mhurhangee/ep-ind-claims huggingface dataset:
Together with a lock attachment device and a lock for a motor vehicle, a fastening device consisting of a support intended to be attached to the structure of a vehicle by a fastening part and having an interface part forming a plate extending into a plane P, the said interface part having holes passing device means a device consisting of a platinum arranged on a first face of the interface part, a means of maintaining (31, 24) the platinum at the support capable of allowing a displacement of adjustment of the platinum in relation to the interface part at least in a direction parallel to the plane, in so far as the plate includes a means of fastening to secure the latch to the fastening device by crossing the passing holes so as to place the latch against a second face of the interface part opposite the first face, the means of fastening offering an untight configuration so as to maintain the latch on the device while allowing the adjustment of the platinum and a tight configuration so as to maintain fixed the lock and the plate in relation to the support, the lock being placed against the second side of the support.
A method of cryptographic processing of a message, the method comprising: establishing a communication between a first communication unit and a second communication unit in a communication domain comprising a communication channel; providing a message T by the first communication unit; defining, by the second communication unit, an integer a as a first private key and a number K A as a first public key, the first public key being a number determined based on a prime integer p, a generator prime integer g and the first private key; making the first public key K A available to the first communication unit; sharing between the first and the second communication units the number p and the generator number g; defining, by the first communication unit, an integer b as a second private key and a number K B as a second public key, the second public key being a number determined based on the prime number p, the generator number g and the second private key; determining by the first communication unit an encryption exponent x by means of the equation: K A b + e B ⁢ mod p * x ≡ 1 mod p - 1, where e B is a parameter selected from the group of integers so that coprimeness between [K A b + e B] (mod p) and (p-1) is verified; coding the message T, where coding comprises dividing the message T into at least one message block M; and encrypting, by the first communication unit, the at least one message block M, thereby obtaining at least one cryptogram C by means of the equation C ≡ M x mod p. establishing a communication between a first communication unit and a second communication unit in a communication domain comprising a communication channel; providing a message T by the first communication unit; defining, by the second communication unit, an integer a as a first private key and a number K A as a first public key, the first public key being a number determined based on a prime integer p, a generator prime integer g and the first private key; making the first public key K A available to the first communication unit; sharing between the first and the second communication units the number p and the generator number g; defining, by the first communication unit, an integer b as a second private key and a number K B as a second public key, the second public key being a number determined based on the prime number p, the generator number g and the second private key; determining by the first communication unit an encryption exponent x by means of the equation: K A b + e B ⁢ mod p * x ≡ 1 mod p - 1, where e B is a parameter selected from the group of integers so that coprimeness between [K A b + e B] (mod p) and (p-1) is verified; coding the message T, where coding comprises dividing the message T into at least one message block M; and encrypting, by the first communication unit, the at least one message block M, thereby obtaining at least one cryptogram C by means of the equation C ≡ M x mod p.
An ethylene copolymer comprising structural units derived from a component, a component and a component which are ethylene, an α-olefin of 3 to 20 carbon atoms and a polyene and/or a cyclic olefin, wherein the polyene and/or cyclic olefin is one or more cyclic non-conjugated diene, the content of structural units derived from the ethylene being in the range of 50 to 90 mol% in 100 mol% of all the structural units in the copolymer; the content of structural units derived from the polyene and/or the cyclic olefin being in the range of 1.0 to 5.0 mol% in 100 mol% of all the structural units in the copolymer; the intrinsic viscosity [η] of the ethylene copolymer as measured at 135°C in a decalin solution being in the range of 7.8 to 13.0 dl/g. the content of structural units derived from the ethylene being in the range of 50 to 90 mol% in 100 mol% of all the structural units in the copolymer; the content of structural units derived from the polyene and/or the cyclic olefin being in the range of 1.0 to 5.0 mol% in 100 mol% of all the structural units in the copolymer; the intrinsic viscosity [η] of the ethylene copolymer as measured at 135°C in a decalin solution being in the range of 7.8 to 13.0 dl/g.
A method for exercising policy control over an application service flow, comprising: receiving, by a Policy and Charging Enforcement Function, PCEF, an application event subscription from a Policy Control and Charging Rules Function, PCRF, wherein the application event subscription comprises an identifier of an application service and an event of the application service; detecting, by the PCEF, an application event according to the application event subscription and acquiring information about the application event, wherein the information about the application event comprises the identifier of the application service and the event of the application service; sending, by the PCEF, the information about an application event to the PCRF; receiving (23,24), by the PCEF, a control policy of an application service flow from the PCRF, wherein the control policy is generated by the PCRF according to the information about the application event. receiving, by a Policy and Charging Enforcement Function, PCEF, an application event subscription from a Policy Control and Charging Rules Function, PCRF, wherein the application event subscription comprises an identifier of an application service and an event of the application service; detecting, by the PCEF, an application event according to the application event subscription and acquiring information about the application event, wherein the information about the application event comprises the identifier of the application service and the event of the application service; sending, by the PCEF, the information about an application event to the PCRF; receiving (23,24), by the PCEF, a control policy of an application service flow from the PCRF, wherein the control policy is generated by the PCRF according to the information about the application event.
A pole (80, 86) for supporting furniture or a cable, comprising: a plurality of truncated cones (30, 60) arranged in a linear array to form the pole (80,86), wherein each truncated cone receives an adjacent truncated cone within its interior; and wherein each truncated cone (30, 60) is formed from a veneer (16, 24), characterized in that the veneer (16, 24) is formed from a flat sheet (10, 20) having a flat rectangular shape, wherein the flat rectangular shaped sheet (10, 20) is cut along two straight lines (12, 14, 22) about the sheet's longitudinal axis to form one veneer, or wherein the flat rectangular shaped sheet (10, 20) is cut along one straight line to form two identical shaped veneers, and wherein each truncated cone (30, 60) is formed by moving the longitudinal edges of the veneer (10, 16, 20, 24) towards each other to form a longitudinal seam. a plurality of truncated cones (30, 60) arranged in a linear array to form the pole (80,86), wherein each truncated cone receives an adjacent truncated cone within its interior; and wherein each truncated cone (30, 60) is formed from a veneer (16, 24), characterized in that the veneer (16, 24) is formed from a flat sheet (10, 20) having a flat rectangular shape, wherein the flat rectangular shaped sheet (10, 20) is cut along two straight lines (12, 14, 22) about the sheet's longitudinal axis to form one veneer, or wherein the flat rectangular shaped sheet (10, 20) is cut along one straight line to form two identical shaped veneers, and wherein each truncated cone (30, 60) is formed by moving the longitudinal edges of the veneer (10, 16, 20, 24) towards each other to form a longitudinal seam.
A turbomachine with at least one blade row group that is arranged in one main flow path and has at least two adjacent blade rows when viewed in the main flow direction, each with a plurality of blades (38, 40), characterized in that a narrow cross section (D min) and a degree of overlap (O DS, Oss) between the blades of the upstream blade row and the blades of the downstream blade row vary starting from a main flow path center in the direction of at least one main flow limiter, wherein the narrow cross section (D min) increases and is determined by determining the shortest gap between a pressure side of the upstream blades and a suction side of the upstream blades, the degree of overlap (O DS, O SS) increases and is determined by dropping a perpendicular from a leading edge of the upstream blade on a skeleton line of the upstream blade, wherein a gap between the trailing edge of the upstream blade and the intersection between the perpendicular and the skeleton line is the degree of overlap (O DS), or is determined by dropping a perpendicular from the trailing edge of the upstream blade on a skeleton line of the downstream blade, wherein a gap between the leading edge and the intersection between the perpendicular and the skeleton line of the upstream blade is the degree of overlap (O SS), and wherein the degree of overlap (O DS, O SS) is positively determined from the respective edge (42, 44) in the direction of the corresponding blade (38, 40), and wherein the main flow limiter represents an area on the side of the hub or housing of the turbomachine.
A joint tactical radio JTR, comprising: a modulation and mapping circuit configured to modulate and map data symbols into a plurality of multiple subcarriers that are orthogonal to each other based on a fixed or variable symbol rate and comprising a modulator circuit, a circuit for inserting pilot and Peak-to-Average Power Ratio PAPR carriers, and a subcarrier mapper circuit for mapping carriers to an Inverse Fast Fourier Transform IFFT in a matrix operation to form an Orthogonal Frequency Division Multiplexed OFDM communications signal based on a fixed or variable OFDM symbol rate; a frequency domain spreader circuit operatively connected to said modulation and mapping circuit for spreading the multiple subcarriers over the frequency domain; and a pseudo-random signal generator operative with the modulation and mapping circuit for generating pseudo-random signals to the modulation and mapping circuit, wherein said modulation and mapping circuit, in response to receipt of said pseudo-random signals, is operable to change subcarrier constellation amplitude and phase values using an encryption algorithm, to frequency hop each subcarrier, and to change subcarrier center frequencies using the same encryption algorithm. a modulation and mapping circuit configured to modulate and map data symbols into a plurality of multiple subcarriers that are orthogonal to each other based on a fixed or variable symbol rate and comprising a modulator circuit, a circuit for inserting pilot and Peak-to-Average Power Ratio PAPR carriers, and a subcarrier mapper circuit for mapping carriers to an Inverse Fast Fourier Transform IFFT in a matrix operation to form an Orthogonal Frequency Division Multiplexed OFDM communications signal based on a fixed or variable OFDM symbol rate; a frequency domain spreader circuit operatively connected to said modulation and mapping circuit for spreading the multiple subcarriers over the frequency domain; and a pseudo-random signal generator operative with the modulation and mapping circuit for generating pseudo-random signals to the modulation and mapping circuit, wherein said modulation and mapping circuit, in response to receipt of said pseudo-random signals, is operable to change subcarrier constellation amplitude and phase values using an encryption algorithm, to frequency hop each subcarrier, and to change subcarrier center frequencies using the same encryption algorithm.
Method for broadcasting digital video services comprising a step for transmitting digital video broadcasting services in bursts to at least one terminal having a standby mode and a sleep mode, and an insertion step, in at least one part of the bursts associated with a channel, of information representative (2300 to 2302) of a change in the content of the bursts not associated with said channel, so that the terminal can be in standby mode to receive data relating to the content of the bursts (321, 322, 330) not associated with said channel, having changed.
A sub frame configuration method, comprising: classifying, by a base station, user equipments, UEs, in a first cell into N user groups, wherein UEs in a same user group of the N user groups have a same uplink-downlink subframe configuration, and N is a positive integer greater than or equal to 2; determining, by the base station, a primary uplink-downlink subframe configuration of the first cell according to an uplink-downlink subframe configuration of each user group in the N user groups, wherein the primary uplink-downlink subframe configuration indicates a flexible subframe, and a transmission direction of the flexible subframe is variable; determining, by the base station, configuration indication information of each user group according to the primary uplink-downlink subframe configuration and the uplink-downlink subframe configuration of each user group, wherein the configuration indication information indicates a transmission direction of the flexible subframe in each user group; and sending, by the base station, the primary uplink-downlink subframe configuration and the configuration indication information to each user group. classifying, by a base station, user equipments, UEs, in a first cell into N user groups, wherein UEs in a same user group of the N user groups have a same uplink-downlink subframe configuration, and N is a positive integer greater than or equal to 2; determining, by the base station, a primary uplink-downlink subframe configuration of the first cell according to an uplink-downlink subframe configuration of each user group in the N user groups, wherein the primary uplink-downlink subframe configuration indicates a flexible subframe, and a transmission direction of the flexible subframe is variable; determining, by the base station, configuration indication information of each user group according to the primary uplink-downlink subframe configuration and the uplink-downlink subframe configuration of each user group, wherein the configuration indication information indicates a transmission direction of the flexible subframe in each user group; and sending, by the base station, the primary uplink-downlink subframe configuration and the configuration indication information to each user group.
A method for authorizing a user of a device, during use of the device, for controlling access to a physical space, the method comprising: receiving, from the user, a first digital key access request; receiving use data relating to use characteristics of the device by the user, the use data including data derived from conditions sensed, during use of the device by the user, by at least one sensor that is integral to the device; generating a likelihood value indicating the likelihood that the first digital key access request is a valid request based on the use data; authenticating the user for access to the physical space when the likelihood value is determined to be acceptable; and in response to the authenticating, generating a permissions data structure that can be used to control access to the physical space. receiving, from the user, a first digital key access request; receiving use data relating to use characteristics of the device by the user, the use data including data derived from conditions sensed, during use of the device by the user, by at least one sensor that is integral to the device; generating a likelihood value indicating the likelihood that the first digital key access request is a valid request based on the use data; authenticating the user for access to the physical space when the likelihood value is determined to be acceptable; and in response to the authenticating, generating a permissions data structure that can be used to control access to the physical space.
A heat exchange device, comprising: a first heat exchanger defining a left end and a right end; a second heat exchanger defining a right end connected to the right end of the first heat exchanger and a left end spaced apart from the left end of the first heat exchanger in a vertical direction, such that a predetermined angle between the first heat exchanger and the second heat exchanger is θ, where 0<θ<180°; and a wind guide member disposed between the first heat exchanger and the second heat exchanger for guiding a wind toward the first heat exchanger and the second heat exchanger respectively, wherein the left end of the first heat exchanger is aligned with the left end of the second heat exchanger in a vertical direction, and wherein the wind guide member is a V-shaped wind guide plate,wherein a water guide groove configured to guide a flow of condensed water is formed at one outer side of a left end of the V-shaped wind guide plate, the V-shaped wind guide plate is integrally formed, characterised in that a length of each of the first and second heat exchangers (1, 2) in a horizontal direction is H, and a distance from the leftmost point of the wind guide member to the leftmost point of each of the first and second heat exchangers (1, 2) in the horizontal direction is H1, where 0≤H1/H≤4/5, and the water guide groove is defined by an extending portion disposed on an upper portion of the left end of the V-shaped wind guide plate and the V-shaped wind guide plate. a first heat exchanger defining a left end and a right end; a second heat exchanger defining a right end connected to the right end of the first heat exchanger and a left end spaced apart from the left end of the first heat exchanger in a vertical direction, such that a predetermined angle between the first heat exchanger and the second heat exchanger is θ, where 0<θ<180°; and a wind guide member disposed between the first heat exchanger and the second heat exchanger for guiding a wind toward the first heat exchanger and the second heat exchanger respectively, wherein the left end of the first heat exchanger is aligned with the left end of the second heat exchanger in a vertical direction, and wherein the wind guide member is a V-shaped wind guide plate,wherein a water guide groove configured to guide a flow of condensed water is formed at one outer side of a left end of the V-shaped wind guide plate, the V-shaped wind guide plate is integrally formed, characterised in that a length of each of the first and second heat exchangers (1, 2) in a horizontal direction is H, and a distance from the leftmost point of the wind guide member to the leftmost point of each of the first and second heat exchangers (1, 2) in the horizontal direction is H1, where 0≤H1/H≤4/5, and the water guide groove is defined by an extending portion disposed on an upper portion of the left end of the V-shaped wind guide plate and the V-shaped wind guide plate.
Apparatus (1, 13) for fastening a crawler track member of a crawler track to a crawler belt of the crawler track with a press-in element and a connecting element, the press-in element having a main body with a through opening, the connecting element engaging through the through opening in that state of the press-in element, in which it is arranged on the crawler belt, in order to connect the crawler track member to the crawler belt, the press-in element having a plurality of holding elements which project from the main body, the holding elements being configured in such a way that, in the state arranged on the crawler belt, they penetrate a plurality of material layers (17, 18) of the crawler belt, by the holding elements displacing material of the material layers (17, 18), in particular transversely with respect to the penetration direction, characterized in that, in the state arranged on the crawler belt, the holding elements completely penetrate the crawler belt, with the result that the press-in element is in direct contact with the crawler track member.
A Radio Frequency, RF, matching control apparatus for a portable communication terminal, comprising: matching circuitry for performing RF matching on an RF signal input through an antenna and outputting a matched RF signal; and a decoding unit for generating matching control signals according to an environment of the portable communication terminal and providing the matching control signals to the matching circuitry, wherein the portable communication terminal comprises a condition value table having a plurality of condition values, each condition value being determined by a status of the portable communication terminal and whether an ear jack is inserted into the portable communication terminal, wherein the decoding unit is arranged to automatically select a condition value from the condition value table according to the environment of the of the portable communication terminal and generate the matching control signals for selecting at least one among a plurality of matching circuits constituting the matching circuitry according to the selected condition value, and wherein the decoding unit comprises: a decoder for generating the matching control signals (S 0 -S 15) from the selected condition value; a buffer for temporarily storing the matching control signals (S 0 -S 15); and a strobe terminal for inputting a strobe signal for updating the matching control signals (S 0 -S 15) stored in the buffer. matching circuitry for performing RF matching on an RF signal input through an antenna and outputting a matched RF signal; and a decoding unit for generating matching control signals according to an environment of the portable communication terminal and providing the matching control signals to the matching circuitry, wherein the portable communication terminal comprises a condition value table having a plurality of condition values, each condition value being determined by a status of the portable communication terminal and whether an ear jack is inserted into the portable communication terminal, wherein the decoding unit is arranged to automatically select a condition value from the condition value table according to the environment of the of the portable communication terminal and generate the matching control signals for selecting at least one among a plurality of matching circuits constituting the matching circuitry according to the selected condition value, and wherein the decoding unit comprises: a decoder for generating the matching control signals (S 0 -S 15) from the selected condition value; a buffer for temporarily storing the matching control signals (S 0 -S 15); and a strobe terminal for inputting a strobe signal for updating the matching control signals (S 0 -S 15) stored in the buffer. a decoder for generating the matching control signals (S 0 -S 15) from the selected condition value; a buffer for temporarily storing the matching control signals (S 0 -S 15); and a strobe terminal for inputting a strobe signal for updating the matching control signals (S 0 -S 15) stored in the buffer.