mhurhangee/patent-ind-claim-en huggingface dataset:
A light device system comprising: at least one light emitting diode, LED, light source ; at least one switch operably connected to said LED light source ; and at least one microcontroller in operable communication with said switch , said microcontroller being configured to receive a dimming signal from a dimming controller and at least one production curve from an interface, and configured to apply at least one output signal to said switch , said at least one production curve being associated with said LED light source , said output signal being at least partially based on said at least one production curve; wherein said LED light source is at least a first and a second LED light source ; wherein said at least one production curve is at least partially based on at least one input received by said interface; wherein said input is at least one brightness value or at least one correlated color temperature, CCT, value associated with said first LED light source and said second LED light source; wherein said at least one production curve is each selected from the group consisting of a color curve associated with color temperatures along a predetermined voltage range, a brightness curve associated with brightness along said predetermined voltage range, and said color curve and said brightness curve; and characterised is that said output signal is at least two independent output signals each associated with a duty cycle step, and each associated with said at least first and second light sources. at least one light emitting diode, LED, light source ; at least one switch operably connected to said LED light source ; and at least one microcontroller in operable communication with said switch , said microcontroller being configured to receive a dimming signal from a dimming controller and at least one production curve from an interface, and configured to apply at least one output signal to said switch , said at least one production curve being associated with said LED light source , said output signal being at least partially based on said at least one production curve; wherein said LED light source is at least a first and a second LED light source ; wherein said at least one production curve is at least partially based on at least one input received by said interface; wherein said input is at least one brightness value or at least one correlated color temperature, CCT, value associated with said first LED light source and said second LED light source; wherein said at least one production curve is each selected from the group consisting of a color curve associated with color temperatures along a predetermined voltage range, a brightness curve associated with brightness along said predetermined voltage range, and said color curve and said brightness curve; and characterised is that said output signal is at least two independent output signals each associated with a duty cycle step, and each associated with said at least first and second light sources.
A fuel maintenance guide system in a hybrid vehicle in which a shift to a fuel maintenance mode giving a priority to consuming fuel is executed automatically under a predetermined condition regardless of intention of a driver, the fuel maintenance guide system comprising: a residual fuel detecting unit detecting a residual amount of the fuel; a cancel condition determining unit determining a cancel condition for cancelling a shift to the fuel maintenance mode, based on the residual amount detected by the residual fuel detecting unit ; and a displaying unit displaying the cancel condition determined by the cancel condition determining unit from a predetermined time period before the shift to the fuel maintenance mode; the fuel maintenance guide system being characterized in that : the cancel condition is satisfied by a predetermined amount or larger of the fuel supplied to the vehicle, and the predetermined amount varies based on the residual amount. a residual fuel detecting unit detecting a residual amount of the fuel; a cancel condition determining unit determining a cancel condition for cancelling a shift to the fuel maintenance mode, based on the residual amount detected by the residual fuel detecting unit ; and a displaying unit displaying the cancel condition determined by the cancel condition determining unit from a predetermined time period before the shift to the fuel maintenance mode; the fuel maintenance guide system being characterized in that : the cancel condition is satisfied by a predetermined amount or larger of the fuel supplied to the vehicle, and the predetermined amount varies based on the residual amount. the cancel condition is satisfied by a predetermined amount or larger of the fuel supplied to the vehicle, and the predetermined amount varies based on the residual amount.
Optical sensor comprising a substrate , which has at least a first side and an opposite second side , at least a first waveguide being arranged at least on the first side , which has at least a first measuring point which has at least one interruption of the first waveguide , characterized in that the first measuring point is functionalized by at least one coating which allows the selective coupling of predeterminable microorganisms or subcellular pathogens, the sensor further containing at least a second waveguide which has at least a second measuring point , which includes at least one interruption of the second waveguide and is not functionalized by at least one coating.
A suction nozzle for mounting an electronic component comprising: an intake passage in which negative pressure is applied such that an electronic component is picked up at a tip of the suction nozzle ; a pin that cuts across the intake passage , whereby a cross section of the intake passage is narrowed; characterized in that the suction nozzle comprises a suction assistance section provided in a wall surrounding the intake passage and connecting a downstream side of the pin and an upstream side of the pin within the intake passage . an intake passage in which negative pressure is applied such that an electronic component is picked up at a tip of the suction nozzle ; a pin that cuts across the intake passage , whereby a cross section of the intake passage is narrowed; characterized in that the suction nozzle comprises a suction assistance section provided in a wall surrounding the intake passage and connecting a downstream side of the pin and an upstream side of the pin within the intake passage .
Method for spectrally imaging an organ during an image-guided intervention, comprising: - displaying a first image modality of a contrast-enhanced organ based on at least one first scan of the contrast-enhanced organ; - receiving a selection of a region of interest within the displayed first image modality; - obtaining at least one second spectral scan of the contrast-enhanced organ; characterized in that the method further comprises - determining a contrast value over the region of interest for each of at least three second image modalities the at least three second image modalities being based on the at least one second spectral scan; - selecting from the at least three second image modalities the second image modality with the largest contrast value ; and - obtaining and displaying the selected second image modality , thereby providing a dynamic adaptation of the displayed image modality such that a time interval available for reliably guiding the intervention, before washout of the contrast agent, is prolonged. - displaying a first image modality of a contrast-enhanced organ based on at least one first scan of the contrast-enhanced organ; - receiving a selection of a region of interest within the displayed first image modality; - obtaining at least one second spectral scan of the contrast-enhanced organ; characterized in that the method further comprises - determining a contrast value over the region of interest for each of at least three second image modalities the at least three second image modalities being based on the at least one second spectral scan; - selecting from the at least three second image modalities the second image modality with the largest contrast value ; and - obtaining and displaying the selected second image modality , thereby providing a dynamic adaptation of the displayed image modality such that a time interval available for reliably guiding the intervention, before washout of the contrast agent, is prolonged.
A dishwasher comprising: a tub for accommodating dishes therein; a plurality of wash arms configured to spray wash water into the tub ; a bubble nozzle configured to eject wash water containing microbubbles to the tub ; a sump disposed below a bottom of the tub and configured to collect wash water therein; a wash pump configured to pump wash water collected in the sump ; a channel-switching unit configured to supply wash water pumped by the wash pump to at least one of the plurality of wash arms ; a bubble module configured to generate microbubbles in wash water pumped by the wash pump and to supply wash water containing microbubbles to the bubble nozzle ; and a controller configured to operate the wash pump and to control the channel-switching unit and the bubble module ; characterized in that the bubble nozzle is configured to eject wash water containing microbubbles to the bottom of the tub ; and the controller is configured to control the channel-switching unit and the bubble module to spray wash water through at least one of the plurality of wash arms and simultaneously to eject wash water through the bubble nozzle . a tub for accommodating dishes therein; a plurality of wash arms configured to spray wash water into the tub ; a bubble nozzle configured to eject wash water containing microbubbles to the tub ; a sump disposed below a bottom of the tub and configured to collect wash water therein; a wash pump configured to pump wash water collected in the sump ; a channel-switching unit configured to supply wash water pumped by the wash pump to at least one of the plurality of wash arms ; a bubble module configured to generate microbubbles in wash water pumped by the wash pump and to supply wash water containing microbubbles to the bubble nozzle ; and a controller configured to operate the wash pump and to control the channel-switching unit and the bubble module ; the bubble nozzle is configured to eject wash water containing microbubbles to the bottom of the tub ; and the controller is configured to control the channel-switching unit and the bubble module to spray wash water through at least one of the plurality of wash arms and simultaneously to eject wash water through the bubble nozzle .
A helical CT scanner for imaging an object as the object moves through said helical CT scanner in a z-direction, said helical CT scanner comprising: an X-ray emitter configured to emit X-ray beams towards the object ; a detector array positioned opposite said X-ray emitter and rotatable about an axis parallel to the z-direction, said detector array comprising: a plurality of discrete detector blocks arranged in a two-dimensional grid, each detector block comprising a plurality of pixels, wherein at least one first gap is defined between adjacent detector blocks in a first direction corresponding to the z-direction, wherein at least one second gap is defined between adjacent detector blocks in a second direction, and wherein the at least one first gap includes a plurality of first gaps, the plurality of first gaps including a centermost first gap relative to the z-direction, with first gaps towards the z-extrema being larger than the centermost first gap relative to the z-direction; and a processing device communicatively coupled to said detector array , said processing device configured to reconstruct an image of the object based on image data acquired using said detector array . an X-ray emitter configured to emit X-ray beams towards the object ; a detector array positioned opposite said X-ray emitter and rotatable about an axis parallel to the z-direction, said detector array comprising: a plurality of discrete detector blocks arranged in a two-dimensional grid, each detector block comprising a plurality of pixels, wherein at least one first gap is defined between adjacent detector blocks in a first direction corresponding to the z-direction, wherein at least one second gap is defined between adjacent detector blocks in a second direction, and wherein the at least one first gap includes a plurality of first gaps, the plurality of first gaps including a centermost first gap relative to the z-direction, with first gaps towards the z-extrema being larger than the centermost first gap relative to the z-direction; and a processing device communicatively coupled to said detector array , said processing device configured to reconstruct an image of the object based on image data acquired using said detector array .
A wide-bandgap high electron mobility transistor (HEMT) comprising: a diamond substrate for providing a heat sink and having a first thermal conductivity and including at least two diamond layers that differ from one another in their properties; a silicon carbide layer for providing a favorable crystal growth surface for Group III nitride layers, the silicon carbide layer having a second thermal conductivity that is less than the first thermal conductivity of the diamond substrate and the diamond substrate being deposited on a carbon face of the silicon carbide layer; a buffer layer on a silicon face of said silicon carbide layer, the buffer layer comprising a Group III nitride; a first Group III nitride layer on said buffer layer, the first Group III nitride layer comprising an undoped gallium nitride layer; a second Group III nitride layer on said first Group III nitride layer for forming a heterojunction with said first Group III nitride layer, said second Group III nitride layer comprising a doped aluminum gallium nitride layer disposed between a first undoped aluminum gallium nitride player , and a second undoped aluminum gallium nitride layer , with the first undoped aluminum gallium nitride layer being adjacent said undoped gallium nitride player ; and respective source , gate and drain contacts to said second Group III nitride layer for providing a flow of electrons between the source and drain that is controlled by a voltage applied to the gate . a diamond substrate for providing a heat sink and having a first thermal conductivity and including at least two diamond layers that differ from one another in their properties; a silicon carbide layer for providing a favorable crystal growth surface for Group III nitride layers, the silicon carbide layer having a second thermal conductivity that is less than the first thermal conductivity of the diamond substrate and the diamond substrate being deposited on a carbon face of the silicon carbide layer; a buffer layer on a silicon face of said silicon carbide layer, the buffer layer comprising a Group III nitride; a first Group III nitride layer on said buffer layer, the first Group III nitride layer comprising an undoped gallium nitride layer; a second Group III nitride layer on said first Group III nitride layer for forming a heterojunction with said first Group III nitride layer, said second Group III nitride layer comprising a doped aluminum gallium nitride layer disposed between a first undoped aluminum gallium nitride player , and a second undoped aluminum gallium nitride layer , with the first undoped aluminum gallium nitride layer being adjacent said undoped gallium nitride player ; and respective source , gate and drain contacts to said second Group III nitride layer for providing a flow of electrons between the source and drain that is controlled by a voltage applied to the gate .
A resilient band for an article of apparel, the resilient band having a longitudinal length , the resilient band comprising: a first resilient fabric , having a first resiliency, and a second resilient fabric having a second resiliency greater than the first resiliency, wherein the first and second resilient fabrics are operably secured together by placing the first and second resilient fabrics on top of each other, urging the first and second resilient fabrics to a stretched position along the longitudinal length , securing the first and second resilient fabrics together while both are in their stretched positions, and releasing the resulting fabric structure to a neutral position after the first and second resilient fabrics are secured together, characterised in that : the resulting fabric structure is folded over upon itself at a fold-line to define a first portion , a second portion , and an internal pocket ; the first and second portions are operably secured together and the second resilient fabric is disposed within the pocket . the resulting fabric structure is folded over upon itself at a fold-line to define a first portion , a second portion , and an internal pocket ; the first and second portions are operably secured together and the second resilient fabric is disposed within the pocket .
A lighting apparatus, comprising: a light passing cover having a peripheral edge , a central part and a reverse curve surface extended from the peripheral edge , the central part allowing a light source to emit a light to pass through; a rim structure having a socket , a peripheral wall , and a bottom edge ; and a pressing structure made of an elastic strip bent to form a top portion , a middle portion and a root portion ; the middle portion presses the reverse curve surface of the light passing cover with an elastic force of the elastic strip to keep the light passing cover staying between the middle portion and the bottom edge of the rim structure , and the top portion of the pressing structure allows a user to press to keep the middle portion of the pressing structure away from contact to the light passing cover to detach the light passing cover from the rim structure ; characterized in that the socket is disposed on an inner side of the peripheral wall ; and the root portion being kept in the socket . a light passing cover having a peripheral edge , a central part and a reverse curve surface extended from the peripheral edge , the central part allowing a light source to emit a light to pass through; a rim structure having a socket , a peripheral wall , and a bottom edge ; and a pressing structure made of an elastic strip bent to form a top portion , a middle portion and a root portion ; the middle portion presses the reverse curve surface of the light passing cover with an elastic force of the elastic strip to keep the light passing cover staying between the middle portion and the bottom edge of the rim structure , and the top portion of the pressing structure allows a user to press to keep the middle portion of the pressing structure away from contact to the light passing cover to detach the light passing cover from the rim structure ; characterized in that the socket is disposed on an inner side of the peripheral wall ; and the root portion being kept in the socket .
A roof rail comprising a roof attachment portion ; an inboard sidewall and an outboard sidewall ; a projecting portion projecting outwardly from the outboard sidewall; and a top wall extending from the inboard side wall; characterised in that the outboard sidewall is adapted to bear an inward force from a clamp associated with a crossbar , and in that the roof rail comprises a trim attachment portion which extends between the top wall and the projecting portion .
A book block aligning device comprising: a conveying mechanism that conveys a book block (S) along a conveying path , an air blowing control mechanism that switches start and stop of blowing of air from at least one air outlet , in accordance with timing when the book block (S) passes through the at least one air outlet opened in a paper conveying surface provided in the conveying path , and a vibration mechanism that vibrates the paper conveying surface of the conveying path characterized in that the air blowing control mechanism is configured to start the blowing of air from the air outlet when a leading edge of the book block (S) conveyed by the conveying mechanism reaches the air outlet . a conveying mechanism that conveys a book block (S) along a conveying path , an air blowing control mechanism that switches start and stop of blowing of air from at least one air outlet , in accordance with timing when the book block (S) passes through the at least one air outlet opened in a paper conveying surface provided in the conveying path , and a vibration mechanism that vibrates the paper conveying surface of the conveying path characterized in that the air blowing control mechanism is configured to start the blowing of air from the air outlet when a leading edge of the book block (S) conveyed by the conveying mechanism reaches the air outlet .
Device for aligning a book block composed of individual sheets and/or signatures, wherein the device is a constituent part of a fabrication machine having at least one processing station by means of which the production of books or printed products is performable, wherein the device is arranged upstream of the first processing station within the fabrication machine, wherein the book block is feedable, upright, directly or indirectly into the device automatically or by hand, and said device is formed from at least one alignment station, which is composed of at least one base plate which, at an end side, has a fixed body with at least one stop surface running perpendicular or approximately perpendicular to the base plate, wherein the base plate is equipped with at least one movable means which performs at least one movement (305, 306, 307; 404, 405, 406, 407) relative to the stop surface, wherein the movement of the means effects, in operative connection with the stop surface, an alignment of the individual sheets and/or signatures at at least one book block edge , and wherein the book block , after being aligned, is grippable by at least one transport clamp , which belongs to the fabrication machine, for the further processing.
A method of determining radio link failure, RLF, in a wireless transmit receive unit WTRU in 3GPP wireless communications, the method comprising: performing a series of radio link measurements in a discontinuous reception, DRX, mode on-duration; comparing the series of radio link measurements to a threshold for out-of-synch condition detection; when detecting a predetermined number of consecutive out-of-synch conditions based on the series of radio link measurements, starting a timer; while operating in DRX mode, continuing the series of radio link measurements , and evaluating the continued series of radio link measurements for in-synch condition detection into the sleep time as if operating in a non-DRX mode until an expiry or a stop of the timer, wherein the timer is stopped upon detecting a predetermined number of consecutive in-synch conditions based on the continued series of radio link measurements; and determining that a radio link failure has been detected upon expiry of the timer. performing a series of radio link measurements in a discontinuous reception, DRX, mode on-duration; comparing the series of radio link measurements to a threshold for out-of-synch condition detection; when detecting a predetermined number of consecutive out-of-synch conditions based on the series of radio link measurements, starting a timer; while operating in DRX mode, continuing the series of radio link measurements , and evaluating the continued series of radio link measurements for in-synch condition detection into the sleep time as if operating in a non-DRX mode until an expiry or a stop of the timer, wherein the timer is stopped upon detecting a predetermined number of consecutive in-synch conditions based on the continued series of radio link measurements; and determining that a radio link failure has been detected upon expiry of the timer.