mhurhangee/ep-ind-claims huggingface dataset:
A system for regenerating a particulate matter sensor, the system comprising: a particulate matter sensor comprising a sensing element and a heating element; a sensing module configured to detect a soot loading on the sensing element of the particulate matter sensor and generate a regeneration request indicating a desired regeneration temperature; a heating module configured to receive the regeneration request and send a heating command signal to the heating element of the particulate matter sensor based on the regeneration request; an electrical resistance module configured to detect an electrical resistance of the heating element during heating of the sensing element of the particulate matter sensor by the heating element and determine an actual temperature of the heating element based on the electrical resistance; a temperature feedback module configured to modify the heating command signal according to a difference between the desired regeneration temperature and the actual temperature of the heating element during heating of the sensing element of the particulate matter sensor by the heating element; the system being characterised in that it comprises a signal adjustment module configured to convert the heating command signal to an adjusted heating command signal, wherein a response voltage in the heating element has a steady-state portion, and wherein a net power delivered to the heating element remains unchanged when the heating command signal is converted to the adjusted heating command signal. a particulate matter sensor comprising a sensing element and a heating element; a sensing module configured to detect a soot loading on the sensing element of the particulate matter sensor and generate a regeneration request indicating a desired regeneration temperature; a heating module configured to receive the regeneration request and send a heating command signal to the heating element of the particulate matter sensor based on the regeneration request; an electrical resistance module configured to detect an electrical resistance of the heating element during heating of the sensing element of the particulate matter sensor by the heating element and determine an actual temperature of the heating element based on the electrical resistance; a temperature feedback module configured to modify the heating command signal according to a difference between the desired regeneration temperature and the actual temperature of the heating element during heating of the sensing element of the particulate matter sensor by the heating element; the system being characterised in that it comprises a signal adjustment module configured to convert the heating command signal to an adjusted heating command signal, wherein a response voltage in the heating element has a steady-state portion, and wherein a net power delivered to the heating element remains unchanged when the heating command signal is converted to the adjusted heating command signal.
An apparatus comprising a base, a seat, a torso rest, and two leg supports (210r, 2101) for the right and left legs, respectively, of a patient placed on the apparatus facing the torso rest, the seat, torso rest, and leg supports (210r, 2101) being connected to the base by a seat mechanism, torso mechanism and leg mechanisms, respectively, wherein the seat mechanism, torso mechanism and leg mechanisms being movable in a simultaneous and / or coordinated manner to transfer the patient between a seated position facing the torso rest and a prone position.
An RNAi agent for use in a method of treating a subject having or at risk of having a disease characterized or caused by a gain of function mutant protein, the method comprising administering to the subject an effective amount of the RNAi agent targeting an allelic polymorphism within a gene encoding a mutant protein such that sequence-specific interference of a gene occurs resulting in an effective treatment of the disease, wherein the RNAi agent targets a polymorphic region which is distinct from the expanded CAG region mutation in the gene encoding the mutant protein, wherein the disease is Huntington's disease and the mutant protein is huntingtin protein.
A carton containing, a predetermined number of packages, each package containing a predetermined number of decks of playing cards which are shuffled and individually packaged as a set, a shuffled card ID attached to the package of the shuffled playing cards, wherein the shuffled card ID is a unique package ID generated for each set of shuffled playing cards and a carton ID attached to the carton, wherein the carton ID is a unique carton ID assigned to the carton and capable of being registered in a database by being associated with each of the shuffled card IDs of the set of shuffled playing card contained in the carton, such that, if any defect is found in a set of shuffled playing cards, it is possible to discard all the shuffled playing card sets in the carton in which the defective set of shuffled playing cards being contained.
A method for managing network traffic on a portable communication device comprising a processor, a memory, and a plurality of network interfaces configured to connect to a plurality of networks, the method comprising: intercepting, by a traffic manager running on the processor, network data to and from an application running on the processor; determining by the traffic manager that the network data comprises an idempotent request from the application to a server; transmitting, by the traffic manager, the idempotent request to the server via the plurality of networks, wherein the same idempotent request, as received from the application, is transmitted to the server via the plurality of networks; receiving, by the traffic manager, a response to the idempotent request from the server via a first network on the plurality of networks; and selecting, by the traffic manager, the first network of the plurality of networks to use for receiving and transmitting additional network data associated to the idempotent request from and to the application. intercepting, by a traffic manager running on the processor, network data to and from an application running on the processor; determining by the traffic manager that the network data comprises an idempotent request from the application to a server; transmitting, by the traffic manager, the idempotent request to the server via the plurality of networks, wherein the same idempotent request, as received from the application, is transmitted to the server via the plurality of networks; receiving, by the traffic manager, a response to the idempotent request from the server via a first network on the plurality of networks; and selecting, by the traffic manager, the first network of the plurality of networks to use for receiving and transmitting additional network data associated to the idempotent request from and to the application.
A computer-implemented method to manage virtual machine communication traffic in a cloud computing platform having multiple virtual machines, the method comprising: maintaining an average communication rate for the virtual machines in the cloud computing platform, wherein the average communication rate is an average sending rate, ASR, that is evaluated for the virtual machines by the cloud computing platform, wherein ASR = α * previous _ ASR + (1- α) * current_SR, " α " is set by the cloud computing platform, the "previous_ASR" is the ASR previously evaluated for the virtual machines, and "current_SR" is the current sending rate detected by the cloud computing platform for the virtual machines; computing a drop probability, DP, for the virtual machines by the cloud computing platform as a function of the average communication rate and a desired communication rate for the virtual machines, wherein the desired communication rate is a desired sending rate, DSR, that is set in a service level agreement for the virtual machine, wherein DP = β * ASR − DSR ASR, " β " is set by the cloud computing platform; and randomly dropping a communication message for the virtual machines when a drop probability for the virtual machines is greater than a nonce generated by the cloud computing platform. maintaining an average communication rate for the virtual machines in the cloud computing platform, wherein the average communication rate is an average sending rate, ASR, that is evaluated for the virtual machines by the cloud computing platform, wherein ASR = α * previous _ ASR + (1- α) * current_SR, " α " is set by the cloud computing platform, the "previous_ASR" is the ASR previously evaluated for the virtual machines, and "current_SR" is the current sending rate detected by the cloud computing platform for the virtual machines; computing a drop probability, DP, for the virtual machines by the cloud computing platform as a function of the average communication rate and a desired communication rate for the virtual machines, wherein the desired communication rate is a desired sending rate, DSR, that is set in a service level agreement for the virtual machine, wherein DP = β * ASR − DSR ASR, " β " is set by the cloud computing platform; and randomly dropping a communication message for the virtual machines when a drop probability for the virtual machines is greater than a nonce generated by the cloud computing platform.
An integrated cellular transceiver for use in a small cell base station of a cellular wireless telecommunications network, the transceiver comprising: a transmit path for transmitting a transmit signal; a power amplifier configured to amplify the transmit signal; a digital pre-distortion, DPD, module for improving the linearity of the transmit path or the power amplifier, the DPD module being configured to provide an input to the transmit path; and a first observation receive path for observing an output of the power amplifier and for providing a first feedback signal to the DPD module, wherein: the DPD module is configured to apply companding to an input signal received at the DPD module, the DPD module comprising a look-up table, LUT, for performing computations of one or more functions on the companded input signal, wherein companding reduces a number of bits used for addressing the LUT, the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die. a transmit path for transmitting a transmit signal; a power amplifier configured to amplify the transmit signal; a digital pre-distortion, DPD, module for improving the linearity of the transmit path or the power amplifier, the DPD module being configured to provide an input to the transmit path; and a first observation receive path for observing an output of the power amplifier and for providing a first feedback signal to the DPD module, wherein: the DPD module is configured to apply companding to an input signal received at the DPD module, the DPD module comprising a look-up table, LUT, for performing computations of one or more functions on the companded input signal, wherein companding reduces a number of bits used for addressing the LUT, the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die. the DPD module is configured to apply companding to an input signal received at the DPD module, the DPD module comprising a look-up table, LUT, for performing computations of one or more functions on the companded input signal, wherein companding reduces a number of bits used for addressing the LUT, the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die. the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die.
A base station apparatus transmitting downlink signal of a wireless communication system according to a downlink channel configuration where a broadcast channel, a paging channel, and a downlink shared channel are included as a transport channel, and a physical downlink shared channel is included as a physical channel, the base station apparatus characterized by comprising: means configured to map the downlink shared channel and the paging channel to the physical downlink shared channel, to map the broadcast channel to a physical broadcast channel, and to map a paging indicator to a L1/L2 control channel, the paging indicator indicating a radio resource where the paging channel is transmitted, a transmission unit configured to transmit a signal according to the downlink channel configuration in which the physical downlink shared channel is shared by a plurality of users without using a dedicated channel separately allocated to each of the users, wherein the transmission unit is configured to further transmit the physical broadcast channel according to the downlink channel configuration, as an independent radio resource, and the L1/L2 control channel to which the paging indicator is mapped. means configured to map the downlink shared channel and the paging channel to the physical downlink shared channel, to map the broadcast channel to a physical broadcast channel, and to map a paging indicator to a L1/L2 control channel, the paging indicator indicating a radio resource where the paging channel is transmitted, a transmission unit configured to transmit a signal according to the downlink channel configuration in which the physical downlink shared channel is shared by a plurality of users without using a dedicated channel separately allocated to each of the users, wherein the transmission unit is configured to further transmit the physical broadcast channel according to the downlink channel configuration, as an independent radio resource, and the L1/L2 control channel to which the paging indicator is mapped.
A process comprising a method of making a compound of formula III wherein X2 is 4-nitrophenyloxy; R1 and R2 are substituents independently selected from the group consisting of hydrogen, an aromatic group and an aliphatic group, or taken together-N R2 can form a 4-11 membered aromatic or aliphatic ring; said method comprising reacting a compound of formula I with an amine of formula II [HN R2] in the presence of an inorganic or organic auxiliary acid to form a compound of formula III, wherein X1 is chlorine and further comprising the step of preparing said compound of formula I comprising reacting a compound of formula I' in which X and X' are chlorine with p-nitro phenol, or the deprotonated form thereof, in the presence of a suitable inorganic or organic auxiliary base, to form said compound of formula I, wherein, as said auxiliary base, diisopropylethylamine, potassium tert.-butylate or sodium hydroxide is present and the preparation reaction of the compound III is conducted without any Lewis acidic metal cation. X2 is 4-nitrophenyloxy; R1 and R2 are substituents independently selected from the group consisting of hydrogen, an aromatic group and an aliphatic group, or taken together-N R2 can form a 4-11 membered aromatic or aliphatic ring;
Method for assembling a metal part on a metal tube obtained by deformation of a metal sheet and welding of the joining edges of said sheet along a single weld bead extending longitudinally to said tube, the method being characterized by the following steps: - a step of positioning the metal part on said tube such that at least a part (242, 243) of said metal part overlaps said tube in a continuous contact zone secant to said single weld bead of the tube, and - a step of welding the metal part to said tube along said continuous contact zone, - a step of cutting out said part of the metal part intended to overlap said weld bead of the tube during the positioning and welding steps. - a step of positioning the metal part on said tube such that at least a part (242, 243) of said metal part overlaps said tube in a continuous contact zone secant to said single weld bead of the tube, and - a step of welding the metal part to said tube along said continuous contact zone, - a step of cutting out said part of the metal part intended to overlap said weld bead of the tube during the positioning and welding steps.
Locking device for an electric charging device of a motor vehicle, in particular an electric or hybrid motor vehicle, having a movable locking element which is provided to releasably lock a charging plug in a charging socket of the electric charging device and which can be adjusted at least into the "unlocked" and "locked" positions, and having a motor drive (8 to 11; 14, 15) which is provided for adjusting the locking element, it being possible to adjust the locking element into a third "self-locked" position which is beyond the "locked" position, which can be approached with the aid of the drive (8 to 11; 14, 15), and in which an unlocking without the drive (8 to 11; 14, 15) is impossible, and, in the "self-locked" position of the locking element, a force acting thereupon being deflected in the unlocking direction without torque in relation to the drive (8 to 11; 14, 15), characterized in that the locking element has a fork mount for a pin of the drive (8 to 11; 14, 15), which pin engages in said mount, the fork mount being equipped with a chamfer for the pin of the drive (8 to 11; 14, 15), which pin rests on said chamfer in the "self-locked" position. it being possible to adjust the locking element into a third "self-locked" position which is beyond the "locked" position, which can be approached with the aid of the drive (8 to 11; 14, 15), and in which an unlocking without the drive (8 to 11; 14, 15) is impossible, and, in the "self-locked" position of the locking element, a force acting thereupon being deflected in the unlocking direction without torque in relation to the drive (8 to 11; 14, 15), characterized in that the locking element has a fork mount for a pin of the drive (8 to 11; 14, 15), which pin engages in said mount, the fork mount being equipped with a chamfer for the pin of the drive (8 to 11; 14, 15), which pin rests on said chamfer in the "self-locked" position.
A method by a user equipment, UE, for redefining a time alignment timer of a wireless communication network, the method comprising: determining that a Radio Resource Control, RRC, connection from the UE to a network node is operating in Connected Discontinuous Reception, CDRX, mode; transmitting, to the network node, in response to the determining that the RRC connection is operating in CDRX mode, an initial message comprising a Protocol Feature Type, PFT, and a User Equipment Type and Software Version Number, UE-TSVN; and receiving, from the network node, in response to the initial message, a handshake message comprising the PFT, a downlink Protocol Message Type, PMT, indicating a Time Alignment Timer Definition, TATDEF, message type, and a Protocol Message Body, PMB, associated with the TATDEF message type that comprises one or more values for redefining a time alignment timer. determining that a Radio Resource Control, RRC, connection from the UE to a network node is operating in Connected Discontinuous Reception, CDRX, mode; transmitting, to the network node, in response to the determining that the RRC connection is operating in CDRX mode, an initial message comprising a Protocol Feature Type, PFT, and a User Equipment Type and Software Version Number, UE-TSVN; and receiving, from the network node, in response to the initial message, a handshake message comprising the PFT, a downlink Protocol Message Type, PMT, indicating a Time Alignment Timer Definition, TATDEF, message type, and a Protocol Message Body, PMB, associated with the TATDEF message type that comprises one or more values for redefining a time alignment timer.
Method for applying an aqueous treatment solution to the surface of a steel strip movingat a predetermined strip speed in a strip running direction, with the following steps: - drying of the moving steel strip with a stream of gas, - application of the aqueous solution to at least one surface of the steel strip with a rotary sprayer with a plurality of spraying rotors which are arranged next to one another transversely to the strip running direction and to which the aqueous treatment solution is fed and which are set in rotation by a drive in order to spray the treatment solution through centrifugal force in the form of a spray jet onto the surface of the steel strip and there form a wet film of the aqueous treatment solution, - eveningout of the applied wet film of the aqueous treatment solution by means of driven smoothing rollers (5; 5a, 5b), - drying of the applied wet film of the aqueous treatment solution. - drying of the moving steel strip with a stream of gas, - application of the aqueous solution to at least one surface of the steel strip with a rotary sprayer with a plurality of spraying rotors which are arranged next to one another transversely to the strip running direction and to which the aqueous treatment solution is fed and which are set in rotation by a drive in order to spray the treatment solution through centrifugal force in the form of a spray jet onto the surface of the steel strip and there form a wet film of the aqueous treatment solution, - eveningout of the applied wet film of the aqueous treatment solution by means of driven smoothing rollers (5; 5a, 5b), - drying of the applied wet film of the aqueous treatment solution.
Sleeping compartment with a sleeping region and an electrically conductive curtain which can be arranged around the sleeping region, characterised in that a rail system is provided by means of which the conductive curtain is mounted in a displaceable manner, wherein - the rail system has at least one rail, - the rail system has a multiplicity of connecting elements, - the connecting elements being connected to the conductive curtain and being mounted in the at least one rail in a displaceable manner and the rail system is configured such that the conductive curtain is connected to the at least one rail in an electrically conducting manner, preferably that the conductive curtain is earthed via the rail. - the rail system has at least one rail, - the rail system has a multiplicity of connecting elements, - the connecting elements being connected to the conductive curtain and being mounted in the at least one rail in a displaceable manner and