mhurhangee/ep-ind-claims huggingface dataset:
A method for the adjustment of an actual steering wheel angle of a steering wheel and of an actual wheel steering angle of a wheel steering system in a motor vehicle after an automatically performed driving maneuver, comprising the following steps: detection of the actual steering wheel angle by a steering wheel angle detection device and of the actual wheel steering angle by a wheel steering angle detection device, adjustment of the actual steering wheel angle by a steering wheel control device and/or of the actual wheel steering angle by a wheel steering system control device within a predetermined transfer time on the basis of a transfer strategy, characterized in that the control selects the transfer strategy via a selection criterion, wherein a traffic condition is detected by a traffic condition-detection device and the selection criterion is defined by the control alternatively or additionally on the basis of the detected traffic condition. detection of the actual steering wheel angle by a steering wheel angle detection device and of the actual wheel steering angle by a wheel steering angle detection device, adjustment of the actual steering wheel angle by a steering wheel control device and/or of the actual wheel steering angle by a wheel steering system control device within a predetermined transfer time on the basis of a transfer strategy, characterized in that the control selects the transfer strategy via a selection criterion, wherein a traffic condition is detected by a traffic condition-detection device and the selection criterion is defined by the control alternatively or additionally on the basis of the detected traffic condition.
A method of transferring small packets in a wireless network, the method comprising: generating, by a station, STA, a control frame, wherein the control frame is a power save PS-poll frame; on a condition that the STA has data available for transmission, indicating, in a field of the control frame, an estimated time in microseconds, wherein the estimated time includes at least a time required for transmission of the data; transmitting the control frame; and receiving a response frame associated with the control frame, wherein the response frame includes a response duration field set to a value of at least the estimated time. generating, by a station, STA, a control frame, wherein the control frame is a power save PS-poll frame; on a condition that the STA has data available for transmission, indicating, in a field of the control frame, an estimated time in microseconds, wherein the estimated time includes at least a time required for transmission of the data; transmitting the control frame; and receiving a response frame associated with the control frame, wherein the response frame includes a response duration field set to a value of at least the estimated time.
A dental implant comprising: a rigid first member (12, 72, 92) having a coronal end portion and an apical end portion (18, 78, 98) opposite the coronal end portion, the coronal end portion open to an inner longitudinal cavity (22, 76, 96), wherein the coronal end portion is configured for supporting a prosthesis; and a second member (14, 74, 94) forming a coronally accessible, longitudinally extending interior cavity (26, 76, 96), the second member (14, 74, 94) having an annular coronal surface, a rounded apical end portion and a generally cylindrical wall that cooperatively define the longitudinally extending, interior cavity (26, 76, 96), wherein the second member (14, 74, 94) engages the rigid first member (12, 72, 92) and is configured to expand outwardly upon inserting the rigid first member (12, 72, 92) into the longitudinally extending, interior cavity (26, 76, 96) to anchor the implant in bone before mastication forces are applied to the implant, characterized in that the second member (14, 74, 94) is at least partially porous and wherein the rigid first member (12, 72, 92) further has a cylindrical outer surface that terminates in the apical end portion (18, 78,98), which is rounded. a rigid first member (12, 72, 92) having a coronal end portion and an apical end portion (18, 78, 98) opposite the coronal end portion, the coronal end portion open to an inner longitudinal cavity (22, 76, 96), wherein the coronal end portion is configured for supporting a prosthesis; and a second member (14, 74, 94) forming a coronally accessible, longitudinally extending interior cavity (26, 76, 96), the second member (14, 74, 94) having an annular coronal surface, a rounded apical end portion and a generally cylindrical wall that cooperatively define the longitudinally extending, interior cavity (26, 76, 96), wherein the second member (14, 74, 94) engages the rigid first member (12, 72, 92) and is configured to expand outwardly upon inserting the rigid first member (12, 72, 92) into the longitudinally extending, interior cavity (26, 76, 96) to anchor the implant in bone before mastication forces are applied to the implant, characterized in that the second member (14, 74, 94) is at least partially porous and wherein the rigid first member (12, 72, 92) further has a cylindrical outer surface that terminates in the apical end portion (18, 78,98), which is rounded.
A method in a certificate authority system of managing a certificate associated with a component located at a remote location from the certificate authority system, comprising: receiving a certificate request, wherein the certificate request comprises a key associated with the component; generating a certificate corresponding to the key received in the certificate request; the method being characterised in that it comprises: causing a validity status of the certificate to be set to invalid; subsequent to causing the validity status of the certificate to be set to invalid, providing the certificate to the component; subsequent to providing the certificate to the component, determining whether the component matches the certificate; and upon determining that the component matches the certificate, causing the validity status to be set to valid. receiving a certificate request, wherein the certificate request comprises a key associated with the component; generating a certificate corresponding to the key received in the certificate request; the method being characterised in that it comprises: causing a validity status of the certificate to be set to invalid; subsequent to causing the validity status of the certificate to be set to invalid, providing the certificate to the component; subsequent to providing the certificate to the component, determining whether the component matches the certificate; and upon determining that the component matches the certificate, causing the validity status to be set to valid. causing a validity status of the certificate to be set to invalid; subsequent to causing the validity status of the certificate to be set to invalid, providing the certificate to the component; subsequent to providing the certificate to the component, determining whether the component matches the certificate; and upon determining that the component matches the certificate, causing the validity status to be set to valid.
A wallpaper composition comprising: a compound represented by Formula 1 below; and a base material. (in Formula 1, n is an integer of 1 or 2, R is a straight-chain or branched-chain alkyl group having 1 to 30 carbon atoms, a moiety A' is a moiety derived from a flavoring compound having at least one of an aromatic ring, an aliphatic ring and an aliphatic chain having a hydroxyl group (-OH), wherein the hydroxyl group participates in a carbonate linkage (), and the moiety A' corresponds to a flavoring compound excluding the hydroxyl group participating in the carbonate linkage, a moiety G' is a moiety derived from a sugar compound, wherein at least one of hydroxyl groups (-OH) linked to a ring of the sugar compound participates in an ester linkage (), G' corresponds to a sugar compound excluding the hydroxyl group participating in the ester linkage, and m is the number of linked to the moiety G' by the ester linkage, and an integer of 1 to 8.) a compound represented by Formula 1 below; and a base material. (in Formula 1, n is an integer of 1 or 2, R is a straight-chain or branched-chain alkyl group having 1 to 30 carbon atoms, a moiety A' is a moiety derived from a flavoring compound having at least one of an aromatic ring, an aliphatic ring and an aliphatic chain having a hydroxyl group (-OH), wherein the hydroxyl group participates in a carbonate linkage (), and the moiety A' corresponds to a flavoring compound excluding the hydroxyl group participating in the carbonate linkage, a moiety G' is a moiety derived from a sugar compound, wherein at least one of hydroxyl groups (-OH) linked to a ring of the sugar compound participates in an ester linkage (), G' corresponds to a sugar compound excluding the hydroxyl group participating in the ester linkage, and m is the number of linked to the moiety G' by the ester linkage, and an integer of 1 to 8.) n is an integer of 1 or 2, R is a straight-chain or branched-chain alkyl group having 1 to 30 carbon atoms, a moiety A' is a moiety derived from a flavoring compound having at least one of an aromatic ring, an aliphatic ring and an aliphatic chain having a hydroxyl group (-OH), wherein the hydroxyl group participates in a carbonate linkage (), and the moiety A' corresponds to a flavoring compound excluding the hydroxyl group participating in the carbonate linkage, a moiety G' is a moiety derived from a sugar compound, wherein at least one of hydroxyl groups (-OH) linked to a ring of the sugar compound participates in an ester linkage (), G' corresponds to a sugar compound excluding the hydroxyl group participating in the ester linkage, and m is the number of linked to the moiety G' by the ester linkage, and an integer of 1 to 8.)
A method of transmitting data, by a terminal (505, 805, 905), in a mobile communication system, the method comprising the steps of: receiving, by the terminal, first control information including a first maximum retransmission limit, MRL, value from a base station (510, 810, 910) during a setup of a connection between the terminal and the base station; receiving, by the terminal, second control information including a second MRL and persistent resource information from the base station after the setup of the connection; transmitting, by the terminal, first data based on the first MRL value through a dynamic resource; and transmitting, by the terminal, second data based on the second MRL value through a persistent resource indicated by the persistent resource information. receiving, by the terminal, first control information including a first maximum retransmission limit, MRL, value from a base station (510, 810, 910) during a setup of a connection between the terminal and the base station; receiving, by the terminal, second control information including a second MRL and persistent resource information from the base station after the setup of the connection; transmitting, by the terminal, first data based on the first MRL value through a dynamic resource; and transmitting, by the terminal, second data based on the second MRL value through a persistent resource indicated by the persistent resource information.
A personal identification medium, comprising: a decorative layer (3, 13) provided with a decorative portion (3a, 13a); and a laser marking layer, on which a personal information marking portion (2a, 2b) is marked, provided on the decorative layer (3, 13), wherein the personal information marking portion (2a, 2b) formed on the laser marking layer overlaps at least a portion of the decorative portion (3a, 13a) formed on the decorative layer (3, 13), characterized in that a colored layer (4, 34) is provided between the decorative layer (3, 13) and the laser marking layer; the colored layer (4, 34) comprises a colored portion and a window portion; the window portion is formed in an area overlapping the decorative portion (3a, 13a) formed on the decorative layer; the personal information marking portion (2a, 2b) formed on the laser marking layer overlaps the decorative portion (3a, 13a) via the window portion; and in that a light transmissive energy resistant layer is provided between the colored layer (4, 34) and the decorative layer. a decorative layer (3, 13) provided with a decorative portion (3a, 13a); and a laser marking layer, on which a personal information marking portion (2a, 2b) is marked, provided on the decorative layer (3, 13), wherein the personal information marking portion (2a, 2b) formed on the laser marking layer overlaps at least a portion of the decorative portion (3a, 13a) formed on the decorative layer (3, 13), a colored layer (4, 34) is provided between the decorative layer (3, 13) and the laser marking layer; the colored layer (4, 34) comprises a colored portion and a window portion; the window portion is formed in an area overlapping the decorative portion (3a, 13a) formed on the decorative layer; the personal information marking portion (2a, 2b) formed on the laser marking layer overlaps the decorative portion (3a, 13a) via the window portion; and in that a light transmissive energy resistant layer is provided between the colored layer (4, 34) and the decorative layer.
A cleaner head for a vacuum cleaner comprising: a suction inlet; a front blade located forward of or at the front of the suction inlet and arranged to pivot about a first axis; and a rear blade located rearward of or at the rear of the suction inlet and arranged to pivot about a second axis different to the first axis, wherein each blade pivots between a deployed position and a retracted position, each blade projects downwardly when in the deployed position, and the blades are coupled together such that (i) when one of the blades is in the deployed position the other blade is in the retracted position, and (ii) moving one of the blades from the deployed position to the retracted position causes the other blade to move from the retracted position to the deployed position. a suction inlet; a front blade located forward of or at the front of the suction inlet and arranged to pivot about a first axis; and a rear blade located rearward of or at the rear of the suction inlet and arranged to pivot about a second axis different to the first axis, wherein each blade pivots between a deployed position and a retracted position, each blade projects downwardly when in the deployed position, and the blades are coupled together such that (i) when one of the blades is in the deployed position the other blade is in the retracted position, and (ii) moving one of the blades from the deployed position to the retracted position causes the other blade to move from the retracted position to the deployed position.
An integrated circuit, comprising: a resistor (110a, 110b); a metal region disposed parallel to and overlapping at least part of the resistor (110a, 110b); and one or more thermal posts (122a, 122b) electrically connected to the metal region and disposed between the metal region and the overlapping part of the resistor, the one or more thermal posts (122a, 122b) electrically isolated from the resistor (110a, 110b). a resistor (110a, 110b); a metal region disposed parallel to and overlapping at least part of the resistor (110a, 110b); and one or more thermal posts (122a, 122b) electrically connected to the metal region and disposed between the metal region and the overlapping part of the resistor, the one or more thermal posts (122a, 122b) electrically isolated from the resistor (110a, 110b).
Folding frame for a lounger, consisting of a support frame, having a lifting gear laterally mounted thereon which supports a bed frame, which consists of three sub-frameworks (1, 3, 8) connected via articulation pieces and can be covered with a mattress, articulation levers (4, 7) of the lifting gear and the second sub-framework which has an articulation piece being connected on each of the two sides of the bed frame to form a kinematic chain, in such a way that the sub-frameworks (1, 3, 8) are each to be folded continuously, by way of a folding movement, from a stretched lying position about articulated joints between the sub-frameworks (1, 3, 8) and the articulation piece into a closed position lowered in the support frame, in that a first articulation lever of the kinematic chain is fixed in an articulated manner to an articulation point (a) of the articulation piece between the first sub-framework and the second sub-framework and the support frame, and a second articulation lever is fixed in an articulated manner between the support frame and an articulation point (e) on the second sub-framework and connected, at the end thereof projecting past the second sub-framework, via a third articulation lever to the third sub-framework, by way of which the folding movement of the folding frame is carried out by a user, and the second articulation lever being tensioned with respect to the support frame by way of a spring force, characterised in that the ends of a control rod are fixed to the second articulation lever and the first articulation lever in an articulated manner, the control rod being fixed to the first articulation lever at an articulation point (b) approximately 2/3 of the length above the articulation point (c) of said lever to the support frame, and the spring force being applied by way of two parallel helical springs.
A communication device that is provided in a movable body and is wirelessly communicable with a roadside unit and with another movable body via a predetermined channel, the communication device comprising: a transmission unit configured to transmit movable body information on the movable body to the predetermined channel; a reception unit configured to receive transceiver unit information that the roadside unit has transmitted to the predetermined channel; a synchronization unit configured to perform a synchronization of a reception timing when the transceiver unit information can be received; the communications device characterised by a registration unit configured to register a communication area of the roadside unit calculated based on a position at which the another movable body has received the transceiver unit information in a communication-area storage unit; and a stop control unit configured to stop transmission of the movable body information at a reception timing of the transceiver unit information, when a position of the movable body is within the registered communication area. a transmission unit configured to transmit movable body information on the movable body to the predetermined channel; a reception unit configured to receive transceiver unit information that the roadside unit has transmitted to the predetermined channel; a synchronization unit configured to perform a synchronization of a reception timing when the transceiver unit information can be received; the communications device characterised by a registration unit configured to register a communication area of the roadside unit calculated based on a position at which the another movable body has received the transceiver unit information in a communication-area storage unit; and a stop control unit configured to stop transmission of the movable body information at a reception timing of the transceiver unit information, when a position of the movable body is within the registered communication area.
A power supply circuit for controlling power supply to an integrated circuit device having a built-in IC chip, comprising: current value acquiring section for acquiring a value of a current flowing in the integrated circuit device; and voltage control section for changing a power supply voltage to be input to the integrated circuit device, in accordance with the acquired value of the current; characterized in that the voltage control section changes the power supply voltage in different forms depending on whether the acquired value of the current has increased or decreased with time; and when the acquired value of the current has decreased with time, the voltage control section changes the power supply voltage at a change rate slower than when the acquired value of the current has increased with time. current value acquiring section for acquiring a value of a current flowing in the integrated circuit device; and voltage control section for changing a power supply voltage to be input to the integrated circuit device, in accordance with the acquired value of the current; characterized in that the voltage control section changes the power supply voltage in different forms depending on whether the acquired value of the current has increased or decreased with time; and when the acquired value of the current has decreased with time, the voltage control section changes the power supply voltage at a change rate slower than when the acquired value of the current has increased with time.
Device for location determination of vehicles which are movable on a foundation with a radio link between the foundation and the vehicle moving on the foundation, wherein a number of RFID tags (8 to 13) in combination with permanent magnets are arranged at certain stationary location markings on the foundation and at least one RFID reader (14, 15) and at least one magnetic sensor, which are able to read out the recognition signals of the RFID tags (8 to 13) and the permanent magnets and to process them as a location determination, is assigned to each vehicle, characterised in that the vehicle is an autonomously and self-sufficiently moving transport robot (2, 3) which is movable in a branched rail network serving as the foundation and in that the RFID tags are designed to be passive and to improve the position accuracy, are linked to respectively one permanent magnet formed as magnetite and which is arranged in the RFID tag itself or at a preset distance from the RFID tag.
Electric two/three-wheeled vehicle with a wiring structure in which vehicle: pivot plates are provided in lower portions of a pair of left and right rear frames, respectively, the rear frames constituting a part of a body frame and extending rearwardly and upwardly; an electric motor is housed in a swing arm supported in a swingable manner to the pivot plates with a support shaft therebetween, the electric motor exerting power for driving a rear wheel pivotally supported to a rear portion of the swing arm; a high-voltage battery supplying an electric power to the electric motor is supported to the body frame and arranged forward of the support shaft; the high-voltage battery is connected via a high-voltage wiring to a power drive unit mounted on the swing arm so as to convert a direct current supplied from the high-voltage battery into an alternating current and then supply the alternating current to the electric motor, characterized in that the high-voltage wiring, which extends obliquely upwardly and forwardly toward one rear frame in a vehicle width direction out of the pair of left and right rear frames from an upper surface of the power drive unit, extends rearwardly and upwardly along an inner side of the one rear frame in the vehicle width direction and then further extends toward the high-voltage battery located forward thereof.
A process for the preparation of a compound of formula (A'): comprising at least the steps of: a) reacting a compound of formula (B") with nBuLi to obtain a compound of formula (C") b) reacting the compound of formula (C") with a compound (D') in the presence of NiCl 2 (PPh 3)IPr wherein IPr represents 1,3-bis(2,6-diisopropylphenyl)imidazolidin-2-ylidene to form compound (E"); and reducing compound (E") in the presence of TsOH. a) reacting a compound of formula (B") with nBuLi to obtain a compound of formula (C") b) reacting the compound of formula (C") with a compound (D') in the presence of NiCl 2 (PPh 3)IPr wherein IPr represents 1,3-bis(2,6-diisopropylphenyl)imidazolidin-2-ylidene to form compound (E"); and reducing compound (E") in the presence of TsOH.