mhurhangee/patent-ind-claim-en huggingface dataset:
A device for the storage and transport of biological material including at least one organ, the device comprising: a container designed to contain the organ; an isothermal container configured to house in use the container designed to contain the organ; and a bag system comprising: - a first bag (S1) designed to contain the organ to be housed in the container and a storage liquid for storing the organ; and - a second bag (S2) designed to contain the first bag (S1), containing the at least one organ and the storage liquid, and a vibration dampening liquid to reduce the transmission of the vibrations on the organ during transport of the organ, wherein the first and the second bags (S1, S2) are housed in the container , wherein the bag system further comprises a third bag (S3) designed to contain the container to ensure the sterility thereof during transport, and wherein the device further comprises a pocket designed to house a temperature sensor designed to detect indicative quantities of parameters relating to the condition of the organ in the container , the pocket being inside the or integrated into the first bag (S1) or being inside the second bag ( S2 ). a container designed to contain the organ; an isothermal container configured to house in use the container designed to contain the organ; and a bag system comprising: - a first bag (S1) designed to contain the organ to be housed in the container and a storage liquid for storing the organ; and - a second bag (S2) designed to contain the first bag (S1), containing the at least one organ and the storage liquid, and a vibration dampening liquid to reduce the transmission of the vibrations on the organ during transport of the organ, wherein the first and the second bags (S1, S2) are housed in the container , wherein the bag system further comprises a third bag (S3) designed to contain the container to ensure the sterility thereof during transport, and wherein the device further comprises a pocket designed to house a temperature sensor designed to detect indicative quantities of parameters relating to the condition of the organ in the container , the pocket being inside the or integrated into the first bag (S1) or being inside the second bag ( S2 ). - a first bag (S1) designed to contain the organ to be housed in the container and a storage liquid for storing the organ; and - a second bag (S2) designed to contain the first bag (S1), containing the at least one organ and the storage liquid, and a vibration dampening liquid to reduce the transmission of the vibrations on the organ during transport of the organ, wherein the first and the second bags (S1, S2) are housed in the container , wherein the bag system further comprises a third bag (S3) designed to contain the container to ensure the sterility thereof during transport, and wherein the device further comprises a pocket designed to house a temperature sensor designed to detect indicative quantities of parameters relating to the condition of the organ in the container , the pocket being inside the or integrated into the first bag (S1) or being inside the second bag ( S2 ).
Internal combustion engine, preferably a two-stroke engine , in particular for a propulsion system, comprising: - at least two cylinders , each comprising a combustion chamber having an inlet for a fuel and an outlet for an exhaust gas with an outlet valve , - wherein the engine comprises at least one separation device downstream of the combustion chambers - wherein a first component exhaust line and a second component exhaust line are connected to the at least one separation device , - wherein the at least one separation device is configured to separate the exhaust gas from each combustion chamber into a first gas stream for the first component exhaust line and a second gas stream for the second component exhaust line , and - wherein a device for reducing particulate matter is arranged in the first component exhaust line downstream of the separation device - the second component exhaust line and the first component exhaust lines are separate from each other at least until the device for reducing particulate matter , characterized in that, the separation device is configured to separate the exhaust gas from the combustion chamber into a first gas stream discharged during a first phase of a combustion cycle, preferably for the first component exhaust line , and a subsequent second gas stream discharged during a second phase of the combustion cycle, preferably for the second component exhaust line , wherein the temperature of the second gas stream is lower than the temperature of the first gas stream. - at least two cylinders , each comprising a combustion chamber having an inlet for a fuel and an outlet for an exhaust gas with an outlet valve , - wherein the engine comprises at least one separation device downstream of the combustion chambers - wherein a first component exhaust line and a second component exhaust line are connected to the at least one separation device , - wherein the at least one separation device is configured to separate the exhaust gas from each combustion chamber into a first gas stream for the first component exhaust line and a second gas stream for the second component exhaust line , and - wherein a device for reducing particulate matter is arranged in the first component exhaust line downstream of the separation device - the second component exhaust line and the first component exhaust lines are separate from each other at least until the device for reducing particulate matter ,
A puller device for pulling off an overvoltage protection magazine attached at an electrical terminal block , comprising: - a base section having a projection configured to engage behind the attached overvoltage protection magazine , - two puller modules attached to opposite sides of the base section , - wherein the puller modules are arranged to cooperate with a respective stop surface provided by the terminal block during a pulling off operation in such a way that by an actuation of the respective puller module exerts a force through the projection on the attached overvoltage protection magazine so that the overvoltage protection magazine is pulled off the terminal block . - a base section having a projection configured to engage behind the attached overvoltage protection magazine , - two puller modules attached to opposite sides of the base section , - wherein the puller modules are arranged to cooperate with a respective stop surface provided by the terminal block during a pulling off operation in such a way that by an actuation of the respective puller module exerts a force through the projection on the attached overvoltage protection magazine so that the overvoltage protection magazine is pulled off the terminal block .
A power supply device for converting an input voltage (U E ) into an output voltage (U A ), comprising at least one switching stage controlled by a pulse-width modulation circuit in a clocked manner, wherein a control circuit is provided, which influences the pulse-width modulation circuit so as to change the level of the output voltage (U A ), and wherein a current limiting circuit is provided which, after a threshold has been exceeded, limits an output current (I A ) of the power supply device first to an elevated maximum current (I' max ) for a period of time and thereafter to a regular maximum current (I max ), wherein the current limiting circuit comprises a first comparison stage , which compares a voltage that is proportional to the output current (I A ) with a first reference value, wherein the first reference value corresponds to the level of the present maximum current, characterized in that the control circuit is configured such that the period of time, for which the output current (I A ) is limited to the elevated maximum current (I' max ), is longer, the smaller the difference is between the output current (I A ) and the threshold value during the period of time and that there is an integrator circuit , via which the voltage that is proportional to the output current (I A ) is supplied filtered to a second comparison stage , which compares the filtered voltage with a second reference value that corresponds to the regular maximum current (I' max ), wherein an output of the second comparison stage is coupled to the first comparison stage in such a way that it influences the level of the first reference value.
A nonlinear element device comprising: a substrate, and an electrode pattern arranged on the substrate, wherein the electrode pattern is formed by a single step evaporation of a granular superconductive material as a single layer, the electrode pattern having a uniform width of at least 50 nm to 300 nm, wherein the electrode pattern comprises a nonlinear element in terms of a discontinuity where the electrodes are laterally displaced from one another so as to have a contact area therebetween of 150 nm 2 to 1000 nm 2 , and where at least 80% of the cross sections of the electrodes at the discontinuity are not in contact with one another, and wherein the length of the nonlinear element is about 10 nm or more. a substrate, and an electrode pattern arranged on the substrate, wherein the electrode pattern is formed by a single step evaporation of a granular superconductive material as a single layer, the electrode pattern having a uniform width of at least 50 nm to 300 nm, wherein the electrode pattern comprises a nonlinear element in terms of a discontinuity where the electrodes are laterally displaced from one another so as to have a contact area therebetween of 150 nm 2 to 1000 nm 2 , and where at least 80% of the cross sections of the electrodes at the discontinuity are not in contact with one another, and wherein the length of the nonlinear element is about 10 nm or more.
A system comprising a processing device having a space and/or a line for receiving a gas; and a recirculation device through which the gas can be removed from the processing device and can be returned into the processing device , wherein the recirculation device comprises a recirculation pump, characterized in that the recirculation pump is a side channel pump . a processing device having a space and/or a line for receiving a gas; and a recirculation device through which the gas can be removed from the processing device and can be returned into the processing device , wherein the recirculation device comprises a recirculation pump, characterized in that the recirculation pump is a side channel pump .
A data access method, wherein the method is applied to a distributed storage system , the distributed storage system comprises m storage nodes , the m storage nodes comprise a first storage node , each storage node comprises at least one memory , each memory comprises a non-volatile storage medium, and m is an integer greater than 1; and the method comprises: receiving, by the first storage node , a first data read request from a terminal, wherein the first data read request carries first location information, and the first location information is used to describe a location of first data in a data body to which the first data belongs; and if the first storage node determines, based on the first location information, that a memory in which the first data is located is a first memory, and the first memory belongs to the first storage node, when a state information set currently records that the first memory is in a trusted access state, reading, by the first storage node, the first data directly from the first memory, and when a state information set currently records that the first memory is in an untrusted access state, collecting other strips of a stripe to which the first data belongs, and obtaining the first data by using the other strips, which comprise one or more parity strips, and performing a correctness check, and sending a first data read response used for responding to the first data read request to the terminal, wherein the first data read response carries the read or obtained first data. receiving, by the first storage node , a first data read request from a terminal, wherein the first data read request carries first location information, and the first location information is used to describe a location of first data in a data body to which the first data belongs; and if the first storage node determines, based on the first location information, that a memory in which the first data is located is a first memory, and the first memory belongs to the first storage node, when a state information set currently records that the first memory is in a trusted access state, reading, by the first storage node, the first data directly from the first memory, and when a state information set currently records that the first memory is in an untrusted access state, collecting other strips of a stripe to which the first data belongs, and obtaining the first data by using the other strips, which comprise one or more parity strips, and performing a correctness check, and sending a first data read response used for responding to the first data read request to the terminal, wherein the first data read response carries the read or obtained first data.
A vacuum cleaner having a filter for removing dirt and dust from an airflow through the cleaner, wherein a device is provided for vibrating the filter , characterised in that the device is arranged to successively vibrate the filter at a plurality of different frequencies.
A process for preparing a salt of a sulfurized alkylhydroxyaromatic compound containing less than 2% by combined mass of the unsulfurized alkylhydroxyaromatic compound and its unsulfurized metal salt, the process comprising the steps of: (a) sulfurizing an alkylhydroxyaromatic compound derived from alkylation of a hydroxyaromatic compound with one or more olefins comprising C 9 to C 18 oligomers of monomers selected from propylene, butylene or mixtures thereof to provide a sulfurized alkylhydroxyaromatic reaction product; (b) removing any unsulfurized alkylhydroxyaromatic compound from the sulfurized alkylhydroxyaromatic reaction product of step (a) to provide a sulfurized alkylhydroxyaromatic compound substantially free of the unsulfurized alkylhydroxyaromatic compound, wherein the step of removing the unsulfurized alkylhydroxyaromatic compound comprises distilling the sulfurized alkylhydroxyaromatic reaction product of step (a), and wherein the distilling is carried out by continuous falling film distillation or wiped film evaporation, and wherein the term "substantially free" means that the level of the unsulfurized alkylhydroxyaromatic compound which remains after step (b) is less than 2 wt. % ; and (c) neutralizing the sulfurized alkylhydroxyaromatic compound of step (b) to provide a salt of the sulfurized alkylhydroxyaromatic compound. (a) sulfurizing an alkylhydroxyaromatic compound derived from alkylation of a hydroxyaromatic compound with one or more olefins comprising C 9 to C 18 oligomers of monomers selected from propylene, butylene or mixtures thereof to provide a sulfurized alkylhydroxyaromatic reaction product; (b) removing any unsulfurized alkylhydroxyaromatic compound from the sulfurized alkylhydroxyaromatic reaction product of step (a) to provide a sulfurized alkylhydroxyaromatic compound substantially free of the unsulfurized alkylhydroxyaromatic compound, wherein the step of removing the unsulfurized alkylhydroxyaromatic compound comprises distilling the sulfurized alkylhydroxyaromatic reaction product of step (a), and wherein the distilling is carried out by continuous falling film distillation or wiped film evaporation, and wherein the term "substantially free" means that the level of the unsulfurized alkylhydroxyaromatic compound which remains after step (b) is less than 2 wt. % ; and (c) neutralizing the sulfurized alkylhydroxyaromatic compound of step (b) to provide a salt of the sulfurized alkylhydroxyaromatic compound.
A method applied to one or more components of a drive shaft of an aircraft , the method comprising: obtaining data based on samples of a vibration signal from at least one sensor configured to measure vibration; processing, by at least one processor , the data including converting the vibration signal into a frequency domain signal, extracting a shaft order based feature from the frequency domain signal, and comparing the shaft order based feature extracted from the frequency domain signal with a threshold established from a healthy drive shaft to obtain a qualitative and quantitative assessment of a health of the one or more components of the drive shaft of the aircraft with detection of a condition indicator based on an application of the data to at least one physics-based model, wherein processing the data further comprises sampling, time-stamping and segmenting the vibration signals into a plurality of segments representative of a revolution of the drive shaft based on a nominal speed of the drive shaft as part of processing the data , resampling the vibration signal segments from constant time based sampling to constant angular based sampling, and averaging the resampled segments as part of processing the data ; and outputting the assessment. obtaining data based on samples of a vibration signal from at least one sensor configured to measure vibration; processing, by at least one processor , the data including converting the vibration signal into a frequency domain signal, extracting a shaft order based feature from the frequency domain signal, and comparing the shaft order based feature extracted from the frequency domain signal with a threshold established from a healthy drive shaft to obtain a qualitative and quantitative assessment of a health of the one or more components of the drive shaft of the aircraft with detection of a condition indicator based on an application of the data to at least one physics-based model, wherein processing the data further comprises sampling, time-stamping and segmenting the vibration signals into a plurality of segments representative of a revolution of the drive shaft based on a nominal speed of the drive shaft as part of processing the data , resampling the vibration signal segments from constant time based sampling to constant angular based sampling, and averaging the resampled segments as part of processing the data ; and outputting the assessment.
A wireless communication system comprising a base station apparatus that transmits a reference signal for measuring a channel state and a user terminal that connects with the base station apparatus, wherein: a transmission mode is coordinated multiple-point transmission, the base station apparatus comprises: a determining section that determines information about a resource for the reference signal and a resource for interference measurements; and a reporting section that reports the information to the user terminal ; and the user terminal comprises: a measurement section that uses the information as a basis to derive channel measurements using the resource for the reference signal and derive interference measurements using the resource for interference measurements; and a calculation section that calculates a channel quality using the channel measurements and the interference measurements, the information is signaled by higher layers, and the resource for the reference signal includes a non-zero power channel state information reference signal, non-zero power CSI-RS, and the resource for interference measurements includes a zero power channel state information reference signal, zero power CSI-RS, for use for interference measurement alone. a transmission mode is coordinated multiple-point transmission, the base station apparatus comprises: a determining section that determines information about a resource for the reference signal and a resource for interference measurements; and a reporting section that reports the information to the user terminal ; and a determining section that determines information about a resource for the reference signal and a resource for interference measurements; and a reporting section that reports the information to the user terminal ; and the user terminal comprises: a measurement section that uses the information as a basis to derive channel measurements using the resource for the reference signal and derive interference measurements using the resource for interference measurements; and a calculation section that calculates a channel quality using the channel measurements and the interference measurements, a measurement section that uses the information as a basis to derive channel measurements using the resource for the reference signal and derive interference measurements using the resource for interference measurements; and a calculation section that calculates a channel quality using the channel measurements and the interference measurements, the information is signaled by higher layers, and the resource for the reference signal includes a non-zero power channel state information reference signal, non-zero power CSI-RS, and the resource for interference measurements includes a zero power channel state information reference signal, zero power CSI-RS, for use for interference measurement alone.
A planar antenna for an active RFID reader embedded in a portable electronic device comprising: • a substrate having opposed first and second flat faces; • the first flat face comprising, printed thereon, a first ground , a second ground , a feed track intended to receive a feed terminal and an antenna pattern , and the opposed second flat face comprising, printed thereon, a third ground ; • the second ground being separated from the first ground by the feed track; • the third ground being connected to first and second grounds for ensuring the continuity of the ground plane; wherein the antenna pattern forming a coil line on said substrate is disposed into the remaining surface of the first flat face and comprises an external loop and an internal loop in such a way that the antenna pattern is substantially auto-complementary, said external loop having a length and a width that is greater than a length and a width of said internal loop, and said coil line of WC width and a line of substrate of WS width disposed therebetween having a width ratio (WC/WS) comprised between 0,5 and 2. • a substrate having opposed first and second flat faces; • the first flat face comprising, printed thereon, a first ground , a second ground , a feed track intended to receive a feed terminal and an antenna pattern , and the opposed second flat face comprising, printed thereon, a third ground ; • the second ground being separated from the first ground by the feed track; • the third ground being connected to first and second grounds for ensuring the continuity of the ground plane;