mhurhangee/ep-ind-claims huggingface dataset:
A leveler device for use in a bookbinding sewing machine, comprising one or more needles and one or more crochets for sewing signatures into book blocks with one or more sewing threads and a movable saddle for loading each current one of the signatures to be sewn, the leveler device being suitable for levelling each current signature onto the movable saddle, wherein the leveler device comprises: at least one inlet for receiving a gas jet, one or more nozzles for ejecting the gas towards corresponding free ends of the threads projecting from each current signature being a last one of the signatures of a completed one of the book blocks, and at least one channel for conveying the gas extending from the inlet to the nozzles. at least one inlet for receiving a gas jet, one or more nozzles for ejecting the gas towards corresponding free ends of the threads projecting from each current signature being a last one of the signatures of a completed one of the book blocks, and at least one channel for conveying the gas extending from the inlet to the nozzles.
A (2-((2-oxoethyl)thio)ethyl)carbamate (eTEC) linked glycoconjugate according to formula: where the atoms that comprise the eTEC spacer are contained in the central box.
A water absorbing agent comprising 50 mass% or more of water absorbent resin particles having a particle diameter of 175 μm or more and 710 μm or less, made of cross-linked polymer obtained by polymerizing a monomer containing 50 mol% or more of acrylic acid and/ or a salt thereof, wherein a compound having (i) a reactive group for a functional group of a surface of each water absorbent resin particle and (ii) a hydrophobic group exists on the surface of the water absorbent resin particle, and the hydrophobic group has a hydrocarbon group whose carbon number is 8 or more, the compound being at least one aliphatic amine which is selected from the group consisting of primary amine, secondary amine, and tertiary amine and which has a carbon number within the range of 8 to 100, and the compound is represented by the following expression, 13 ≤ an average carbon number of the hydrocarbon group whose carbon number is 8 or more + the number of primary to tertiary amine nitrogen atoms ≤ 26, wherein (i) the number of the primary to tertiary amine nitrogen atoms is > 0 and (ii) the average carbon number of the hydrocarbon group whose carbon number is 8 or more is an average, calculated in accordance with a mass average, and refers not only to an average of carbon numbers of a hydrocarbon group included in each of plural hydrophobic groups of the aliphatic amine and has the carbon number of 8 or more in case where the plural hydrophobic groups are included in the aliphatic amine but also an average of carbon numbers of a hydrocarbon group included in each hydrophobic group of each aliphatic amine and has the carbon number of 8 or more in case where a mixture of the aliphatic amines which are uneven in a carbon number is used as the foregoing aliphatic amine; a ratio of an oxyalkylene group in a molecular mass of the compound is 0 mass% or more and 25 mass% or less, and at least part of the reactive group forms an ionic bond to the functional group of the surface of each water absorbent resin particle at the time of water absorption, a mass average particle diameter of the water absorbent resin particles is within the range of 100 μm to 600 μm, the functional group is a carboxyl group and/or a salt thereof, and the reactive group is the primary to tertiary amine, the amount of the water absorbent resin particles is 50 mass% or more relative to the entire amount of the water absorbing agent, the rate of a reaction between the at least one aliphatic amine and the water absorbent resin particles is 10 % or more and less than 100 % with respect to the aliphatic amine, and the shape of the water absorbent resin particles is an irregularly-pulverized shape and the surface of the water absorbent resin particles is cross-linked.
Machine component for an electrical machine, wherein the machine component has a component body with adjacent pole regions which each have a pole contour, wherein the pole regions each extend in a tangential direction between two pole edges, the said direction corresponding to the direction of the arrangement of the adjacent pole regions, wherein the pole contours extend in a radial direction; wherein one or more holding elements (15, 17) for holding a permanent magnet are provided between the adjacent pole regions, wherein the component body has a pocket for receiving a permanent magnet, the said pocket being arranged in the radial direction between the adjacent pole regions and being delimited by the one or the plurality of holding elements, wherein the pocket is provided with a permanent magnet, characterized in that the one or the plurality of holding elements (15, 17) protrude from at least one of the mutually facing pole edges of the adjacent pole regions in the radial direction, wherein a border of the permanent magnet bears against the one or the plurality of holding elements (15, 17), wherein an edge of the permanent magnet ends at the pole edge or protrudes beyond a height of the pole edge.
A method by a user equipment, UE, (302, 308) for adaptive radio link monitoring, the method comprising steps of: the UE receiving, from a network node, at least one DL signal having at least one DL signal parameter adapted for use by the UE, wherein the at least one DL signal parameter includes a ratio of energy or power of the at least one DL signals to average energy or power of a reference signal; and the UE performing, Radio Link Monitoring, RLM, on the DL signal received from the network node, wherein the at least one DL signal parameter is adapted based on a receiver configuration, and wherein the receiver configuration is determined by a current number of receivers used by the UE for receiving the at least one DL signal. the UE receiving, from a network node, at least one DL signal having at least one DL signal parameter adapted for use by the UE, wherein the at least one DL signal parameter includes a ratio of energy or power of the at least one DL signals to average energy or power of a reference signal; and the UE performing, Radio Link Monitoring, RLM, on the DL signal received from the network node, wherein the at least one DL signal parameter is adapted based on a receiver configuration, and wherein the receiver configuration is determined by a current number of receivers used by the UE for receiving the at least one DL signal.
A sample preprocessing system comprising: carriers each loaded with sample containers; a conveyance line for carrying each carrier; a plurality of processing units (204, 205, 207, 208, 209) arranged along the conveyance line, including at least a centrifuge unit for centrifuging the sample containers in a collective manner; and a controller for instructing the processing units to process the samples in addition to instructing the conveyance line to convey the carriers; characterised in that: it, and a sample handling mechanism for transferring the sample containers from the carriers to adapters on the adapter retaining unit and from the adapters on the adapter retaining unit to the carriers, and a centrifuging mechanism for centrifuging the adapters, and in that the controller is programmed to change the order for feeding out the samples from the centrifuge unit after centrifugation, from the order of the transfer of the samples into the centrifuge unit, by changing the order of loading the carriers with the sample containers by the sample handling mechanism. carriers each loaded with sample containers; a conveyance line for carrying each carrier; a plurality of processing units (204, 205, 207, 208, 209) arranged along the conveyance line, including at least a centrifuge unit for centrifuging the sample containers in a collective manner; and a controller for instructing the processing units to process the samples in addition to instructing the conveyance line to convey the carriers; characterised in that: it, and a sample handling mechanism for transferring the sample containers from the carriers to adapters on the adapter retaining unit and from the adapters on the adapter retaining unit to the carriers, and a centrifuging mechanism for centrifuging the adapters, and in that the controller is programmed to change the order for feeding out the samples from the centrifuge unit after centrifugation, from the order of the transfer of the samples into the centrifuge unit, by changing the order of loading the carriers with the sample containers by the sample handling mechanism. it, and a sample handling mechanism for transferring the sample containers from the carriers to adapters on the adapter retaining unit and from the adapters on the adapter retaining unit to the carriers, and a centrifuging mechanism for centrifuging the adapters, and in that the controller is programmed to change the order for feeding out the samples from the centrifuge unit after centrifugation, from the order of the transfer of the samples into the centrifuge unit, by changing the order of loading the carriers with the sample containers by the sample handling mechanism.
A method of hermetically sealing a peelable lid to a circumferential and inwardly projecting flange formed in a tubular metal can body, characterised in that the flange has a sealing surface having a substantially V-shaped profile, the method comprising pressing the peelable lid against the sealing surface of the flange using a punch, an engagement surface of the punch having a substantially V-shaped profile such that the apex of the punch presses the peelable lid into the valley of the sealing surface of the flange.
Hybrid grease, comprising 10 to 50% by weight of a grease based on a synthetic hydrocarbon oil or polyglycol, containing 50 to 90% by weight of base oil, selected from synthetic hydrocarbon oil, PAO, or polyglycol, 10 to 25% by weight of thickener, 0 to 10% by weight of additives, and 50 to 90% by weight of a silicone grease, containing 70 to 90% by weight of silicone oil, selected from the group consisting of polydimethyl siloxane, polyphenyl methyl siloxane, or mixtures thereof, 5 to 30% by weight of thickener, and 0 to 10% by weight of additives, wherein the thickener is a soap thickener, and is selected from the group consisting of lithium-12-hydroxy stearate and lithium stearate. 10 to 50% by weight of a grease based on a synthetic hydrocarbon oil or polyglycol, containing 50 to 90% by weight of base oil, selected from synthetic hydrocarbon oil, PAO, or polyglycol, 10 to 25% by weight of thickener, 0 to 10% by weight of additives, and 50 to 90% by weight of a silicone grease, containing 70 to 90% by weight of silicone oil, selected from the group consisting of polydimethyl siloxane, polyphenyl methyl siloxane, or mixtures thereof, 5 to 30% by weight of thickener, and 0 to 10% by weight of additives,
A motorcycle comprising: a body frame; an engine supported by the body frame; a radiator disposed in front of the engine; a radiator fan (92; 192) disposed between the engine and the radiator and configured to pass air through the radiator from the front of the radiator; a frame cover (100, 110) disposed above the radiator, characterized by an intake air temperature sensor mounted to the frame cover, wherein: the radiator fan (92; 192) rotates clockwise as viewed from the motorcycle front, and the intake air temperature sensor is positioned above a right end of the radiator as viewed from the motorcycle front; or the radiator fan (92; 192) rotates anticlockwise as viewed from the motorcycle front, and the intake air temperature sensor is positioned above a left end of the radiator as viewed from the motorcycle front. a body frame; an engine supported by the body frame; a radiator disposed in front of the engine; a radiator fan (92; 192) disposed between the engine and the radiator and configured to pass air through the radiator from the front of the radiator; a frame cover (100, 110) disposed above the radiator, characterized by an intake air temperature sensor mounted to the frame cover, wherein: the radiator fan (92; 192) rotates clockwise as viewed from the motorcycle front, and the intake air temperature sensor is positioned above a right end of the radiator as viewed from the motorcycle front; or the radiator fan (92; 192) rotates anticlockwise as viewed from the motorcycle front, and the intake air temperature sensor is positioned above a left end of the radiator as viewed from the motorcycle front. the radiator fan (92; 192) rotates clockwise as viewed from the motorcycle front, and the intake air temperature sensor is positioned above a right end of the radiator as viewed from the motorcycle front; or the radiator fan (92; 192) rotates anticlockwise as viewed from the motorcycle front, and the intake air temperature sensor is positioned above a left end of the radiator as viewed from the motorcycle front.
Refrigeration device, in particular domestic refrigeration device having a basic structure with a coolable inner chamber and a heat-insulated door leaf which is provided for opening and closing the inner chamber, is articulated on the basic structure and has an inner door and an outer door, which together with two vertically-extending posts and an upper and lower horizontally-extending end cap (15, 16) connecting the two posts delimit a cavity filled with an insulating material, characterised in that the outer door is configured as a panel-shaped composite structure made from a panel-shaped carrier, in particular, made of metal, which faces the inner door, a glass panel and a panel-shaped adhesive bonding layer arranged between the panel-shaped carrier and the glass panel, and by means of which the panel-shaped carrier and the glass panel are connected.
Lifting device suitable for lifting a tube or pipeline with respect to a supporting beam with an H profile or I profile, wherein the lifting device at least contains the following elements: - a supporting body; - gripping means on the supporting body that can grip over opposite side edges (30, 32) of a free flange of the supporting beam, and with which the supporting body can be suspended from this free flange of the supporting beam with an H profile or I profile; and, - lifting means provided on the supporting body on either side of the gripping means, with which the tube or pipeline can be lifted with respect to the supporting body characterized in that the lifting means are formed by a pair of hydraulic or screw jacks, wherein each jack is affixed to one end of the supporting body. - a supporting body; - gripping means on the supporting body that can grip over opposite side edges (30, 32) of a free flange of the supporting beam, and with which the supporting body can be suspended from this free flange of the supporting beam with an H profile or I profile; and, - lifting means provided on the supporting body on either side of the gripping means, with which the tube or pipeline can be lifted with respect to the supporting body
Cough assist device for performing insufflation and exsufflation of gas to/from a patient, comprising: - a motorized turbine in fluidic communication with a gas circuit (4, 5, 6) comprising an insufflation line and an exsufflation line, - a display screen, - and control means configured to control the turbine and a display on the display screen, and in which the control means are additionally configured to display, on the display screen, a video animation implementing a first graphical representation symbolizing at least the phases of insufflation and exsufflation of gas and a second graphical representation symbolizing the patient, characterized in that the dimensions of the first and second graphical representations displayed on the display screen vary inversely to each other and in correlation with the phases of insufflation and exsufflation of gas by the turbine. - a motorized turbine in fluidic communication with a gas circuit (4, 5, 6) comprising an insufflation line and an exsufflation line, - a display screen, - and control means configured to control the turbine and a display on the display screen, and in which the control means are additionally configured to display, on the display screen, a video animation implementing a first graphical representation symbolizing at least the phases of insufflation and exsufflation of gas and a second graphical representation symbolizing the patient, characterized in that the dimensions of the first and second graphical representations displayed on the display screen vary inversely to each other and in correlation with the phases of insufflation and exsufflation of gas by the turbine.
An apparatus, comprising: a physical memory (204, 206); and a processor configured to: receive one or more hardware parameters that correspond to a hardware configuration, wherein the one or more hardware parameters include at least one of an amount and a speed of the physical memory; perform a sequence of modifications to the physical memory (204, 206), wherein the sequence of modifications includes at least one write operation to obtain performance results associated with the one or more hardware parameters; and provide the performance results to a verifier to determine if an unauthorized modification is made to the physical memory (204, 206), wherein the verifier is communicatively coupled to the apparatus. a physical memory (204, 206); and a processor configured to: receive one or more hardware parameters that correspond to a hardware configuration, wherein the one or more hardware parameters include at least one of an amount and a speed of the physical memory; perform a sequence of modifications to the physical memory (204, 206), wherein the sequence of modifications includes at least one write operation to obtain performance results associated with the one or more hardware parameters; and provide the performance results to a verifier to determine if an unauthorized modification is made to the physical memory (204, 206), wherein the verifier is communicatively coupled to the apparatus. receive one or more hardware parameters that correspond to a hardware configuration, wherein the one or more hardware parameters include at least one of an amount and a speed of the physical memory; perform a sequence of modifications to the physical memory (204, 206), wherein the sequence of modifications includes at least one write operation to obtain performance results associated with the one or more hardware parameters; and provide the performance results to a verifier to determine if an unauthorized modification is made to the physical memory (204, 206), wherein the verifier is communicatively coupled to the apparatus.
Device for heat treating metal articles under a protective gas/reactive gas atmosphere in a continuous operation, comprising a furnace housing which surrounds a furnace chamber as a heating zone, comprising a plurality of heating elements which protrude into the furnace chamber for heating the furnace chamber, and comprising a preheating zone upstream of the heating zone and heated by exhaust gas, wherein the combustion exhaust gases do not contact the articles, characterised in that the device additionally has a collecting device for capturing the exhaust gas of the heating elements and a heat exchange unit which is supplied by the collecting device and is arranged in the interior of the preheating zone.
A use of an imaging device for a vehicle security check (100, 200, 300), the imaging device comprising: a radiation source device (110, 210), comprising a first ray unit (111, 211, 311) configured to emit a first ray beam by a first predetermined spread angle, to allow the first ray beam to penetrate a first part of a vehicle to be inspected passing through an inspection lane at a preset speed; and a detector device (120, 220), comprising a first detector unit (121, 221, 321) arranged corresponding to the first ray unit (111, 211, 311), wherein the first detector unit (121, 221, 321) is configured to receive the first ray beam, wherein the radiation source device (110, 210) is at least partially arranged on a road surface of the inspection lane, and the first detector unit (121, 221, 321) is arranged at a first side of the inspection lane, characterized in: providing the radiation source device (110, 210) at a center of the road surface of the inspection lane, and providing a target center of the first ray unit (111, 211, 311) above the road surface of the inspection lane, and allowing the radiation source device (110, 210) to emit the first ray beam from the underside of the vehicle to be inspected to the first side of the inspection lane. a radiation source device (110, 210), comprising a first ray unit (111, 211, 311) configured to emit a first ray beam by a first predetermined spread angle, to allow the first ray beam to penetrate a first part of a vehicle to be inspected passing through an inspection lane at a preset speed; and a detector device (120, 220), comprising a first detector unit (121, 221, 321) arranged corresponding to the first ray unit (111, 211, 311), wherein the first detector unit (121, 221, 321) is configured to receive the first ray beam, wherein the radiation source device (110, 210) is at least partially arranged on a road surface of the inspection lane, and the first detector unit (121, 221, 321) is arranged at a first side of the inspection lane, characterized in: providing the radiation source device (110, 210) at a center of the road surface of the inspection lane, and providing a target center of the first ray unit (111, 211, 311) above the road surface of the inspection lane, and allowing the radiation source device (110, 210) to emit the first ray beam from the underside of the vehicle to be inspected to the first side of the inspection lane.