mhurhangee/patent-ind-claim-en huggingface dataset:
A touch display device (101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, or 112), comprising a substrate ; a first conductive layer disposed on the substrate , wherein the first conductive layer comprises a gate electrode ; a second conductive layer disposed on the first conductive layer , wherein the second conductive layer comprises a source electrode and a drain electrode ; a stacked structure (LS) disposed on the substrate , wherein the stacked structure (LS) comprises a conductive channel (CS) and a sensing electrode (SE); an inorganic light emitting unit disposed on the stacked structure (LS), wherein the inorganic light emitting unit is electrically connected with the drain electrode via the conductive channel (CS); and a touch sensing circuit electrically connected with the sensing electrode (SE). a substrate ; a first conductive layer disposed on the substrate , wherein the first conductive layer comprises a gate electrode ; a second conductive layer disposed on the first conductive layer , wherein the second conductive layer comprises a source electrode and a drain electrode ; a stacked structure (LS) disposed on the substrate , wherein the stacked structure (LS) comprises a conductive channel (CS) and a sensing electrode (SE); an inorganic light emitting unit disposed on the stacked structure (LS), wherein the inorganic light emitting unit is electrically connected with the drain electrode via the conductive channel (CS); and a touch sensing circuit electrically connected with the sensing electrode (SE).
An induction device comprising: a main body comprising a heater ; a knob configured to be attachable to or detachable from a knob region provided on one surface of the main body ; a touch sensor formed around the knob region and configured to, in response to the knob being attached to the knob region, be touched by a protruding part provided at a lower side of the knob ; and a control unit configured to, in response to the knob rotating in a state in which the knob is attached to the knob region, determine a degree of rotation of the knob according to a touch position of the knob touched by the protruding part and adjust a temperature of the heater based on the determined degree of rotation, characterised in that the touch sensor comprises a plurality of touch sensors arranged circlewise around the knob region, wherein the protruding part is formed on an edge part of a lower surface of the knob , wherein the control unit is configured to determine the degree of rotation and a direction of rotation according to an order and the number of the plurality of touch sensors touched by the protruding part in response to the knob rotating in a state in which the knob is attached to the knob region. a main body comprising a heater ; a knob configured to be attachable to or detachable from a knob region provided on one surface of the main body ; a touch sensor formed around the knob region and configured to, in response to the knob being attached to the knob region, be touched by a protruding part provided at a lower side of the knob ; and a control unit configured to, in response to the knob rotating in a state in which the knob is attached to the knob region, determine a degree of rotation of the knob according to a touch position of the knob touched by the protruding part and adjust a temperature of the heater based on the determined degree of rotation, characterised in that the touch sensor comprises a plurality of touch sensors arranged circlewise around the knob region, wherein the protruding part is formed on an edge part of a lower surface of the knob , wherein the control unit is configured to determine the degree of rotation and a direction of rotation according to an order and the number of the plurality of touch sensors touched by the protruding part in response to the knob rotating in a state in which the knob is attached to the knob region.
A folding shutter comprising a frame or supporting structure with at least one linear guide rail extending in a first direction, and where a carriage is mounted to the linear guide rail so that it can be moved in the first direction extending between a first and a second end of the guide rail, and where the folding shutter further comprises a first and a second shutter element each having a proximal side and a distal side arranged opposite to the proximal side, and where the proximal side of the first shutter is rotatably attached to the supporting structure near the second end of the guide rail and where the distal side of the first shutter element is attached to the distal side of the second shutter element via one or more hinges having a hinge axis substantially perpendicular to the first direction, and where the proximal side of the second shutter is attached to the carriage via a bracket comprising a first bracket part being fixedly attached to the second shutter element, and a second bracket part being attached to the first bracket part and to the carriage, so that the first and the second shutter element fold in a concertina like manner, and the distal side of the first and the second shutter moves away from the guide rail when the carriage moves away from the first end along the guide rail, and wherein each of a first and a second peg is arranged on one of the bracket parts, and extending into engagement with a first and a second slot respectively arranged on the other bracket part, and where the first slot extends in the first direction when the carriage is positioned at the first end of the guide rail, and the second slot is U-shaped having two diverging slot leg portions being connected via a bended slot portion , and where the U-shaped slot is configured so that the second peg is positioned in the U-shaped slot at the end of a first slot leg portion when the carriage is at the first end of the guide rail, and moves from the end of the first slot leg portion via the bended slot portion and to the second slot leg portion when the carriage is moved to the second end of the guide rail.
A pressure measuring device for a bicycle , the pressure measuring device comprising: a housing ; and a pressure chamber disposed in the housing , characterized in that the pressure measuring device further comprises: a valve disposed in a first opening of the pressure chamber , the valve operable to allow addition or removal of fluid along a flow path between the first opening and a second opening of the pressure chamber into or out of a tire assembly volume of a tire assembly ; a sense element in pressure communication with the pressure chamber between the first opening and the second opening along the flow path; and a variable sealing arrangement configured to facilitate relative rotation of the tire assembly and the housing while maintaining a sealing interaction therebetween. a housing ; and a pressure chamber disposed in the housing , characterized in that the pressure measuring device further comprises: a valve disposed in a first opening of the pressure chamber , the valve operable to allow addition or removal of fluid along a flow path between the first opening and a second opening of the pressure chamber into or out of a tire assembly volume of a tire assembly ; a sense element in pressure communication with the pressure chamber between the first opening and the second opening along the flow path; and a variable sealing arrangement configured to facilitate relative rotation of the tire assembly and the housing while maintaining a sealing interaction therebetween. a valve disposed in a first opening of the pressure chamber , the valve operable to allow addition or removal of fluid along a flow path between the first opening and a second opening of the pressure chamber into or out of a tire assembly volume of a tire assembly ; a sense element in pressure communication with the pressure chamber between the first opening and the second opening along the flow path; and a variable sealing arrangement configured to facilitate relative rotation of the tire assembly and the housing while maintaining a sealing interaction therebetween.
An article of apparel comprising: a garment portion formed from a plurality of joined textile elements , the garment portion having a first fold and a second fold that form a pleat structure, the first fold being located outward from the second fold; and at least one protective element at least partially located within the first fold and absent from an area within the second fold, the article of apparel being characterized in that , the first fold and the second fold form an S-shaped configuration, wherein the article of apparel is a shorts-type garment having a waistband , and the first fold and the second fold are located adjacent to the waistband, and wherein the protective element covers a portion of the waistband. a garment portion formed from a plurality of joined textile elements , the garment portion having a first fold and a second fold that form a pleat structure, the first fold being located outward from the second fold; and at least one protective element at least partially located within the first fold and absent from an area within the second fold, the article of apparel being characterized in that , the first fold and the second fold form an S-shaped configuration, wherein the article of apparel is a shorts-type garment having a waistband , and the first fold and the second fold are located adjacent to the waistband, and wherein the protective element covers a portion of the waistband.
An ice maker comprising: a first tray configured to define a portion of the ice making cell , which is a space for generating ice; a second tray configured to define another portion of the ice making cell ; a tray supporter configured to support the second tray ; a heater configured to provide heat to the second tray ; characterized by a heater case to which the heater is coupled, wherein the heater case supports a first region of the second tray , and wherein the tray supporter supports a second region positioned closer to the first tray than the first region, and wherein when the water in the ice making cell expands in the process of being changed to ice, the heater case moves in a direction away from the first tray , wherein, during the ice making process, at least a portion of the heater case is movable together with the second tray . a first tray configured to define a portion of the ice making cell , which is a space for generating ice; a second tray configured to define another portion of the ice making cell ; a tray supporter configured to support the second tray ; a heater configured to provide heat to the second tray ; characterized by a heater case to which the heater is coupled, wherein the heater case supports a first region of the second tray , and wherein the tray supporter supports a second region positioned closer to the first tray than the first region, and wherein when the water in the ice making cell expands in the process of being changed to ice, the heater case moves in a direction away from the first tray , wherein, during the ice making process, at least a portion of the heater case is movable together with the second tray .
A system for controlling actuators based on pedal positions in a vehicle , comprising: - a control unit , - a camera configured to capture an image containing two or more pedals in a vehicle and to provide the image to the control unit, characterised in that the control unit is configured to: • determine for each pedal, based on the provided image, the current position of the pedal relative to a fixed structure in the vehicle or relative to a reference position of the pedal, and • control, based on the determined position, an actuator associated with the pedal . - a control unit , - a camera configured to capture an image containing two or more pedals in a vehicle and to provide the image to the control unit, characterised in that the control unit is configured to: • determine for each pedal, based on the provided image, the current position of the pedal relative to a fixed structure in the vehicle or relative to a reference position of the pedal, and • control, based on the determined position, an actuator associated with the pedal . • determine for each pedal, based on the provided image, the current position of the pedal relative to a fixed structure in the vehicle or relative to a reference position of the pedal, and • control, based on the determined position, an actuator associated with the pedal .
A device comprising: an acoustic transducer comprising a phased array of transducer elements (213A- 213L), wherein the transducer elements are arranged in a circular pattern; one or more processors ; and a computer-readable medium storing instructions that, when executed by the one or more processors, cause the acoustic transducer to perform functions comprising: transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and interacting an object within the ultrasound intensity well with the focused ultrasound wave; wherein said phased array is configured to electronically focus or steer said ultrasound wave upon various portions of said medium and/or said object, characterized in that , transmitting the focused ultrasound wave into the medium comprises transmitting the focused ultrasound wave in one direction of propagation away from the acoustic transducer into the medium . an acoustic transducer comprising a phased array of transducer elements (213A- 213L), wherein the transducer elements are arranged in a circular pattern; one or more processors ; and a computer-readable medium storing instructions that, when executed by the one or more processors, cause the acoustic transducer to perform functions comprising: transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and interacting an object within the ultrasound intensity well with the focused ultrasound wave; transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and interacting an object within the ultrasound intensity well with the focused ultrasound wave; wherein said phased array is configured to electronically focus or steer said ultrasound wave upon various portions of said medium and/or said object, characterized in that , transmitting the focused ultrasound wave into the medium comprises transmitting the focused ultrasound wave in one direction of propagation away from the acoustic transducer into the medium .
A helicopter comprising: - a fuselage elongated along a first longitudinal axis (X)of said helicopter and extending between a nose and a tail boom of the helicopter from which a fin projects; - a tailplane arranged at said tail boom and transversal to the tail boom ; said tailplane defining a pair of first aerodynamic surfaces generating, in use, respective first aerodynamic forces and elongated along a second axis (Y) transversal to said first axis (X); said first and second axes (X, Y) defining a first plane (Q); - a pair of first elements transversal to said first respective aerodynamic surfaces ; and - a pair of second aerodynamic surfaces generating, in use, respective second aerodynamic forces, connected to said respective first elements , and facing and spaced from said respective first aerodynamic surfaces ; each of said second aerodynamic surface comprising, in turn: - a first root end connected to said respective element ; - a first leading edge ; - a first trailing edge opposite to the said first leading edge ; - a first chord (C2) joining said first leading edge and said first trailing edge at said first root end parallel to said first axis (X); and - a second chord (C1) joining said first leading edge and said first trailing edge parallel to said first axis (X); said first and second chord (C2, C1) defining a second plane (R) tilted with respect to said first plane (Q); characterized in that each of said second aerodynamic surfaces comprises a second free end being spaced from said tail boom and opposite to said first root end ; said second chord (Cl) being defined at said second free end. - a fuselage elongated along a first longitudinal axis (X)of said helicopter and extending between a nose and a tail boom of the helicopter from which a fin projects; - a tailplane arranged at said tail boom and transversal to the tail boom ; - a pair of first elements transversal to said first respective aerodynamic surfaces ; and - a pair of second aerodynamic surfaces generating, in use, respective second aerodynamic forces, connected to said respective first elements , and facing and spaced from said respective first aerodynamic surfaces ; - a first root end connected to said respective element ; - a first leading edge ; - a first trailing edge opposite to the said first leading edge ; - a first chord (C2) joining said first leading edge and said first trailing edge at said first root end parallel to said first axis (X); and - a second chord (C1) joining said first leading edge and said first trailing edge parallel to said first axis (X); characterized in that each of said second aerodynamic surfaces comprises a second free end being spaced from said tail boom and opposite to said first root end ; said second chord (Cl) being defined at said second free end.
Method of restoring a fissured area of a vitreous surface, comprising: generating a laser beam; controlling a first direction and a second direction, perpendicular to the first, of the laser beam; shaping the spot-size of the laser beam according to a size of the fissured area and based on restoration specifications; directing the laser beam to the fissured area to melt the vitreous surface around the fissured area and fuse the melted vitreous surface in the fissured area. generating a laser beam; controlling a first direction and a second direction, perpendicular to the first, of the laser beam; shaping the spot-size of the laser beam according to a size of the fissured area and based on restoration specifications; directing the laser beam to the fissured area to melt the vitreous surface around the fissured area and fuse the melted vitreous surface in the fissured area.
A device for hypoxia training comprising: one or more electrochemical cells , a power supply connected to the one or more electrochemical cells , and a mask , characterized in that each of the one or more electrochemical cells comprises a cathode and an anode separated by a proton exchange membrane , each of the anode and cathode being in communication with an input and an output, wherein the input of the cathode is in fluid communication with ambient air , and the input of the anode is in fluid communication with a source of liquid water , the mask is in fluid communication with the output from the cathode of the one or more electrochemical cells , and oxygen is removed from the ambient air during contact with the cathode when hydrogen ions separated from liquid water by a catalyst on the anode convert oxygen in the ambient air into water. one or more electrochemical cells , a power supply connected to the one or more electrochemical cells , and a mask , characterized in that each of the one or more electrochemical cells comprises a cathode and an anode separated by a proton exchange membrane , each of the anode and cathode being in communication with an input and an output, wherein the input of the cathode is in fluid communication with ambient air , and the input of the anode is in fluid communication with a source of liquid water , the mask is in fluid communication with the output from the cathode of the one or more electrochemical cells , and oxygen is removed from the ambient air during contact with the cathode when hydrogen ions separated from liquid water by a catalyst on the anode convert oxygen in the ambient air into water.
Instrument or probe particularly for endoscopic use, having a first coaxial fluid conveying arrangement with a first outer diameter that comprises a first inner line and a first outer line , the end of which extends beyond the end of the first inner line , having a second coaxial fluid conveying arrangement with a second outer diameter that comprises a second outer line and a second inner line , wherein the end of the second inner line extends beyond the end of the second outer line and extends into the first inner line and is connected therewith, characterized by a connection piece for connection of the first fluid conveying arrangement with the second fluid conveying arrangement , wherein the ends of the two outer lines are connected with one another by means of an outer line socket of the connection piece , wherein the outer line socket comprises an outer peripheral surface on which the first outer line is held. having a first coaxial fluid conveying arrangement with a first outer diameter that comprises a first inner line and a first outer line , the end of which extends beyond the end of the first inner line , having a second coaxial fluid conveying arrangement with a second outer diameter that comprises a second outer line and a second inner line , wherein the end of the second inner line extends beyond the end of the second outer line and extends into the first inner line and is connected therewith, characterized by a connection piece for connection of the first fluid conveying arrangement with the second fluid conveying arrangement , wherein the ends of the two outer lines are connected with one another by means of an outer line socket of the connection piece , wherein the outer line socket comprises an outer peripheral surface on which the first outer line is held.
A terahertz-wave generation method of generating a terahertz wave in a direction satisfying a non-collinear phase-matching condition by making pump light incident on a nonlinear optical crystal capable of generating a terahertz wave by optical parametric effect, the method comprising: making the pump light incident on the nonlinear optical crystal so that a peak excited power density is equal to or greater than a terahertz-wave lasing threshold and characterized in that the peak excited power density is equal to or less than a laser damage threshold, and an average excited power density is equal to or less than a photorefractive effect occurrence threshold, the pump light having a pulse width of 10 ps or more, the pulse width of 1 ns or less, and a repetition frequency of 1 kHz or more.