mhurhangee/ep-ind-claims huggingface dataset:
A key switch comprising: a key top; a plurality of conductive portions which are respectively positioned in dispersed directions from a center of the key top; and a plurality of contact patterns provided on a print substrate, which are respectively provided in conductive portion facing areas respectively facing the conductive portions, which key switch is capable of detecting conduction caused by a contact between any one of the contact patterns and a corresponding one of the conductive portions which faces said anyone of the contact patterns, the contact patterns each having a first set of lands which are separate from each other so as to be brought into conduction when the key top is pressed at a position at which a corresponding one of the conductive portions is present, and a second set of lands which are separate from each other so as to be brought into conduction when the key top is pressed at a position between the plurality of conductive portions, the first set of lands is provided to detect pressing of the key top in any one of up, down, left and right directions, the first set of lands including a first land and a second land which are separated from each other by a first gap extending in a up-down direction or a left-right direction, characterized in that the second set of lands is provided to detect pressing of the key top in a diagonal direction, the second set of lands including the second land and a third land which are separated from each other by a second gap extending in the diagonal direction. a key top; a plurality of conductive portions which are respectively positioned in dispersed directions from a center of the key top; and a plurality of contact patterns provided on a print substrate, which are respectively provided in conductive portion facing areas respectively facing the conductive portions, which key switch is capable of detecting conduction caused by a contact between any one of the contact patterns and a corresponding one of the conductive portions which faces said anyone of the contact patterns, the contact patterns each having a first set of lands which are separate from each other so as to be brought into conduction when the key top is pressed at a position at which a corresponding one of the conductive portions is present, and a second set of lands which are separate from each other so as to be brought into conduction when the key top is pressed at a position between the plurality of conductive portions, the first set of lands is provided to detect pressing of the key top in any one of up, down, left and right directions, the first set of lands including a first land and a second land which are separated from each other by a first gap extending in a up-down direction or a left-right direction, characterized in that the second set of lands is provided to detect pressing of the key top in a diagonal direction, the second set of lands including the second land and a third land which are separated from each other by a second gap extending in the diagonal direction.
An extinguisher system nozzle means, which is adapted to be connected to an extinguisher system and which comprises a pipe coupling to be connected in the extinguisher system, said pipe coupling having a coupling piece, a coupling sleeve attached to the coupling piece, and a nozzle, which is attached to the coupling piece by the coupling sleeve, wherein the nozzle is capable of spraying extinguishing liquid and formed in one piece with a sealing means (8"), which has a frustoconical sealing member, which is pressed into the coupling piece by the coupling sleeve, wherein the coupling sleeve has an internal shoulder abutting against a lug of the sealing means (8").
A method for producing self-crosslinked gelatin particles having particle diameters of 0.010 μm or more but 5.0 μm or less, each particle diameter defined as an average of a major-axis length and a minor-axis length of the particle, comprising the steps of: discharging droplets of a liquid containing melted gelatin into an atmosphere in a heating tube or a drying chamber whose difference in temperature from the droplets is 235°C or less and drying the droplets to form the gelatin into particles; and self- crosslinking the gelatin forming the particles, wherein the droplets are discharged from a nozzle of an inkjet head.
A pharmaceutical composition comprising a cisplatin toxicity reducing agent for use in reducing toxicity of cisplatin in a subject in need thereof, wherein the subject is being treated with cisplatin; wherein the cisplatin toxicity reducing agent is a bismuth complex with bismuth coordinating to ligands selected from and wherein the cisplatin toxicity reducing agent is administered prior to administration of the cisplatin.
A method, comprising: - performing radio measurements of a serving cell and neighbor cells by a user equipment, in the following also referred to as UE, in a mobile communication network; - evaluating a measurement reporting criteria and attempting to access the network to deliver a measurement report if the criteria is met; - detecting a radio link failure or a hand-over failure event and re-connecting to the network by performing RRC reestablishment or RRC establishment with the network; and - transmitting a failure event report to the network, characterized in that the failure event report includes measurement state information that corresponds to the failure event. - performing radio measurements of a serving cell and neighbor cells by a user equipment, in the following also referred to as UE, in a mobile communication network; - evaluating a measurement reporting criteria and attempting to access the network to deliver a measurement report if the criteria is met; - detecting a radio link failure or a hand-over failure event and re-connecting to the network by performing RRC reestablishment or RRC establishment with the network; and - transmitting a failure event report to the network, characterized in that the failure event report includes measurement state information that corresponds to the failure event.
A package comprising a material suitable for use in packages comprising nano-sized cellulose and an ethylene scavenging and/or ethylene absorbing agent, wherein the ethylene scavenging agent or ethylene absorbing agent is present in the form of a label on which a top coating is arranged and wherein the ethylene scavenging agent and/or ethylene absorbing agent can be exposed by an increase in moisture or humidity which dissolves the protective coating or by removal of the top coating covering the ethylene scavenging agent and/or ethylene absorbing agent.
Mechanism for driving at least one movable element caused to rotate about a display shaft and caused to revolve around a central shaft by a second conductive member coaxial with said central shaft, the display shaft of the movable element being rotationally driven by a differential kinematic link connecting the display shaft to a first conductive member coaxial with the central shaft, characterised in that - the movable element is pivoted on a support itself pivoted on a first shaft (10.2) carried by an arm pivoted on the central shaft; - the display shaft, the central shaft and the first shaft (10.2) are parallel but do not coincide. - the movable element is pivoted on a support itself pivoted on a first shaft (10.2) carried by an arm pivoted on the central shaft; - the display shaft, the central shaft and the first shaft (10.2) are parallel but do not coincide.
A device (100; 802) for generating a vibration source driving signal, the device comprising an input for receiving an input signal and an output for supplying said driving signal, generating means (103; 803) adapted to generate a control signal which is representative of dynamic signal changes of the input signal, and a processing unit (105; 201; 301; 401; 804) adapted to process a source signal (SRS; IAS) based on the control signal yielding said driving signal; characterized by the generating means comprising: a first detection unit having a first time response, which first detection unit is adapted to generate a stationary signal (StS) from said input signal, and a second detection unit having a second time response, which second detection unit is adapted to generate a fluctuating signal (FlS) from said input signal; the generating means further being adapted to generate said control signal based on a combination of said stationary signal (StS) and said fluctuating signal (FlS). a first detection unit having a first time response, which first detection unit is adapted to generate a stationary signal (StS) from said input signal, and a second detection unit having a second time response, which second detection unit is adapted to generate a fluctuating signal (FlS) from said input signal; the generating means further being adapted to generate said control signal based on a combination of said stationary signal (StS) and said fluctuating signal (FlS).
A door drive for driving a door, wherein the door drive includes at least one piston, wherein the door drive includes a housing, wherein the door drive includes at least one hydraulic compartment, wherein the one piston or at least one of the pistons is disposed in the hydraulic compartment or one of the hydraulic compartments, wherein the one piston or at least one of the pistons is displaceable along a displacement direction, wherein the one piston or at least one of the pistons is essentially cylindrically formed, wherein the one piston or at least one of the pistons includes two frontal faces, wherein the one piston or at least one of the pistons includes at least one hydraulic piston channel, wherein the one hydraulic piston channel or at least one of the hydraulic piston channels connects the two frontal faces to each other of the respective piston, wherein the one hydraulic piston channel or at least one of the hydraulic piston channels includes at least one hydraulic valve, wherein the one hydraulic valve or at least one of the hydraulic valves is able to regulate a fluid flow through the respective hydraulic piston channel, characterized in that the one hydraulic valve or at least one of the hydraulic valves includes at least one actuating element, wherein the one actuating element or at least one of the actuating elements is able to actuate the one hydraulic valve or at least one of the hydraulic valves, wherein the one actuating element or at least one of the actuating elements is electrically actuatable.
Apparatus for limiting a short-circuit current in an on-load tap-changer, in particular in a diverter switch of the on-load tap-changer, comprising - a first sensor for measuring a current in a first current line of the on-load tap-changer, - an interruption element, - a control device, and - a current-limiting element, wherein - the interruption element is arranged in the first current line of the on-load tap-changer, - the current-limiting element is arranged in parallel with the interruption element, - the first sensor is designed to communicate a first measurement signal M1, representing the measured current in the first current line of the on-load tap-changer, to the control device, - the interruption element is actuable by the control device in such a way that it can interrupt the carrying of current in the first current line of the on-load tap-changer, such that the carried current is commutated to the current-limiting element, wherein - the apparatus has a second sensor for measuring the current in a second current line, said second sensor being designed to communicate a second measurement signal M2, representing the measured current in the second current line, to the control device, characterized in that - the control device is configured to actuate the interruption element if both the first measurement signal M1 and the second measurement signal M2 are greater than or equal to a fixed limit value. - a first sensor for measuring a current in a first current line of the on-load tap-changer, - an interruption element, - a control device, and - a current-limiting element, wherein - the interruption element is arranged in the first current line of the on-load tap-changer, - the current-limiting element is arranged in parallel with the interruption element, - the first sensor is designed to communicate a first measurement signal M1, representing the measured current in the first current line of the on-load tap-changer, to the control device, - the interruption element is actuable by the control device in such a way that it can interrupt the carrying of current in the first current line of the on-load tap-changer, such that the carried current is commutated to the current-limiting element, wherein - the apparatus has a second sensor for measuring the current in a second current line, said second sensor being designed to communicate a second measurement signal M2, representing the measured current in the second current line, to the control device, characterized in that - the control device is configured to actuate the interruption element if both the first measurement signal M1 and the second measurement signal M2 are greater than or equal to a fixed limit value.
A method for repairing an electrical heating element of a wind turbine rotor blade, having the following steps: • identifying a region of the heating element that has a defect, • applying a repair layer to the identified region, said repair layer having a specific thermal conductivity of at least 10W/m·K and being electrically insulating at least on an underside facing the defect. • identifying a region of the heating element that has a defect, • applying a repair layer to the identified region, said repair layer having a specific thermal conductivity of at least 10W/m·K and being electrically insulating at least on an underside facing the defect.
Method for determining a first parameter representative of the state of aging of an electrochemical battery of a battery system, the method being executed by a control unit of the battery system and comprising the following successive steps: - the continuous measurement of a voltage signal, Uacc(t), at the terminals of the battery in relaxation as a function of the time elapsed, - the estimation of the first aging state parameter dependent on said measured voltage signal, said method being characterized in that it further comprises: - the calculation continuously during the relaxation of the battery of a logarithmic signal of the voltage depending on said voltage signal Uacc(t) as a function of the value in logarithmic form of the time elapsed from of the first moment, - a calculation step of a modeling function of the logarithmic signal as a function of the values of the logarithmic signal, - the calculation of a second parameter (Vac) representative of the speed of evolution of the modeling function of the logarithmic signal during relaxation, said speed of evolution being representative of the speed autocatalysis of the battery during a relaxation phase, - the estimation of the first aging state parameter as a function of the second parameter (Vac) and of a predetermined map, said map being recorded in the memory of the control unit and providing a predetermined value of the first parameter aging state as a function of the value of the second parameter (Vac). - the continuous measurement of a voltage signal, Uacc(t), at the terminals of the battery in relaxation as a function of the time elapsed, - the estimation of the first aging state parameter dependent on said measured voltage signal, - the calculation continuously during the relaxation of the battery of a logarithmic signal of the voltage depending on said voltage signal Uacc(t) as a function of the value in logarithmic form of the time elapsed from of the first moment, - a calculation step of a modeling function of the logarithmic signal as a function of the values of the logarithmic signal, - the calculation of a second parameter (Vac) representative of the speed of evolution of the modeling function of the logarithmic signal during relaxation, said speed of evolution being representative of the speed autocatalysis of the battery during a relaxation phase, - the estimation of the first aging state parameter as a function of the second parameter (Vac) and of a predetermined map, said map being recorded in the memory of the control unit and providing a predetermined value of the first parameter aging state as a function of the value of the second parameter (Vac).
A method for transmitting a signal in a communication system, the method performed by a base station apparatus and comprising: transmitting information indicating a frame structure among a plurality of frame structures; and transmitting the signal based on the indicated frame structure, wherein in case that a subcarrier spacing of the indicated frame structure corresponds to 60kHz: the subcarrier spacing of the indicated frame structure is four times as wide as a subcarrier spacing of a reference frame structure and duration of a transmission time interval, TTI, of the reference frame structure is four times as long as a TTI of the indicated frame structure, each of the TTI of the indicated frame structure and the TTI of the reference frame structure includes 14 symbols, symbol duration of a starting symbol in an even-numbered TTI of the indicated frame structure is longer than symbol duration of any other symbols in the TTI of the indicated frame structure, and symbol duration of a starting symbol in the TTI of the reference frame structure equals a sum of the symbol duration of the starting symbol, symbol duration of a second symbol, symbol duration of a third symbol, and symbol duration of a fourth symbol in the even-numbered TTI of the indicated frame structure such that four symbols in the TTI of the indicated frame structure are time-synchronized with one symbol of the TTI of the reference frame structure. transmitting information indicating a frame structure among a plurality of frame structures; and transmitting the signal based on the indicated frame structure, wherein in case that a subcarrier spacing of the indicated frame structure corresponds to 60kHz: the subcarrier spacing of the indicated frame structure is four times as wide as a subcarrier spacing of a reference frame structure and duration of a transmission time interval, TTI, of the reference frame structure is four times as long as a TTI of the indicated frame structure, each of the TTI of the indicated frame structure and the TTI of the reference frame structure includes 14 symbols, symbol duration of a starting the subcarrier spacing of the indicated frame structure is four times as wide as a subcarrier spacing of a reference frame structure and duration of a transmission time interval, TTI, of the reference frame structure is four times as long as a TTI of the indicated frame structure, each of the TTI of the indicated frame structure and the TTI of the reference frame structure includes 14 symbols, symbol duration of a starting symbol in an even-numbered TTI of the indicated frame structure is longer than symbol duration of any other symbols in the TTI of the indicated frame structure, and symbol duration of a starting symbol in the TTI of the reference frame structure equals a sum of the symbol duration of the starting symbol, symbol duration of a second symbol, symbol duration of a third symbol, and symbol duration of a fourth symbol in the even-numbered TTI of the indicated frame structure such that four symbols in the TTI of the indicated frame structure are time-synchronized with one symbol of the TTI of the reference frame structure.
A composite structure having a surface, which surface has at least a portion made of a surface resin composition, and comprising a fibrous material selected from the group consisting of non-woven mats, needled mats, felts; textiles; fibrous battings; and combinations thereof, said fibrous material being impregnated with a matrix resin composition, wherein the surface resin composition is selected from polyamide compositions comprising a blend of one or more fully aliphatic polyamides selected from group polyamides having a melting point of less than 230°C, and one or more fully aliphatic polyamides selected from group polyamides having a melting point of at least 250°C, and wherein the matrix resin composition is independently selected from or independently selected from blends of and.
Robotic vehicle having an operational part, for operating on an irregular surface and first moving part and second moving part adapted to contact and transport the vehicle along the irregular surface, where a chassis frame is fixed relative to one of said first or second moving part (4, 5) in a manner where they may tilt relative to the other of said first or second moving part (4, 5) under the influence of the changes in the irregular surface, characterized in that the vehicle further comprises two scanners where a first scanner is positioned such that it has a significant view range to respectively the sides and the front of the vehicle and operates at a 'long range' relative to a second scanner being positioned such that it scans at a 'short range', wherein the two scanners are adapted to operate such that the 'long range' scanner first detects possible objects being in the path of the vehicle and slows down the vehicle to a first reduced speed when such an object is detected, and if the object subsequently enters the view of the 'short range' scanner the vehicle slows down to a second reduced speed being lower than the first reduced speed. the vehicle further comprises two scanners where a first scanner is positioned such that it has a significant view range to respectively the sides and the front of the vehicle and operates at a 'long range' relative to a second scanner being positioned such that it scans at a 'short range', wherein the two scanners are adapted to operate such that the 'long range' scanner first detects possible objects being in the path of the vehicle and slows down the vehicle to a first reduced speed when such an object is detected, and if the object subsequently enters the view of the 'short range' scanner the vehicle slows down to a second reduced speed being lower than the first reduced speed.