mhurhangee/ep-ind-claims huggingface dataset:
A load-handling vehicle comprising a wheeled chassis and, supported by said chassis, - an internal combustion heat engine, - a power transmission mechanism configured to transmit the power of the heat engine to the wheels of the chassis, - a bucket, - a system for driving the movement of said bucket, - a control unit, - an accelerator pedal, the control unit being configured to generate a rotation speed control setpoint for the heat engine as a function of the position of the accelerator pedal, - a control member, such as a joystick, that can be manually actuated by the driver of the vehicle, the control unit being configured to generate control setpoints of the system for driving the movement of the bucket as a function of the actuation of the control member, - a system for detecting movements of the bucket with respect to the chassis and/or the system for driving the movement of the bucket configured to deliver data representative of the movements of the bucket with respect to the chassis and/or the system for driving the movement of the bucket to the control unit, characterized in that the power transmission mechanism is configured such that a reduction of the speed of rotation of the heat engine causes a lowering of the torque supplied to the wheels of the chassis and in that the vehicle comprises at least one operating mode in which the control unit is configured, as a function of the data supplied by the system for detecting the movements of the bucket and of the control setpoints of the system for driving the movement of the bucket, to reduce the speed of rotation of the internal combustion heat engine to a value lower than the speed control setpoint value corresponding to the position of the accelerator pedal. - an internal combustion heat engine, - a power transmission mechanism configured to transmit the power of the heat engine to the wheels of the chassis, - a bucket, - a system for driving the movement of said bucket, - a control unit, - an accelerator pedal, the control unit being configured to generate a rotation speed control setpoint for the heat engine as a function of the position of the accelerator pedal, - a control member, such as a joystick, that can be manually actuated by the driver of the vehicle, the control unit being configured to generate control setpoints of the system for driving the movement of the bucket as a function of the actuation of the control member, - a system for detecting movements of the bucket with respect to the chassis and/or the system for driving the movement of the bucket configured to deliver data representative of the movements of the bucket with respect to the chassis and/or the system for driving the movement of the bucket to the control unit,
Latching device for a push-push lock, wherein the latching device comprises a drive means, an actuatable lever element, a latching element and a guide groove, wherein by means of the drive means a movement of the guide groove can be predefined in one movement direction, the actuatable lever element is movable opposite to the movement direction of the guide groove, and the guide groove has a starting position, a first latching position and a second latching position for the latching element, a first guide track for guiding the latching element to the first latching position and a second guide track for guiding the latching element to the second latching position, characterised in that the first guide track and the second guide track are substantially arranged next to one another and are connected via a return track of the guide groove, wherein the two guide tracks (117, 119) start in a starting area and end in an end area, wherein the starting area and the end area are connected via the return track, so that a direct change from the first guide track to the second guide track or vice versa is enabled.
Diene elastomer which bears pendent imidazole rings of formula distributed randomly along the chain of the diene elastomer, in which: three of the four symbols Z, Y, R and R', which are identical or different, represent a hydrogen atom or a carbon chain that may contain at least one heteroatom, it being possible for Z and Y to form, together with the carbon atoms to which they are attached, a ring when neither Z nor Y denotes the 4 th symbol, and solely the fourth symbol denotes an attachment to the diene elastomer, characterized in that the imidazole rings represent between 4 and 15 mol per 100 mol of monomer units constituting the diene elastomer. three of the four symbols Z, Y, R and R', which are identical or different, represent a hydrogen atom or a carbon chain that may contain at least one heteroatom, it being possible for Z and Y to form, together with the carbon atoms to which they are attached, a ring when neither Z nor Y denotes the 4 th symbol, and solely the fourth symbol denotes an attachment to the diene elastomer, characterized in that the imidazole rings represent between 4 and 15 mol per 100 mol of monomer units constituting the diene elastomer.
Device for welding plastic parts, preferably plastic pipes and plastic fittings, at the end faces, comprising a base frame, wherein the base frame has a base plate, at least one guide, clamping devices for coaxially fixing the plastic parts to be welded, wherein the guide serves for guiding at least one clamping device and the clamping device and the guide are arranged on the base plate, a processing unit for pretreating the end faces of the plastic parts to be welded, preferably a trimmer, and a heating element for heating up the ends of the plastic parts to be welded, characterized in that, while they are not in use or are in the rest position, the processing unit and the heating element are arranged horizontally in a displaceable manner underneath the base plate.
A method for generating a cryptographic key for protecting communication between two entities (202, 204), wherein the method is carried out by the first entity (202, 302) as part of an Authentication and Key Agreement <AKA> procedure based on an AKA protocol initiated by the second entity (204, 304), wherein the first entity is a user equipment, such as a mobile station, and the second entity is a Long Term Evolution network entity, wherein the method comprises the steps of: - providing an input to a key derivation function, the input comprising at least two parameters (106, 108), wherein the first parameter comprises or is derived from a set of cryptographic keys (110, 112) having been computed by the first entity by running the AKA procedure, and the second parameter is derived from a token computed by the second entity (204, 304) by running the AKA procedure for the first entity (202, 302); and - applying the key derivation function to generate the cryptographic key based on the provided input; wherein the token comprises an exclusive OR of a sequence number <SQN> and an anonymity key <AK>; wherein the input is unique each time the AKA procedure is initiated by the second entity (204, 304) for the first entity (202, 302). - providing an input to a key derivation function, the input comprising at least two parameters (106, 108), wherein the first parameter comprises or is derived from a set of cryptographic keys (110, 112) having been computed by the first entity by running the AKA procedure, and the second parameter is derived from a token computed by the second entity (204, 304) by running the AKA procedure for the first entity (202, 302); and - applying the key derivation function to generate the cryptographic key based on the provided input;
A tire (10, 10P) equipped with a sensor (14, 34), the sensor measuring vibration or deformation of the tire and disposed on a surface portion of the tire wherein an adhesive layer (16, 36), which is formed by curing an elastic adhesive that becomes an elastic body after cure, is intervened between a rubber member on the surface portion of the tire and the sensor, wherein a reinforcement member, which is made of film-like members which cover an overall surface including a detection surface of the sensor, has larger stiffness than stiffness of the sensor and a constant thickness, is formed by laminating the film-like members, is disposed on the surface including the detection surface of the sensor.
A method for synchronizing a first station and a second station over a mesh wireless network, the method comprising: establishing a communication link between the first station and the second station; storing a synchronization profile and generating a synchronization element containing a capability information element indicative of a capability of the first station to synchronize with the second station and a status information element indicative of whether the first station has established a synchronized peer link with another station in the mesh wireless network; transmitting to the second station a request for synchronization including the synchronization element; and determining whether to modify the synchronization element on the basis of a response from the second station representative of the acceptance by the second station of the synchronization profile, the second station accepting the request for synchronization if the synchronization profile does not conflict with another synchronization profile currently supported by the second station. establishing a communication link between the first station and the second station; storing a synchronization profile and generating a synchronization element containing a capability information element indicative of a capability of the first station to synchronize with the second station and a status information element indicative of whether the first station has established a synchronized peer link with another station in the mesh wireless network; transmitting to the second station a request for synchronization including the synchronization element; and determining whether to modify the synchronization element on the basis of a response from the second station representative of the acceptance by the second station of the synchronization profile, the second station accepting the request for synchronization if the synchronization profile does not conflict with another synchronization profile currently supported by the second station.
Agent for the oxidative color change of keratinous fibers, in particular human hair, containing (a) glycylglycine, and (b) at least one amino acid and/or a protein hydrolyzate, and (c) at least one oxidizing agent. (a) glycylglycine, and (b) at least one amino acid and/or a protein hydrolyzate, and (c) at least one oxidizing agent.
A method for receiving and demodulating an orthogonal frequency division multiplexing signal received from an emitter by a receiver, comprising demultiplexing said orthogonal frequency division multiplexing signal to generate time symbols (y l (n)) and performing a time-to-frequency conversion of said time symbols to generate received symbols (Y 1 (k)), said orthogonal frequency division multiplexing signal comprising synchronization signal constituted by at least a synchronization symbol corresponding to a single subcarrier, and data signal constituted of data symbols; said method further comprising: - receiving from said emitter said synchronization symbol during a period T, which is substantially longer that the transmission period of said data symbols so that a resolution of frequency bins at an output of the time-to frequency conversion is multiplied by the factor T/Ti; - determining an estimated carrier frequency offset (ε̂) according to the frequency difference between the frequency (m) of said single subcarrier and the frequency (m') corresponding to a peak within said received symbols (Y 1 (k)); - applying said estimated carrier frequency offset (ε̂) to said time symbols, so as to correct the carrier frequency of said received symbols. - receiving from said emitter said synchronization symbol during a period T, which is substantially longer that the transmission period of said data symbols so that a resolution of frequency bins at an output of the time-to frequency conversion is multiplied by the factor T/Ti; - determining an estimated carrier frequency offset (ε̂) according to the frequency difference between the frequency (m) of said single subcarrier and the frequency (m') corresponding to a peak within said received symbols (Y 1 (k)); - applying said estimated carrier frequency offset (ε̂) to said time symbols, so as to correct the carrier frequency of said received symbols.
Process for the treatment of aqueous effluents from the primary circuit of a nuclear power plant implementing a separation of boric acid using a reverse osmosis membrane, characterized in that it comprises steps consisting in treating the effluents using a multistage assembly composed of reverse osmosis modules comprising a membrane with a high boron rejection rate, arranged in parallel and in series, and recycling of the intermediate products at different points in the assembly.
A filled milk product comprising: - sweet buttermilk solids in an amount of at least 5% (w/w) relative to the dry weight of the filled milk product, - a vegetable lipid source, and - a first carbohydrate source, wherein said first carbohydrate source is a lactose-containing or lactose derived carbohydrate source; or said first carbohydrate source comprises, or even consists of, milk permeate and/or milk permeate solids, or said first carbohydrate source comprises, or even consists of, whey permeate and/or whey permeate solids, or said first carbohydrate source comprises a carbohydrate sweetener, wherein the filled milk product, when standardized to a solids content corresponding to 10 g powdered filled milk product in 90 g water, has a pH in the range of pH 6-8 at 25 degrees C, and wherein the filled milk product is a powder. - sweet buttermilk solids in an amount of at least 5% (w/w) relative to the dry weight of the filled milk product, - a vegetable lipid source, and - a first carbohydrate source, wherein said first carbohydrate source is a lactose-containing or lactose derived carbohydrate source; or said first carbohydrate source comprises, or even consists of, milk permeate and/or milk permeate solids, or said first carbohydrate source comprises, or even consists of, whey permeate and/or whey permeate solids, or said first carbohydrate source comprises a carbohydrate sweetener,
A network control apparatus that is configured to control a radio network including a plurality of base stations, wherein each of the plurality of base stations is separated into a radio apparatus and a baseband processing apparatus, connected together by a network, wherein a first baseband processing apparatus is configured for connection to a first backhaul network and a second baseband processing apparatus is configured for connection to a second backhaul network, wherein a radio terminal can access a backbone network via the radio network, the network control apparatus comprising: a first means for acquiring a parameter for logical division of the radio network, wherein the parameter relates to a status of each backhaul network (3A, 3B); and a second means for changing the backhaul network, connected to a radio apparatus through the first baseband processing apparatus, from the first backhaul network to the second backhaul network by controlling a relation of connection between radio apparatus and baseband processing apparatus to change the first baseband processing apparatus connected to the radio apparatus to the second baseband processing apparatus according to the parameter. a first means for acquiring a parameter for logical division of the radio network, wherein the parameter relates to a status of each backhaul network (3A, 3B); and a second means for changing the backhaul network, connected to a radio apparatus through the first baseband processing apparatus, from the first backhaul network to the second backhaul network by controlling a relation of connection between radio apparatus and baseband processing apparatus to change the first baseband processing apparatus connected to the radio apparatus to the second baseband processing apparatus according to the parameter.
An analyzer for analyzing a specimen, comprising: a plurality of units (3A-3E); a central control unit configured to instruct said units (3A-3E) of the analyzer of a process operation; a primary control unit configured to time-divisionally output an instruction by the central control unit; a plurality of secondary control units (35A to 35E) connected to units, respectively, and that are configured to control an operation of each connected unit according to the instruction by the central control unit, each of the secondary control units (35A to 35E) having an input connector and an output connector; and a communication connection unit configured to connect the primary control unit and the secondary control units (35A to 35E), characterized in that the plurality of units (3A-3E) comprises a light measuring unit; wherein each of the plurality of secondary control unit (35A-35E) is provided with a respective check cable for connecting the respective input connector and output connector of the respective secondary control unit (35A-35E); wherein each check cable is provided on a fixed arrangement position, and has arrangement positional information indicating the arrangement position on which the check cable is fixed; wherein the cable length of each check cable is predetermined and may not be changed; and wherein each of the secondary control units (35A to 35E) is configured to store predetermined positional information of the secondary control units (35A-35E). a plurality of units (3A-3E); a central control unit configured to instruct said units (3A-3E) of the analyzer of a process operation; a primary control unit configured to time-divisionally output an instruction by the central control unit; a plurality of secondary control units (35A to 35E) connected to units, respectively, and that are configured to control an operation of each connected unit according to the instruction by the central control unit, each of the secondary control units (35A to 35E) having an input connector and an output connector; and a communication connection unit configured to connect the primary control unit and the secondary control units (35A to 35E), characterized in that the plurality of units (3A-3E) comprises a light measuring unit;
Gas burner comprising: - an injection holder with a gas injector (2.1); - a burner body adapted to be arranged at the injection holder, the burner body comprising an opening (3.1) for enabling a gas flow from said gas injector (2.1) and a primary air flow in an area above said burner body; - a burner cap adapted to be arranged at the top side of the burner body, the burner cap comprising a lower portion (4.1) and a circumferential surface portion (4.2) protruding downwardly from said top portion (4.1), wherein the circumferential surface portion (4.2) comprises a plurality of flame ports (4.3) and said burner body and said burner cap confine a chamber for providing a combustion mixture of gas and primary air, wherein the chamber comprises a circular bottom wall portion (3.2) with a convex shape; wherein the burner body comprises a bulge-shaped protrusion (3.5) forming a continuous ridge below the burner cap at least in the area in which the flame ports (4.3) are provided, said bulge-shaped protrusion (3.5) reducing the distance between the burner cap and the burner body in the area of the flame ports (4.3), characterized in that the bulge-shaped protrusion (3.5) comprises a first protrusion portion (3.5.1) which corresponds with respect to its shape and its inclination to the circumferential surface portion (4.2) of the burner cap, a second protrusion portion (3.5.2) which corresponds with respect to its alignment and its inclination to a border section of the lower portion (4.1), and a third protrusion portion (3.5.3), wherein the third protrusion portion (3.5.3) is located opposite to the first protrusion portion (3.5.1), faces the opening (3.1) and connects the second protrusion portion (3.5.2) with the bottom wall portion (3.2) that surrounds the opening (3.1), thereby forming a dam-like barrier for the combustion mixture in order to reduce the chamber in the area of the flame ports (4.3). - an injection holder with a gas injector (2.1); - a burner body adapted to be arranged at the injection holder, the burner body comprising an opening (3.1) for enabling a gas flow from said gas injector (2.1) and a primary air flow in an area above said burner body; - a burner cap adapted to be arranged at the top side of the burner body, the burner cap comprising a lower portion (4.1) and a circumferential surface portion (4.2) protruding downwardly from said top portion (4.1), wherein the circumferential surface portion (4.2) comprises a plurality of flame ports (4.3) and said burner body and said burner cap confine a chamber for providing a combustion mixture of gas and primary air, wherein the chamber comprises a circular bottom wall portion (3.2) with a convex shape;
A food bar covering arrangement mounted on a food bar arrangement for holding products needing to be covered, wherein the covering arrangement is adapted to be transferable from a closed position in which the products are covered to an open position in which access to the products is admitted, and vice versa, characterized in that it comprises at least two covering elements (10A,10B), that each covering element (10A,10B) comprises a front section (11A,11B) having a vaulted or a curved shape, a rear section (15A,15B), and two first side sections (12A 1,12A 2;12B 1,12B 2), disposed between, and interconnecting, the front section (11A,11B) and the rear section (15A,15B) along opposite outer edges thereof, said rear section (15A,15B) extending in a substantially vertical plane in the mounted state of the covering arrangement, the covering arrangement further comprising a mounting structure with at least first and second mounting elements (141 1,141 2) extending in a substantially vertical direction in the mounted state of the covering arrangement arranged at rear outer edges of the first side sections (12A 1,12A 2;12B 1,12B 2) or at outer edges of the rear sections (15A,15B), each of said covering elements (10A,10B) being arranged to be movable in a vertical direction with respect to the mounting elements (141 1,141 2), or by means of the mounting elements, allowing the covering element (10A,10B) to move between a lower, closed, position and an upper, open position, and hence to perform a vertical translation movement along the mounting elements (141 1,141 2), and in that the covering arrangement further cooperates with two second, additional, side sections (13A 1,13A 2;13B 1,13B 2), said second side sections (13A 1,13A 2;13B 1,13B 2) being fixedly or detachably connected to the food bar arrangement, such that, for each covering element (10A,10B), when it is in a closed position, the first side sections (12A 1,12A 2;12B 1,12B 2) will be disposed adjacent to, and substantially in parallel with, said second side sections, and when the covering element (10A,10B) is in an open position, the second side sections (13A 1,13A 2;13B 1,13B 2) will act as side cover sections or side walls.