mhurhangee/ep-ind-claims huggingface dataset:
Analogue input module for an automation device, said module including one or more input channels, each channel comprising an electronic measurement acquisition circuit, said electronic acquisition circuit comprising: - at least three resistors (R1, R2, R3, R4, R1', R2', R3') arranged with respect to one another so as to define two separate voltage measurement points (P1, P2, P1' P2'), at least one of the three resistors being a measurement resistor, - voltage measurement means able to measure two voltages at the two voltage measurement points (P1, P2, P1', P2'), - conversion means (ADC1, ADC2) for converting the two measured voltages into two digital signals (S1, S2, S1', S2'), - checking means for checking a ratio between the two digital signals (S1, S2, S1', S2') with respect to a corresponding ratio calculated from the values of resistors (R1, R2, R3, R4, R1', R2', R3') connected to the two obtained voltage measurement points (P1, P2, P1', P2') so as to check that the input channel is functioning, a change in said ratio meaning that one of the resistors is faulty. - at least three resistors (R1, R2, R3, R4, R1', R2', R3') arranged with respect to one another so as to define two separate voltage measurement points (P1, P2, P1' P2'), at least one of the three resistors being a measurement resistor, - voltage measurement means able to measure two voltages at the two voltage measurement points (P1, P2, P1', P2'), - conversion means (ADC1, ADC2) for converting the two measured voltages into two digital signals (S1, S2, S1', S2'), - checking means for checking a ratio between the two digital signals (S1, S2, S1', S2') with respect to a corresponding ratio calculated from the values of resistors (R1, R2, R3, R4, R1', R2', R3') connected to the two obtained voltage measurement points (P1, P2, P1', P2') so as to check that the input channel is functioning, a change in said ratio meaning that one of the resistors is faulty.
Child seat device with at least one basic seat module, which is configured to be mounted on a motor vehicle seat, with at least one fixation module that is configured for coupling the basic seat module with a support structure of the motor vehicle seat, and with an internal belt system, characterised by at least one safeguarding device that is configured to prevent a simultaneous usage of the fixation module and of the internal belt system.
A subscriber station operation method for multicast data service, the method comprising: performing a network entry procedure through a base station; receiving multicast service related information comprising a machine to machine, M2M service group security seed from the base station during the network entry procedure; generating a multicast data encryption key based on the multicast service related information; and decrypting multicast data transmitted from the base station based on the multicast data encryption key, wherein the multicast service related information further comprises a multicast group identifier, ID, and an M2M service authorization key, a key counter value representing that it is an index of the multicast data encryption key, a character string representing that it is the multicast data encryption key. performing a network entry procedure through a base station; receiving multicast service related information comprising a machine to machine, M2M service group security seed from the base station during the network entry procedure; generating a multicast data encryption key based on the multicast service related information; and decrypting multicast data transmitted from the base station based on the multicast data encryption key, wherein the multicast service related information further comprises a multicast group identifier, ID, and an M2M service authorization key, a key counter value representing that it is an index of the multicast data encryption key, a character string representing that it is the multicast data encryption key.
A method of wireless communication, implemented in any of a Long Term Evolution, LTE, an LTE Advanced, LTE-A and fifth Generation Network, 5G, the method comprising: receiving, by a user equipment,UE, a configuration message indicating a capability for repetition-based uplink communications with a network entity, the configuration message including one or more configuration parameters indicating at least a duration for transmissions on an uplink communication channel and a uplink shortened transmission time interval, sTTI, pattern for transmissions on the uplink communication channel, wherein an sTTI of the sTTI pattern has a duration less than that of a legacy wireless communication technology; receiving, by the user equipment, UE, an activation message for repetition-based uplink communications from the network entity, the activation message including one or more transmission parameters indicating at least the duration for transmissions on the uplink communication channel and the uplink sTTI pattern for the transmissions on the uplink communication channel; and performing, by the UE, repetitive transmissions on the uplink communication channel for the duration indicated by the one or more transmission parameters in the activation message, the repetitive transmissions being configured based on the uplink sTTI pattern. receiving, by a user equipment,UE, a configuration message indicating a capability for repetition-based uplink communications with a network entity, the configuration message including one or more configuration parameters indicating at least a duration for transmissions on an uplink communication channel and a uplink shortened transmission time interval, sTTI, pattern for transmissions on the uplink communication channel, wherein an sTTI of the sTTI pattern has a duration less than that of a legacy wireless communication technology; receiving, by the user equipment, UE, an activation message for repetition-based uplink communications from the network entity, the activation message including one or more transmission parameters indicating at least the duration for transmissions on the uplink communication channel and the uplink sTTI pattern for the transmissions on the uplink communication channel; and performing, by the UE, repetitive transmissions on the uplink communication channel for the duration indicated by the one or more transmission parameters in the activation message, the repetitive transmissions being configured based on the uplink sTTI pattern.
A receiving apparatus comprising: a receiving unit for receiving broadcasting content transmitted by a broadcasting wave of digital broadcasting; an acquiring unit configured to acquire application management information to control an operation of an application program executed in linkage with broadcasting content, which is described in an area to describe any information in a first markup language describing the data broadcasting content transmitted by the broadcasting wave; and a control unit for controlling the operation of the application program, according to the acquired application management information, wherein the application management information is information that is obtained by converting Extensible Markup Language-Application Information Table, XML-AIT, said information defining a life cycle of the application program, the application management information being embedded in a meta element of said first mark-up language document and including a prefix, and wherein a control command that controls operation of the application program is described in the application management information. a receiving unit for receiving broadcasting content transmitted by a broadcasting wave of digital broadcasting; an acquiring unit configured to acquire application management information to control an operation of an application program executed in linkage with broadcasting content, which is described in an area to describe any information in a first markup language describing the data broadcasting content transmitted by the broadcasting wave; and a control unit for controlling the operation of the application program, according to the acquired application management information, wherein the application management information is information that is obtained by converting Extensible Markup Language-Application Information Table, XML-AIT, said information defining a life cycle of the application program, the application management information being embedded in a meta element of said first mark-up language document and including a prefix, and wherein a control command that controls operation of the application program is described in the application management information.
Coated WC+Co based cemented carbide body, with a carbon content below saturation point, with or without addition of < 3 w%, preferably < 2.5 w% grain growth inhibitors such as Cr, Ti, Ta, Nb and V, with average WC grain size of 0.3-3 μm, preferably 0.5-1.7 μm, containing 3-12 wt% binder phase, comprising at least one of the elements Co, Ni, Fe, preferably Co, with a 5-100 μm thick surface zone, preferably 5-30 μm thick, different from the interior of the body, ch aracterised in that in the whole surface zone: - the WC grains have an average grain size at least 20% larger, preferably more than 30% larger than nominal WC grain size, together with average Co content at least 10%, preferably 30%, higher than nominal Co content, the surface zone comprises WC platelets which are embedded in the surface zone without specific orientation, or - the WC grains have an average grain size at least 20% larger, preferably more than 30% larger than nominal WC grain size, together with Co content within the range of up to 10% larger and down to 40% lower than nominal Co content, the surface zone comprises WC platelets which are embedded in the surface zone without specific orientation, or - the WC grains have an average grain size within the range of +/-20% the same as the nominal average WC grain size, together with average Co content at least 10%, preferably 30%, higher than nominal Co content, the surface zone comprises WC platelets which are embedded in the surface zone without specific orientation. - the WC grains have an average grain size at least 20% larger, preferably more than 30% larger than nominal WC grain size, together with average Co content at least 10%, preferably 30%, higher than nominal Co content, the surface zone comprises WC platelets which are embedded in the surface zone without specific orientation, or - the WC grains have an average grain size at least 20% larger, preferably more than 30% larger than nominal WC grain size, together with Co content within the range of up to 10% larger and down to 40% lower than nominal Co content, the surface zone comprises WC platelets which are embedded in the surface zone without specific orientation, or - the WC grains have an average grain size within the range of +/-20% the same as the nominal average WC grain size, together with average Co content at least 10%, preferably 30%, higher than nominal Co content, the surface zone comprises WC platelets which are embedded in the surface zone without specific orientation.
Tread profile of a pneumatic vehicle tyre with profile bands (2, 3) made to extend over the circumference of the tyre - such as for example circumferential ribs or tread bar rows - which are arranged between two circumferential grooves (5, 6, 7), wherein a profile band is respectively delimited in the axial direction A in relation to a circumferential groove (6, 7) delimiting the profile band by a flank (9, 10), which forms the groove wall of the circumferential groove (6, 7) that is facing the profile band, and wherein the profile band is delimited outwardly in the radial direction R by a radially outer surface forming the ground contact surface, with sipes (15, 16, 18, 19) made to extend from circumferential groove to circumferential groove in the radially outer surface at least of the profile band, wherein pairs of sipes (15, 16) that are arranged adjacently one behind the other in the circumferential direction U and are made to extend in the axial direction A are formed in the radially outer surface at least of the profile band so as to follow a curved path opposite one another in the radially outer surface along the axial extent from one circumferential groove to the other circumferential groove, characterized in that two different pairs (14, 17) of sipes (15, 16, 18, 19) arranged adjacently one behind the other in the circumferential direction U are formed in the radially outer surface of the profile band so as to follow an oppositely curved path in the radially outer surface along the axial extent from one circumferential groove to the other circumferential groove and are arranged distributed in an alternating sequence over the circumference of the tyre.
A method for the primary adjustment of a hydroelectric power plant, comprising 1.1 a dual-control turbine, 1.2 at least one first actuator, 1.3 at least one second actuator, wherein 1.4 the first and second actuators (6, 7) are adjusted for influencing the turbine power depending on an actual value of a network frequency of an electric network receiving the generated electric power in order to reach a target value of the network frequency, and wherein 1.5 a Kaplan turbine with turbine blades as the first actuators and guide blades of a guide apparatus as second actuators is used as a turbine, characterized in that 1.6 the first actuators are only displaced in defined predetermined actuating steps, and thereafter 1.7 an adjustment is made to the target value of the network frequency by adjusting the second actuators, wherein 1.8 the actual value of the network frequency is filtered with an electronic filter before it is used as an input quantity for the adjustment of the first and second actuators. 1.1 a dual-control turbine, 1.2 at least one first actuator, 1.3 at least one second actuator, wherein 1.4 the first and second actuators (6, 7) are adjusted for influencing the turbine power depending on an actual value of a network frequency of an electric network receiving the generated electric power in order to reach a target value of the network frequency, and wherein 1.5 a Kaplan turbine with turbine blades as the first actuators and guide blades of a guide apparatus as second actuators is used as a turbine, characterized in that 1.6 the first actuators are only displaced in defined predetermined actuating steps, and thereafter 1.7 an adjustment is made to the target value of the network frequency by adjusting the second actuators, wherein 1.8 the actual value of the network frequency is filtered with an electronic filter before it is used as an input quantity for the adjustment of the first and second actuators.
A gas turbine engine, in particular an aircraft engine, comprising: a turbine connected via an input shaft device to a gearbox device having a sun gear, a planet carrier having a plurality of planet gears attached thereto, and a ring gear, the sun gear is connected to the input shaft device, the planet carrier or the ring gear is connected to a propulsive fan via an output shaft device of the gearbox device, with a rear carrier bearing device radially between the planet carrier and a static structure on the input side of the gearbox device, an inter-shaft bearing system being positioned radially between the input shaft device and the planet carrier of the gearbox device. the input shaft device having a high rigidity, characterised in that the planet carrier comprises a seat element extending axially to the rear of the gearbox device providing a radial seat for the inter-shaft bearing device, the inter-shaft bearing system is axially adjacent to the gearbox device on the input side with an axial distance measured from the centreline of the gearbox device between 0,001 and 2 times the inner radius of a seat element for the inter-shaft bearing system. a turbine connected via an input shaft device to a gearbox device having a sun gear, a planet carrier having a plurality of planet gears attached thereto, and a ring gear, the sun gear is connected to the input shaft device, the planet carrier or the ring gear is connected to a propulsive fan via an output shaft device of the gearbox device, with a rear carrier bearing device radially between the planet carrier and a static structure on the input side of the gearbox device, an inter-shaft bearing system being positioned radially between the input shaft device and the planet carrier of the gearbox device. the input shaft device having a high rigidity, characterised in that the planet carrier comprises a seat element extending axially to the rear of the gearbox device providing a radial seat for the inter-shaft bearing device, the inter-shaft bearing system is axially adjacent to the gearbox device on the input side with an axial distance measured from the centreline of the gearbox device between 0,001 and 2 times the inner radius of a seat element for the inter-shaft bearing system.
Electro-chemical module, having: a porous plate-shaped metallic carrier substrate (8; 48; 68) having a gas-permeable central region (10; 50) and a peripheral region (12; 52) surrounding the central region; a layered construction having at least one electro-chemically active layer (28, 30, 44; 30"'), which layered construction is disposed in the central region on a first side (13; 56) of the carrier substrate; at least one metallic gas-tight housing part (14; 66) which by way of a welded connection (18; 18'; 18") is connected to the peripheral region of the carrier substrate; and a gas-tight zone extending from the layered construction up to the gas-tight housing part; characterized in that the gas-tight zone has a gas-tight surface portion (30; 30"'; 41; 42) which extends superficially from the layered construction on the first side of the carrier substrate at least up to the welded connection; and the welded connection by which the gas-tight surface portion is connected in a gas-tight manner to the housing part and the welding zone (36; 36'; 36"; 70) of which, proceeding from the first side, in the thickness direction extends only through part of the thickness of the carrier substrate to an opposite second side of the carrier substrate. a porous plate-shaped metallic carrier substrate (8; 48; 68) having a gas-permeable central region (10; 50) and a peripheral region (12; 52) surrounding the central region; a layered construction having at least one electro-chemically active layer (28, 30, 44; 30"'), which layered construction is disposed in the central region on a first side (13; 56) of the carrier substrate; at least one metallic gas-tight housing part (14; 66) which by way of a welded connection (18; 18'; 18") is connected to the peripheral region of the carrier substrate; and a gas-tight zone extending from the layered construction up to the gas-tight housing part; characterized in that the gas-tight zone has a gas-tight surface portion (30; 30"'; 41; 42) which extends superficially from the layered construction on the first side of the carrier substrate at least up to the welded connection; and the welded connection by which the gas-tight surface portion is connected in a gas-tight manner to the housing part and the welding zone (36; 36'; 36"; 70) of which, proceeding from the first side, in the thickness direction extends only through part of the thickness of the carrier substrate to an opposite second side of the carrier substrate.
A strand pelletizer for pelletizing a strand of material with - at least one cutting edge, - an opposite cutting edge, wherein -- the opposite cutting edge is arranged on a base body and -- the base body is linearly displaceable relative to a support body for adjusting the opposite cutting edge, - a feeding device for feeding a material strand into a cutting gap between the at least one cutting edge and the opposite cutting edge, characterized by a first adjustment screw and a first pin which forms a first pivot axis and is displaceable by means of the first adjustment screw, and by a second adjustment screw and a second pin which forms a second pivot axis and is displaceable by means of the second adjustment screw, wherein the first adjustment screw is arranged at the support body and is connected to the first pin which is mounted on the base body so that the base body is pivotable relative to the support body about the second pivot axis, and wherein the second adjustment screw is arranged at the support body and is connected to the second pin which is mounted on the base body so that the base body is pivotable relative to the support body about the first pivot axis. - at least one cutting edge, - an opposite cutting edge, wherein -- the opposite cutting edge is arranged on a base body and -- the base body is linearly displaceable relative to a support body for adjusting the opposite cutting edge, -- the opposite cutting edge is arranged on a base body and -- the base body is linearly displaceable relative to a support body for adjusting the opposite cutting edge, - a feeding device for feeding a material strand into a cutting gap between the at least one cutting edge and the opposite cutting edge, by a first adjustment screw and a first pin which forms a first pivot axis and is displaceable by means of the first adjustment screw, and by a second adjustment screw and a second pin which forms a second pivot axis and is displaceable by means of the second adjustment screw, wherein the first adjustment screw is arranged at the support body and is connected to the first pin which is mounted on the base body so that the base body is pivotable relative to the support body about the second pivot axis, and wherein the second adjustment screw is arranged at the support body and is connected to the second pin which is mounted on the base body so that the base body is pivotable relative to the support body about the first pivot axis.
A platinum-based material thin wire formed of platinum or platinum alloy, wherein the thin wire is covered with gold or gold alloy, a coverage of the gold or gold alloy is 40% or more on an area basis, characterized by the platinum-based material thin wire having a wire diameter of 10 μm or more and 100 μm or less and and a degree of circularity on a radial cross-section being 0.90 or more. wherein the thin wire is covered with gold or gold alloy, a coverage of the gold or gold alloy is 40% or more on an area basis, characterized by the platinum-based material thin wire having a wire diameter of 10 μm or more and 100 μm or less and
An electrophotographic photosensitive member containing a terphenoquinone derivative represented by the following formula: wherein R 1 to R 5 may be the same or different and each represent a hydrogen atom, an alkyl group having 1 to 12 carbon atoms, an aryl group having 6 to 12 carbon atoms and optionally having an alkyl group having 1 to 12 carbon atoms, an aralkyl group having 6 to 12 carbon atoms, a cycloalkyl group having 3 to 10 carbon atoms, or an alkoxy group having 2 to 6 carbon atoms.
An image forming apparatus comprising: a main body including a printing unit; and characterised by comprising a paper feeding unit removably mountable to the main body and having a paper container and a paper aligning unit that is operable to align a picked-up paper from the paper container and to supply the picked-up paper to the main body a resistor roller which is operable to feed the picked-up paper, and a pivotable shutter that is openable upon contact with a front end of an aligned paper and is closable upon contact with a front end of a misaligned paper. a main body including a printing unit; and characterised by comprising a paper feeding unit removably mountable to the main body and having a paper container and a paper aligning unit that is operable to align a picked-up paper from the paper container and to supply the picked-up paper to the main body a resistor roller which is operable to feed the picked-up paper, and a pivotable shutter that is openable upon contact with a front end of an aligned paper and is closable upon contact with a front end of a misaligned paper.