponder is arranged in or at a vehicle (36, 44, 48); - the transponder automatically repeatedly transmits a recognition signal; - the recognition signal is received by at least one radio device; - a position of the vehicle (36, 44, 48) is calculated and an identification of the transponder is determined by means of a control device with reference to the recognition signal; - a determination is made whether the vehicle (36, 44, 48) is located in one of the parking bays (22, 24, 26, 27); - a determination is made with reference to the recognition signal whether the vehicle (36, 44, 48) is parked; - if the vehicle (36, 44, 48) is parked in one of the parking bays (22, 24, 26, 27), - the identification of the transponder and the parking bay (22, 24, 26, 27) used by the vehicle (36, 44, 48) is transmitted to a registration server; and - the registration server outputs a status signal for the parking bay (22, 24, 26) used with reference to the identification of the transponder, characterized in that the transponder is configured to recognize a movement of the vehicle (36, 44, 48), with a frequency of occurrence of the transmission of recognition signals being reduced after a predefined time period without a movement of the vehicle (36, 44, 48). - the identification of the transponder and the parking bay (22, 24, 26, 27) used by the vehicle (36, 44, 48) is transmitted to a registration server; and - the registration server outputs a status signal for the parking bay (22, 24, 26) used with reference to the identification of the transponder,
An agricultural machine comprising: a vibration stimulation source configured to generate a vibration stimulation signal directed toward plant matter; a sensor system configured to: sense electromagnetic radiation reflected from the plant matter; generate a first signal based on the sensed electromagnetic radiation, the first signal indicative of at least one of a shape of the plant matter, a location of the plant matter, or a color of the plant matter, and generate a second signal indicative of a vibration response of the plant matter, that is in response to the vibration stimulation signal; a plant evaluation system configured to: based on the first and second signals, generate plant characterization data indicative of one or more physical characteristics of the plant matter; and a control system configured to generate an action signal based on the plant characterization data; characterized in that the sensor system is configured to generate the second signal to be indicative of a resonant vibration response of the plant matter; and that the plant characterization data generated by the plant evaluation system are indicative of a plant species. a vibration stimulation source configured to generate a vibration stimulation signal directed toward plant matter; a sensor system configured to: sense electromagnetic radiation reflected from the plant matter; generate a first signal based on the sensed electromagnetic radiation, the first signal indicative of at least one of a shape of the plant matter, a location of the plant matter, or a color of the plant matter, and generate a second signal indicative of a vibration response of the plant matter, that is in response to the vibration stimulation signal; sense electromagnetic radiation reflected from the plant matter; generate a first signal based on the sensed electromagnetic radiation, the first signal indicative of at least one of a shape of the plant matter, a location of the plant matter, or a color of the plant matter, and generate a second signal indicative of a vibration response of the plant matter, that is in response to the vibration stimulation signal; a plant evaluation system configured to: based on the first and second signals, generate plant characterization data indicative of one or more physical characteristics of the plant matter; and a control system configured to generate an action signal based on the plant characterization data; characterized in that the sensor system is configured to generate the second signal to be indicative of a resonant vibration response of the plant matter; and that the plant characterization data generated by the plant evaluation system are indicative of a plant species.
A method for producing a color filter for a display, comprising preparing a transparent substrate; forming a transparent ink fixing layer on the transparent substrate; ink jet printing at an arbitrary position on the ink fixing layer to form a color layer made from a color ink; wherein the color filter comprises the transparent substrate, the ink fixing layer formed on at least one surface of the transparent substrate and made from a synthetic resin, and the color layer, wherein the method for producing a color filter is characterized in that the color ink contains 70 % or more of a solvent having boiling point of 150°C or more; and that the solubility of the ink fixing layer into the solvent is 0.5-5%; wherein the solubility of the ink fixing layer into the solvent is measurable after the ink fixing layer has been formed.
A positive-type photosensitive resin composition comprising a (a) polybenzoxazole precursor, a (b) crosslinking agent, a (c) photosensitive agent, and a (d) solvent, wherein the (a) polybenzoxazole precursor comprises a structure represented by Formula below, the (b) crosslinking agent is represented by Formula below, and the (c) photosensitive agent is a compound comprising a structure represented by Formula below: wherein, in Formula, U is a bivalent organic group, a single bond, -O-, or - SO 2 -, V is a group comprising an aliphatic straight-chain structure, and the carbon number in the aliphatic straight-chain structure is 5 to 10; wherein, in Formula, R 3 is independently a hydrogen atom or -CH 2 -O-R 4, and at least one of the plurality of R 3 s is -CH 2 -O-R 4, and R 4 is independently a hydrogen atom, a methyl group, an ethyl group, or a butyl group.
A dermatologic hair-regrowth-inhibiting apparatus that is cordless and sufficiently compact as to be hand-held, comprising: a self-contained housing configured for gripping by a person's hand for cordless manipulation in a hair-regrowth-inhibiting procedure; a light source within the housing to produce output light pulses of pulse duration and fluence of 4 J/cm 2; an electrical circuit including one or more batteries within the housing for energizing the light source; a light path within the housing including an aperture through which eye-safe light pulses are propagated out of the housing having properties sufficient for at least temporary hair-regrowth inhibition; and an optical diffuser (120; 125) disposed along the light path; whereby in use, the hair-regrowth-inhibiting apparatus produces a fluence on an epidermis of a subject undergoing treatment that is sufficient to at least temporarily inhibit hair regrowth and that has an integrated radiance insufficient to cause eye damage; characterized in that the light source produces output light pulses in the range of 4-100 J/cm 2 and the optical diffuser is disposed so that an integrated radiance of the output light pulses is reduced to an eye-safe value. a self-contained housing configured for gripping by a person's hand for cordless manipulation in a hair-regrowth-inhibiting procedure; a light source within the housing to produce output light pulses of pulse duration and fluence of 4 J/cm 2; an electrical circuit including one or more batteries within the housing for energizing the light source; a light path within the housing including an aperture through which eye-safe light pulses are propagated out of the housing having properties sufficient for at least temporary hair-regrowth inhibition; and an optical diffuser (120; 125) disposed along the light path;
A motor device, comprising: a motor having a rotary shaft; a rotation angle sensor that is disposed on a first end of the rotary shaft and that detects a rotation angle of the rotary shaft; and a control device that is disposed on an end of the motor which is located on a same side as the first end of the rotary shaft and that controls driving of the motor based on the rotation angle detected by the rotation angle sensor, wherein, the rotation angle sensor includes a magnet that is disposed on the first end of the rotary shaft, a magnetic sensor unit that is disposed so as to face the magnet and that generates an output signal corresponding to a change in magnetic field which occurs with rotation of the magnet, and at least two signal processing circuits (63a, 63b) that are arranged symmetrically with respect to a straight line passing through a center of the magnetic sensor unit and that process the output signal, characterized in that noise sources including at least two drive circuits (40, 50) that supply electric power to the motor are arranged symmetrically with respect to a second axis of symmetry passing through the center of the magnetic sensor unit, as viewed in the axial direction of the rotary shaft. a motor having a rotary shaft; a rotation angle sensor that is disposed on a first end of the rotary shaft and that detects a rotation angle of the rotary shaft; and a control device that is disposed on an end of the motor which is located on a same side as the first end of the rotary shaft and that controls driving of the motor based on the rotation angle detected by the rotation angle sensor, wherein, the rotation angle sensor includes a magnet that is disposed on the first end of the rotary shaft, a magnetic sensor unit that is disposed so as to face the magnet and that generates an output signal corresponding to a change in magnetic field which occurs with rotation of the magnet, and at least two signal processing circuits (63a, 63b) that are arranged symmetrically with respect to a straight line passing through a center of the magnetic sensor unit and that process the output signal, characterized in that noise sources including at least two drive circuits (40, 50) that supply electric power to the motor are arranged symmetrically with respect to a second axis of symmetry passing through the center of the magnetic sensor unit, as viewed in the axial direction of the rotary shaft.
A presence server for transferring information to a watcher, the presence server comprising: a transceiver configured to receive, from the watcher, a subscription request for presence information for a presentity; and a processor configured to: apply a presence authorization rule to the subscription request; identify that the presence information requested by the watcher is not allowed, based on the presence authorization rule; deliver a request for reactive authorization to the presentity; control the transceiver to receive an updated presence authorization rule, in response to the request for the reactive authorization, wherein the updated presence authorization rule is updated by the presentity such that the presence information is allowed for the watcher; and control the transceiver to forward, to the watcher, the presence information requested by the watcher by applying the updated presence authorization rule. a transceiver configured to receive, from the watcher, a subscription request for presence information for a presentity; and a processor configured to: apply a presence authorization rule to the subscription request; identify that the presence information requested by the watcher is not allowed, based on the presence authorization rule; deliver a request for reactive authorization to the presentity; control the transceiver to receive an updated presence authorization rule, in response to the request for the reactive authorization, wherein the updated presence authorization rule is updated by the presentity such that the presence information is allowed for the watcher; and control the transceiver to forward, to the watcher, the presence information requested by the watcher by applying the updated presence authorization rule. apply a presence authorization rule to the subscription request; identify that the presence information requested by the watcher is not allowed, based on the presence authorization rule; deliver a request for reactive authorization to the presentity; control the transceiver to receive an updated presence authorization rule, in response to the request for the reactive authorization, wherein the updated presence authorization rule is updated by the presentity such that the presence information is allowed for the watcher; and control the transceiver to forward, to the watcher, the presence information requested by the watcher by applying the updated presence authorization rule.