mhurhangee/ep-ind-claims huggingface dataset:
A centrifuge comprising: a driving unit adapted to rotate a rotor on which a sample is held; an input/output unit (8, 100) adapted to display information thereon and to receive an input from a user therethrough; and a control unit adapted to control a rotation speed of the rotor to an input set rotation speed; wherein, when the rotor is rotating, the input/output unit is adapted to display first time information (120, 121) corresponding to a time when the rotor has been accelerated to the set rotation speed; characterized in that the first time information either is an amount of time remaining until the rotation speed of the rotor arrives at the set rotation speed, or a clock time of when the rotation speed of the rotor will arrive at the set rotation speed. a driving unit adapted to rotate a rotor on which a sample is held; an input/output unit (8, 100) adapted to display information thereon and to receive an input from a user therethrough; and a control unit adapted to control a rotation speed of the rotor to an input set rotation speed; wherein, when the rotor is rotating, the input/output unit is adapted to display first time information (120, 121) corresponding to a time when the rotor has been accelerated to the set rotation speed; characterized in that the first time information either is an amount of time remaining until the rotation speed of the rotor arrives at the set rotation speed, or a clock time of when the rotation speed of the rotor will arrive at the set rotation speed.
A method for determining a source of a fluid downhole, comprising: deploying an ion specific sensor at a first depth (110, 112, 114, 116); releasing a tracer having a specific ion concentration from a tracer release unit; exposing a first fluid (127, 129, 131) to the ion specific sensor downhole; and measuring an ion concentration for the first fluid (127, 129, 131); identifying an increase of an undesirable fluid from the ion concentration; and finding a source of the undesirable fluid (109, 113, 115) from the ion concentration. deploying an ion specific sensor at a first depth (110, 112, 114, 116); releasing a tracer having a specific ion concentration from a tracer release unit; exposing a first fluid (127, 129, 131) to the ion specific sensor downhole; and measuring an ion concentration for the first fluid (127, 129, 131); identifying an increase of an undesirable fluid from the ion concentration; and finding a source of the undesirable fluid (109, 113, 115) from the ion concentration.
A photoelectrode (20, 220) for a dye-sensitized solar cell (1, 201), comprising: a sensitizer supported in a functional semiconductor layer of a photoelectrode structure provided with the functional semiconductor layer on a transparent conductive layer of a translucent substrate or on a metal substrate, the translucent substrate being made by forming the transparent conductive layer on a plastic translucent support, wherein the functional semiconductor layer includes a roll-pressed layer in contact with the transparent conductive layer or the metal substrate and roll-pressing traces extending in parallel with a roll-pressing treatment direction on a surface of the roll-pressed layer, and a surface roughness Ra in a first direction which is in parallel with the roll-pressing treatment direction is smaller than a surface roughness Ra in a second direction which is orthogonal to the first direction on a surface of the functional semiconductor layer, and the surface roughness Ra in the second direction is greater than or equal to 1.2 times the surface roughness Ra in the first direction. a sensitizer supported in a functional semiconductor layer of a photoelectrode structure provided with the functional semiconductor layer on a transparent conductive layer of a translucent substrate or on a metal substrate, the translucent substrate being made by forming the transparent conductive layer on a plastic translucent support, wherein the functional semiconductor layer includes a roll-pressed layer in contact with the transparent conductive layer or the metal substrate and roll-pressing traces extending in parallel with a roll-pressing treatment direction on a surface of the roll-pressed layer, and a surface roughness Ra in a first direction which is in parallel with the roll-pressing treatment direction is smaller than a surface roughness Ra in a second direction which is orthogonal to the first direction on a surface of the functional semiconductor layer, and the surface roughness Ra in the second direction is greater than or equal to 1.2 times the surface roughness Ra in the first direction.
A method for tracking a device, comprising: determining correlations among locations of the device, wherein the locations includes a set of previous locations of the device and an initial estimate of a current location of the device; determining, for each access point of a set of access points arranged in an enclosed environment a current path loss exponent for the current location of the device using previous path loss exponents determined for the previous locations of the device and the correlations among the locations of the device; determining the current location of the device according to a path loss model using received signal strengths of signals received from each AP at the current location and the current path loss exponent determined for each AP; and updating the current path loss exponent for each AP using the current location of the device and the RSS of signals received from the corresponding AP, wherein steps of the method are performed using a processor. determining correlations among locations of the device, wherein the locations includes a set of previous locations of the device and an initial estimate of a current location of the device; determining, for each access point of a set of access points arranged in an enclosed environment a current path loss exponent for the current location of the device using previous path loss exponents determined for the previous locations of the device and the correlations among the locations of the device; determining the current location of the device according to a path loss model using received signal strengths of signals received from each AP at the current location and the current path loss exponent determined for each AP; and updating the current path loss exponent for each AP using the current location of the device and the RSS of signals received from the corresponding AP, wherein steps of the method are performed using a processor.
Method for the treatment of a mineral oil for increasing the portion of low-boiling fractions, wherein said treatment comprises - generating pressure waves having a first frequency, subjecting the mineral oil to said pressure waves in a region of application by passing the mineral oil through a pressure wave generator, - exciting a system comprising the pressure wave generator and the pipings leading to and leading away from the pressure wave generator and the mineral oil contained therein, including at least one pipe flowed through by the treated mineral oil and immediately following said region of application, to oscillations of a second frequency, which is a resonance frequency of the excited system, - wherein the second frequency is generated by withdrawing a portion of the mineral oil after passing said region of application and before reaching the tank and refeeding said withdrawn portion of the mineral oil to said region of application via a recirculation pipe, the pressure in the recirculation pipe being adjusted by the aid of at least one adjustable throttle valve, - feeding the so-treated mineral oil to a tank. - generating pressure waves having a first frequency, subjecting the mineral oil to said pressure waves in a region of application by passing the mineral oil through a pressure wave generator, - exciting a system comprising the pressure wave generator and the pipings leading to and leading away from the pressure wave generator and the mineral oil contained therein, including at least one pipe flowed through by the treated mineral oil and immediately following said region of application, to oscillations of a second frequency, which is a resonance frequency of the excited system, - wherein the second frequency is generated by withdrawing a portion of the mineral oil after passing said region of application and before reaching the tank and refeeding said withdrawn portion of the mineral oil to said region of application via a recirculation pipe, the pressure in the recirculation pipe being adjusted by the aid of at least one adjustable throttle valve, - feeding the so-treated mineral oil to a tank.
An apparatus for determining a bottommost point of the head in a CT lateral image of a subject showing a head region of the subject, comprising: a deriving unit for deriving a first image representing a bone of the subject from the CT lateral image; an extracting unit for extracting a boundary curve within the head region indicating an outer contour of a region comprising at least part of the occipital bone and at least part of the cervical vertebra of the subject in the first image; and a determining unit for determining a first pixel position indicating a bottommost point of the head of the subject, based on a shape feature parameter of the boundary curve, wherein the determining unit comprises: a first detecting unit for detecting a local extremum point of the boundary curve, the local extremum point having a local minimum coordinate along an axis corresponding to posterior anatomical direction of the subject; and a first determining unit for determining the detected local extremum point as the first pixel position indicating the bottommost point of the head of the subj ect. a deriving unit for deriving a first image representing a bone of the subject from the CT lateral image; an extracting unit for extracting a boundary curve within the head region indicating an outer contour of a region comprising at least part of the occipital bone and at least part of the cervical vertebra of the subject in the first image; and a determining unit for determining a first pixel position indicating a bottommost point of the head of the subject, based on a shape feature parameter of the boundary curve, wherein the determining unit comprises: a first detecting unit for detecting a local extremum point of the boundary curve, the local extremum point having a local minimum coordinate along an axis corresponding to posterior anatomical direction of the subject; and a first determining unit for determining the detected local extremum point as the first pixel position indicating the bottommost point of the head of the subj ect. a first detecting unit for detecting a local extremum point of the boundary curve, the local extremum point having a local minimum coordinate along an axis corresponding to posterior anatomical direction of the subject; and a first determining unit for determining the detected local extremum point as the first pixel position indicating the bottommost point of the head of the subj ect.
Use of a welding material for welding of an austenitic stainless steel having a chemical composition consisting, by mass percent, of C: 0.02% or less, Si: 0.01 to 0.5%, Mn: 0.01 to 2%, Cr: 24 to 26%, Ni: 18 to 22%, Mo: more than 0.10% and less than 0.50%, N: more than 0.04% and 0.15% or less, P: 0.02% or less, and S: 0.002% or less, and one or two elements of Nb: 0.30% or less and V: 0.40% or less, the lower limit of the total content of Nb and V being 0.01%, and the balance of Fe and impurities, wherein the chemical composition of the welding material consists, by mass percent, of C: 0.02% or less, Si: 2% or less, Mn: 2% or less, Cr: 26 to 50%, N: 0.15% or less, P: 0.02% or less, S: 0.002% or less, Ni: a content satisfying Formula, and optionally one or more elements selected from Mo: 1% or less, Nb: 0.5% or less, V: 1% or less, and REM: 0.05% or less, and the balance of Fe and impurities, and satisfies Formula: 5≤Ni≤Cr-14... 2 × Nb + V ≤ 1... where each symbol of element in Formulas and represents the content (mass%) of each element contained in the welding material.
An assembly comprising: - a first and a second element, the first element comprising means for providing a signal, and the second element comprises means for receiving the signal, - a signal guide/transporter (24,30,34) adapted to transport the signal from the first element to the second element, the signal guide/transporter (24,30,34) comprising a first and a second connector/plug each having first electrical conductors for transporting the signal from the first connector/plug to the second connector/plug, the first and second connectors/plugs being adapted to disengageably engage so as to be able to transmit the signal, the first connector/plug being connected to the first element and the second connector/plug being connected to the second element, - an adapter adapted for transmitting information to the signal providing means, the adapter comprising a third and fourth connector/plug, the third connector/plug being adapted to disengageably engage the first connector/plug so as to receive the signal, the fourth connector/plug being adapted to disengageably engage the second connector/plug so as to transmit the signal received by the third connector/plug to the second connector/plug, the third and first connectors/plugs additionally being adapted to forward the information to the signal providing means, wherein the first and third connectors/plugs comprise additional conductors adapted to transport the information from the adapter to the signal providing means. - a first and a second element, the first element comprising means for providing a signal, and the second element comprises means for receiving the signal, - a signal guide/transporter (24,30,34) adapted to transport the signal from the first element to the second element, the signal guide/transporter (24,30,34) comprising a first and a second connector/plug each having first electrical conductors for transporting the signal from the first connector/plug to the second connector/plug, the first and second connectors/plugs being adapted to disengageably engage so as to be able to transmit the signal, the first connector/plug being connected to the first element and the second connector/plug being connected to the second element, - an adapter adapted for transmitting information to the signal providing means, the adapter comprising a third and fourth connector/plug, the third connector/plug being adapted to disengageably engage the first connector/plug so as to receive the signal, the fourth connector/plug being adapted to disengageably engage the second connector/plug so as to transmit the signal received by the third connector/plug to the second connector/plug, the third and first connectors/plugs additionally being adapted to forward the information to the signal providing means, wherein the first and third connectors/plugs comprise additional conductors adapted to transport the information from the adapter to the signal providing means.
A method performed by a base station in a wireless communication system, the method comprising: generating a system information block, SIB, including first hysteresis information for cell reselection of a first type terminal and second hysteresis information for cell reselection of a second type terminal; and broadcasting the generated SIB including both the first hysteresis information and the second hysteresis information, wherein the first type terminal corresponds to a terminal not supporting a public safety network service, and the second type terminal corresponds to a terminal supporting the public safety network service, and wherein a second value corresponding to the second hysteresis information is larger than a first value corresponding to the first hysteresis information, by a preset reference value. generating a system information block, SIB, including first hysteresis information for cell reselection of a first type terminal and second hysteresis information for cell reselection of a second type terminal; and broadcasting the generated SIB including both the first hysteresis information and the second hysteresis information, wherein the first type terminal corresponds to a terminal not supporting a public safety network service, and the second type terminal corresponds to a terminal supporting the public safety network service, and wherein a second value corresponding to the second hysteresis information is larger than a first value corresponding to the first hysteresis information, by a preset reference value.
A compound having the following formula: for use in the treatment of a neuron inflammation condition in a patient in need thereof, wherein the neuron inflammation condition is selected from amyotrophic lateral sclerosis, Huntington's Disease, Parkinson's disease, ischemic stroke, and a condition associated with prion disease
Method of producing a component (B; B1, B2) from sheet metal, in which a sheet metal blank is formed by forming into a component (B; B1, B2) having flanges (F1, F2), and in which a calibration process is carried out to achieve a predetermined dimensional accuracy of the flanges (F1, F2), comprising the process steps: detecting an actual position of the flanges (F1, F2) after a forming process has been carried out, comparing data of the detected actual position with data of a nominal position of the flanges (F1, F2) of the component (B; B1, B2) to be produced, calculating a deviation of the actual position from the nominal position of the flanges (F1, F2), and automatically controlling at least one calibrating tool as a function of the calculated deviation in order to calibrate the flanges (F1, F2) of the component (B; B1, B2) and thereby bring them into the predetermined dimensional accuracy, characterized in that as calibrating tool a calibrating tool is used which has one or more height-adjustable devices for setting a driver stroke and/or a slider stroke. detecting an actual position of the flanges (F1, F2) after a forming process has been carried out, comparing data of the detected actual position with data of a nominal position of the flanges (F1, F2) of the component (B; B1, B2) to be produced, calculating a deviation of the actual position from the nominal position of the flanges (F1, F2), and automatically controlling at least one calibrating tool as a function of the calculated deviation in order to calibrate the flanges (F1, F2) of the component (B; B1, B2) and thereby bring them into the predetermined dimensional accuracy, characterized in that as calibrating tool a calibrating tool is used which has one or more height-adjustable devices for setting a driver stroke and/or a slider stroke.
A method performed by an aerial user equipment, UE, operating in a wireless communication system, the method comprising: informing a serving cell of a first location information of the aerial UE; receiving, from the serving cell via a first Radio Resource Control, RRC, message, information related to a triggering condition for measurement reporting which is associated with the first location information of the aerial UE; reporting a result of a measurement including a second location information of the aerial UE to the serving cell when the triggering condition is met; and receiving a second RRC message for reconfiguration of radio link related parameters according to the result of the measurement for the serving cell, wherein each of the first and second location infomation include an altitude and at least one of a vertical speed or a horizontal speed, wherein the triggering condition includes: the altitude of the aerial UE becomes higher than a first threshold; or the altitude of the aerial UE becomes lower than a second threshold. informing a serving cell of a first location information of the aerial UE; receiving, from the serving cell via a first Radio Resource Control, RRC, message, information related to a triggering condition for measurement reporting which is associated with the first location information of the aerial UE; reporting a result of a measurement including a second location information of the aerial UE to the serving cell when the triggering condition is met; and receiving a second RRC message for reconfiguration of radio link related parameters according to the result of the measurement for the serving cell, receiving, from the serving cell via a first Radio Resource Control, RRC, message, information related to a triggering condition for measurement reporting which is associated with the first location information of the aerial UE; reporting a result of a measurement including a second location information of the aerial UE to the serving cell when the triggering condition is met; and receiving a second RRC message for reconfiguration of radio link related parameters according to the result of the measurement for the serving cell, wherein each of the first and second location infomation include an altitude and at least one of a vertical speed or a horizontal speed, wherein the triggering condition includes: the altitude of the aerial UE becomes higher than a first threshold; or the altitude of the aerial UE becomes lower than a second threshold. the altitude of the aerial UE becomes higher than a first threshold; or the altitude of the aerial UE becomes lower than a second threshold.
A seal assembly comprising: a sealing ring having a sealing ring gap formed therein, an inner sealing ring wall, an outer sealing ring wall, wherein the outer sealing ring wall opposes the inner sealing ring wall, a top sealing ring wall and a bottom sealing ring wall wherein the bottom sealing ring wall opposes the top sealing ring wall, the top sealing ring wall having a radial sealing ring width, wherein one of the inner sealing ring wall and the outer sealing ring wall is a sealing wall; and a cover ring having a cover ring gap formed therein, an inner cover ring wall, an outer cover ring wall, wherein the outer cover ring wall opposes the inner cover ring wall, a top cover ring wall, and a bottom cover ring wall wherein the bottom cover ring wall opposes the top cover ring wall, an annular recess having a floor that opposes the bottom cover ring wall and a recess wall that opposes one of the inner cover ring wall and the outer cover ring wall, the floor having a radial recess width and a sealing edge that is distal to the recess wall; wherein the sealing ring and the cover ring have an assembled position in which the sealing ring is seated in the annular recess of the cover ring, the sealing ring gap does not overlap the cover ring gap, wherein the sealing ring and the cover ring form a first region and a second region when in the assembled position, wherein the first region overlaps the sealing ring gap and not the cover ring gap and the second region overlaps the cover ring gap and not the sealing ring gap, characterized in that the radial recess width is less than the radial sealing ring width in the second region, and the radial recess width is equal to the radial sealing ring width in the first region. a sealing ring having a sealing ring gap formed therein, an inner sealing ring wall, an outer sealing ring wall, wherein the outer sealing ring wall opposes the inner sealing ring wall, a top sealing ring wall and a bottom sealing ring wall wherein the bottom sealing ring wall opposes the top sealing ring wall, the top sealing ring wall having a radial sealing ring width, wherein one of the inner sealing ring wall and the outer sealing ring wall is a sealing wall; and a cover ring having a cover ring gap formed therein, an inner cover ring wall, an outer cover ring wall, wherein the outer cover ring wall opposes the inner cover ring wall, a top cover ring wall, and a bottom cover ring wall wherein the bottom cover ring wall opposes the top cover ring wall, an annular recess having a floor that opposes the bottom cover ring wall and a recess wall that opposes one of the inner cover ring wall and the outer cover ring wall, the floor having a radial recess width and a sealing edge that is distal to the recess wall;