mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor for determining at least one parameter of a fluid medium flowing through a measurement channel , in particular of an intake air mass flow of an internal combustion engine, wherein the sensor has a sensor housing , in particular a plug-in probe which is inserted or insertable into a flow pipe and in which the measurement channel is formed, and at least one sensor chip which is arranged in the measurement channel and which serves for determining the parameter of the fluid medium, wherein the sensor housing has multiple channel walls that delimit the measurement channel , wherein the sensor chip is arranged on a sensor carrier , wherein, at least in the region of the sensor carrier , at least one first channel wall of the multiple channel walls and a second channel wall of the multiple channel walls , which differs from the first channel wall , at least partially have magnetic properties, wherein the first channel wall and the second channel wall are at least partially produced from a magnetic material, characterized in that the first channel wall and the second channel wall are designed to generate a magnetic field perpendicular to a main flow direction of the fluid medium in the measurement channel and perpendicular to the plane of a sensor region of the sensor chip at least in the region of the sensor carrier , wherein the first channel wall and the second channel wall are produced at least partially from plastic and a ferromagnetic material, wherein the ferromagnetic material is embedded in the form of particles or in the form of an inlay part into the plastic.
A system for charging or maintaining a battery , comprising: - power conversion circuitry configured to provide output power for charging or maintaining the battery ; - electrical conductors coupled to the power conversion circuitry and configured to be coupled to the battery for charging or maintaining the battery ; and - control circuitry coupled to the power conversion circuitry and configured to monitor charging or maintaining of the battery , the system characterised by the control circuitry being further configured: - to start a timer in response to determining that a charging and maintaining current of the output power is above a current threshold ; - to reset the timer if the charging and maintaining current of the output power falls below the current threshold before a time threshold is reached; and - to determine that the battery is defective or failing if the charging and maintaining current of the output power is above the current threshold for a time that is greater than the time threshold. - power conversion circuitry configured to provide output power for charging or maintaining the battery ; - electrical conductors coupled to the power conversion circuitry and configured to be coupled to the battery for charging or maintaining the battery ; and - control circuitry coupled to the power conversion circuitry and configured to monitor charging or maintaining of the battery , - to start a timer in response to determining that a charging and maintaining current of the output power is above a current threshold ; - to reset the timer if the charging and maintaining current of the output power falls below the current threshold before a time threshold is reached; and - to determine that the battery is defective or failing if the charging and maintaining current of the output power is above the current threshold for a time that is greater than the time threshold.
Car access assembly comprising a car door , a handle mounted on the car door , the car access assembly also comprising an electronic sensing unit for the handle attached on the car door , the electronic sensing unit comprising: - a sensor attached on an external side of a part of the car door extending according to a reference plane , - a fixing mechanism for the sensor , the fixing mechanism comprising a first element and a second element configured to cooperate together; the first element being also configured to cooperate with the part of the car door and the sensor or with the handle ; the second element being also configured to cooperate with the handle or with the part of the car door and the sensor so that a constraint applied to the handle is transmitted to the sensor for detection of a command, wherein the handle comprises a guiding leg extending farther than the internal face of the part of the car door , the guiding leg being configured for guiding a signal transmitting device of the electronic sensing unit connected the sensor . - a sensor attached on an external side of a part of the car door extending according to a reference plane , - a fixing mechanism for the sensor , the fixing mechanism comprising a first element and a second element configured to cooperate together; the first element being also configured to cooperate with the part of the car door and the sensor or with the handle ; the second element being also configured to cooperate with the handle or with the part of the car door and the sensor so that a constraint applied to the handle is transmitted to the sensor for detection of a command, wherein the handle comprises a guiding leg extending farther than the internal face of the part of the car door , the guiding leg being configured for guiding a signal transmitting device of the electronic sensing unit connected the sensor .
A polypeptide comprising a stretch of at least 150 successive amino acids of cN-1A according to SEQ ID NO1 or a variant thereof, which polypeptide has the ability to bind specifically to an autoantibody to SEQ ID NO1 from an inclusion body myositis (IBM) patient, wherein the polypeptide or the variant comprises a mutation at Aspartate 211 and the Aspartate 211 is replaced by an amino acid residue other than glutamate, wherein the variant is at least 80% identical to the sequence according to SEQ ID NO1.
Method for producing blood meal comprising the subsequent steps of (i) providing an aqueous mixture comprising raw blood, preferably having a solid content of between 5 and 18 wt% and (ii) increasing the solid content of the mixture to obtain a mixture having a solid content of 20 wt% or higher, preferably between 20-80 wt% and (iii) concurrently drying and grinding the resultant mixture in an air turbulence mill, to obtain blood meal having an average particle size (d50) between 20 μm and 0.7 mm, a d90 of below 1 mm as measured with laser diffraction using a dry powder Beckman Coulter particle size analyzer, and an ileal digestibility as measured according to the method described by Boison in Animal Feed Science Technology, 51, pp.29-43 and in Livestock Science, 309 : pp.182-185 , of 85% or higher preferably of 87% or higher, and more preferably 90% or higher.
An apparatus for wireless communication, the apparatus comprising: means for receiving , from a base station, a multicast message or a broadcast message that uses a radio link control, RLC, format associated with an RLC acknowledged mode, RLC-AM; means for decoding the multicast message or the broadcast message to identify information associated with an RLC unacknowledged mode, RLC-UM, based at least in part on a capability of the apparatus; and means for operating in accordance with the RLC-UM based at least in part on decoding the multicast message or the broadcast message. means for receiving , from a base station, a multicast message or a broadcast message that uses a radio link control, RLC, format associated with an RLC acknowledged mode, RLC-AM; means for decoding the multicast message or the broadcast message to identify information associated with an RLC unacknowledged mode, RLC-UM, based at least in part on a capability of the apparatus; and means for operating in accordance with the RLC-UM based at least in part on decoding the multicast message or the broadcast message.
A method for operating a dynamic random access memory, DRAM, device in a personal computing device, PCD, the method comprising: providing a command decoder , a mode register block , and a multipurpose command, MPC, buffer in the DRAM in the DRAM device, all in communication with a decoder of the DRAM device; receiving information at the MPC buffer via a data, DQ, bus unique to the DRAM device, the information sent from outside the DRAM device; providing the received information from the MPC buffer to the decoder; determining with the decoder based on the received information whether to mask mode register writes, MRW, for the DRAM device; responsive to the determination, sending a mask signal from the decoder to the command decoder if the determination is to mask the MRW for the DRAM device; receiving a first MRW at the command decoder via a shared command access, CA, bus , the first MRW sent from outside the DRAM device; and responsive to the instruction from the decoder: if the instruction was to mask MRW, ignoring the first MRW at the command decoder, and if the instruction was to not mask MRW, forwarding the first MRW from the command decoder to the mode register block. providing a command decoder , a mode register block , and a multipurpose command, MPC, buffer in the DRAM in the DRAM device, all in communication with a decoder of the DRAM device; receiving information at the MPC buffer via a data, DQ, bus unique to the DRAM device, the information sent from outside the DRAM device; providing the received information from the MPC buffer to the decoder; determining with the decoder based on the received information whether to mask mode register writes, MRW, for the DRAM device; responsive to the determination, sending a mask signal from the decoder to the command decoder if the determination is to mask the MRW for the DRAM device; receiving a first MRW at the command decoder via a shared command access, CA, bus , the first MRW sent from outside the DRAM device; and responsive to the instruction from the decoder: if the instruction was to mask MRW, ignoring the first MRW at the command decoder, and if the instruction was to not mask MRW, forwarding the first MRW from the command decoder to the mode register block. if the instruction was to mask MRW, ignoring the first MRW at the command decoder, and if the instruction was to not mask MRW, forwarding the first MRW from the command decoder to the mode register block.
An abnormality detection method for detecting an abnormality in an abnormality detection apparatus in an on-board network system, the on-board network system including a plurality of electronic control units (100a - 100d) that transmit and receive messages via a network , wherein each of the plurality of electronic control units transmits messages periodically at fixed intervals, the abnormality detection method comprising: determining (S1305) a unit time; counting (S1602) the number of messages received from the network in a detection window, which has a time length corresponding to the determined unit time; generating (S1603), at the end of the detection window, feature information based on the number of messages received from the network in the detection window; and judging (S1604) whether there is an abnormality according to a result of an operation process performed using the feature information and a particular model indicating a criterion in terms of a message occurrence frequency; wherein the unit time is determined every predefined time period, wherein the counting (S1602) and the generating (S1603) are performed sequentially in every detection window with a length equal to the unit time determined most recently, and wherein in the judging (S1604), the operation process is performed on each piece of sequentially generated feature information. determining (S1305) a unit time; counting (S1602) the number of messages received from the network in a detection window, which has a time length corresponding to the determined unit time; generating (S1603), at the end of the detection window, feature information based on the number of messages received from the network in the detection window; and judging (S1604) whether there is an abnormality according to a result of an operation process performed using the feature information and a particular model indicating a criterion in terms of a message occurrence frequency; wherein the unit time is determined every predefined time period, wherein the counting (S1602) and the generating (S1603) are performed sequentially in every detection window with a length equal to the unit time determined most recently, and wherein in the judging (S1604), the operation process is performed on each piece of sequentially generated feature information.
A method, in a first node in a wireless communications network, for assisting uplink positioning measurements, the method comprises: obtaining multi-antenna configuration information or multi-antenna capability data, or both, for a second node in the wireless communications network, wherein the second node is one of a measuring node and a wireless device to be positioned, and wherein the multi-antenna capability data indicates a capability of dynamically activating or deactivating one or more antennas; and a multi-antenna configuration of the wireless device for one or more transmissions to be measured for positioning purposes, or adapting a multi-antenna configuration of the measuring node for one or more positioning measurements, or both, based on the obtained multi-antenna configuration information or multi-antenna capability data, or both, wherein adapting the multi-antenna configuration of the wireless device comprises selecting at least a multi-antenna technique for positioning purposes at the measuring node, and wherein the multi-antenna technique comprises at least an uplink multiple-input multiple-output, MIMO, technique. obtaining multi-antenna configuration information or multi-antenna capability data, or both, for a second node in the wireless communications network, wherein the second node is one of a measuring node and a wireless device to be positioned, and wherein the multi-antenna capability data indicates a capability of dynamically activating or deactivating one or more antennas; and a multi-antenna configuration of the wireless device for one or more transmissions to be measured for positioning purposes, or adapting a multi-antenna configuration of the measuring node for one or more positioning measurements, or both, based on the obtained multi-antenna configuration information or multi-antenna capability data, or both, wherein adapting the multi-antenna configuration of the wireless device comprises selecting at least a multi-antenna technique for positioning purposes at the measuring node, and wherein the multi-antenna technique comprises at least an uplink multiple-input multiple-output, MIMO, technique.
A method of processing a waste plastic feedstock, the method comprising: pyrolyzing a supply of the waste plastic feedstock within a primary pyrolysis reactor to generate a primary hydrocarbon gas stream and a primary solids residue stream ; condensing out a tars product from the primary hydrocarbon gas stream output from the primary pyrolysis reactor with a primary quenching apparatus ; discharging a primary altered hydrocarbon gas stream from the primary quenching apparatus ; pyrolyzing the tars product within a secondary pyrolysis reactor to generate a secondary hydrocarbon gas stream and a secondary solids residue stream ; condensing out a supplemental hydrocarbon product from the secondary hydrocarbon gas stream output from the secondary pyrolysis reactor with a secondary quenching apparatus ; discharging a supplemental altered hydrocarbon gas stream from the secondary quenching apparatus ; combining the supplemental altered hydrocarbon gas stream from the secondary quenching apparatus with the primary altered hydrocarbon gas stream from the primary quenching apparatus to form a combined altered hydrocarbon gas stream; and condensing out a hydrocarbon oil product from the combined altered hydrocarbon gas stream with one or more condensers . pyrolyzing a supply of the waste plastic feedstock within a primary pyrolysis reactor to generate a primary hydrocarbon gas stream and a primary solids residue stream ; condensing out a tars product from the primary hydrocarbon gas stream output from the primary pyrolysis reactor with a primary quenching apparatus ; discharging a primary altered hydrocarbon gas stream from the primary quenching apparatus ; pyrolyzing the tars product within a secondary pyrolysis reactor to generate a secondary hydrocarbon gas stream and a secondary solids residue stream ; condensing out a supplemental hydrocarbon product from the secondary hydrocarbon gas stream output from the secondary pyrolysis reactor with a secondary quenching apparatus ; discharging a supplemental altered hydrocarbon gas stream from the secondary quenching apparatus ; combining the supplemental altered hydrocarbon gas stream from the secondary quenching apparatus with the primary altered hydrocarbon gas stream from the primary quenching apparatus to form a combined altered hydrocarbon gas stream; and condensing out a hydrocarbon oil product from the combined altered hydrocarbon gas stream with one or more condensers .
A remote terahertz communication system, comprises a terahertz transmitting device and a terahertz receiving device , wherein the terahertz transmitting device comprises a terahertz transmitter , a first high gain directional antenna , a first laser transmitting module , a first laser receiving module , a first optical path adjusting module and a first control module ; the terahertz receiving device comprises a terahertz receiver , a second high gain directional antenna , a second laser transmitting module , a second laser receiving module , a second optical path adjusting module and a second control module ; wherein the first control module is respectively connected with the first laser receiving module and the first optical path adjusting module , and the second control module is respectively connected with the second laser receiving module and the second optical path adjusting module ; wherein the terahertz transmitter is configured to transmit a first modulated terahertz signal, the first laser transmitting module is configured to transmit a first colored laser signal, the first optical path adjusting module is configured to combine the first terahertz signal and the first colored laser signal into a beam of signal light and to transmit the signal light to the terahertz receiving device through the first high gain directional antenna ; wherein the second high gain directional antenna is configured to receive the signal light, the second optical path adjusting module is configured to divide the signal light into the first terahertz signal and the first colored laser signal, the terahertz receiver is configured to receive and demodulate the first terahertz signal, the second laser receiving module is configured to receive the first colored laser signal, the second control module is configured to control the second optical path adjusting module to adjust the signal receiving direction of the second high gain directional antenna according to the signal strength of the first colored laser signal; wherein second laser transmitting module is configured to transmit a second colored laser signal and to transmit the second colored laser signal to the second high gain directional antenna through the second optical path adjusting module , the second high gain directional antenna being configured to transmit the second colored laser signal to the terahertz transmitting device ; wherein the first high gain directional antenna is configured to receive the second colored laser signal and to transmit the received signal to the first laser receiving module through the first optical path adjusting module , and the first control module is configured to control the first optical path adjusting module to adjust the signal transmitting direction of the first high gain directional antenna according to the signal strength of the second colored laser signal.
A composition comprising the following: A) greater than 35 wt%, based on the weight of the composition of an ethylene/a-olefin/diene interpolymer; B) a functionalized ethylene-based polymer selected from the group consisting of the following: a) an anhydride grafted ethylene/a-olefin interpolymer; and b) an ester functionalized ethylene-based polymer selected from the group consisting of ethylene acrylate copolymers, ethylene/butyl acrylate/carbon monoxide, ethylene/butyl acrylate/glycidyl methacrylate, ethylene butylacrylate, ethylene glycidyl methacrylate or ethylene methacrylic acid, wherein the functionalized ethylene-based polymer of component B has a melt index from 0.5 to 50 g/10 min; C) a crosslinking agent; and wherein the weight ratio of component A to component B is from 98:2 to 60:40. A) greater than 35 wt%, based on the weight of the composition of an ethylene/a-olefin/diene interpolymer; B) a functionalized ethylene-based polymer selected from the group consisting of the following: a) an anhydride grafted ethylene/a-olefin interpolymer; and b) an ester functionalized ethylene-based polymer selected from the group consisting of ethylene acrylate copolymers, ethylene/butyl acrylate/carbon monoxide, ethylene/butyl acrylate/glycidyl methacrylate, ethylene butylacrylate, ethylene glycidyl methacrylate or ethylene methacrylic acid, wherein the functionalized ethylene-based polymer of component B has a melt index from 0.5 to 50 g/10 min; a) an anhydride grafted ethylene/a-olefin interpolymer; and b) an ester functionalized ethylene-based polymer selected from the group consisting of ethylene acrylate copolymers, ethylene/butyl acrylate/carbon monoxide, ethylene/butyl acrylate/glycidyl methacrylate, ethylene butylacrylate, ethylene glycidyl methacrylate or ethylene methacrylic acid, wherein the functionalized ethylene-based polymer of component B has a melt index from 0.5 to 50 g/10 min; C) a crosslinking agent; and wherein the weight ratio of component A to component B is from 98:2 to 60:40.
A joint with two degrees of freedom for use in exoskeletons and rehabilitation devices for connection of a first and a second relatively moving parts of the exoskeleton, the joint comprises at least a first and a second rail in shape of circular arcs, which are located in two planes parallel to each other, wherein the centers of circles of the circular arcs differ, and further a movably arranged slider on each rail , characterized in that either the rails are firmly interconnected and sliders are each suitable for connection to another relatively moving part of the exoskeleton, or the sliders are firmly interconnected and the rails are each suitable for connection to another relatively moving part of the exoskeleton.
A fluidic die , comprising: at least one cross-die recirculation channel formed into the die , the cross-die recirculation channel including a first-sized inlet port and a first-sized outlet port formed on a first side of the die ; at least one chamber recirculation channel formed into the die , the chamber recirculation channel including a second-sized inlet port and a second-sized outlet port and wherein the second-sized inlet port and the second-sized outlet port are fluidically coupled to a portion of the cross-die recirculation channel ; and at least one pump formed within the chamber recirculation channel . at least one cross-die recirculation channel formed into the die , the cross-die recirculation channel including a first-sized inlet port and a first-sized outlet port formed on a first side of the die ; at least one chamber recirculation channel formed into the die , the chamber recirculation channel including a second-sized inlet port and a second-sized outlet port and wherein the second-sized inlet port and the second-sized outlet port are fluidically coupled to a portion of the cross-die recirculation channel ; and at least one pump formed within the chamber recirculation channel .