mhurhangee/ep-ind-claims huggingface dataset:
A method for selecting a certificate authority in a communication system comprising a plurality of administrative domains, the method comprising: at a certificate authority selection unit: receiving, from an end-entity via an interface, a certificate service request associated with an identifier; selecting, based on the identifier, one of the plurality of administrative domains in the communication system, wherein the plurality of administrative domains are serviced by a plurality of certificate authorities; retrieving a security profile for the end-entity; and at the certificate authority selection unit and/or at a computer in the selected administrative domain: selecting, based on the security profile for the end-entity, one of the plurality of certificate authorities to process the certificate service request. at a certificate authority selection unit: receiving, from an end-entity via an interface, a certificate service request associated with an identifier; selecting, based on the identifier, one of the plurality of administrative domains in the communication system, wherein the plurality of administrative domains are serviced by a plurality of certificate authorities; retrieving a security profile for the end-entity; and receiving, from an end-entity via an interface, a certificate service request associated with an identifier; selecting, based on the identifier, one of the plurality of administrative domains in the communication system, wherein the plurality of administrative domains are serviced by a plurality of certificate authorities; retrieving a security profile for the end-entity; and at the certificate authority selection unit and/or at a computer in the selected administrative domain: selecting, based on the security profile for the end-entity, one of the plurality of certificate authorities to process the certificate service request. selecting, based on the security profile for the end-entity, one of the plurality of certificate authorities to process the certificate service request.
A ceiling-mounted indoor unit for an air conditioning apparatus disposed in a ceiling of an air-conditioned room, the ceiling-mounted indoor unit comprising: a casing in which an air outlet is formed along a peripheral edge portion of an undersurface of the casing; at least four horizontal blades (71a to 71d) that are rotatably disposed in the air outlet and whose airflow-direction angles in an up-and-down direction are capable of being changed independently; and a control unit characterized in that it controls the horizontal blades (71a to 71d) in such a way that first horizontal blades, which are at least two of the horizontal blades adjacent to each other among the horizontal blades, synchronously swing while taking the same posture and a combination of the first horizontal blades shifts in order along the peripheral edge portion. a casing in which an air outlet is formed along a peripheral edge portion of an undersurface of the casing; at least four horizontal blades (71a to 71d) that are rotatably disposed in the air outlet and whose airflow-direction angles in an up-and-down direction are capable of being changed independently; and a control unit characterized in that it controls the horizontal blades (71a to 71d) in such a way that first horizontal blades, which are at least two of the horizontal blades adjacent to each other among the horizontal blades, synchronously swing while taking the same posture and a combination of the first horizontal blades shifts in order along the peripheral edge portion.
Electric machine, - wherein the electric machine has a base body in which a stator of the electric machine is arranged, - wherein the electric machine has a rotor shaft which is rotatably mounted in the base body by way of bearings, - wherein the electric machine has a tapping element which is connected to the base body in a mechanically rotationally fixed manner and which taps a voltage occurring in the rotor shaft, - wherein the tapping element is electrically connected to the base body by way of an ohmic resistor, characterised in that the ohmic resistor is embodied as a PTC thermistor and a resistance value of the ohmic resistor lies between 10 mΩ and 10 Ω. - wherein the electric machine has a base body in which a stator of the electric machine is arranged, - wherein the electric machine has a rotor shaft which is rotatably mounted in the base body by way of bearings, - wherein the electric machine has a tapping element which is connected to the base body in a mechanically rotationally fixed manner and which taps a voltage occurring in the rotor shaft, - wherein the tapping element is electrically connected to the base body by way of an ohmic resistor,
A motion sensor for a tachograph, said sensor comprising at least one cell sensitive to the variations in intensity of a magnetic field and supplied with electrical energy, said cell being associated with calibration means which are implemented in response to its powering on, characterized in that said sensor comprises control means adapted to temporarily interrupt the supply in electrical energy of said cell and to power on again said cell so as to activate the calibration means, in response to a detection of a lack of sending of data by said cell for a time interval.
A dental cleaning appliance comprising: a handle; a fluid delivery system for delivering a burst of working fluid to the teeth of a user, at least part of the fluid delivery system being moveable relative to the handle as the appliance is moved along the teeth of the user; a sensor for providing an output which varies with movement of said at least part of the fluid delivery system relative to the handle; and a control circuit for actuating the delivery of working fluid to the teeth of the user depending on the output from the sensor. a handle; a fluid delivery system for delivering a burst of working fluid to the teeth of a user, at least part of the fluid delivery system being moveable relative to the handle as the appliance is moved along the teeth of the user; a sensor for providing an output which varies with movement of said at least part of the fluid delivery system relative to the handle; and a control circuit for actuating the delivery of working fluid to the teeth of the user depending on the output from the sensor.
An absorbent composition comprising: a. a superabsorbent polymer composition having anionic functional groups wherein said superabsorbent polymer composition comprises partially neutralized crosslinked poly(acrylic acid), having from 40 to 60 molar percent of the neutralized acidic functional groups and a centrifuge retention capacity of at least 25 g/g; b. a first triggering composition comprising a first water-soluble chemical comprising cations X having an ionized valence of two or more, and wherein the first triggering composition comprises a water-soluble chemical selected from aluminum chloride, aluminum sulfate, barium chloride, calcium acetate, calcium chloride, calcium formate, magnesium acetate, magnesium chloride, magnesium formate, zinc acetate, zinc chloride, zinc formate, and zinc sulfate. c. a second triggering composition comprising a second water-soluble chemical comprising anions Y; and wherein the second triggering composition comprises a water-soluble chemical selected from sodium fluoride, sodium hydrogen carbonate, sodium carbonate, sodium citrate, sodium oxalate, sodium phosphate, sodium polyphosphate, sodium sulfide, sodium sulfate, or sodium tripolyphosphate. wherein the cations X of the first water-soluble chemical are capable of complexing with the anionic functional groups of the superabsorbent polymer composition; and the anions Y of the second water-soluble chemical are capable of complexing with the cations X to form a salt having a solubility product constant Ksp < 10 -5, wherein at least one of said first and second triggering compositions comprises a polymeric coating material which is selected from poly(meth)acrylate copolymers, polyacrylate copolymers, ethyl cellulose, sodium carboxymethylcellulose, cellulose acetate, polyethylene glycol, maleated polypropylene, polyolefin copolymers, or combinations thereof. a. a superabsorbent polymer composition having anionic functional groups wherein said superabsorbent polymer composition comprises partially neutralized crosslinked poly(acrylic acid), having from 40 to 60 molar percent of the neutralized acidic functional groups and a centrifuge retention capacity of at least 25 g/g; b. a first triggering composition comprising a first water-soluble chemical comprising cations X having an ionized valence of two or more, and wherein the first triggering composition comprises a water-soluble chemical selected from aluminum chloride, aluminum sulfate, barium chloride, calcium acetate, calcium chloride, calcium formate, magnesium acetate, magnesium chloride, magnesium formate, zinc acetate, zinc chloride, zinc formate, and zinc sulfate. c. a second triggering composition comprising a second water-soluble chemical comprising anions Y; and wherein the second triggering composition comprises a water-soluble chemical selected from sodium fluoride, sodium hydrogen carbonate, sodium carbonate, sodium citrate, sodium oxalate, sodium phosphate, sodium polyphosphate, sodium sulfide, sodium sulfate, or sodium tripolyphosphate.
A heat-conductive silicone rubber composite sheet, comprising a laminated structure comprising an inner layer and a pair of outer layers laminated to both surfaces of the inner layer, wherein the inner layer is an electrically insulating synthetic resin film layer which is formed from a film comprising an aromatic polyimide and a heat-conductive powder dispersed within the aromatic polyimide and has a thermal conductivity of not less than 0.3 W/m·K and not more than 10 W/m·K, and the outer layers are silicone rubber layers each having a thickness of a range from 30 to 800 μm, and being formed by curing a composition comprising: (a) an organopolysiloxane, (b) a curing agent, (c) a heat-conductive filler, and (d) a silicon compound-based adhesion promoter having at least one group selected from the group consisting of an epoxy group, alkoxy groups, a methyl group, a vinyl group, and a group represented by the formula Si-H, wherein the amount added of the component (c) is within a range from 100 to 1,800 parts by mass, per 100 parts by mass of the component (a). the inner layer is an electrically insulating synthetic resin film layer which is formed from a film comprising an aromatic polyimide and a heat-conductive powder dispersed within the aromatic polyimide and has a thermal conductivity of not less than 0.3 W/m·K and not more than 10 W/m·K, and the outer layers are silicone rubber layers each having a thickness of a range from 30 to 800 μm, and being formed by curing a composition comprising: (a) an organopolysiloxane, (b) a curing agent, (c) a heat-conductive filler, and (d) a silicon compound-based adhesion promoter having at least one group selected from the group consisting of an epoxy group, alkoxy groups, a methyl group, a vinyl group, and a group represented by the formula Si-H, wherein
A fixture for securing a machine- or automatically controlled movable device, in particular a handling device such as a robot or an AGV, with a safety sensor system for detection of objects in a work space of, at a distance from, or in an environment around the device and with a safety controller configured to interact with a device controller of the device while controlling safety-relevant device functions dependent on signals from the safety sensor system, wherein the safety sensor system comprises a tactile sensor system with at least one first sensor (22, 41, 30, 31, 32, 33) and an approximation sensor system with at least one second sensor (23, 48, 35, 36), characterised in that wherein the first sensor (22, 41, 30, 31, 32, 33) and the second sensor (23, 48, 35, 36) each being based on an optical measuring principle and/or the safety sensor system being redundantly designed and characterised in that the tactile sensor system comprising one or several optical scattered light sensors.
A cap for an LED package having a central well containing an LED and an upper surface, said cap comprising: a peripheral portion sized and configured to attach to the upper surface of the LED package; a central portion depressed from the peripheral portion forming a cap well; and a plurality of quantum dots in the cap well, wherein the cap comprises a base wall having a phosphor incorporated therein. a peripheral portion sized and configured to attach to the upper surface of the LED package; a central portion depressed from the peripheral portion forming a cap well; and a plurality of quantum dots in the cap well, wherein the cap comprises a base wall having a phosphor incorporated therein.
A flat bed trailer for transporting an item of heavy machinery comprising: a floor; a plurality of wheels for travel over roads; a coupling mechanism for coupling the trailer to a towing vehicle; a pair of longitudinally extending side walls, wherein each of the side walls in the pair has an inward face; a first restraining bar and a second restraining bar, the first and second restraining bars each having a restraining position in which the respective restraining bar extends substantially laterally across the trailer between the pair of longitudinally extending side walls to restrain the item of heavy machinery when the item of heavy machinery is positioned on the trailer, wherein the restraining position of the first restraining bar is disposed nearer to the coupling mechanism than the restraining position of the second restraining bar; a first bar retainer for retaining the first restraining bar in its restraining position; and a second bar retainer coupled to at least one of the side walls for releasably retaining the second restraining bar in its restraining position; characterized in that the first restraining bar is received by the first bar retainer at an inward face of at least one of the side walls in the pair of longitudinally extending side walls. a floor; a plurality of wheels for travel over roads; a coupling mechanism for coupling the trailer to a towing vehicle; a pair of longitudinally extending side walls, wherein each of the side walls in the pair has an inward face; a first restraining bar and a second restraining bar, the first and second restraining bars each having a restraining position in which the respective restraining bar extends substantially laterally across the trailer between the pair of longitudinally extending side walls to restrain the item of heavy machinery when the item of heavy machinery is positioned on the trailer, wherein the restraining position of the first restraining bar is disposed nearer to the coupling mechanism than the restraining position of the second restraining bar; a first bar retainer for retaining the first restraining bar in its restraining position; and a second bar retainer coupled to at least one of the side walls for releasably retaining the second restraining bar in its restraining position; characterized in that the first restraining bar is received by the first bar retainer at an inward face of at least one of the side walls in the pair of longitudinally extending side walls.
Supporting cylinder comprising a cylinder, a piston that can be moved in said cylinder as well as a locking device that is arranged on the cylinder, said locking device being designed so as to stop the piston in a defined position relative to the cylinder, wherein the locking device comprises an adjustment device having an adjusting element (44, 64, 46) that can move with a movement component in a transverse manner with respect to the axis of the supporting cylinder between a release position and a locking position, said adjusting element comprising a locking cone that engages in the locking position in a receiving hole in the piston, characterised in that the locking cone entirely penetrates the receiving hole of the piston in the locking position, and that the locking device comprises a cone receiving device that is embodied on the cylinder and lies opposite the adjusting element, said cone receiving device being embodied so as to receive the end of the locking cone in the locking position.
A display device comprising: a housing; a roller installed inside the housing; a display unit rolled or unrolled around the roller; a first foldable link (860, 912RL, 912LL) and a second foldable link (860, 912RL, 912LL) opposite to each other, the first foldable link (860, 912RL, 912LL) and the second foldable link (860, 912RL, 912LL) each including one end pivotally coupled to the housing and another end pivotally coupled to an upper part of the display unit; a first motor (800, 800L) and a second motor (800, 800L) installed inside the housing and respectively pivoting the first foldable link (860, 912RL, 912LL) and the second foldable link (860, 912RL, 912LL); characterized in that a controller is configured to control the first motor (800, 800L) based on a motion information obtained from the second motor (800, 800L) such that the first foldable link (860, 912RL, 912LL) and the second foldable link (860, 912RL, 912LL) are synchronized. a housing; a roller installed inside the housing; a display unit rolled or unrolled around the roller; a first foldable link (860, 912RL, 912LL) and a second foldable link (860, 912RL, 912LL) opposite to each other, the first foldable link (860, 912RL, 912LL) and the second foldable link (860, 912RL, 912LL) each including one end pivotally coupled to the housing and another end pivotally coupled to an upper part of the display unit; a first motor (800, 800L) and a second motor (800, 800L) installed inside the housing and respectively pivoting the first foldable link (860, 912RL, 912LL) and the second foldable link (860, 912RL, 912LL); characterized in that a controller is configured to control the first motor (800, 800L) based on a motion information obtained from the second motor (800, 800L) such that the first foldable link (860, 912RL, 912LL) and the second foldable link (860, 912RL, 912LL) are synchronized.
A method for detecting immunoglobulin light chains, immunoglobulin heavy chains, or mixtures thereof in a sample, the method comprising: a) providing a sample comprising an immunoglobulin light chain, an immunoglobulin heavy chain, or mixtures thereof; b) immunopurifying the sample with an antibody selected from an anti-human IgG antibody, an anti-human IgA antibody, an anti-human IgM antibody, an anti-human IgD antibody, an anti-human IgE antibody, an anti-human kappa antibody, an anti-human lambda antibody and combinations thereof, wherein the antibody is a single domain antibody fragment; and c) subjecting the immunopurified sample to a mass spectrometry technique to obtain a mass spectrum of the sample. a) providing a sample comprising an immunoglobulin light chain, an immunoglobulin heavy chain, or mixtures thereof; b) immunopurifying the sample with an antibody selected from an anti-human IgG antibody, an anti-human IgA antibody, an anti-human IgM antibody, an anti-human IgD antibody, an anti-human IgE antibody, an anti-human kappa antibody, an anti-human lambda antibody and combinations thereof, wherein the antibody is a single domain antibody fragment; and c) subjecting the immunopurified sample to a mass spectrometry technique to obtain a mass spectrum of the sample.
A method for testing a personal safety device, the method comprising: acquiring, by a mobile testing device, a device identifier from the personal safety device; selecting, by the mobile testing device, the personal safety device for testing; sending, by the mobile testing device to a server configured to receive alarm messages from the personal safety device, a message indicating a test mode for testing the personal safety device, the message disabling alarming for the personal safety device at the server; receiving, by the mobile testing device during the testing, an alarm message from the personal safety device over a direct radio link between the mobile testing device and the personal safety device, wherein the alarm message from the personal safety device indicates depression of an alarm button of the personal safety device; and in response to receiving the alarm message, indicating an alarm condition on a user interface of the mobile testing device. acquiring, by a mobile testing device, a device identifier from the personal safety device; selecting, by the mobile testing device, the personal safety device for testing; sending, by the mobile testing device to a server configured to receive alarm messages from the personal safety device, a message indicating a test mode for testing the personal safety device, the message disabling alarming for the personal safety device at the server; receiving, by the mobile testing device during the testing, an alarm message from the personal safety device over a direct radio link between the mobile testing device and the personal safety device, wherein the alarm message from the personal safety device indicates depression of an alarm button of the personal safety device; and in response to receiving the alarm message, indicating an alarm condition on a user interface of the mobile testing device.
Roll stand for rolling preferably metallic rolling material, comprising: two backing rolls each with two backing roll pins; four chocks in the form of oil film bearings each with a cylindrical receiving space for rotatable mounting of one of the backing roll pins, wherein the chocks each have in the interior thereof at least one low-pressure feel channel for the feed of coolant and/or lubricant into the receiving space and at least one low-pressure drain channel for draining of the coolant and/or lubricant from the receiving space; and at least one low-pressure circuit with low-pressure feed lines for connecting a tank for the coolant and/or lubricant with the low-pressure feed channel of the chock, low-pressure drain lines for connecting the low-pressure drain channel with the tank, and at least one low-pressure pump for conveying the coolant and/or lubricant in the low-pressure circuit; characterised in that a transmission, which is arranged at that side of at least one of the chocks which is remote from the barrel for rotational coupling of the at least one low-pressure pump with the backing roll pin rotatably mounted in the receiving space, is provided. two backing rolls each with two backing roll pins; four chocks in the form of oil film bearings each with a cylindrical receiving space for rotatable mounting of one of the backing roll pins, wherein the chocks each have in the interior thereof at least one low-pressure feel channel for the feed of coolant and/or lubricant into the receiving space and at least one low-pressure drain channel for draining of the coolant and/or lubricant from the receiving space; and at least one low-pressure circuit with low-pressure feed lines for connecting a tank for the coolant and/or lubricant with the low-pressure feed channel of the chock, low-pressure drain lines for connecting the low-pressure drain channel with the tank, and at least one low-pressure pump for conveying the coolant and/or lubricant in the low-pressure circuit; characterised in that a transmission, which is arranged at that side of at least one of the chocks which is remote from the barrel for rotational coupling of the at least one low-pressure pump with the backing roll pin rotatably mounted in the receiving space, is provided.