mhurhangee/ep-ind-claims huggingface dataset:
Sensor system with a sensor device comprising - a through-flow cell having a liquid supply opening and a liquid discharge opening, which through-flow cell is configured to allow a liquid (5-1, 5-2) to flow through it, - a detector device which is configured to measure a property of the liquid in the cell and to generate an associated detector signal, - a sensor control which is configured to analyse the detector signal, characterized in that the sensor control is configured to detect a liquid transition between two different liquids in the through-flow cell when a change in the detector signal per unit time is greater than a predetermined change threshold value, wherein the sensor control is configured to generate an alarm signal if the sensor control detects such a liquid transition. - a through-flow cell having a liquid supply opening and a liquid discharge opening, which through-flow cell is configured to allow a liquid (5-1, 5-2) to flow through it, - a detector device which is configured to measure a property of the liquid in the cell and to generate an associated detector signal, - a sensor control which is configured to analyse the detector signal,
A safety control system comprising a first control unit arranged to control a controlled system, a second control unit arranged to detect a fault with the controlled system and arranged to transmit messages wirelessly to the first control unit, wherein the second control unit comprises a first controller arranged to detect a condition of the controlled system, and output messages indicative of whether or not the condition has been detected; and a transmitter arranged to transmit wirelessly to the first control unit; characterised in that: the second control unit further comprises a second controller also arranged to detect a condition of the controlled system and output messages indicative of whether or not the condition has been detected, and a multiplexer arranged to connect each of the controllers (24a, 24b) in turn to the transmitter so that messages from each of the controllers can be transmitted to the first control unit; each of the controllers (24a, 24b) is arranged to perform a series of processing cycles, and in each cycle to perform a check to determine whether the condition has occurred in the controlled system, and then to output at least one message relating to the results of the check; and each of the controllers (24a, 24b) is arranged, when it has output the at least one message, to generate an output to the multiplexer to cause the multiplexer to connect the other of the controllers to the transmitter. the second control unit further comprises a second controller also arranged to detect a condition of the controlled system and output messages indicative of whether or not the condition has been detected, and a multiplexer arranged to connect each of the controllers (24a, 24b) in turn to the transmitter so that messages from each of the controllers can be transmitted to the first control unit; each of the controllers (24a, 24b) is arranged to perform a series of processing cycles, and in each cycle to perform a check to determine whether the condition has occurred in the controlled system, and then to output at least one message relating to the results of the check; and each of the controllers (24a, 24b) is arranged, when it has output the at least one message, to generate an output to the multiplexer to cause the multiplexer to connect the other of the controllers to the transmitter.
Fan shutter, comprising a frame provided with a pair of lateral uprights and defining a passage for an air flow positioned between the lateral uprights, and having an inlet and an outlet, a plurality of blades (21, 23) hinged to the lateral uprights and rotatable between an open passage configuration and a closed passage configuration, wherein the plurality of blades (21, 23) is able to assume the open passage configuration through the direct effect of an air flow between the inlet and outlet of the passage, and a return element connected to the plurality of blades (21, 23) and arranged in such a way as to apply on the blades (21, 23) a return force to return the blades (21, 23) towards the closed passage configuration, characterized in that the plurality of blades (21, 23) comprises an upper blade array and a lower blade array, the upper blades being interconnected so as to simultaneously rotate in the same direction of rotation and being pivoted in such a way as to tend to assume by gravity one of said open or closed passage configurations, and the lower blades being interconnected so as to rotate simultaneously in the same direction of rotation and being pivoted in such a way as to tend to assume by gravity the other of the said open or closed passage configurations, wherein a drive (61, 63) is provided, which connects the upper blade array to the lower blade array in such a way that the two blade arrays (21, 23) are opposite the direction of rotation and the tendency of the upper blades to assume by gravity one of said open or closed passage configurations is countered by the tendency of the lower blades to assume by gravity the other of the said open or closed passage configurations, and wherein the return element is connected to at least one of said upper and lower blade arrays and is arranged in such a way as to apply on the blade array(s) (21, 23) a maximum moment of the return force in the closed passage configuration and a minimum moment of the return force in the open passage configuration.
A double-stranded nucleic acid molecule comprising: (a) a sense strand which comprises a nucleotide sequence corresponding to the target sequence indicated by SEQ ID NO: 1, and (b) an antisense strand which comprises a nucleotide sequence complementary to that of the sense strand specified in (a), wherein the double-stranded nucleic acid molecule is for suppressing the expression of COX7RP gene, and wherein the double-stranded nucleic acid molecule is at least one of a double-stranded RNA and a double-stranded RNA-DNA chimera. (a) a sense strand which comprises a nucleotide sequence corresponding to the target sequence indicated by SEQ ID NO: 1, and (b) an antisense strand which comprises a nucleotide sequence complementary to that of the sense strand specified in (a), wherein the double-stranded nucleic acid molecule is for suppressing the expression of COX7RP gene, and wherein the double-stranded nucleic acid molecule is at least one of a double-stranded RNA and a double-stranded RNA-DNA chimera.
An electrolytic polishing device comprising: a rack; holding frames for vertically holding a hollow pipe, and pivotally supported on the rack so as to be vertically invertible about the vertical center of the hollow pipe; an electrode inserted in the hollow pipe; liquid buffers (300a 300b) disposed at upper and lower ends of the hollow pipe; and a valve mechanism for circulating an electrolyte in the hollow pipe from a lower liquid buffer to an upper liquid buffer regardless of before and after the inversion of the invertible hollow pipe. a rack; holding frames for vertically holding a hollow pipe, and pivotally supported on the rack so as to be vertically invertible about the vertical center of the hollow pipe; an electrode inserted in the hollow pipe; liquid buffers (300a 300b) disposed at upper and lower ends of the hollow pipe; and a valve mechanism for circulating an electrolyte in the hollow pipe from a lower liquid buffer to an upper liquid buffer regardless of before and after the inversion of the invertible hollow pipe.
A method comprising: monitoring, by use of a processor, for a transmission control in a given Orthogonal Frequency-Division Multiplexing, OFDM, symbol of a first slot; receiving the transmission control in the given OFDM symbol; receiving, in the trasmission control, information including symbol position of resources that are unavailable for data transmission, determining available time frequency resources, TFR, for a data transmission based on at least a symbol position of the given OFDM symbol, on the transmission control, and on the symbol position of resources that are unavailable for data transmission, wherein the TFR comprise at least one OFDM symbol and a plurality of subcarriers; and communicating the data transmission in the available TFR. monitoring, by use of a processor, for a transmission control in a given Orthogonal Frequency-Division Multiplexing, OFDM, symbol of a first slot; receiving the transmission control in the given OFDM symbol; receiving, in the trasmission control, information including symbol position of resources that are unavailable for data transmission, determining available time frequency resources, TFR, for a data transmission based on at least a symbol position of the given OFDM symbol, on the transmission control, and on the symbol position of resources that are unavailable for data transmission, wherein the TFR comprise at least one OFDM symbol and a plurality of subcarriers; and communicating the data transmission in the available TFR.
A method for cross-domain communications performed by an interconnecting Media Gateway positioned to connect a first IP domain network and a second IP domain network, the method comprising: receiving domain information of the first IP domain network and domain information of the second IP domain network from a Media Gateway Controller, wherein the domain information of the first IP domain network and the domain information of the second IP domain network is each carried in a LocalControl Descriptor in a message from the MGC; creating a first media stream (RTPa) between the interconnecting MG and a first MG (MGa) located in the first IP domain network according to the domain information of the first IP domain network; creating a second media stream (RTPb) between the interconnecting MG and a second MG (MGb) located in the second IP domain network according to the domain information of the second IP domain network; and connecting the first media stream (RTPa) and the second media stream (RTPb) to form a data communication path between the first MG (MGa) and the second MG (MGb). receiving domain information of the first IP domain network and domain information of the second IP domain network from a Media Gateway Controller, wherein the domain information of the first IP domain network and the domain information of the second IP domain network is each carried in a LocalControl Descriptor in a message from the MGC; creating a first media stream (RTPa) between the interconnecting MG and a first MG (MGa) located in the first IP domain network according to the domain information of the first IP domain network; creating a second media stream (RTPb) between the interconnecting MG and a second MG (MGb) located in the second IP domain network according to the domain information of the second IP domain network; and connecting the first media stream (RTPa) and the second media stream (RTPb) to form a data communication path between the first MG (MGa) and the second MG (MGb).
A control device of a general-purpose engine which is used as a power source of a working machine, the control device comprising: an engine control unit configured to control the general-purpose engine in response to a command from an operation management unit external to the control device, the operation management unit being configured to control an operation of the working machine based on a management program; a communication interface configured to communicate with an external device to obtain the management program from the external device; a management program acquisition unit configured to acquire the management program from the external device through the communication interface; a storage medium configured to store the management program acquired by the management program acquisition unit; and an operation management substitute unit which is configured to control the operation of the working machine in place of the operation management unit in accordance with the management program stored in the storage medium when a failure of the operation management unit is detected, wherein the control device is configured to control the operation of the working machine in addition to the control of the general-purpose engine, when the operation management unit included in the working machine fails. an engine control unit configured to control the general-purpose engine in response to a command from an operation management unit external to the control device, the operation management unit being configured to control an operation of the working machine based on a management program; a communication interface configured to communicate with an external device to obtain the management program from the external device; a management program acquisition unit configured to acquire the management program from the external device through the communication interface; a storage medium configured to store the management program acquired by the management program acquisition unit; and an operation management substitute unit which is configured to control the operation of the working machine in place of the operation management unit in accordance with the management program stored in the storage medium when a failure of the operation management unit is detected, wherein the control device is configured to control the operation of the working machine in addition to the control of the general-purpose engine, when the operation management unit included in the working machine fails.
A brake assembly comprising two or more disk components removably mounted about an axis, the assembly comprising fastening means for securing said two or more components together for rotation together about the axis, characterized in that said fastening means are configured to enable the components to be separated from each other by rotating one component relative to the other and then axially moving one component away from the other.
An article formed from a composition comprising: a melt polycarbonate resin derived from diphenyl carbonate; and glycerol tristearate mixed with the melt polycarbonate resin, wherein the composition exhibits a melt volume rate of between 18 cm 3 /10 minutes and 22 cm 3 /10 minutes in accordance with ISO 1133 at 1.2 kg/300 °C, wherein the composition exhibits a fries concentration below 800 ppm when measured by the KOH methanolysis of the polycarbonate composition, wherein the article formed from the composition exhibits an Izod impact performance between 9.5 KJ/m 2 and 13 KJ/m 2 based on ISO 180 at 4mm thickness at room temperature, and wherein the article formed from the composition exhibits weathering values of less than 12 Delta Yellowness Index for an exposure time of 2000 hours when tested in accordance with ISO 4892. a melt polycarbonate resin derived from diphenyl carbonate; and glycerol tristearate mixed with the melt polycarbonate resin, wherein the composition exhibits a melt volume rate of between 18 cm 3 /10 minutes and 22 cm 3 /10 minutes in accordance with ISO 1133 at 1.2 kg/300 °C, wherein the composition exhibits a fries concentration below 800 ppm when measured by the KOH methanolysis of the polycarbonate composition, wherein the article formed from the composition exhibits an Izod impact performance between 9.5 KJ/m 2 and 13 KJ/m 2 based on ISO 180 at 4mm thickness at room temperature, and wherein the article formed from the composition exhibits weathering values of less than 12 Delta Yellowness Index for an exposure time of 2000 hours when tested in accordance with ISO 4892.
A method performed by a network node in a radio access network, RAN, the method comprising: providing a shared physical uplink control channel, PUCCH, resource to a plurality of user equipments, UEs, that are active on a bandwidth part, BWP; receiving a scheduling request, SR, on the shared PUCCH resource of the BWP; responsive to the SR, assigning one or more grants to one or more of the plurality of UEs that are provided with the shared PUCCH; monitoring, for a time window after assigning the one or more grants, a physical uplink shared channel, PUSCH, resource; and after receiving a transmission on the monitored PUSCH resource from a UE of the plurality of UEs, providing the UE with a dedicated PUCCH resource on the BWP. providing a shared physical uplink control channel, PUCCH, resource to a plurality of user equipments, UEs, that are active on a bandwidth part, BWP; receiving a scheduling request, SR, on the shared PUCCH resource of the BWP; responsive to the SR, assigning one or more grants to one or more of the plurality of UEs that are provided with the shared PUCCH; monitoring, for a time window after assigning the one or more grants, a physical uplink shared channel, PUSCH, resource; and after receiving a transmission on the monitored PUSCH resource from a UE of the plurality of UEs, providing the UE with a dedicated PUCCH resource on the BWP.
A stent comprising a helically coiled flat pattern made of metal having an amorphous metal alloy composition and a biocompatible material layer around the coiled amorphous metal alloy composition characterized by said helically coiled flat pattern being in the form of a strip, wherein the strip is helically wound to produce a tubular structure, said helically coiled flat pattern being held by said biocompatible material layer wrapped around the tubular structure or embedded into the tubular structure.
Method of controlling the current of a flash lamp when main discharge current pulses are delivered to the flash lamp causing an intense gas discharge, where the main discharge current pulses are triggered by synchronization pulses, the method comprising the following steps: - during time intervals between said main discharge current pulses, supplying the flash lamp with a simmer current, a strength of which exhibits a step-like form, - at a beginning of each time interval between adjacent main discharge current pulses, maintaining a strength of the simmer current at a first strength level ( I 0), which supports a current flow between lamp's electrodes, - before delivering each of said main discharge current pulses, switching, by means of a first synchronization pulse, the simmer current to a second strength level ( I 1) which is higher than said first strength level ( I 0), - triggering the main discharge current pulse by means of a second synchronization pulse, which is delayed with respect to said first synchronization pulse by a time interval ( t 1), wherein the first strength level ( I 0), the second strength level ( I 1) and the time interval ( t 1) depend on flash lamp parameters, characterized in that the first and the second strength levels ( I 0, I 1) of the simmer current and the time interval ( t 1) are predetermined to satisfy the following conditions: - said first strength level ( I 0) is set to be as low as possible while the current flow between lamp's electrodes still ensures an existence of the discharge channel, - said second strength level ( I 1) is set to be as low as possible while sufficient to ensure that the tube of said flash lamp is entirely and uniformly filled with plasma, - said time interval ( t 1) is the shortest possible time interval for the flash lamp to be entirely and uniformly filled with plasma. - during time intervals between said main discharge current pulses, supplying the flash lamp with a simmer current, a strength of which exhibits a step-like form, - at a beginning of each time interval between adjacent main discharge current pulses, maintaining a strength of the simmer current at a first strength level ( I 0), which supports a current flow between lamp's electrodes, - before delivering each of said main discharge current pulses, switching, by means of a first synchronization pulse, the simmer current to a second strength level ( I 1) which is higher than said first strength level ( I 0), - triggering the main discharge current pulse by means of a second synchronization pulse, which is delayed with respect to said first synchronization pulse by a time interval ( t 1), - said first strength level ( I 0) is set to be as low as possible while the current flow between lamp's electrodes still ensures an existence of the discharge channel, - said second strength level ( I 1) is set to be as low as possible while sufficient to ensure that the tube of said flash lamp is entirely and uniformly filled with plasma, - said time interval ( t 1) is the shortest possible time interval for the flash lamp to be entirely and uniformly filled with plasma.
A method for deactivating a curative driveability function which acts on the control of a motor vehicle driveline, this function, during a rapid change in engine torque setpoint, limiting the engine speed fluctuations by generating a corrective torque that combines with this torque setpoint, characterized in that, during a demand to deactivate the curative driveability function, it establishes a decrement factor decreasing from one to zero, then it multiplies it by the theoretical corrective torque needed which continues to be calculated in the normal way by this function in order to obtain the final corrective torque which is combined with the torque setpoint.
A composition comprising: a) an HDAC inhibitor, wherein the HDAC inhibitor is a class I HDAC inhibitor; and b) an immunotherapeutic agent, wherein the immunotherapeutic agent comprises an NK cell; for use in treating a cancer in an individual in need thereof. a) an HDAC inhibitor, wherein the HDAC inhibitor is a class I HDAC inhibitor; and b) an immunotherapeutic agent, wherein the immunotherapeutic agent comprises an NK cell;
A method of making an abrasive article, including the steps of (i) forming a three-dimensional lofty nonwoven fibrous web contacted with dry particulate material that includes fusible binder particles; (ii) exposing the web to conditions that cause the binder particles to form a flowable liquid binder, and then solidifying the liquid binder to form bonds between the fibres of the web and thereby provide a lofty pre-bonded web having more than 50% intercommunicated voids; and (iii) applying abrasive particles to the pre-bonded web, and bonding the abrasive particles to the fibres of the pre-bonded web to provide the abrasive article. (i) forming a three-dimensional lofty nonwoven fibrous web contacted with dry particulate material that includes fusible binder particles; (ii) exposing the web to conditions that cause the binder particles to form a flowable liquid binder, and then solidifying the liquid binder to form bonds between the fibres of the web and thereby provide a lofty pre-bonded web having more than 50% intercommunicated voids; and (iii) applying abrasive particles to the pre-bonded web, and bonding the abrasive particles to the fibres of the pre-bonded web to provide the abrasive article.