mhurhangee/ep-ind-claims huggingface dataset:
A control method for shutting down a neutral-point-clamped three-level circuit, the neutral-point-clamped three-level circuit comprising a first switch, a second switch, a third switch and a fourth switch connected in series, wherein a middle-point between the second switch and the third switch is connected to an output through an inductor; characterized in that the method comprises: estimating a polarity of a modulation wave, the modulation wave being the signal which is modulated by PWM to generate driving signals for the switches; when the modulation wave is in a positive half wave and a trigger signal is received, controlling the first switch, the third switch, and the fourth switch to be in off state and controlling the second switch to maintain on state, wherein the second switch is turned off after a preset duration and an inductor current is equal to a preset current value, wherein the preset current value is set to be zero; when the modulation wave is in a negative half wave and a trigger signal is received, controlling the first switch, the second switch, and the fourth switch to be in off state and controlling the third switch to maintain on state, wherein the third switch is turned off after a preset duration and the inductor current is equal to the preset current value. estimating a polarity of a modulation wave, the modulation wave being the signal which is modulated by PWM to generate driving signals for the switches; when the modulation wave is in a positive half wave and a trigger signal is received, controlling the first switch, the third switch, and the fourth switch to be in off state and controlling the second switch to maintain on state, wherein the second switch is turned off after a preset duration and an inductor current is equal to a preset current value, wherein the preset current value is set to be zero; when the modulation wave is in a negative half wave and a trigger signal is received, controlling the first switch, the second switch, and the fourth switch to be in off state and controlling the third switch to maintain on state, wherein the third switch is turned off after a preset duration and the inductor current is equal to the preset current value.
A method for extracting genomic DNA (gDNA) from a microbial sample comprising the steps of: a) subjecting the microbial sample to mechanical disruption; b) subsequent to step (a) contacting the mechanically disrupted microbial sample with an enzyme cocktail comprising a proteinase and a glycoside hydrolase to produce a lysate of the microbial sample; and c) purifying microbial gDNA from the lysate of the microbial sample. a) subjecting the microbial sample to mechanical disruption; b) subsequent to step (a) contacting the mechanically disrupted microbial sample with an enzyme cocktail comprising a proteinase and a glycoside hydrolase to produce a lysate of the microbial sample; and c) purifying microbial gDNA from the lysate of the microbial sample.
A rowing machine for group exercise, comprising: a mechanical energy storage device (208, 316, 616); a handle coupled to the mechanical energy storage device via a connective structure wherein relative movement of the handle with respect to the mechanical energy storage device urges motion of the mechanical energy storage device; an apparatus (212, 308, 626) configured to dynamically supplement the resistance of the mechanical energy storage device with an added resistance; and a controller configured to adjust the added resistance to alter a load experienced by an associated rower participating in the group exercise as a member of a team of rowers by applying force to the handle as a function of the efforts of all members of the team and the chosen load profile of a virtual watercraft being rowed by the team of rowers so that the load of the virtual watercraft is shared between the team members; and wherein the controller comprises communications capability that enables the controller to communicate with at least one additional associated rowing machine operated by another member of the team. a mechanical energy storage device (208, 316, 616); a handle coupled to the mechanical energy storage device via a connective structure wherein relative movement of the handle with respect to the mechanical energy storage device urges motion of the mechanical energy storage device; an apparatus (212, 308, 626) configured to dynamically supplement the resistance of the mechanical energy storage device with an added resistance; and a controller configured to adjust the added resistance to alter a load experienced by an associated rower participating in the group exercise as a member of a team of rowers by applying force to the handle as a function of the efforts of all members of the team and the chosen load profile of a virtual watercraft being rowed by the team of rowers so that the load of the virtual watercraft is shared between the team members; and wherein the controller comprises communications capability that enables the controller to communicate with at least one additional associated rowing machine operated by another member of the team.
A method of controlling a mobile terminal, the method comprising: displaying, on a touch screen display of the mobile terminal, an operation screen including a predetermined list corresponding to a selected operation menu on the touch screen display on the mobile terminal; detecting, by a detecting device, if a first finger characteristic being a fingernail touch is performed on an upper half of the touch screen display, and if so, scrolling, by a controller, the predetermined list so that a number of items, which in the list are followed by a plurality of items currently being displayed on the touch screen display, appear; or detecting, by the detecting device, if the first finger characteristic being the fingernail touch is performed on a lower half of the touch screen display, and if so, scrolling, by the controller, the predetermined list so that a number of items, which in the list are following the plurality of items currently being displayed on the touch screen display, appear; or detecting if a second finger characteristic being a portion of the finger not including the fingernail touching the touch screen display is performed on the touch screen display, and if so: - selecting the item corresponding to the touched area; and - performing an operation, by the controller, corresponding to the selected item. displaying, on a touch screen display of the mobile terminal, an operation screen including a predetermined list corresponding to a selected operation menu on the touch screen display on the mobile terminal; detecting, by a detecting device, if a first finger characteristic being a fingernail touch is performed on an upper half of the touch screen display, and if so, scrolling, by a controller, the predetermined list so that a number of items, which in the list are followed by a plurality of items currently being displayed on the touch screen display, appear; or detecting, by the detecting device, if the first finger characteristic being the fingernail touch is performed on a lower half of the touch screen display, and if so, scrolling, by the controller, the predetermined list so that a number of items, which in the list are following the plurality of items currently being displayed on the touch screen display, appear; or detecting if a second finger characteristic being a portion of the finger not including the fingernail touching the touch screen display is performed on the touch screen display, and if so: - selecting the item corresponding to the touched area; and - performing an operation, by the controller, corresponding to the selected item. - selecting the item corresponding to the touched area; and - performing an operation, by the controller, corresponding to the selected item.
A pharmaceutical composition for use in treating a dermal neurofibroma, a subdermal neurofibroma or a superficial plexiform neurofibroma in a subject for local administration, which composition comprises (a) at least one agent for abating the negative impact of the neurofibroma on the subject, wherein the agent is non-carcinogenic, and optionally (b) a pharmaceutically acceptable excipient that aids in transporting the agent into the tumor and where it is preferably maintained for a sufficient period of time to negatively impact the neurofibroma, wherein the non-carcinogenic agent is selected from the group consisting of a non-steroidal anti-inflammatory agent (NSAID) and a tetracycline antibiotic.
A heat pump comprising: an engine configured to be started by a starter motor and drive an engine-driven compressor; a compressor motor; an electric compressor configured to be driven by the compressor motor; an electric actuator different from the compressor motor and the electric compressor; a compressor driven by the engine connected in parallel with the electric compressor; and a controller configured to perform at least one of engine starting control and electric compressor starting control, wherein in the engine starting control, the controller lowers or maintains output of at least one of the electric compressor and the electric actuator at an engine starting timing, and raises the output of the at least one of the electric compressor and the electric actuator after starting of the engine, and in the electric compressor starting control, the controller lowers or maintains output of the electric actuator at an electric compressor starting timing, and raises the output of the electric actuator after starting of the electric compressor, characterized in that the electric actuator includes a plurality of fans (71, 72, 73); and frequency of the fans (71, 72, 73) and the electric compressor is lowered during the startup of the compressor driven by the engine. an engine configured to be started by a starter motor and drive an engine-driven compressor; a compressor motor; an electric compressor configured to be driven by the compressor motor; an electric actuator different from the compressor motor and the electric compressor; a compressor driven by the engine connected in parallel with the electric compressor; and a controller configured to perform at least one of engine starting control and electric compressor starting control, wherein in the engine starting control, the controller lowers or maintains output of at least one of the electric compressor and the electric actuator at an engine starting timing, and raises the output of the at least one of the electric compressor and the electric actuator after starting of the engine, and in the electric compressor starting control, the controller lowers or maintains output of the electric actuator at an electric compressor starting timing, and raises the output of the electric actuator after starting of the electric compressor, characterized in that the electric actuator includes a plurality of fans (71, 72, 73); and frequency of the fans (71, 72, 73) and the electric compressor is lowered during the startup of the compressor driven by the engine.
An electrical connector comprising a housing and a first locking feature for latching with a corresponding second locking feature of a second connector designed to mate with said connector, said connector further comprising a mating detection device for detecting the locked state of said connector with said second connector, the first locking feature being designed to come into locking relation with the second locking feature of the second connector when said first and second connectors mate, said mating detection device comprising - a mating detection loop for detecting a mated state of said first and second connectors, comprising, - a first electrical member, and - a resilient member for electrically cooperating with said first electrical member for selectively opening or closing said mating detection loop only when the first locking feature is in locking relation with the second locking feature, characterized in that the first locking feature is a resilient arm, wherein the first electrical member is resilient, wherein the resilient arm is adapted to cooperate with the resilient first electrical member so as to displace it away from said resilient member upon mating of the connector with the second connector. - a mating detection loop for detecting a mated state of said first and second connectors, comprising, - a first electrical member, and - a resilient member for electrically cooperating with said first electrical member for selectively opening or closing said mating detection loop only when the first locking feature is in locking relation with the second locking feature,
A composition for the treatment of wounds at the surface of the skin comprising, in combination, collagen and a poloxamer, the collagen and the poloxamer being present in a weight ratio with respect to one another ranging from 35:65 to 65:35 collagen:poloxamer, optionally wherein at least a majority of the collagen is native collagen.
Machine tool with a tool holder, which is arranged to accommodate a chiselling tool so that it may move along a movement axis and a magnetopneumatic striking mechanism, which contains a primary drive, which is arranged around the movement axis and contains a first magnetic coil, a ring magnet and a second magnetic coil successively in the striking direction, and which has a striker and an anvil successively in the striking direction on the movement axis within the magnetic coils (46, 47) and the striking mechanism has an air spring acting on the striker in the striking direction, characterised in that the ring magnet is magnetised radially with reference to the movement axis in a permanently magnetic way.
A method of processing a digital signal converted from an analog signal using a digital decimation filter having an associated frequency response, said method comprising the steps of: filtering said digital signal through a digital interpolation filter having an associated frequency response, wherein the digital interpolation filter is a half-band interpolation filter; prior to filtering said digital signal through said digital interpolation filter: locating the transition band portion of the frequency response resulting from the combination of the digital decimation filter frequency response and the digital interpolation filter frequency response; and attenuating the digital signal in the frequency range of the transition band portion. filtering said digital signal through a digital interpolation filter having an associated frequency response, wherein the digital interpolation filter is a half-band interpolation filter; prior to filtering said digital signal through said digital interpolation filter: locating the transition band portion of the frequency response resulting from the combination of the digital decimation filter frequency response and the digital interpolation filter frequency response; and attenuating the digital signal in the frequency range of the transition band portion. locating the transition band portion of the frequency response resulting from the combination of the digital decimation filter frequency response and the digital interpolation filter frequency response; and attenuating the digital signal in the frequency range of the transition band portion.
Operating method for a positioning system, in particular for aircraft structural assembly, the positioning system comprising a plurality of positioners (2a, 2b, 2c) which respectively have at least one manipulator, in which: - a component is detected by means of the manipulators, and - the component is synchronously manipulated by means of the manipulators while it is detected jointly by the manipulators, characterized in that - each manipulator is assigned a respective base coordinate system, - position and orientation of the component are determined, or have been determined, in the initial situation, - position and orientation of the component are determined, or have been determined, in the target situation, - reference movement parameters are determined, or have been determined, which refer to a coordinate system assigned to the component, and which describe the movement of the component from the position and orientation in the initial situation to the position and orientation in the target situation, - the reference movement parameters have been transformed, or are transformed, into the respective base coordinate system, and - the manipulators manipulate the component on the basis of the respective transformed reference movement parameters. - a component is detected by means of the manipulators, and - the component is synchronously manipulated by means of the manipulators while it is detected jointly by the manipulators, characterized in that - each manipulator is assigned a respective base coordinate system, - position and orientation of the component are determined, or have been determined, in the initial situation, - position and orientation of the component are determined, or have been determined, in the target situation, - reference movement parameters are determined, or have been determined, which refer to a coordinate system assigned to the component, and which describe the movement of the component from the position and orientation in the initial situation to the position and orientation in the target situation, - the reference movement parameters have been transformed, or are transformed, into the respective base coordinate system, and - the manipulators manipulate the component on the basis of the respective transformed reference movement parameters.
A system comprising: a light source (108; 118) configured to illuminate a subject with a pattern; a first optical sensor (112; 114a) configured to capture a first pattern image and a first object image of the subject; a second optical sensor configured to capture a second pattern image and a second object image of the subject; and a processing unit configured to: determine a correspondence between the first and second object images; determine elevation data of the subject based on the first and second pattern images and the correspondence between the first and second object images; and create a three-dimensional image file based on the first and second object images and the elevation data of the subject, wherein the processing unit associates or assigns each pixel of the first object image with an elevation value based on the elevation data. a light source (108; 118) configured to illuminate a subject with a pattern; a first optical sensor (112; 114a) configured to capture a first pattern image and a first object image of the subject; a second optical sensor configured to capture a second pattern image and a second object image of the subject; and a processing unit configured to: determine a correspondence between the first and second object images; determine elevation data of the subject based on the first and second pattern images and the correspondence between the first and second object images; and create a three-dimensional image file based on the first and second object images and the elevation data of the subject, wherein the processing unit associates or assigns each pixel of the first object image with an elevation value based on the elevation data. determine a correspondence between the first and second object images; determine elevation data of the subject based on the first and second pattern images and the correspondence between the first and second object images; and create a three-dimensional image file based on the first and second object images and the elevation data of the subject, wherein the processing unit associates or assigns each pixel of the first object image with an elevation value based on the elevation data.
A method of demonstrating that no or substantially no drug product is resident or remains in an intravenous access device, the method comprising: passing a pharmaceutically acceptable coloured liquid through the intravenous access device to displace any liquid which was resident in the dead space of the device and leave a sufficient amount of coloured liquid in the device that the liquid is visible, the presence of said coloured liquid in the intravenous access device serving as a positive visual indication that the device contains no or substantially no drug product.
An actuator (10, 110, 210), comprising: an actuator body (10A, 210A) that includes a first surface and a second surface that face each other; a first constraining member that is provided on the first surface, and constrains the first surface from expanding and contracting; and a second constraining member that is provided on the second surface, and constrains the second surface from expanding and contracting, the actuator body including a first electrode, a second electrode that faces the first electrode, wherein there is a gap (14A, 15A) between the first electrode and the second electrode in an in-plane direction of the actuator body, an elastomer layer (11, 11A) that is provided between the first electrode and the second electrode, and a dummy electrode that is provided in the gap, the first electrode being a pattern electrode, the first constraining member and the second constraining member being provided to overlap the first electrode and the second electrode in a direction of the thickness of the actuator body. an actuator body (10A, 210A) that includes a first surface and a second surface that face each other; a first constraining member that is provided on the first surface, and constrains the first surface from expanding and contracting; and a second constraining member that is provided on the second surface, and constrains the second surface from expanding and contracting, the actuator body including a first electrode, a second electrode that faces the first electrode, wherein there is a gap (14A, 15A) between the first electrode and the second electrode in an in-plane direction of the actuator body, an elastomer layer (11, 11A) that is provided between the first electrode and the second electrode, and a dummy electrode that is provided in the gap, a first electrode, a second electrode that faces the first electrode, wherein there is a gap (14A, 15A) between the first electrode and the second electrode in an in-plane direction of the actuator body, an elastomer layer (11, 11A) that is provided between the first electrode and the second electrode, and a dummy electrode that is provided in the gap, the first electrode being a pattern electrode, the first constraining member and the second constraining member being provided to overlap the first electrode and the second electrode in a direction of the thickness of the actuator body.