mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analyzing a cell culture reaction fluid, comprising the steps of: generating a plurality of frequencies with a resonant sensor comprising a sensing region in operational contact with the cell culture reaction fluid and a plurality of tuning circuits outside the fluid; receiving a signal from the resonant sensor, wherein the signal is representative of impedance spectra of the sensing region in operational contact with the cell culture reaction fluid over a measured spectral frequency range; analyzing the impedance spectra; and determining one or more properties of the cell culture reaction fluid based on the analyzed impedance spectra and wherein the step of determining the properties of the cell culture reaction fluid comprises determining a concentration of viable cells and a concentration of nonviable cells in the cell culture reaction fluid; wherein the impedance spectra comprise resonance impedance response spectra; and, wherein the plurality of frequencies generate a resonance impedance response over a frequency range of spectral alpha, beta, gamma, and delta dispersion of the cell culture reaction. generating a plurality of frequencies with a resonant sensor comprising a sensing region in operational contact with the cell culture reaction fluid and a plurality of tuning circuits outside the fluid; receiving a signal from the resonant sensor, wherein the signal is representative of impedance spectra of the sensing region in operational contact with the cell culture reaction fluid over a measured spectral frequency range; analyzing the impedance spectra; and determining one or more properties of the cell culture reaction fluid based on the analyzed impedance spectra and wherein the step of determining the properties of the cell culture reaction fluid comprises determining a concentration of viable cells and a concentration of nonviable cells in the cell culture reaction fluid; wherein the impedance spectra comprise resonance impedance response spectra; and, wherein the plurality of frequencies generate a resonance impedance response over a frequency range of spectral alpha, beta, gamma, and delta dispersion of the cell culture reaction.
A boron-free wick comprising a) a wick material, wherein the wick material is selected from cotton, rayon, cellulose fibers, paper yarn, flax yarn and/or combinations thereof; b) at least one first flame retardant; and c) at least a first additive, wherein the first additive is selected from the group consisting of ammonium nitrate, cerium nitrate, a polymer or combinations thereof, wherein the fraction of first additive is 0.001 to 4.0 wt.-% based on the total quantity of the wick. a) a wick material, wherein the wick material is selected from cotton, rayon, cellulose fibers, paper yarn, flax yarn and/or combinations thereof; b) at least one first flame retardant; and c) at least a first additive, wherein the first additive is selected from the group consisting of ammonium nitrate, cerium nitrate, a polymer or combinations thereof,
A wireless device (104 2 ) configured to communicate with a Radio Access Network, RAN, node (102 2 ) and a Core Network, CN, node , the wireless device comprising: a processor (118 2 ); and, a memory (120 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is configured to receive , from the RAN node, control channels prior to accessing the RAN node; to estimate a downlink radio condition experienced by the wireless device based on a signal quality of the received control channels; to map the estimated downlink radio condition to one of a plurality of downlink Radio Coverage Category, RCC, values; to map the one downlink RCC value to a number of repeated downlink transmissions; to transmit , to the RAN node, a first message including the one downlink RCC value; and to receive , from the RAN node, a second message having the number of repeated downlink transmissions based on the one downlink RCC value, wherein the wireless device is characterized to transmit , toward the CN node, an updated downlink RCC value in a cell update, wherein the updated downlink RCC value is estimated at a predetermined time prior to a next occurrence of a paging group. a processor (118 2 ); and, a memory (120 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is configured to receive , from the RAN node, control channels prior to accessing the RAN node; to estimate a downlink radio condition experienced by the wireless device based on a signal quality of the received control channels; to map the estimated downlink radio condition to one of a plurality of downlink Radio Coverage Category, RCC, values; to map the one downlink RCC value to a number of repeated downlink transmissions; to transmit , to the RAN node, a first message including the one downlink RCC value; and to receive , from the RAN node, a second message having the number of repeated downlink transmissions based on the one downlink RCC value, wherein the wireless device is characterized to transmit , toward the CN node, an updated downlink RCC value in a cell update, wherein the updated downlink RCC value is estimated at a predetermined time prior to a next occurrence of a paging group.
A communication device comprising: a communication unit configured to perform wireless communication with a base station ; an acquisition unit configured to acquire information regarding communication quality of the wireless communication targeting a period in which a reference signal is transmitted by the base station on a basis of the reference signal that is discontinuously transmitted; and a control unit configured to control the wireless communication with the base station on a basis of the acquired information regarding the communication quality, wherein the control unit is configured to disconnect or reestablish the wireless communication with the base station in a case in which a period indicating that the communication quality is equal to or less than a threshold exceeds a predetermined time, and wherein setting of a first timer for measuring the predetermined time is different from setting of a second timer in a communication scheme of consecutively transmitting the reference signal, wherein the second timer is a radio link failure, RLF, timer set with radio resource control, RRC. a communication unit configured to perform wireless communication with a base station ; an acquisition unit configured to acquire information regarding communication quality of the wireless communication targeting a period in which a reference signal is transmitted by the base station on a basis of the reference signal that is discontinuously transmitted; and a control unit configured to control the wireless communication with the base station on a basis of the acquired information regarding the communication quality, wherein the control unit is configured to disconnect or reestablish the wireless communication with the base station in a case in which a period indicating that the communication quality is equal to or less than a threshold exceeds a predetermined time, and wherein setting of a first timer for measuring the predetermined time is different from setting of a second timer in a communication scheme of consecutively transmitting the reference signal, wherein the second timer is a radio link failure, RLF, timer set with radio resource control, RRC.
A method of re-inking a tape , at least a part of the tape being wound onto each of a first spool and second spool and the tape extending between the first spool and the second spool along an initial tape path defining a boundary, the first and second spools being mounted to a cassette of a thermal printing apparatus , the method using a re-inking device including a moveable guide member and an application mechanism , which includes an application portion and a supply of ink configured to supply ink to the application portion , the method including the steps of: mounting the cassette on the re-inking device with the moveable guide member in a first position, located inside the boundary of the initial tape path, initialising the re-inking device by moving at least one of the tape and the application portion relative to the other to bring the tape into an ink-application position and moving the moveable guide member to a second position in which the moveable guide member contacts the tape and is outside of the boundary of the initial tape path such that the tape is in a re-inking tape path, wherein the application portion is in contact with or adjacent the tape , and coating at least a portion of the tape with ink by supplying ink to the application portion and rotating at least one of the first and second spools to move the tape relative to the application portion , so that ink coats at least a portion of the tape . mounting the cassette on the re-inking device with the moveable guide member in a first position, located inside the boundary of the initial tape path, initialising the re-inking device by moving at least one of the tape and the application portion relative to the other to bring the tape into an ink-application position and moving the moveable guide member to a second position in which the moveable guide member contacts the tape and is outside of the boundary of the initial tape path such that the tape is in a re-inking tape path, wherein the application portion is in contact with or adjacent the tape , and coating at least a portion of the tape with ink by supplying ink to the application portion and rotating at least one of the first and second spools to move the tape relative to the application portion , so that ink coats at least a portion of the tape .
A device for indicating a status of a valve comprising: a position indicator , wherein the position indicator includes a monitoring element; and a communication element, wherein the position indicator includes a position couple with a threading in a bore defined through the position couple , the position couple being engageable with the valve, wherein the position indicator includes a stem collar that includes a threading on an outer surface, the stem collar being mountable on a stem of the valve, and wherein the threading of the stem collar engages the threading of the position couple , characterised in that the position indicator further comprises o-rings which in use frictionally engage the stem collar with the stem , such that the stem collar can be fit over the stem with o-rings along its inner surface so that the stem collar , having friction with the stem , engaging the stem and rotating therewith and the position couple moves along the stem with the rotation of the stem , and wherein the position indicator includes a magnet placed within the position couple and at least one proximity sensor , wherein the at least one proximity sensor is configured to determine a position of the magnet, wherein the at least one proximity sensor is a first Hall sensor and a second Hall sensor, the first Hall sensor positionable relative to an open position of the valve and the second Hall sensor positionable relative to a closed position of the valve. a position indicator , wherein the position indicator includes a monitoring element; and a communication element, wherein the position indicator includes a position couple with a threading in a bore defined through the position couple , the position couple being engageable with the valve, wherein the position indicator includes a stem collar that includes a threading on an outer surface, the stem collar being mountable on a stem of the valve, and wherein the threading of the stem collar engages the threading of the position couple , characterised in that the position indicator further comprises o-rings which in use frictionally engage the stem collar with the stem , such that the stem collar can be fit over the stem with o-rings along its inner surface so that the stem collar , having friction with the stem , engaging the stem and rotating therewith and the position couple moves along the stem with the rotation of the stem , and wherein the position indicator includes a magnet placed within the position couple and at least one proximity sensor , wherein the at least one proximity sensor is configured to determine a position of the magnet, wherein the at least one proximity sensor is a first Hall sensor and a second Hall sensor, the first Hall sensor positionable relative to an open position of the valve and the second Hall sensor positionable relative to a closed position of the valve.
A method of proactively providing corrective measures for storage arrays, the method comprising: detecting, in dependence upon a problem signature, one or more events from data of a storage array comprising a number of storage devices, the one or more events indicative of a particular problem not yet exhibited by the storage array, wherein the problem signature comprises a specification of a pattern of events indicative of the particular problem experienced by at least one other storage array; determining whether the particular problem violates an operational policy of the storage array, the operational policy specifying at least one requirement for an operational metric of the storage array; deploying, automatically without user intervention and in dependence on the particular problem violating the operational policy, one or more corrective measures to prevent the storage array from experiencing the particular problem; and generating, in dependence on the particular problem not violating the operational policy, an action recommendation for a user. detecting, in dependence upon a problem signature, one or more events from data of a storage array comprising a number of storage devices, the one or more events indicative of a particular problem not yet exhibited by the storage array, wherein the problem signature comprises a specification of a pattern of events indicative of the particular problem experienced by at least one other storage array; determining whether the particular problem violates an operational policy of the storage array, the operational policy specifying at least one requirement for an operational metric of the storage array; deploying, automatically without user intervention and in dependence on the particular problem violating the operational policy, one or more corrective measures to prevent the storage array from experiencing the particular problem; and generating, in dependence on the particular problem not violating the operational policy, an action recommendation for a user.
An apparatus for redistributing acoustic energy, the apparatus comprising a surface with: - a first part having a shape of a first surface of revolution, within a first angular interval from a first angular position to a second angular position and around an axis (A), of a first line extending through a point, P, on the axis, - a back surface extending, within a third angular interval from a third angular position to a fourth angular position and around the axis, the back surface being positioned further away from the axis than the first part, and - a first side portion extending from the first part at the first angular position and to the back surface at the third angular position, wherein: - the first side portion has, at the first angular position and at the first part, a shape approximating: - at a first longitudinal position along the axis, a part of a circle having a first radius, and - at a second longitudinal position along the axis, a part of a circle having a second radius, the second longitudinal position being closer to the point P than the first longitudinal position and the second radius being smaller than the first radius. - a first part having a shape of a first surface of revolution, within a first angular interval from a first angular position to a second angular position and around an axis (A), of a first line extending through a point, P, on the axis, - a back surface extending, within a third angular interval from a third angular position to a fourth angular position and around the axis, the back surface being positioned further away from the axis than the first part, and - a first side portion extending from the first part at the first angular position and to the back surface at the third angular position, - the first side portion has, at the first angular position and at the first part, a shape approximating: - at a first longitudinal position along the axis, a part of a circle having a first radius, and - at a second longitudinal position along the axis, a part of a circle having a second radius, the second longitudinal position being closer to the point P than the first longitudinal position and the second radius being smaller than the first radius. - at a first longitudinal position along the axis, a part of a circle having a first radius, and - at a second longitudinal position along the axis, a part of a circle having a second radius, the second longitudinal position being closer to the point P than the first longitudinal position and the second radius being smaller than the first radius.
A portable terminal comprising: an information acquisition unit configured to issue, over a network using terminal information indicative of an information terminal that performs authentication of an information storage medium , an authentication process request for the information storage medium to an information processing apparatus and acquire, over the network from the information processing apparatus, approval information that is to be used when a result of authentication of the information storage medium is to be acquired from the information processing apparatus by the information terminal; and a display unit configured to perform display based on the approval information acquired by the information acquisition unit; wherein the information acquisition unit is configured to perform short-range wireless communication with the information storage medium, output, to the information storage medium, an authentication information request supplied over the network from the information processing apparatus in response to the authentication process request, and output, over the network to the information processing apparatus, an authentication information answer from the information storage medium corresponding to the authentication information request. an information acquisition unit configured to issue, over a network using terminal information indicative of an information terminal that performs authentication of an information storage medium , an authentication process request for the information storage medium to an information processing apparatus and acquire, over the network from the information processing apparatus, approval information that is to be used when a result of authentication of the information storage medium is to be acquired from the information processing apparatus by the information terminal; and a display unit configured to perform display based on the approval information acquired by the information acquisition unit; wherein the information acquisition unit is configured to perform short-range wireless communication with the information storage medium, output, to the information storage medium, an authentication information request supplied over the network from the information processing apparatus in response to the authentication process request, and output, over the network to the information processing apparatus, an authentication information answer from the information storage medium corresponding to the authentication information request.
A robotic lawnmower system comprising a robotic lawnmower comprising at least one distance sensor , wherein the distance sensor comprises a radar device (190, 190', 190"), the robotic lawnmower being configured to determine a sensed distance (SD) to a surface travelled (G) utilizing the at least one radar device (190, 190', 190"); determine whether the sensed distance is greater than a threshold distance; and if so detect a lift event. distance sensor comprises a radar device (190, 190', 190"), the robotic lawnmower being configured to determine a sensed distance (SD) to a surface travelled (G) utilizing the at least one radar device (190, 190', 190"); determine whether the sensed distance is greater than a threshold distance; and if so detect a lift event.
An absorbent article comprising: a chassis comprising a liquid pervious topsheet , a liquid impervious backsheet , an absorbent core disposed between the topsheet and backsheet; a first and a second opposing longitudinal side edges, a front waist region and a back waist region ; a first back ear extending outwardly from the first longitudinal side edge in the back waist region; a second back ear extending outwardly from the second longitudinal side edge in the back waist region; wherein the first and second back ears comprise a laminate comprising an elastomeric film , wherein the laminate is either an extrusion-bonded laminate or an ultrasonically-bonded laminate, and wherein the laminate does not include glue, wherein each of the first and second back ears has an engineering strain greater than 8% at 2N of force when measured according to the Back Ear Extension Test, wherein each of the first and second back ears has an engineering strain less than 50% at 4N of force when measured according to the Back Ear Extension Test, and wherein each of the first and second back ears have a roughness Ra lower than 300 μm when measured according to the Roughness Test. a chassis comprising a liquid pervious topsheet , a liquid impervious backsheet , an absorbent core disposed between the topsheet and backsheet; a first and a second opposing longitudinal side edges, a front waist region and a back waist region ; a first back ear extending outwardly from the first longitudinal side edge in the back waist region; a second back ear extending outwardly from the second longitudinal side edge in the back waist region; wherein the first and second back ears comprise a laminate comprising an elastomeric film , wherein the laminate is either an extrusion-bonded laminate or an ultrasonically-bonded laminate, and wherein the laminate does not include glue, wherein each of the first and second back ears has an engineering strain greater than 8% at 2N of force when measured according to the Back Ear Extension Test, wherein each of the first and second back ears has an engineering strain less than 50% at 4N of force when measured according to the Back Ear Extension Test, and wherein each of the first and second back ears have a roughness Ra lower than 300 μm when measured according to the Roughness Test.