mhurhangee/ep-ind-claims huggingface dataset:
An orientation calculation apparatus for obtaining data from an input device including at least an angular rate sensor (55, 56) and an acceleration sensor, and calculating an orientation of the input device in a three-dimensional space, the apparatus comprising: orientation calculation means (10, S4) for calculating the orientation of the input device in accordance with an angular rate detected by the angular rate sensor; acceleration vector calculation means (10, S2) for calculating an acceleration vector representing an acceleration of the input device in accordance with acceleration data from the acceleration sensor; and first correction means (10, S5) for correcting data representing the orientation of the input device such that a direction of the acceleration vector in the space approaches a vertically downward direction in the space, characterized in that, the first correction means corrects the data representing the orientation of the input device through conversion consisting of first conversion for performing a rotation about a predetermined axis based on the input device such that a direction corresponding to the acceleration vector projected onto a plane perpendicular to the predetermined axis approaches a direction corresponding to the vertically downward direction projected onto the plane, and second conversion for performing a rotation after the first conversion such that the direction of the acceleration vector approaches the vertically downward direction. orientation calculation means (10, S4) for calculating the orientation of the input device in accordance with an angular rate detected by the angular rate sensor; acceleration vector calculation means (10, S2) for calculating an acceleration vector representing an acceleration of the input device in accordance with acceleration data from the acceleration sensor; and first correction means (10, S5) for correcting data representing the orientation of the input device such that a direction of the acceleration vector in the space approaches a vertically downward direction in the space, characterized in that, the first correction means corrects the data representing the orientation of the input device through conversion consisting of first conversion for performing a rotation about a predetermined axis based on the input device such that a direction corresponding to the acceleration vector projected onto a plane perpendicular to the predetermined axis approaches a direction corresponding to the vertically downward direction projected onto the plane, and second conversion for performing a rotation after the first conversion such that the direction of the acceleration vector approaches the vertically downward direction.
A method comprising: collecting a plurality of round trip time, RTT, measurements between a mobile device (110, 400, 601) and at least one access point, AP, (120a, 120b, 120n); analyzing the plurality of RTT measurements; and determining whether the mobile device (110, 400, 601) is in a stopped state comprising: analyzing the plurality of RTT measurements between the mobile device (110, 400, 601) and the at least one AP (120a, 120b, 120n); and determining that a change in measured RTT is below a predetermined threshold for a first period of time; wherein the determining whether the mobile device (110, 400, 601) is in a stopped state is further based on: at least one Global Navigation Satellite System, GNSS, measurement, or received signal strength indication, RSSI, measurements between the mobile device (110, 400, 601) and the at least one AP (120a, 120b, 120n), or sensor data from an accelerometer of the mobile device (110, 400, 601) during a first time period, or various combinations thereof. collecting a plurality of round trip time, RTT, measurements between a mobile device (110, 400, 601) and at least one access point, AP, (120a, 120b, 120n); analyzing the plurality of RTT measurements; and determining whether the mobile device (110, 400, 601) is in a stopped state comprising: analyzing the plurality of RTT measurements between the mobile device (110, 400, 601) and the at least one AP (120a, 120b, 120n); and determining that a change in measured RTT is below a predetermined threshold for a first period of time; analyzing the plurality of RTT measurements between the mobile device (110, 400, 601) and the at least one AP (120a, 120b, 120n); and determining that a change in measured RTT is below a predetermined threshold for a first period of time; wherein the determining whether the mobile device (110, 400, 601) is in a stopped state is further based on: at least one Global Navigation Satellite System, GNSS, measurement, or received signal strength indication, RSSI, measurements between the mobile device (110, 400, 601) and the at least one AP (120a, 120b, 120n), or sensor data from an accelerometer of the mobile device (110, 400, 601) during a first time period, or various combinations thereof. at least one Global Navigation Satellite System, GNSS, measurement, or received signal strength indication, RSSI, measurements between the mobile device (110, 400, 601) and the at least one AP (120a, 120b, 120n), or sensor data from an accelerometer of the mobile device (110, 400, 601) during a first time period, or various combinations thereof.
A system for treating a patient having a disorder related to the patient's intestine, comprising an artificial reservoir (40, 140) adapted for receiving and temporarily collecting therein intestinal contents and further adapted to remain within the patient's body when emptying the reservoir (40, 140), wherein the system further comprises an artificial flow control device implantable in the patient's body and adapted to control flow of the intestinal contents from the reservoir (40, 140), characterized by a passage in flow communication with the reservoir (40, 140), said passage being arranged for transferring intestinal contents to and from the reservoir (40, 140), wherein the flow control device comprises a pump (41, 110) for emptying the reservoir (40, 140).
A vehicle battery pack comprising: a battery case in which a battery module is built; a first electrical component configured to convert electric power from the battery module; a second electrical component configured to electrically connect the battery module to the first electrical component; and a housing configured to house the battery case, the first electrical component, and the second electrical component, characterized in that the first electrical component and the second electrical component are arranged side by side on a vehicle front side and a vehicle rear side in a space formed on a lateral side of the battery case in the housing in a vehicle width direction, and are electrically connected to each other via a conductive member, the first electrical component includes a first connection portion to which one end portion of the conductive member is connected, the second electrical component includes a second connection portion to which the other end portion of the conductive member is connected, the first connection portion and the second connection portion are arranged such that height positions of the first connection portion and the second connection portion are different, the conductive member includes an inclined portion inclined to be higher from the second connection portion toward the first connection portion, and an interval is provided between the first electrical component and the second electrical component. a battery case in which a battery module is built; a first electrical component configured to convert electric power from the battery module; a second electrical component configured to electrically connect the battery module to the first electrical component; and a housing configured to house the battery case, the first electrical component, and the second electrical component, the first electrical component and the second electrical component are arranged side by side on a vehicle front side and a vehicle rear side in a space formed on a lateral side of the battery case in the housing in a vehicle width direction, and are electrically connected to each other via a conductive member, the first electrical component includes a first connection portion to which one end portion of the conductive member is connected, the second electrical component includes a second connection portion to which the other end portion of the conductive member is connected, the first connection portion and the second connection portion are arranged such that height positions of the first connection portion and the second connection portion are different, the conductive member includes an inclined portion inclined to be higher from the second connection portion toward the first connection portion, and an interval is provided between the first electrical component and the second electrical component.
A medical or dental instrument part, comprising: a coupling device which couples the medical or dental instrument part to a supply tube for connection of the medical or dental instrument part to a control, regulating or supply unit, a medical or dental instrument part controller operable with electrical power, at least one sensor for generating a sensor signal, and three electrical lines (6A, 6B, 6C), wherein a first shared electric line and a second shared electric line of the three electrical lines (6A, 6B, 6C) connect to the medical or dental instrument part controller and to an electromagnetic radiation emitting device that is provided on the medical or dental instrument part or can be connected to the medical or dental instrument part to supply electrical power from a shared electrical power source to operate the dental instrument part controller and the electromagnetic radiation emitting device, and wherein a third electrical line of the three electrical lines (6A, 6B, 6C) connects the medical or dental instrument part controller to the control, regulation or supply unit, wherein the at least one sensor connects to the third electric line of the three electric lines (6A, 6B, 6C), so that the sensor signal can be transmitted to the control, regulating or supply unit, characterized by a first device for processing electrical energy (21, 22, 26) designed as a DC/DC converter, which is configured to process the electrical energy supplied from the shared electrical energy source via the first and second shared electrical lines (6A, 6B) to the medical or dental instrument part for at least two of the following elements: the medical or dental instrument part controller; the at least one sensor; the electromagnetic radiation emitting device, wherein the DC/DC converter converts the voltage level of the electrical power of the electrical power source into another voltage level. the at least one sensor connects to the third electric line of the three electric lines (6A, 6B, 6C), so that the sensor signal can be transmitted to the control, regulating or supply unit, characterized by a first device for processing electrical energy (21, 22, 26) designed as a DC/DC converter, which is configured to process the electrical energy supplied from the shared electrical energy source via the first and second shared electrical lines (6A, 6B) to the medical or dental instrument part for at least two of the following elements: the medical or dental instrument part controller; the at least one sensor; the electromagnetic radiation emitting device, wherein the DC/DC converter converts the voltage level of the electrical power of the electrical power source into another voltage level.
A touch window comprising: a substrate; and an electrode part on the substrate, wherein the electrode part comprises: a base substrate formed with a pattern part; an electrode layer on the pattern part; and wherein the electrode layer comprises a metal layer and a metal oxide layer, wherein the metal layer has a thickness in a range of 0.03 μ m to 3 μ m, wherein said metal oxide layer constitutes a anti-reflective layer, wherein the metal layer and the metal oxide layer comprise the same metal, wherein the metal oxide layer is provided by oxidizing one area of the metal layer. a substrate; and an electrode part on the substrate, wherein the electrode part comprises: a base substrate formed with a pattern part; an electrode layer on the pattern part; and wherein the electrode layer comprises a metal layer and a metal oxide layer, wherein the metal layer has a thickness in a range of 0.03 μ m to 3 μ m, wherein said metal oxide layer constitutes a anti-reflective layer, wherein the metal layer and the metal oxide layer comprise the same metal, wherein the metal oxide layer is provided by oxidizing one area of the metal layer. a base substrate formed with a pattern part; an electrode layer on the pattern part; and wherein the electrode layer comprises a metal layer and a metal oxide layer, wherein the metal layer has a thickness in a range of 0.03 μ m to 3 μ m, wherein said metal oxide layer constitutes a anti-reflective layer, wherein the metal layer and the metal oxide layer comprise the same metal, wherein the metal oxide layer is provided by oxidizing one area of the metal layer.
A method for producing an L-amino acid comprising cultivating a bacterium of Enterobacteriaceae family in a culture medium, and collecting the L-amino acid from the culture medium, wherein the bacterium is able to produce L-amino acid, and has been modified to increase expression of a gene encoding a protein which is able to confer to a bacterium resistance to growth inhibition by L-cysteine as compared to the non-modified bacterium, wherein said protein is the protein of SEQ ID NO: 4; or the protein which has deletions, insertions, additions, or substitutions of 1 to 5 amino acids in SEQ ID NO: 4, wherein the expression of the gene is increased by increasing the copy number of the gene, or modifying an expression regulatory sequence of the gene.
A refrigeration cycle device having a refrigerant cycle in which a compression section having a low-stage compressor and a high-stage compressor, a condenser, an expansion section, and an evaporator are connected with one another by piping and a refrigerant is circulated, the refrigeration cycle device comprising: a bypass pipe which branches off from a pipe connecting the condenser and the expansion section with each other and joins a pipe connecting the low-stage compressor and the high-stage compressor with each other; a flow rate adjustment section which is provided in the bypass pipe and is configured to adjust the amount of a refrigerant flowing through the bypass pipe; and a controller which is configured to control the flow rate adjustment section to increase the amount of the refrigerant flowing through the bypass pipe, when a discharge temperature of the high-stage compressor is higher than a predetermined value, and to control the flow rate adjustment section to adjust the amount of the refrigerant flowing through the bypass pipe, based on a suction superheat degree of the high-stage compressor, wherein the controller is configured to increase a discharge pressure of the refrigerant which is discharged from the low-stage compressor by controlling a rotational frequency of the low-stage compressor or the high-stage compressor, when the suction superheat degree of the high-stage compressor is higher than a predetermined value and the discharge temperature of the high-stage compressor or a discharge pressure of the high-stage compressor is higher than a predetermined value. a bypass pipe which branches off from a pipe connecting the condenser and the expansion section with each other and joins a pipe connecting the low-stage compressor and the high-stage compressor with each other; a flow rate adjustment section which is provided in the bypass pipe and is configured to adjust the amount of a refrigerant flowing through the bypass pipe; and a controller which is configured to control the flow rate adjustment section to increase the amount of the refrigerant flowing through the bypass pipe, when a discharge temperature of the high-stage compressor is higher than a predetermined value, and to control the flow rate adjustment section to adjust the amount of the refrigerant flowing through the bypass pipe, based on a suction superheat degree of the high-stage compressor, wherein the controller is configured to increase a discharge pressure of the refrigerant which is discharged from the low-stage compressor by controlling a rotational frequency of the low-stage compressor or the high-stage compressor, when the suction superheat degree of the high-stage compressor is higher than a predetermined value and the discharge temperature of the high-stage compressor or a discharge pressure of the high-stage compressor is higher than a predetermined value.
A reservoir (200, 300) for storing a liquid drug, comprising: a shell component (202, 302) having an inner surface; a flexible component (204, 304) coupled to the shell component, wherein the coupling is a hermetic seal and the flexible component conforms to the inner surface of the shell component when in a deflated state; a port (206, 306) configured to enable filling and/or emptying of the reservoir; one or more drainage channels (210, 310) formed into the inner surface of the shell component, wherein the one or more drainage channels directly contact the liquid drug to reduce hold up volume of the drug reservoir that is present as the flexible component deflates and the drug reservoir is drained by guiding the liquid drug to the port. a shell component (202, 302) having an inner surface; a flexible component (204, 304) coupled to the shell component, wherein the coupling is a hermetic seal and the flexible component conforms to the inner surface of the shell component when in a deflated state; a port (206, 306) configured to enable filling and/or emptying of the reservoir; one or more drainage channels (210, 310) formed into the inner surface of the shell component, wherein the one or more drainage channels directly contact the liquid drug to reduce hold up volume of the drug reservoir that is present as the flexible component deflates and the drug reservoir is drained by guiding the liquid drug to the port.
A method for managing access performed by a mobility management entity, comprising: generating a local network access disable notification message element to provide available options to the mobile system for establishing packet data network connectivity upon an access loss to a home network base station, where the home network base station provides access for the mobile system to a local area home network using a local access protocol and provides access to a core network; and sending (812, 814) the local network access disable notification message element to the mobile system upon an imminent local network access loss event. generating a local network access disable notification message element to provide available options to the mobile system for establishing packet data network connectivity upon an access loss to a home network base station, where the home network base station provides access for the mobile system to a local area home network using a local access protocol and provides access to a core network; and sending (812, 814) the local network access disable notification message element to the mobile system upon an imminent local network access loss event.
A socket assembly, comprising: a housing with an inner bore that extends along an axis from a wall at a generally closed first end to an open second end; a ball stud having a ball portion which is received in said inner bore of said housing and a shank portion which projects out of said inner bore through said open second end; a backing bearing disposed in said inner bore and being movable in a radial direction relative to said housing and presenting a curved first bearing surface in sliding contact with an outer surface of said ball portion of said ball stud; a radial ring having an annular shape disposed in said inner bore of said housing and presenting a second bearing surface that is in sliding contact with an equator of said ball portion; and an exit bearing made as a separate piece from said radial ring and having a curved third bearing surface in sliding contact with an opposite hemisphere of said ball portion from said first bearing surface, characterized in that said housing presents a shoulder that faces towards said open second end of said housing and wherein said radial ring abuts said shoulder. a housing with an inner bore that extends along an axis from a wall at a generally closed first end to an open second end; a ball stud having a ball portion which is received in said inner bore of said housing and a shank portion which projects out of said inner bore through said open second end; a backing bearing disposed in said inner bore and being movable in a radial direction relative to said housing and presenting a curved first bearing surface in sliding contact with an outer surface of said ball portion of said ball stud; a radial ring having an annular shape disposed in said inner bore of said housing and presenting a second bearing surface that is in sliding contact with an equator of said ball portion; and an exit bearing made as a separate piece from said radial ring and having a curved third bearing surface in sliding contact with an opposite hemisphere of said ball portion from said first bearing surface, characterized in that said housing presents a shoulder that faces towards said open second end of said housing and wherein said radial ring abuts said shoulder.
A computer-implemented method of estimating a fractional concentration of clinically-relevant DNA in a plasma sample, the plasma sample including the clinically-relevant DNA and other DNA, the plasma sample being from a female pregnant with a fetus, the clinically-relevant DNA being fetal DNA, the method comprising: for each size of a plurality of sizes: measuring an amount of a plurality of DNA fragments from the plasma sample corresponding to the size; calculating, with a computer system, a first value of a first parameter based on the amounts of DNA fragments at multiple sizes, the first parameter providing a statistical measure of a size profile of DNA fragments in the plasma sample; obtaining one or more first calibration data points, wherein each first calibration data point specifies a fractional concentration of clinically-relevant DNA corresponding to a calibration value of the first parameter, and wherein the one or more first calibration data points are determined from a plurality of calibration samples, wherein each calibration sample of the plurality of calibration samples is a plasma sample including the clinically-relevant DNA and the other DNA; comparing the first value to a calibration value of at least one first calibration data point; and estimating the fractional concentration of the clinically-relevant DNA in the plasma sample based on the comparison. for each size of a plurality of sizes: measuring an amount of a plurality of DNA fragments from the plasma sample corresponding to the size; calculating, with a computer system, a first value of a first parameter based on the amounts of DNA fragments at multiple sizes, the first parameter providing a statistical measure of a size profile of DNA fragments in the plasma sample; obtaining one or more first calibration data points, wherein each first calibration data point specifies a fractional concentration of clinically-relevant DNA corresponding to a calibration value of the first parameter, and wherein the one or more first calibration data points are determined from a plurality of calibration samples, wherein each calibration sample of the plurality of calibration samples is a plasma sample including the clinically-relevant DNA and the other DNA; comparing the first value to a calibration value of at least one first calibration data point; and estimating the fractional concentration of the clinically-relevant DNA in the plasma sample based on the comparison.