mhurhangee/patent-ind-claim-en huggingface dataset:
Rubber mixture comprising at most 1 phr of diphenylguanidine and at least - a non-polar rubber selected from the group consisting of NR, SBR, BR, IR, SIBR, IIR, ENR and EPDM, preferably NR, SBR, BR, IIR and EPDM, particularly preferably NR, BR and SBR, - a silica-based filler and/or carbon black, - a short-chain alkyl ester of glycerol according to formula (I) in which R 1 , R 2 , R 3 are mutually independently hydrogen or a straight-chain or branched C 1 -C 4 -alkyl moiety, preferably a methyl moiety, and - 1,6-bis(N,N-dibenzylthiocarbamoyldithio)hexane (CAS No.: 151900-44-6), where the total content of non-polar rubbers is at least 50 phr and the content of compounds of the formula (I) is from 0.1 to 40 phr. - a non-polar rubber selected from the group consisting of NR, SBR, BR, IR, SIBR, IIR, ENR and EPDM, preferably NR, SBR, BR, IIR and EPDM, particularly preferably NR, BR and SBR, - a silica-based filler and/or carbon black, - a short-chain alkyl ester of glycerol according to formula (I) in which R 1 , R 2 , R 3 are mutually independently hydrogen or a straight-chain or branched C 1 -C 4 -alkyl moiety, preferably a methyl moiety, and - 1,6-bis(N,N-dibenzylthiocarbamoyldithio)hexane (CAS No.: 151900-44-6), where the total content of non-polar rubbers is at least 50 phr and the content of compounds of the formula (I) is from 0.1 to 40 phr.
Communication device for performing encrypted communication with at least a further communication device in a communication network , comprising a communication unit , and a cryptographic unit , wherein the communication device further comprises: - a key encryption key generator configured to generate at least one key encryption key (KEK AB , KEK AC ) jointly with the at least one further communication device , using a Diffie-Hellman key exchange, using the communication unit , - a traffic encryption key generator configured to generate a traffic encryption key (TEK A ), specific to the communication device , for encrypting traffic data transmitted by the communication device , wherein the key encryption key generator is configured for jointly generating a new key encryption key (KEK AB , KEK AC ) for each further communication device regularly, wherein the traffic encryption key generator is configured for generating a new traffic encryption key (TEK A ) regularly, wherein the communication device is configured to communicate with a security management device , using the communication unit , and wherein the communication device is configured to receive, from the security management device , a certificate and private key for authenticating the communication device to the at least one further communication device and a group configuration including all further communication devices , which the communication device is authorized to communicate with. - a key encryption key generator configured to generate at least one key encryption key (KEK AB , KEK AC ) jointly with the at least one further communication device , using a Diffie-Hellman key exchange, using the communication unit , - a traffic encryption key generator configured to generate a traffic encryption key (TEK A ), specific to the communication device , for encrypting traffic data transmitted by the communication device ,
A damping member for a rolling guide device, the rolling guide device including: a track rail ; and a moving block , which is assembled to the track rail through intermediation of a plurality of rolling elements, and is configured to move along the track rail, the damping member comprising: a friction member which includes a sliding contact pad configured to be in contact with at least the track rail; and a fixing holder , which is configured to press the friction member against the track rail and couple the friction member to the moving block, the damping member being provided to the track rail in series with the moving block , wherein the fixing holder includes: a holding portion which includes a pressing plate configured to press the sliding contact pad against the track rail and cover the track rail from above the friction member ; and a pair of coupling arms which extends from the holding portion along a longitudinal direction of the track rail to hold the moving block , the damping member being characterised in that the friction member includes a thick portion configured to be positioned between the holding portion of the fixing holder and the moving block, and wherein, in movement of the moving block along the track rail , any one of the moving block and the fixing holder presses the thick portion of the friction member in the longitudinal direction of the track rail. a track rail ; and a moving block , which is assembled to the track rail through intermediation of a plurality of rolling elements, and is configured to move along the track rail, a friction member which includes a sliding contact pad configured to be in contact with at least the track rail; and a fixing holder , which is configured to press the friction member against the track rail and couple the friction member to the moving block, the damping member being provided to the track rail in series with the moving block , wherein the fixing holder includes: a holding portion which includes a pressing plate configured to press the sliding contact pad against the track rail and cover the track rail from above the friction member ; and a pair of coupling arms which extends from the holding portion along a longitudinal direction of the track rail to hold the moving block , the damping member being characterised in that a holding portion which includes a pressing plate configured to press the sliding contact pad against the track rail and cover the track rail from above the friction member ; and a pair of coupling arms which extends from the holding portion along a longitudinal direction of the track rail to hold the moving block , the damping member being characterised in that the friction member includes a thick portion configured to be positioned between the holding portion of the fixing holder and the moving block, and wherein, in movement of the moving block along the track rail , any one of the moving block and the fixing holder presses the thick portion of the friction member in the longitudinal direction of the track rail.
A composite cover plate for wall-mounting modular electrical apparatuses , comprising: - a base body shaped as a frame, which extends around a through opening having an opening axis (A), wherein the base body along the opening axis (A) has a front face and a rear face; - a compensating frame , which surrounds the base body ; - an elastic system operatively interposed between the compensating frame and the base body characterized in that the elastic system is adapted and configured to allow the compensating frame to float with respect to the base body , and in that the elastic system is adapted and configured to react on said rear face to push said compensating frame in a distancing direction away from said rear face and towards an installation wall of the cover plate . - a base body shaped as a frame, which extends around a through opening having an opening axis (A), wherein the base body along the opening axis (A) has a front face and a rear face; - a compensating frame , which surrounds the base body ; - an elastic system operatively interposed between the compensating frame and the base body characterized in that the elastic system is adapted and configured to allow the compensating frame to float with respect to the base body , and in that the elastic system is adapted and configured to react on said rear face to push said compensating frame in a distancing direction away from said rear face and towards an installation wall of the cover plate .
Device for three-dimensional additive printing operations, in particular for large-volume workpieces , in particular according to the method of fused deposition moulding, FDM, having at least one print head and a workpiece support , wherein the workpiece support is movable about at least one axis of rotation and the at least one print head is movable relative to the workpiece support along two axes lying parallel to the plane of the workpiece support , wherein the first axis extends substantially radially to the at least one axis of rotation of the workpiece support , characterised in that the second axis swivels around the axis of rotation of the workpiece support .
A method of authenticating a user for access to a device, service, application, function, or system, comprising: using a processor authentification system for creating an authentication key in the form of a user formula selected from a set of variables and operations provided by the authentication system and storing the user formula in the authentication system; utilizing a display to present the user with an arrangement of cells generated by the authentication system each cell having a variable and one or more values assigned to the variable within the cell; using the processor to detect a first result calculated by identifying for each variable in the user formula a matching variable in one of the cells; selecting one of the one or more values within the cells; applying the selected one or more values within the cells to the variable in the user formula, and performing the operations of the user formula; spontaneously adding by the user one or more dummy characters among the characters of the first result of the user formula to dynamically disguise it; conveying this first result with the dummy characters to the authentication system, characterized in that the authentication system parses the first result comprising the dynamically added dummy characters and authenticates the user if a second result of a separate and independent calculation of the user formula calculated by the authentication system is found in the first result with the dummy characters and the dummy characters satisfy a set of specified restrictions. using a processor authentification system for creating an authentication key in the form of a user formula selected from a set of variables and operations provided by the authentication system and storing the user formula in the authentication system; utilizing a display to present the user with an arrangement of cells generated by the authentication system each cell having a variable and one or more values assigned to the variable within the cell; using the processor to detect a first result calculated by identifying for each variable in the user formula a matching variable in one of the cells; selecting one of the one or more values within the cells; applying the selected one or more values within the cells to the variable in the user formula, and performing the operations of the user formula; spontaneously adding by the user one or more dummy characters among the characters of the first result of the user formula to dynamically disguise it; conveying this first result with the dummy characters to the authentication system,
A Printed Circuit Board, PCB comprising an antenna , the antenna comprises an antenna body integrally formed as a part of the PCB , wherein the antenna body extends out from an edge of the PCB , and wherein the antenna body is enclosed by printed or plated metal on both top and bottom surfaces of the PCB and by edge plated metal along the circumference of the antenna body ; and wherein the antenna body has an F-shape.
A method for communicating with a subscriber station by a base station , the method comprising: generating a bitmap indicating at least one resource element which is not used for downlink transmission among a plurality of resource elements, based on information related to a reference signal; and transmitting configuration information including the bitmap to the subscriber station via a higher layer signaling. generating a bitmap indicating at least one resource element which is not used for downlink transmission among a plurality of resource elements, based on information related to a reference signal; and transmitting configuration information including the bitmap to the subscriber station via a higher layer signaling.
A power plant comprising an internal combustion engine , a turbo charger and an epicyclic gear system , the epicyclic gear system comprising: an input sun gear coupled to a turbine shaft of the turbo charger; a first set of planet gears distributed around and meshing with the input sun gear ; a carrier holding the first set of planet gears and defining a rotational axis (A) about which the carrier rotates; a second set of planet gears mounted to the carrier ; and an output sun gear , wherein the second set of planet gears are distributed around and mesh with the output sun gear , the output sun gear is coupled to the internal combustion engine so as to deliver rotational power to the internal combustion engine , the carrier being selectively driven by a variable speed drive to regulate output to the output sun gear over a range of input rotational speeds of the input sun gear . an input sun gear coupled to a turbine shaft of the turbo charger; a first set of planet gears distributed around and meshing with the input sun gear ; a carrier holding the first set of planet gears and defining a rotational axis (A) about which the carrier rotates; a second set of planet gears mounted to the carrier ; and an output sun gear , wherein the second set of planet gears are distributed around and mesh with the output sun gear , the output sun gear is coupled to the internal combustion engine so as to deliver rotational power to the internal combustion engine , the carrier being selectively driven by a variable speed drive to regulate output to the output sun gear over a range of input rotational speeds of the input sun gear .
Apparatus for loading a cage welding machine , wherein the apparatus has an insertion device , wherein the insertion device has a receiving element for receiving longitudinal wires of a cage to be produced using the cage welding machine , wherein the insertion device has, on the receiving element , a multiplicity of receiving positions for all the longitudinal wires of the cage , wherein the receiving positions are present in a radial direction so as to be spaced apart from an axis of rotation D of the insertion device , wherein the insertion device is configured to simultaneously feed at least two longitudinal wires arranged on the insertion device to the cage welding machine in an insertion operation, wherein the operation of inserting the longitudinal wires onto the cage welding machine is effected by a movement of the insertion device in an axial direction of the axis of rotation D of the insertion device , characterized in that two receiving elements are present, wherein the receiving elements comprise the receiving positions , wherein the two receiving elements are displaceable in an axial direction with respect to the axis of rotation D of the insertion device .
An exhaust gas heat exchanger with a housing and with a first flow channel, wherein the first flow channel is received in the housing such that a second flow channel is formed between the first flow channel and the housing , wherein a first fluid may flow through the first flow channel and a second fluid may flow through the second flow channel , wherein the second fluid may flow around the first flow channel, wherein the housing has a first diffuser and a second diffuser on an end thereof, characterised in that the first diffusor is formed from a metallic material and the second diffusor is formed from a plastic, wherein the first fluid is supplied to the first flow channel via the first diffuser and discharged from the first flow channel via the second diffuser , wherein the second diffuser manufactured from plastic has a plurality of rib elements on at least one of its outer surfaces, which increase the strength of the diffuser .
A pressure control device for controlling a compressor , the pressure control device comprising : - a pressure sensor configured to measure pressure of a pressure line ; - a power relay configured to control a supply of power to the compressor ; - a processing circuit configured to: - receive the measured pressure of the pressure line from the pressure sensor ; and - control the compressor via the power relay based on a set-point and the measured pressure, and - a mechanical switch sensitive to the pressure of the pressure line and configured to move between an open position and a closed position responsive to the pressure of the pressure line , wherein movement of the mechanical switch into one of the open position or the closed position is configured to cause the compressor to turn off or on via the power relay and override the control of the compressor by the processing circuit , wherein the movement of the mechanical switch into the open position or the closed position actuates the power relay and interrupts or restores the supply of power to the compressor , and wherein the processing circuit is configured to: - determine whether the pressure of the pressure line exceeds a pressure threshold; - determine whether the mechanical switch has moved into the open position or the closed position; and - turn off the compressor in response to determining that the pressure of the pressure line exceeds the pressure threshold when the mechanical switch has failed to turn off the compressor . - a pressure sensor configured to measure pressure of a pressure line ; - a power relay configured to control a supply of power to the compressor ; - a processing circuit configured to: - receive the measured pressure of the pressure line from the pressure sensor ; and - control the compressor via the power relay based on a set-point and the measured pressure, and - receive the measured pressure of the pressure line from the pressure sensor ; and - control the compressor via the power relay based on a set-point and the measured pressure, and - a mechanical switch sensitive to the pressure of the pressure line and configured to move between an open position and a closed position responsive to the pressure of the pressure line , wherein movement of the mechanical switch into one of the open position or the closed position is configured to cause the compressor to turn off or on via the power relay and override the control of the compressor by the processing circuit , wherein the movement of the mechanical switch into the open position or the closed position actuates the power relay and interrupts or restores the supply of power to the compressor , and wherein the processing circuit is configured to: - determine whether the pressure of the pressure line exceeds a pressure threshold; - determine whether the mechanical switch has moved into the open position or the closed position; and - turn off the compressor in response to determining that the pressure of the pressure line exceeds the pressure threshold when the mechanical switch has failed to turn off the compressor .
A method of electroplating a surface area of an internal wall defining a cooling cavity present in a gas turbine engine airfoil component comprising a gas turbine engine vane segment thereof, the method comprising the steps of: - positioning an anode , which is disposed on an electrical insulating anode support with a base and a masking shield extending from an end thereof, in the cooling cavity of the component which is a cathode; and - flowing a noble metal-containing electroplating solution into the cooling cavity during at least part of the electroplating time to deposit a layer of noble metal on the surface area , wherein in the positioning step the anode and the anode support on which the anode is disposed are positioned in the cooling cavity so that a surface of the base of the anode support engages and masks another surface area from being plated and the masking shield masks a closed-end surface area of the internal wall from being electroplated, and wherein the electroplating takes place in a tank (T) containing the electroplating solution, said gas turbine engine vane segment with the anode being submerged in said tank (K). - positioning an anode , which is disposed on an electrical insulating anode support with a base and a masking shield extending from an end thereof, in the cooling cavity of the component which is a cathode; and - flowing a noble metal-containing electroplating solution into the cooling cavity during at least part of the electroplating time to deposit a layer of noble metal on the surface area ,
Sensing system for detecting an actuation at a handle device of a vehicle , comprising a movement device for moving a handle part of the handle device from a rest position (I) into an operating position (II), wherein the movement device can be brought into a first course of movement (A) to effect the movement of the handle part , and can be brought into a second course of movement (B) after the first course of movement (A) has been completed, characterized in that a comparison sensor element and an actuation sensor element are arranged on the movement device , so that the first course of movement (A) can be evaluated by a first sensing of the comparison sensor element and by a second sensing of the actuation sensor element , and the second course of movement (B) can be evaluated by the second sensing of the actuation sensor element , whereby the actuation can be detected.
A method for wireless communication at a user equipment, UE, the method being performed by the UE and comprising: identifying that the UE is configured for transmitting a channel state information report to a base station on a configured grant uplink data channel; identifying a first opportunity for transmitting data and the channel state information report on the configured grant uplink data channel; the method being characterized by : determining whether the UE has data to transmit during the first opportunity; transmitting data and the channel state information report on the configured grant uplink data channel during the first opportunity if the UE has data to transmit during the first opportunity; and suppressing transmission of the channel state information report during the first opportunity on the configured grant uplink data channel if the UE does not have data to transmit during the first opportunity. identifying that the UE is configured for transmitting a channel state information report to a base station on a configured grant uplink data channel; identifying a first opportunity for transmitting data and the channel state information report on the configured grant uplink data channel; the method being characterized by : determining whether the UE has data to transmit during the first opportunity; transmitting data and the channel state information report on the configured grant uplink data channel during the first opportunity if the UE has data to transmit during the first opportunity; and suppressing transmission of the channel state information report during the first opportunity on the configured grant uplink data channel if the UE does not have data to transmit during the first opportunity. determining whether the UE has data to transmit during the first opportunity; transmitting data and the channel state information report on the configured grant uplink data channel during the first opportunity if the UE has data to transmit during the first opportunity; and suppressing transmission of the channel state information report during the first opportunity on the configured grant uplink data channel if the UE does not have data to transmit during the first opportunity.