mhurhangee/patent-ind-claim-en huggingface dataset:
A controller integrated circuit (IC) device for a switched mode power converter , said switched mode power converter being connected to an optocoupler , said optocoupler coupled to an output voltage of the switched mode power converter, the controller IC device comprises an input/output unit connected to an input/output node of the controller IC device, wherein the input/output unit is configured to: receive an input current through the input/output node of the controller IC device from the optocoupler , and output an output voltage through the same input/output node in response to an input voltage received at the input/output unit , the input current through the input/output node being a measure of the output voltage of the switched mode power converter , the output voltage through the same input/output node indicating a voltage regulation status showing if regulation of the output voltage of the switched mode power converter is proper or not and a controller unit configured to: control voltage regulation of the switched mode power converter in response to the input current received from the input/output unit ; and generate the input voltage for the input/output unit. receive an input current through the input/output node of the controller IC device from the optocoupler , and output an output voltage through the same input/output node in response to an input voltage received at the input/output unit , control voltage regulation of the switched mode power converter in response to the input current received from the input/output unit ; and generate the input voltage for the input/output unit.
Interconnected shingled solar cell slices , wherein a back electrode of a first cell slice is connected with a front electrode of a second cell slice adjacent to the first cell slice by a conductive adhesive , characterized in that the front electrode is in a fine grid structure, the back electrode is in a hollow structure provided with a hollow region , an upper surface of the conductive adhesive is bonded with the back electrode and a substrate at the hollow region of the back electrode , and a lower surface of the conductive adhesive is bonded with the front electrode and the cell slice near the front electrode .
An ultrasound scanning device , comprising: a housing configured for handheld use; an ultrasound assembly at least partially disposed within the housing and configured to obtain ultrasound data; a display coupled to the housing; and a processor disposed within the housing, wherein the processor is in communication with the ultrasound assembly and the display, the processor operable to: receive a selection of a scanning procedure to be completed using the ultrasound assembly; receive ultrasound data from the ultrasound assembly; filter the received ultrasound data, based on the scanning procedure, to segregate ultrasound data relevant to the scanning procedure from ultrasound data irrelevant to the scanning procedure; store the relevant ultrasound data; discard the irrelevant ultrasound data without an image being generated based on said irrelevant ultrasound data; and output a graphical representation associated with the relevant ultrasound data to the display. a housing configured for handheld use; an ultrasound assembly at least partially disposed within the housing and configured to obtain ultrasound data; a display coupled to the housing; and a processor disposed within the housing, wherein the processor is in communication with the ultrasound assembly and the display, the processor operable to: receive a selection of a scanning procedure to be completed using the ultrasound assembly; receive ultrasound data from the ultrasound assembly; filter the received ultrasound data, based on the scanning procedure, to segregate ultrasound data relevant to the scanning procedure from ultrasound data irrelevant to the scanning procedure; store the relevant ultrasound data; discard the irrelevant ultrasound data without an image being generated based on said irrelevant ultrasound data; and output a graphical representation associated with the relevant ultrasound data to the display. receive a selection of a scanning procedure to be completed using the ultrasound assembly; receive ultrasound data from the ultrasound assembly; filter the received ultrasound data, based on the scanning procedure, to segregate ultrasound data relevant to the scanning procedure from ultrasound data irrelevant to the scanning procedure; store the relevant ultrasound data; discard the irrelevant ultrasound data without an image being generated based on said irrelevant ultrasound data; and output a graphical representation associated with the relevant ultrasound data to the display.
A vertical take-off and landing, VTOL, aircraft comprising: a fuselage ; first and second forward wings mounted to opposing sides of the fuselage ; first and second rearward wings mounted to opposing sides of the fuselage ; each wing having a fixed leading edge and a trailing control surface which is pivotal about a generally horizontal axis; a plurality of electric motors having rotors mounted to the wings , the motors and rotors being secured to and pivotal with the trailing control surface between a first position in which each rotor has a generally vertical axis of rotation, and a second position in which each rotor has a generally horizontal axis of rotation; characterised in that at least one of the wings has a first electric motor having a first rotor and a second electric motor having a second rotor which are each mounted having non-parallel axes of rotation so that thrust lines of the first and second rotors are different. a fuselage ; first and second forward wings mounted to opposing sides of the fuselage ; first and second rearward wings mounted to opposing sides of the fuselage ; each wing having a fixed leading edge and a trailing control surface which is pivotal about a generally horizontal axis; a plurality of electric motors having rotors mounted to the wings , the motors and rotors being secured to and pivotal with the trailing control surface between a first position in which each rotor has a generally vertical axis of rotation, and a second position in which each rotor has a generally horizontal axis of rotation; characterised in that at least one of the wings has a first electric motor having a first rotor and a second electric motor having a second rotor which are each mounted having non-parallel axes of rotation so that thrust lines of the first and second rotors are different. each wing having a fixed leading edge and a trailing control surface which is pivotal about a generally horizontal axis; a plurality of electric motors having rotors mounted to the wings , the motors and rotors being secured to and pivotal with the trailing control surface between a first position in which each rotor has a generally vertical axis of rotation, and a second position in which each rotor has a generally horizontal axis of rotation; characterised in that at least one of the wings has a first electric motor having a first rotor and a second electric motor having a second rotor which are each mounted having non-parallel axes of rotation so that thrust lines of the first and second rotors are different.
Device for receiving a cover of a convertible motor vehicle, comprising: - a first pivot part , supported or to be supported pivotably on a vehicle body between two pivot positions, - a second pivot part , supported or to be supported pivotably on a vehicle body between two pivot positions, - a floor part fastenable or fastened both on the first pivot part and on the second pivot part , - at least one drive device , by way of which the two pivot parts are connected and movement-coupled, such that pivot movements of the first pivot part induced by way of the drive device cause pivot movements of the second pivot part , in particular in opposite direction, or vice versa, wherein a coupling device is arranged between the or a drive associated with the drive device and the first or second pivot part , characterised in that the coupling device releases the coupling of the drive with the first or second pivot part, if a certain load specific to the coupling device is exceeded, and reestablishes it, if the load falls below the certain load specific to the coupling device. - a first pivot part , supported or to be supported pivotably on a vehicle body between two pivot positions, - a second pivot part , supported or to be supported pivotably on a vehicle body between two pivot positions, - a floor part fastenable or fastened both on the first pivot part and on the second pivot part , - at least one drive device , by way of which the two pivot parts are connected and movement-coupled, such that pivot movements of the first pivot part induced by way of the drive device cause pivot movements of the second pivot part , in particular in opposite direction, or vice versa, wherein a coupling device is arranged between the or a drive associated with the drive device and the first or second pivot part ,
A device, comprising: a planar light source ; and an optical train transmitting or reflecting light from the planar light source to an aligned eye position; wherein the optical train comprises a beam blocker pierced by a plurality of waveguides at angles that converge toward the aligned eye position and light from the planar light source is configured to enter and exit each of the waveguides ; wherein maximally bright dots corresponding to each waveguide are visible to an aligned eye at the aligned eye position ; wherein dimmer or fewer dots are visible to a misaligned eye at a position that differs from the aligned eye position by more than a threshold; and wherein the threshold is defined by a loss or distortion of biometric data compared to that available from a user with an aligned eye. a planar light source ; and an optical train transmitting or reflecting light from the planar light source to an aligned eye position; wherein the optical train comprises a beam blocker pierced by a plurality of waveguides at angles that converge toward the aligned eye position and light from the planar light source is configured to enter and exit each of the waveguides ; wherein maximally bright dots corresponding to each waveguide are visible to an aligned eye at the aligned eye position ; wherein dimmer or fewer dots are visible to a misaligned eye at a position that differs from the aligned eye position by more than a threshold; and wherein the threshold is defined by a loss or distortion of biometric data compared to that available from a user with an aligned eye.
A low-voltage power distribution apparatus capable of detecting a predetermined state, comprising: a group of conductive pins at least comprising a first conductive pin and a second conductive pin ; an elastic element comprising an helix portion and a first free end , the helix portion being conductively coupled to the first conductive pin ; characterised in that a drive part pivotally arranged in the low-voltage power distribution apparatus and operable to rotate from a first position (P1) to a second position (P2) in response to the low-voltage power distribution apparatus being switched to the predetermined state, so as to enable the first free end of the elastic element to contact the second conductive pin . a group of conductive pins at least comprising a first conductive pin and a second conductive pin ; an elastic element comprising an helix portion and a first free end , the helix portion being conductively coupled to the first conductive pin ; characterised in that a drive part pivotally arranged in the low-voltage power distribution apparatus and operable to rotate from a first position (P1) to a second position (P2) in response to the low-voltage power distribution apparatus being switched to the predetermined state, so as to enable the first free end of the elastic element to contact the second conductive pin .
A system for tuning a tunable matching network for optimal signal strength, the system comprising: a test tone generator configured to generate a radio frequency (RF) signal and configured to be coupled to one end of the tunable matching network and to an antenna ; a radio frequency (RF) receiver configured to be coupled to another end of the tunable matching network and, via the tunable matching network, to the test tone generator and the antenna ; a received signal strength indicator (RSSI) coupled to the RF receiver; and a controller coupled to the RSSI , wherein the controller is configured to output a control signal based on a RSSI value measured by the RSSI to the tunable matching network , and a switch configured to be coupled to the other end of the tunable matching network and configured to switch an impedance tuning mode between the RF receiver and a transmitter, wherein a surface acoustic filter wave (SAW) filter is employed in the receiver path. a test tone generator configured to generate a radio frequency (RF) signal and configured to be coupled to one end of the tunable matching network and to an antenna ; a radio frequency (RF) receiver configured to be coupled to another end of the tunable matching network and, via the tunable matching network, to the test tone generator and the antenna ; a received signal strength indicator (RSSI) coupled to the RF receiver; and a controller coupled to the RSSI , wherein the controller is configured to output a control signal based on a RSSI value measured by the RSSI to the tunable matching network , and a switch configured to be coupled to the other end of the tunable matching network and configured to switch an impedance tuning mode between the RF receiver and a transmitter, wherein a surface acoustic filter wave (SAW) filter is employed in the receiver path.
A device for a biological liquid treatment installation, having a circuit comprising a plurality of connectors and a network for conveying liquid between said connectors , which circuit comprises a bag comprising two flexible films and said conveying network connectors , which circuit further comprises a press , characterized in that the device further comprises: - a base having a front face ; - a moveable or removable door , said device having a closed door position; and - in the closed door position, said press comprises a first shell disposed on said front face of said base and a second shell disposed in said door ; said bag being entirely clamped between said first shell and said second shell in a state in which conduits of said network for conveying liquid are formed between said films ; wherein said first shell is mounted removable on said front face of said base and said second shell is mounted removable in said door ; said base of said device comprises, on its front face , a console-forming inclined chassis on which is disposed the first shell , which chassis comprises hooking claws , and the first shell comprises dowels engaged in said hooking claws ; and said device comprises a first locking system for fastening said second shell into a frame of said door , which first locking system comprises: - at least one jack disposed in said frame ; - at least one spring disposed in said frame ; - at least one rod linked to said at least one jack by a first end and to at least one spring by a second end that is an opposite end to the first end, said at least one rod comprising at least one locking bolt and having an unlocked position and a locked position; and - at least one lock strike arranged in a recess of said second shell ; said at least one jack being configured to actuate the passage of said at least one rod between its locked position and its unlocked position; said at least one spring being configured to actuate the passage of said at least one rod between its unlocked position and its locked position; and said at least one locking bolt being engaged in said at least one lock strike in the locked position of said rod and being disengaged from said at least one lock strike in the unlocked position of said rod . - a base having a front face ; - a moveable or removable door , said device having a closed door position; and - in the closed door position, said press comprises a first shell disposed on said front face of said base and a second shell disposed in said door ; - at least one jack disposed in said frame ; - at least one spring disposed in said frame ; - at least one rod linked to said at least one jack by a first end and to at least one spring by a second end that is an opposite end to the first end, said at least one rod comprising at least one locking bolt and having an unlocked position and a locked position; and - at least one lock strike arranged in a recess of said second shell ;
A method of making particles of encapsulated flavorants or chemesthetic agents, comprising: forming an emulsion comprising: (i) a first aqueous solution, comprising one or more polysaccharides; and (ii) a hydrophobic additive; atomizing said emulsion in an atomizer into droplets; introducing said droplets into a second aqueous solution, comprising one or more metal cations, to form particles comprising one or more cross-linked polysaccharides and said additive encapsulated therein; removing said particles from said second aqueous solution; introducing said particles removed from said second aqueous solution into a third aqueous solution, comprising one or more polysaccharides, for a time period sufficient to further coat said particles; removing said particles from said third aqueous solution; and drying said particles. forming an emulsion comprising: (i) a first aqueous solution, comprising one or more polysaccharides; and (ii) a hydrophobic additive; (i) a first aqueous solution, comprising one or more polysaccharides; and (ii) a hydrophobic additive; atomizing said emulsion in an atomizer into droplets; introducing said droplets into a second aqueous solution, comprising one or more metal cations, to form particles comprising one or more cross-linked polysaccharides and said additive encapsulated therein; removing said particles from said second aqueous solution; introducing said particles removed from said second aqueous solution into a third aqueous solution, comprising one or more polysaccharides, for a time period sufficient to further coat said particles; removing said particles from said third aqueous solution; and drying said particles.
A vehicle roof console comprising: a mounting cover fixed to a roof trim of a vehicle; an operation panel assembled to the mounting cover ; a roof illumination module mounted to a middle portion of the operation panel ; and a capacitive gesture recognition module having a frame type configuration, mounted on the operation panel around the roof illumination module and being mechanically independently of the roof illumination module ; characterized in that the capacitive gesture recognition module comprises: an electric circuit board comprising pairs of strip shaped capacitive electrodes disposed on opposite sides in a thickness direction of the electric circuit board, each pair of capacitive electrodes comprising an emitter electrode and a receiver electrode; and a cover plate configured to sealingly fix the electric circuit board to the operation panel . a mounting cover fixed to a roof trim of a vehicle; an operation panel assembled to the mounting cover ; a roof illumination module mounted to a middle portion of the operation panel ; and a capacitive gesture recognition module having a frame type configuration, mounted on the operation panel around the roof illumination module and being mechanically independently of the roof illumination module ; characterized in that the capacitive gesture recognition module comprises: an electric circuit board comprising pairs of strip shaped capacitive electrodes disposed on opposite sides in a thickness direction of the electric circuit board, each pair of capacitive electrodes comprising an emitter electrode and a receiver electrode; and a cover plate configured to sealingly fix the electric circuit board to the operation panel .
A mobile charging station for at least one ball game device, in particular in the form of a golf ball, having at least one internal energy source and at least one holding means for holding and fixing at least one ball game device having integrated electronics , wherein the at least one held ball game device can be charged or can be supplied with energy by the at least one internal energy source, characterised in that the mobile charging station has a first communication module for wireless communication with at least one ball game device in accordance with a first transmission technology and at least one second communication module for communication with a user terminal in accordance with a differing transmission technology and a coupling of the two communication modules is provided within the charging station, so as to be able to forward data between the user terminal and the ball game device.
A processor-implemented motion data processing method, comprising: obtaining , in real-time, an electromyography (EMG) signal corresponding to a measurement position during a motion of a user; determining, based on the EMG signal, an abnormal signal in the EMG signal, wherein the abnormal signal includes an oscillation signal caused by a high-pass filtering algorithm; and correcting the abnormal signal,wherein the determining, based on the EMG signal, an abnormal signal in the EMG signal includes processing the EMG signal in a time domain to determine the abnormal signal, and the processing the EMG signal in a time domain to determine the abnormal signal includes: determining a reference oscillation height and a reference duration of the oscillation signal based on a filter parameter of the high-pass filtering algorithm; and matching the EMG signal with the reference oscillation height and the reference duration in real-time; and designating the EMG signal corresponding to a signal interval within which the EMG signal matches the reference oscillation height and the reference duration as the oscillation signal. obtaining , in real-time, an electromyography (EMG) signal corresponding to a measurement position during a motion of a user; determining, based on the EMG signal, an abnormal signal in the EMG signal, wherein the abnormal signal includes an oscillation signal caused by a high-pass filtering algorithm; and correcting the abnormal signal,wherein the determining, based on the EMG signal, an abnormal signal in the EMG signal includes processing the EMG signal in a time domain to determine the abnormal signal, and the processing the EMG signal in a time domain to determine the abnormal signal includes: determining a reference oscillation height and a reference duration of the oscillation signal based on a filter parameter of the high-pass filtering algorithm; and matching the EMG signal with the reference oscillation height and the reference duration in real-time; and designating the EMG signal corresponding to a signal interval within which the EMG signal matches the reference oscillation height and the reference duration as the oscillation signal. determining a reference oscillation height and a reference duration of the oscillation signal based on a filter parameter of the high-pass filtering algorithm; and matching the EMG signal with the reference oscillation height and the reference duration in real-time; and designating the EMG signal corresponding to a signal interval within which the EMG signal matches the reference oscillation height and the reference duration as the oscillation signal.