mhurhangee/patent-ind-claim-en huggingface dataset:
A body center measuring and balance compensation apparatus comprising a sensor (10LC1, 10LC2, 10LC3, 10LC4) including at least one of a motion sensor, a weight sensor, or combinations thereof; at least one non-transitory storage medium having instructions stored thereon for causing the body center measuring apparatus to: determine a first center of gravity (COG) value for a person based on at least one of first motion data from the motion sensor, first weight data from the weight sensor, or combinations thereof; determine a first distance by which the first COG value deviates from a predetermined location; determine a first direction in which the first COG value is located; characterized in further causing the body center measuring apparatus to: determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data. a sensor (10LC1, 10LC2, 10LC3, 10LC4) including at least one of a motion sensor, a weight sensor, or combinations thereof; at least one non-transitory storage medium having instructions stored thereon for causing the body center measuring apparatus to: determine a first center of gravity (COG) value for a person based on at least one of first motion data from the motion sensor, first weight data from the weight sensor, or combinations thereof; determine a first distance by which the first COG value deviates from a predetermined location; determine a first direction in which the first COG value is located; characterized in further causing the body center measuring apparatus to: determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data. determine a first center of gravity (COG) value for a person based on at least one of first motion data from the motion sensor, first weight data from the weight sensor, or combinations thereof; determine a first distance by which the first COG value deviates from a predetermined location; determine a first direction in which the first COG value is located; characterized in further causing the body center measuring apparatus to: determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data. determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data.
A dual-chambered drug delivery device , comprising: a first chamber in which a medicament is stored; a second chamber in fluid communication with said first chamber , a medicament dose being transferred to said second chamber from said first chamber prior to injecting the medicament dose; a needle communicating with said second chamber for injecting the medicament dose into an injection site, a first longitudinal axis through said needle being parallel to and spaced from a second longitudinal axis through said first chamber ; a first valve disposed between said first chamber and said second chamber ; and a second valve disposed between said second chamber and said needle , characterized in that said second chamber has a smaller cross sectional area than said first chamber ; said first valve is open and said second valve is closed when transferring the medicament dose from the first chamber to the second chamber , and said first valve is closed and said second valve is open when injecting the medicament dose from said second chamber through said needle and into the injection site; a spring compresses said first chamber to transfer the medicament dose to said second chamber ; and the medicament dose is transferred through a conduit from said first chamber to said second chamber . a first chamber in which a medicament is stored; a second chamber in fluid communication with said first chamber , a medicament dose being transferred to said second chamber from said first chamber prior to injecting the medicament dose; a needle communicating with said second chamber for injecting the medicament dose into an injection site, a first longitudinal axis through said needle being parallel to and spaced from a second longitudinal axis through said first chamber ; a first valve disposed between said first chamber and said second chamber ; and a second valve disposed between said second chamber and said needle , characterized in that said second chamber has a smaller cross sectional area than said first chamber ; said first valve is open and said second valve is closed when transferring the medicament dose from the first chamber to the second chamber , and said first valve is closed and said second valve is open when injecting the medicament dose from said second chamber through said needle and into the injection site; a spring compresses said first chamber to transfer the medicament dose to said second chamber ; and the medicament dose is transferred through a conduit from said first chamber to said second chamber .
A method for transmitting data from an analyte sensor communication device associated with an analyte sensor to a display device configured to provide user access to analyte sensor measurement values and/or information derived from analyte sensor measurement values, the method comprising: the analyte sensor communication device transmitting analyte sensor measurement values periodically to the display device; characterised in that the display device determining a range of missing analyte sensor measurement values; the analyte sensor communication device receiving a request from the display device for the range of missing analyte sensor measurement values in addition to analyte sensor measurement values of the periodic analyte sensor measurement transmission; and the analyte sensor communication device transmitting to the display device in response to the request from the display device , the range of missing analyte sensor measurement values in addition to analyte sensor measurement values of the periodic analyte sensor measurement transmission; and the display device providing the range of missing analyte sensor measurement values to a secondary display device . the analyte sensor communication device transmitting analyte sensor measurement values periodically to the display device; characterised in that the display device determining a range of missing analyte sensor measurement values; the analyte sensor communication device receiving a request from the display device for the range of missing analyte sensor measurement values in addition to analyte sensor measurement values of the periodic analyte sensor measurement transmission; and the analyte sensor communication device transmitting to the display device in response to the request from the display device , the range of missing analyte sensor measurement values in addition to analyte sensor measurement values of the periodic analyte sensor measurement transmission; and the display device providing the range of missing analyte sensor measurement values to a secondary display device .
Ofatumumab for use in the treatment or prevention of relapsing multiple sclerosis, wherein ofatumumab is used in a patient who has been treated with a disease-modifying therapy other than ofatumumab, wherein the earlier disease-modifying therapy is fingolimod, wherein ofatumumab administration is commenced within 0-6 months after stopping the earlier disease-modifying therapy.
A system for simultaneously pumping and measuring a fuel density of an aircraft fuel, the system comprising: a centrifugal pump including an impeller configured to pump the aircraft fuel; a speed sensing arrangement configured to determine a rotational frequency of the impeller while the centrifugal pump is pumping the aircraft fuel; a flow-rate sensing arrangement ) configured to measure flow rate of the aircraft fuel through the centrifugal pump; a pressure sensing arrangement configured to measure pressure at two different points within or across the centrifugal pump or a differential pressure between the two different points while the centrifugal pump is pumping the aircraft fuel; computer-readable memory containing data indicative of a normalized head-curve relation corresponding to the centrifugal pump, the normalized head-curve relation relating to a normalized differential pressure to the rotational frequency and the flow rate, the normalized differential pressure being the differential pressure divided by the fuel density; and a processor configured to calculate the fuel density of the aircraft fuel based on the normalized head-curve relation, the rotational frequency, the flow rate, and either the pressures of the two different points or the differential pressure between the two different points. a centrifugal pump including an impeller configured to pump the aircraft fuel; a speed sensing arrangement configured to determine a rotational frequency of the impeller while the centrifugal pump is pumping the aircraft fuel; a flow-rate sensing arrangement ) configured to measure flow rate of the aircraft fuel through the centrifugal pump; a pressure sensing arrangement configured to measure pressure at two different points within or across the centrifugal pump or a differential pressure between the two different points while the centrifugal pump is pumping the aircraft fuel; computer-readable memory containing data indicative of a normalized head-curve relation corresponding to the centrifugal pump, the normalized head-curve relation relating to a normalized differential pressure to the rotational frequency and the flow rate, the normalized differential pressure being the differential pressure divided by the fuel density; and a processor configured to calculate the fuel density of the aircraft fuel based on the normalized head-curve relation, the rotational frequency, the flow rate, and either the pressures of the two different points or the differential pressure between the two different points.
A coordinate registration system, comprising: a shape sensing device (SSD) comprising at least one position sensor for providing corresponding sensor information (SI) indicative of a position of the at least one position sensor ; a registration fixture having an asymmetric channel , wherein the asymmetric channel extends through a body of the registration fixture , is configured to receive at least part of the SSD and defines a registration path (P), the registration fixture configured to be attached to a registrant object (RO) defining a workspace; and a controller which is configured to: sense a shape of a path traversed by the SSD inserted into the asymmetric channel based upon the SI obtained from the at least one position sensor when the at least one position sensor is situated within the asymmetric channel , determine whether the sensed shape of the path corresponds with a known shape selected from one or more known shapes, and perform a coordinate registration when it is determined that the sensed shape of the path corresponds with the selected known shape. a shape sensing device (SSD) comprising at least one position sensor for providing corresponding sensor information (SI) indicative of a position of the at least one position sensor ; a registration fixture having an asymmetric channel , wherein the asymmetric channel extends through a body of the registration fixture , is configured to receive at least part of the SSD and defines a registration path (P), the registration fixture configured to be attached to a registrant object (RO) defining a workspace; and a controller which is configured to: sense a shape of a path traversed by the SSD inserted into the asymmetric channel based upon the SI obtained from the at least one position sensor when the at least one position sensor is situated within the asymmetric channel , determine whether the sensed shape of the path corresponds with a known shape selected from one or more known shapes, and perform a coordinate registration when it is determined that the sensed shape of the path corresponds with the selected known shape. sense a shape of a path traversed by the SSD inserted into the asymmetric channel based upon the SI obtained from the at least one position sensor when the at least one position sensor is situated within the asymmetric channel , determine whether the sensed shape of the path corresponds with a known shape selected from one or more known shapes, and perform a coordinate registration when it is determined that the sensed shape of the path corresponds with the selected known shape.
A light-emitting device comprising: - a light-emitting diode comprising - an active layer ; - an insulation layer formed on the active layer and having a side surface ; - a pad electrically connected to the active layer ; - a metal bump formed on the pad ; and characterized in that : - a wavelength conversion layer is covering the side surface and having a sidewall ; and - a reflective insulation layer is covering the side wall . - a light-emitting diode comprising - an active layer ; - an insulation layer formed on the active layer and having a side surface ; - a pad electrically connected to the active layer ; - a metal bump formed on the pad ; - a wavelength conversion layer is covering the side surface and having a sidewall ; and - a reflective insulation layer is covering the side wall .
A system for calculating insulation resistance, the system comprising: a first resistor unit which connects a positive terminal of a battery and a chassis; a second resistor unit which connects a negative terminal of the battery and the chassis; a third resistor unit which connects the negative terminal of the battery and the chassis and is connected with the second resistor unit in parallel; and a control unit which controls conduction states of the first to third resistor units , wherein the control unit calculates insulation resistance between the positive terminal of the battery and the chassis and insulation resistance between the negative terminal of the battery and the chassis by using the voltage of the battery applied to the second resistor unit according to the conduction states of the first to third resistor units wherein the voltage of the negative terminal side of the battery is used as a reference voltage. a first resistor unit which connects a positive terminal of a battery and a chassis; a second resistor unit which connects a negative terminal of the battery and the chassis; a third resistor unit which connects the negative terminal of the battery and the chassis and is connected with the second resistor unit in parallel; and a control unit which controls conduction states of the first to third resistor units , wherein the control unit calculates insulation resistance between the positive terminal of the battery and the chassis and insulation resistance between the negative terminal of the battery and the chassis by using the voltage of the battery applied to the second resistor unit according to the conduction states of the first to third resistor units wherein the voltage of the negative terminal side of the battery is used as a reference voltage.
An automatic cleaner for a water-containing vessel, buoyant in water, comprising: a. a body comprising an inlet and an outlet; and b. means for moving the body along a surface of the vessel; c. an on-board motor that is responsible for creating down force; wherein the automatic cleaner is configured to be positively buoyant in water at all times when the motor is inoperative, so that the automatic cleaner floats toward a water surface; and wherein the motor is configured to, when in operation, create a down force counteracting the positive buoyancy of the automatic cleaner in water, causing said automatic cleaner to remain submerged within the vessel. a. a body comprising an inlet and an outlet; and b. means for moving the body along a surface of the vessel; c. an on-board motor that is responsible for creating down force; wherein the automatic cleaner is configured to be positively buoyant in water at all times when the motor is inoperative, so that the automatic cleaner floats toward a water surface; and wherein the motor is configured to, when in operation, create a down force counteracting the positive buoyancy of the automatic cleaner in water, causing said automatic cleaner to remain submerged within the vessel.
A multi-barrel drill guide , comprising: an elongated body extending along a longitudinal axis having a proximal end and a distal end with a handle extending from the elongated body between the proximal end and the distal end ; wherein there is no movable part on an exterior portion of the elongated body ; a first channel extending from the proximal end to the distal end ; and a second channel extending from the proximal end to the distal end at an angle relative to the first channel ; a convergence area at the distal end where the first channel and the second channel intersect; characterized by further comprising: an elongated distal guide tube attached to and extending distally from the distal end of the elongated body . an elongated body extending along a longitudinal axis having a proximal end and a distal end with a handle extending from the elongated body between the proximal end and the distal end ; wherein there is no movable part on an exterior portion of the elongated body ; a first channel extending from the proximal end to the distal end ; and a second channel extending from the proximal end to the distal end at an angle relative to the first channel ; a convergence area at the distal end where the first channel and the second channel intersect; characterized by further comprising: an elongated distal guide tube attached to and extending distally from the distal end of the elongated body .
Method for measuring properties of particles contained in a medium on the basis of scattering of a light ray travelling through the medium in a scattering zone , characterized by - guiding the light ray through the scattering zone more than once, whereby a portion of light is scattered, - measuring the scattered light using a sensor , and - measuring unscattered light using the same sensor , wherein the intensity of the unscattered light is reduced to be measured using the same sensor as the scattered light. - guiding the light ray through the scattering zone more than once, whereby a portion of light is scattered, - measuring the scattered light using a sensor , and - measuring unscattered light using the same sensor , wherein the intensity of the unscattered light is reduced to be measured using the same sensor as the scattered light.
A display method, the display method being applied to a control terminal , the control terminal being used to communicate with an imaging device , the imaging device including a wide-angle lens and a zoom lens , the control terminal including a display interface, comprising: displaying an image obtained by the wide-angle lens in the display interface; obtaining a first user operation acting on the display interface; displaying a first detail imaging area in the image obtained by the wide-angle lens in response to the first user operation, the first detail imaging area being used to display an imaging range of the zoom lens , the first detail imaging area including one or more sub-areas, wherein the number of the sub-areas is determined by the imaging device based on (i) a width and a height of an image area to be shot by the zoom lens in a single shot based on a user selected zoom factor of the zoom lens and (ii) a width and a height of an area to be imaged by the zoom lens based on information of the first detail imaging area , the number of the sub-areas representing a number of images to be captured by the zoom lens , and wherein, when the size of the first detail imaging area is the same, the larger the zoom factor of the zoom lens , the larger the number of images to be captured by the zoom lens ; and sending imaging instruction carrying the information of the first detail imaging area to the imaging device , such that the imaging device is enabled to determine the imaging range of the zoom lens and to obtain one or more second imaging results through the zoom lens based on the first detail imaging area , wherein each second imaging result corresponds to a sub-area. displaying an image obtained by the wide-angle lens in the display interface; obtaining a first user operation acting on the display interface; displaying a first detail imaging area in the image obtained by the wide-angle lens in response to the first user operation, the first detail imaging area being used to display an imaging range of the zoom lens , the first detail imaging area including one or more sub-areas, wherein the number of the sub-areas is determined by the imaging device based on (i) a width and a height of an image area to be shot by the zoom lens in a single shot based on a user selected zoom factor of the zoom lens and (ii) a width and a height of an area to be imaged by the zoom lens based on information of the first detail imaging area , the number of the sub-areas representing a number of images to be captured by the zoom lens , and wherein, when the size of the first detail imaging area is the same, the larger the zoom factor of the zoom lens , the larger the number of images to be captured by the zoom lens ; and sending imaging instruction carrying the information of the first detail imaging area to the imaging device , such that the imaging device is enabled to determine the imaging range of the zoom lens and to obtain one or more second imaging results through the zoom lens based on the first detail imaging area , wherein each second imaging result corresponds to a sub-area.