mhurhangee/ep-ind-claims huggingface dataset:
Measuring probe for non-destructive measuring of the thickness of thin layers, in particular in cavities, which are accessible by an opening or on curved surfaces, with a measuring head, which comprises at least one sensor element and at least one contact spherical cap, assigned to the sensor element on a surface, to be checked, and with a gripping element for positioning and guiding the measuring probe on and/or along the surface to be measured, wherein on the gripping element, a long, guide bar is provided, which accepts the at least one measuring head (17, 60) on its end opposing the gripping element, in such a way that it is moveable with at least one degree of freedom in relation to the guide bar characterised in that the guide bar is elastically yielding and that at least one auxiliary pole is provided adjacent to the at least one measuring head or that only the two measuring fields (17 and 60) are provided.
A method for managing a connection of a user equipment, UE, to a network, the method comprising actions at an access and mobility management function, AMF, of the network of: receiving a registration request from the UE comprising a mobile initiated connection only, MICO, mode preference; and transmitting a response to the UE, the method being characterised by the response including a determination indicating a MICO mode is allowed for the UE, a value of a periodic registration update timer, and an indication for disabling the UE's reset of the periodic registration update timer before the periodic registration update timer expires. receiving a registration request from the UE comprising a mobile initiated connection only, MICO, mode preference; and transmitting a response to the UE, the method being characterised by the response including a determination indicating a MICO mode is allowed for the UE, a value of a periodic registration update timer, and an indication for disabling the UE's reset of the periodic registration update timer before the periodic registration update timer expires.
A spray head, comprising a fastening body, a spray head body with at least one nozzle, a thermally activated triggering device, said spray head body being arranged into fastening body, into its cylinder space to be movable between two positions, the first position, in which spray head is in the inactive state, and the second position, in which the spray head body is extended out, said spray head body being arranged to be movable by pressurized medium in relation to fastening body from the first position to the second position, and a retaining arrangement (18, 19, 20) adapted to keep the spray head body in the first position, until the pressure of the medium exceeds a preset value, characterized in that the retaining arrangement (18, 19, 20) has been arranged between spray head body and fastening body, and the retaining arrangement (18, 19, 20) comprises at least one groove that is formed onto the spray head body, and at least one groove that is formed onto the fastening body, as well as at least one retaining element, that is arranged between the spray head body and at least one of the grooves (18, 19) of the fastening body in the first position. a fastening body, a spray head body with at least one nozzle, a thermally activated triggering device, said spray head body being arranged into fastening body, into its cylinder space to be movable between two positions, the first position, in which spray head is in the inactive state, and the second position, in which the spray head body is extended out, said spray head body being arranged to be movable by pressurized medium in relation to fastening body from the first position to the second position, and a retaining arrangement (18, 19, 20) adapted to keep the spray head body in the first position, until the pressure of the medium exceeds a preset value, characterized in that the retaining arrangement (18, 19, 20) has been arranged between spray head body and fastening body, and the retaining arrangement (18, 19, 20) comprises at least one groove that is formed onto the spray head body, and at least one groove that is formed onto the fastening body, as well as at least one retaining element, that is arranged between the spray head body and at least one of the grooves (18, 19) of the fastening body in the first position.
An input apparatus which is used as input means for a display apparatus, the input apparatus comprising: a communication unit; a sensing unit configured to sense movement of the input apparatus; a first input unit (120, 123) configured to receive a user input for setting a virtual input region which is to be used as an input region of the input apparatus; a second input unit via which a user input instructing to adjust a resolution of the virtual input region that is set is received; and a control unit which is arranged to control the communication unit to transmit location information corresponding to a location of the input apparatus to the display apparatus, when the virtual input region that is set according to the user input is mapped to a screen region of the display apparatus based on information regarding the resolution of the virtual input region that is set and the input apparatus is located in the mapped virtual input region. a communication unit; a sensing unit configured to sense movement of the input apparatus; a first input unit (120, 123) configured to receive a user input for setting a virtual input region which is to be used as an input region of the input apparatus; a second input unit via which a user input instructing to adjust a resolution of the virtual input region that is set is received; and a control unit which is arranged to control the communication unit to transmit location information corresponding to a location of the input apparatus to the display apparatus, when the virtual input region that is set according to the user input is mapped to a screen region of the display apparatus based on information regarding the resolution of the virtual input region that is set and the input apparatus is located in the mapped virtual input region.
A method to process soft decisions comprising: receiving data elements representative of constellation points of a modulated signal, wherein each data element is a complex value including a sign, a mantissa and an exponent (602; 702); identifying a common exponent value among the received data elements; and adjusting mantissas of the data elements associated with the common exponent value for size-reduced representations, characterised in that the identification of common exponent value and mantissa adjustment is realized at three different stages; in the first stage (302, 304, 306, 308), on a slot by slot basis, each slot comprising a burst of the received data elements; in the second stage (310, 312, 314 and 316), on a frame basis, each frame referring to one slot group; in the third stage (318, 320, 322 and 324), on a frame group basis, each frame group formed by a plurality of frames. receiving data elements representative of constellation points of a modulated signal, wherein each data element is a complex value including a sign, a mantissa and an exponent (602; 702); identifying a common exponent value among the received data elements; and adjusting mantissas of the data elements associated with the common exponent value for size-reduced representations, characterised in that the identification of common exponent value and mantissa adjustment is realized at three different stages; in the first stage (302, 304, 306, 308), on a slot by slot basis, each slot comprising a burst of the received data elements; in the second stage (310, 312, 314 and 316), on a frame basis, each frame referring to one slot group; in the third stage (318, 320, 322 and 324), on a frame group basis, each frame group formed by a plurality of frames.
An aqueous solution comprising (a) monochloramine at a concentration of 1 ppm to 500 ppm and (b) peracetic acid at a concentration of 1 ppm to 500 ppm, wherein components (a) and (b) are present in a synergistically microbicidally effective combined amount to control the growth of at least one microorganism, wherein the pH of the aqueous solution is from 5 to 12 and wherein said microorganism is Pseudomonas aeruginosa or Enterobacter aerogenes.
A curved display device having a plurality of layers including elements for implementing an input image, and having a neutral plane, a first area positioned in any one of upper and lower sides of the neutral plane and having compressive stress applied thereto, and a second area positioned in the other of the upper and lower sides of the neutral plane and having tensile stress applied thereto, the neutral plane being a plane where stress is zero when the curved display device is bent, the curved display device comprising: at least one first curved portion; and at least one second curved portion bent in a direction different from a direction of the at least one first curved portion, wherein the at least one first curved portion and the at least one second curved portion are different in thickness and position of the neutral plane. at least one first curved portion; and at least one second curved portion bent in a direction different from a direction of the at least one first curved portion, wherein the at least one first curved portion and the at least one second curved portion are different in thickness and position of the neutral plane.
A catalytic material composition comprising: a) a yeast cell as a biological support; b) an anchoring protein that includes an anchoring domain engaged with the surface; c) streptavidin or avidin as a receptor protein fused to the anchoring protein and having a biotin binding domain disposed from the surface; d) biotin bound to the biotin binding domain; and e) a non-biological catalyst bound to the biotin selected from the group consisting of [{N,N'-Bis(3,5-di-tert-butylsalicylidene)1,2-cyclohexanediaminato(-2-)}cobalt], and poly(ethyleneglycol)-supported nitroxyl radicals of the 2,2,6,6-tetramethylpiperidine-1-oxyl (TEMPO) family. a) a yeast cell as a biological support; b) an anchoring protein that includes an anchoring domain engaged with the surface; c) streptavidin or avidin as a receptor protein fused to the anchoring protein and having a biotin binding domain disposed from the surface; d) biotin bound to the biotin binding domain; and e) a non-biological catalyst bound to the biotin selected from the group consisting of [{N,N'-Bis(3,5-di-tert-butylsalicylidene)1,2-cyclohexanediaminato(-2-)}cobalt], and poly(ethyleneglycol)-supported nitroxyl radicals of the 2,2,6,6-tetramethylpiperidine-1-oxyl (TEMPO) family.
Displaying device comprising an emissive display and at least one controller configured to control said emissive display, said display comprising a matrix array of light-emitting pixels deposited on a substrate, each pixel being formed, at least on one portion of said emissive display, of a plurality of elementary emitting zones Z, said elementary emitting zones Z comprising at least one elementary emitting zone Z A of a first group A and at least one elementary emitting zone Z B of a second group B, and the ratio S of the sum S B of the areas of the elementary emitting zones Z B of the second group B and of the sum S A of the areas of the elementary emitting zones Z A of the first group A, which is defined by S=S B /S A, is less than 0.35, preferably less than 0.20, more preferably less than 0.10, and even more preferably less than 0.05, and said device being characterized in that it is configured so that the maximum brightness L A emitted by the activated elementary emitting zones of the first group A is at least 10 times, preferably at least 100 times, and even more preferably at least 1000 times greater than the maximum brightness emitted by the activated emitting zones of the second group B. said display comprising a matrix array of light-emitting pixels deposited on a substrate, each pixel being formed, at least on one portion of said emissive display, of a plurality of elementary emitting zones Z, said elementary emitting zones Z comprising at least one elementary emitting zone Z A of a first group A and at least one elementary emitting zone Z B of a second group B, and the ratio S of the sum S B of the areas of the elementary emitting zones Z B of the second group B and of the sum S A of the areas of the elementary emitting zones Z A of the first group A, which is defined by S=S B /S A, is less than 0.35, preferably less than 0.20, more preferably less than 0.10, and even more preferably less than 0.05, and said device being characterized in that it is configured so that the maximum brightness L A emitted by the activated elementary emitting zones of the first group A is at least 10 times, preferably at least 100 times, and even more preferably at least 1000 times greater than the maximum brightness emitted by the activated emitting zones of the second group B.
An interactive object for use in an interactive environment, the interactive object comprising: a power harvesting device, wherein the power harvesting device harvests power from electromagnetic radiation; a housing within which the power harvesting device is disposed, the housing comprising: a reflector assembly that transmits the electromagnetic radiation through a first portion of the reflector assembly to the power harvesting device and that reflects the electromagnetic radiation to an external detector from a second portion of the reflector assembly, wherein the first portion comprises a transmissive material and wherein the second portion comprises a retroreflective material; and a special effect system that is powered by the harvested power from the power harvesting device. a power harvesting device, wherein the power harvesting device harvests power from electromagnetic radiation; a housing within which the power harvesting device is disposed, the housing comprising: a reflector assembly that transmits the electromagnetic radiation through a first portion of the reflector assembly to the power harvesting device and that reflects the electromagnetic radiation to an external detector from a second portion of the reflector assembly, wherein the first portion comprises a transmissive material and wherein the second portion comprises a retroreflective material; and a special effect system that is powered by the harvested power from the power harvesting device.
An ionic conduction device for separating gases from a gas mixture, a first gas being air, a second gas being oxygen depleted air and a third gas being oxygen, the device being of the kind including a tri-layer including an electrolytic membrane having a pair of opposed surfaces (13, 14), and a gas permeable electrode (15, 16) in contact with each opposed surface (13, 14), the device having first and second interconnects (20, 21) one located at each side of the tri-layer, the first interconnect being of sinusoidal configuration and defining first and second gas flow paths (22, 23) for the respective first and second gases, the first and second gas flow paths (22, 23) being provided between the first interconnect and the gas permeable electrode, the first and second gas flow paths (22, 23) extending between a first side of the device and a second side opposite to the first side, the second interconnect being of sinusoidal configuration and defining a third gas flow path for the third gas, the third gas flow path being provided between the second interconnect and the gas permeable electrode, the third gas flow path extending between a fourth side of the device and a third side opposite to the fourth side, wherein the third gas flow path flows transverse to the first and second gas flow paths (22, 23), the device including flow paths provided between the first interconnect and a first cover and flow paths provided between the second interconnect and a second cover, characterised in that the flow paths (36a, 36b) bring a heat exchanging fluid into heat exchange relationship with the tri-layer.
A method for characterizing an electrical connection between an energy storage device of an electrical or hybrid vehicle and an external power supply, said method comprising the steps of: in said vehicle, receiving an alternating waveform from said power supply, determining a fundamental frequency of said waveform, determining that said waveform is distorted if a frequency of said waveform is different from said fundamental frequency, or if transients or pulses deviating from the fundamental frequency are detected in said waveform, and if it is determined that said waveform is distorted, integrating a portion of said waveform; determining an average amplitude of said integrated portion; and if a difference between said average amplitude exceeds a reference amplitude, determining that the waveform is distorted and that said distortion is an indication of a loose connection between said vehicle and said power supply; and/or if a transient of said waveform is identified, and if said transient has a slope different from a slope of said waveform at said fundamental frequency, determining that said distortion is an indication of a loose connection between said vehicle and said power supply. in said vehicle, receiving an alternating waveform from said power supply, determining a fundamental frequency of said waveform, determining that said waveform is distorted if a frequency of said waveform is different from said fundamental frequency, or if transients or pulses deviating from the fundamental frequency are detected in said waveform, and if it is determined that said waveform is distorted, integrating a portion of said waveform; determining an average amplitude of said integrated portion; and if a difference between said average amplitude exceeds a reference amplitude, determining that the waveform is distorted and that said distortion is an indication of a loose connection between said vehicle and said power supply; and/or if a transient of said waveform is identified, and if said transient has a slope different from a slope of said waveform at said fundamental frequency, determining that said distortion is an indication of a loose connection between said vehicle and said power supply.
Arrangement for fastening a shelf device (10a; 10b; 10c; 10d; 10e) for bathroom and/or shower implements to a room wall that is provided with a wall coating, with the shelf device (10a; 10b; 10c; 10d; 10e) and with the wall coating of the room wall, wherein the shelf device (10a; 10b; 10c; 10d; 10e) comprises a basis element (12a; 12b; 12c; 12d; 12e) extending substantially in a horizontal plane and at least one angled peripheral web (14a; 14b; 14c; 14c'; 14c"; 14d; 14d'; 14d"; 14e; 14e'), characterised in that for a secure and optically pleasant mounting of the shelf device (10a; 10b; 10c; 10d; 10e), the shelf device (10a; 10b; 10c; 10d; 10e) comprises at least one flange (16a; 16a'; 16b; 16b'; 16c; 16d; 16d'; 16e; 16e') extending in a vertical plane (XZ, YZ) and arranged underneath the wall coating of the room wall, the basis element (12a; 12b; 12c; 12d; 12e), the at least one flange (16a; 16a'; 16b; 16b'; 16c; 16d; 16d'; 16e; 16e') and the at least one peripheral web (14a; 14b; 14c; 14c'; 14c"; 14d; 14d'; 14d"; 14e; 14e') of the shelf device (10a; 10b; 10c; 10d; 10e) forming a tub-shaped receptacle (18a; 18b; 18c; 18d; 18e) for receiving a wall coating (20a; 20e).
A method of smoothing a solid surface with a gas cluster ion beam comprising an irradiation step of irradiating the solid surface with the gas cluster ion beam, wherein the irradiation step comprises processes of: using a magnetic-field convergence control unit for converging beams into parallel beams to diverge the gas cluster ion beam; and performing X-Y scanning of the solid surface or rotating the solid surface, thereby causing clusters from a plurality of directions to collide with at least an area being irradiated with the gas cluster ion beam on the solid surface. using a magnetic-field convergence control unit for converging beams into parallel beams to diverge the gas cluster ion beam; and performing X-Y scanning of the solid surface or rotating the solid surface, thereby causing clusters from a plurality of directions to collide with at least an area being irradiated with the gas cluster ion beam on the solid surface.
A method for coating edible cores, the method comprising: feeding the edible cores and coating material into a drum cavity of a drum coating system, the system comprising: a rotatable drum including an inner drum wall defining the drum cavity; a coating delivery device configured to distribute coating material to the edible cores within said drum cavity; at least one vented portion of said inner drum wall, said vented portion including a plurality of openings that allow fluid to flow into and out of said drum cavity; and at least one baffle extending from said inner drum wall, said baffle being affixed to said inner drum wall at at least one affixing point (22a, 22b) disposed along said vented portion; and coating the edible cores via a rotating of the rotatable drum, wherein said at least one baffle is affixed to said inner drum wall via at least two legs (20a, 20b) extending between said inner drum wall and said at least one baffle, at least one of said at least two legs being affixed to said inner drum wall at said at least one affixing point disposed along said vented portion, wherein the other of said at least two legs is affixed to said inner drum wall at an affixing point disposed outside of said vented portion. feeding the edible cores and coating material into a drum cavity of a drum coating system, the system comprising: a rotatable drum including an inner drum wall defining the drum cavity; a coating delivery device configured to distribute coating material to the edible cores within said drum cavity; at least one vented portion of said inner drum wall, said vented portion including a plurality of openings that allow fluid to flow into and out of said drum cavity; and at least one baffle extending from said inner drum wall, said baffle being affixed to said inner drum wall at at least one affixing point (22a, 22b) disposed along said vented portion; and a rotatable drum including an inner drum wall defining the drum cavity; a coating delivery device configured to distribute coating material to the edible cores within said drum cavity; at least one vented portion of said inner drum wall, said vented portion including a plurality of openings that allow fluid to flow into and out of said drum cavity; and at least one baffle extending from said inner drum wall, said baffle being affixed to said inner drum wall at at least one affixing point (22a, 22b) disposed along said vented portion; and coating the edible cores via a rotating of the rotatable drum, wherein said at least one baffle is affixed to said inner drum wall via at least two legs (20a, 20b) extending between said inner drum wall and said at least one baffle, at least one of said at least two legs being affixed to said inner drum wall at said at least one affixing point disposed along said vented portion, wherein the other of said at least two legs is affixed to said inner drum wall at an affixing point disposed outside of said vented portion.