mhurhangee/patent-ind-claim-en huggingface dataset:
A process for fabricating a substrate for a front-side image sensor, comprising: - providing a donor substrate comprising a semiconductor layer to be transferred; - providing a semiconductor support substrate ; - bonding the donor substrate to the support substrate , an electrically insulating layer being at the bonding interface; - transferring the semiconductor layer to the support substrate ; - implanting gaseous ions into the support substrate through the transferred semiconductor layer and the electrically insulating layer ; - after said implantation, epitaxially growing an additional semiconductor layer on top of the transferred semiconductor layer . - providing a donor substrate comprising a semiconductor layer to be transferred; - providing a semiconductor support substrate ; - bonding the donor substrate to the support substrate , an electrically insulating layer being at the bonding interface; - transferring the semiconductor layer to the support substrate ; - implanting gaseous ions into the support substrate through the transferred semiconductor layer and the electrically insulating layer ; - after said implantation, epitaxially growing an additional semiconductor layer on top of the transferred semiconductor layer .
Electronic module, comprising a printed circuit board element having at least one electronic component ; and a casing element ; wherein the casing element is connected to the printed circuit board element at least partially with a form fit; wherein the at least one electronic component is arranged between the casing element and the printed circuit board element , wherein the form-fitting connection between the printed circuit board element and the casing element is provided using microstructuring of the printed circuit board element and wherein the casing element forms an inner space and the at least one electronic component is arranged in the inner space, wherein the casing element is in the form of a frame element and the electronic module has a cover element which, together with the frame element , forms the casing element and has the inner space for the at least one electronic component .
A water supply control system for use with a water tap , the water supply control system comprising: a spindle arrangement adapted for exposure to water during use, the spindle arrangement incorporating a spindle having a first end, a second end and a portion intermediate the first and second ends, the first end region of the spindle being adapted for rotation with a water tap handle and including means for connection to the handle of a water tap; a tap rotation detector adapted to identify the direction of rotation of the spindle remote from said first end region; a valve adapted to control the flow of water to the water tap ; and a controller in communication with the tap rotation detector and the valve , wherein the controller is adapted to trigger closure of the valve when the valve has remained open for a predetermined time interval, the water supply control system further comprising a detent adapted to limit rotation of the spindle in a tap closing direction, and wherein the tap rotation detector includes a rotary encoder for identifying the direction of rotation of the spindle . a spindle arrangement adapted for exposure to water during use, the spindle arrangement incorporating a spindle having a first end, a second end and a portion intermediate the first and second ends, the first end region of the spindle being adapted for rotation with a water tap handle and including means for connection to the handle of a water tap; a tap rotation detector adapted to identify the direction of rotation of the spindle remote from said first end region; a valve adapted to control the flow of water to the water tap ; and a controller in communication with the tap rotation detector and the valve , wherein the controller is adapted to trigger closure of the valve when the valve has remained open for a predetermined time interval, the water supply control system further comprising a detent adapted to limit rotation of the spindle in a tap closing direction, and wherein the tap rotation detector includes a rotary encoder for identifying the direction of rotation of the spindle .
A vehicle having wheels for riding the vehicle over a carrier such as a road or rails, said vehicle having a battery and a generator connected thereto, said generator positioned between a first wheel and a second wheel in a housing , said generator having a stator and a rotor being arranged to generate electrical power for charging said battery, wherein said first wheel drives said rotor by means of a shaft connected to the centre of said first wheel and extending therefrom axially on the axis through the first and second wheels, wherein the connection between said rotor and said shaft comprises a gear box for regulating the rotation speed of said rotor relative to the rotation speed of said first wheel, wherein said gear box is enclosed in the housing with the generator , wherein the housing is mounted to two stationary cylindrical pipes that are mounted to the vehicle by means of brackets and extend around the axis through the first and second wheels between the wheels and the housing; wherein one of the said stationary cylindrical pipes surrounds said shaft ; wherein said gear box comprises a planetary gear train of the type having a sun gear , planet gears and an annular gear , and wherein said shaft , said sun gear and said rotor extend around a common axis, characterized in that : said annular gear is fixedly connected to the housing to which said stator is mounted, said sun gear is fixedly connected to a rotor shaft on which said rotor is mounted, and said planetary gears are each rotatably connected to said shaft . wherein said first wheel drives said rotor by means of a shaft connected to the centre of said first wheel and extending therefrom axially on the axis through the first and second wheels, wherein the connection between said rotor and said shaft comprises a gear box for regulating the rotation speed of said rotor relative to the rotation speed of said first wheel, wherein said gear box is enclosed in the housing with the generator , wherein the housing is mounted to two stationary cylindrical pipes that are mounted to the vehicle by means of brackets and extend around the axis through the first and second wheels between the wheels and the housing; wherein one of the said stationary cylindrical pipes surrounds said shaft ; wherein said gear box comprises a planetary gear train of the type having a sun gear , planet gears and an annular gear , and wherein said shaft , said sun gear and said rotor extend around a common axis, characterized in that : said annular gear is fixedly connected to the housing to which said stator is mounted, said sun gear is fixedly connected to a rotor shaft on which said rotor is mounted, and said planetary gears are each rotatably connected to said shaft .
A biosynthetic method of making a glucoside of a capsaicinoid of interest comprising: a) expressing an acyl-CoA synthetase (ACS) and a capsaicin synthase (CS) in a transformed cellular system; b) expressing a UDP-glucosyltransferase in the transformed cellular system, wherein the UDP-glucosyltransferase is a CaUGT2 from C. roseus and either has a DNA sequence similarity of at least 75% with SEQ ID NO: 5 and/or a protein sequence similarity of at least 90% with SEQ ID NO: 6; c) growing the cellular system in a medium; and, d) producing the glucoside of a capsaicinoid of interest. a) expressing an acyl-CoA synthetase (ACS) and a capsaicin synthase (CS) in a transformed cellular system; b) expressing a UDP-glucosyltransferase in the transformed cellular system, wherein the UDP-glucosyltransferase is a CaUGT2 from C. roseus and either has a DNA sequence similarity of at least 75% with SEQ ID NO: 5 and/or a protein sequence similarity of at least 90% with SEQ ID NO: 6; c) growing the cellular system in a medium; and, d) producing the glucoside of a capsaicinoid of interest.
Thermoplastic composition, in particular for use in extrusion and compounding, comprising: (a) a continuous phase which has at least one first polymer, which is selected from a group which has a polyester, a polyester amide, a polyester ether amide, an aliphatic or partially aromatic polyester urethane or admixtures thereof, in particular the compounds or admixtures having hydrophobic surface properties, (b) at least one dispersed phase which (i) comprises as a second polymer at least one biogenic cross-linking agent which has a water proportion of from 0.1 to 30% by weight, in particular from 5 to 25% by weight with respect to the overall weight thereof and wherein the first polymer of the continuous phase cannot be mixed with the second polymer of the dispersed phase, and (ii) at least one inorganic filler, and (iii) at least one plasticiser, characterised in that the plasticiser has diglycerol or admixtures with diglycerol and the inorganic filler comprises phosphates of calcium and/or magnesium and has a proportion of from 0.1 to 40% by weight with respect to the overall weight of the composition and wherein the composition is biodegradable and/or compostable. (a) a continuous phase which has at least one first polymer, which is selected from a group which has a polyester, a polyester amide, a polyester ether amide, an aliphatic or partially aromatic polyester urethane or admixtures thereof, in particular the compounds or admixtures having hydrophobic surface properties, (b) at least one dispersed phase which (i) comprises as a second polymer at least one biogenic cross-linking agent which has a water proportion of from 0.1 to 30% by weight, in particular from 5 to 25% by weight with respect to the overall weight thereof and wherein the first polymer of the continuous phase cannot be mixed with the second polymer of the dispersed phase, and (ii) at least one inorganic filler, and (iii) at least one plasticiser, (i) comprises as a second polymer at least one biogenic cross-linking agent which has a water proportion of from 0.1 to 30% by weight, in particular from 5 to 25% by weight with respect to the overall weight thereof and wherein the first polymer of the continuous phase cannot be mixed with the second polymer of the dispersed phase, and (ii) at least one inorganic filler, and (iii) at least one plasticiser,
A wireless communication method, comprising: receiving (S210) triggering signaling, the triggering signaling being used to trigger transmission of a target sounding reference signal, SRS, resource set by a terminal device, the target SRS resource set being configured with a first slot offset, and the first slot offset can be used to determine a slot position used for transmitting a target SRS resource in the SRS resource set; obtaining first indication information, wherein the first indication information indicates a third slot offset that is additionally configured for the target SRS resource set or an SRS resource in the target SRS resource set, wherein the target SRS resource is not configured with a second slot offset, the second slot offset is an SRS resource-level slot offset configured for some or all SRS resources in the target SRS resource set, the first indication information indicates the third slot offset that is additionally configured for an SRS resource not configured with the second slot offset in the target SRS resource set; and transmitting the target SRS resource based on the first slot offset and the third slot offset. receiving (S210) triggering signaling, the triggering signaling being used to trigger transmission of a target sounding reference signal, SRS, resource set by a terminal device, the target SRS resource set being configured with a first slot offset, and the first slot offset can be used to determine a slot position used for transmitting a target SRS resource in the SRS resource set; obtaining first indication information, wherein the first indication information indicates a third slot offset that is additionally configured for the target SRS resource set or an SRS resource in the target SRS resource set, wherein the target SRS resource is not configured with a second slot offset, the second slot offset is an SRS resource-level slot offset configured for some or all SRS resources in the target SRS resource set, the first indication information indicates the third slot offset that is additionally configured for an SRS resource not configured with the second slot offset in the target SRS resource set; and transmitting the target SRS resource based on the first slot offset and the third slot offset.
A radio frequency (RF) system comprising: a phase reversal amplitude shift keying (PR-ASK) signal generator configured to produce a fully modulated AM signal representing a sequence of symbols; characterized by an in-phase and/or quadrature phase controlled orthogonal offset generator configured to produce an in-phase and/or quadrature phase offset signal orthogonal to the PR-ASK signal; wherein the controlled offset signal is summed into the PR-ASK signal to shift a trajectory of the fully modulated AM signal away from an origin thereby producing a new modulation format, an amplitude and phase modulated offset PR-ASK (OPR-ASK) signal with continuous phase modulation and a modulation depth reduced by the controlled orthogonal offset as compared to PR-ASK signal modulation. a phase reversal amplitude shift keying (PR-ASK) signal generator configured to produce a fully modulated AM signal representing a sequence of symbols; characterized by an in-phase and/or quadrature phase controlled orthogonal offset generator configured to produce an in-phase and/or quadrature phase offset signal orthogonal to the PR-ASK signal; wherein the controlled offset signal is summed into the PR-ASK signal to shift a trajectory of the fully modulated AM signal away from an origin thereby producing a new modulation format, an amplitude and phase modulated offset PR-ASK (OPR-ASK) signal with continuous phase modulation and a modulation depth reduced by the controlled orthogonal offset as compared to PR-ASK signal modulation.
A computer-implemented method for detecting biological cells comprising - Obtaining multiple lens-free microscopy images, depicting the biological cells; - Training a convolutional neural network, using annotated training data, wherein the annotated training data comprise fluorescence images and/or videos of biological cells; and - Generating a probability map by regression of the trained convolutional neural network for one of the lens-free microscopy images, the probability map indicating probabilities for the presence of the biological cells at multiple regions, in particular pixels, of the one lens-free microscopy image; and - determining a cell lineage forest indicating at least the localisation of some of the biological cells over the sequence of the multiple lens-free microscopy images, based on the generated probability maps, one for each of the multiple lens-free microscopy images. - Obtaining multiple lens-free microscopy images, depicting the biological cells; - Training a convolutional neural network, using annotated training data, wherein the annotated training data comprise fluorescence images and/or videos of biological cells; and - Generating a probability map by regression of the trained convolutional neural network for one of the lens-free microscopy images, the probability map indicating probabilities for the presence of the biological cells at multiple regions, in particular pixels, of the one lens-free microscopy image; and - determining a cell lineage forest indicating at least the localisation of some of the biological cells over the sequence of the multiple lens-free microscopy images, based on the generated probability maps, one for each of the multiple lens-free microscopy images.
A method for controlling a hybrid vehicle provided with a drive system with an internal combustion engine, a generator configured to be driven by the internal combustion engine, and a battery configured to be charged by power generated by the generator, comprising: setting (S102) a target generated power of the generator; calculating (S103-S105) a target engine output of the internal combustion engine in accordance with the target generated power; detecting (S201) an air density in an environment in which the vehicle travels; correcting (S402-S404) the target engine output based on the air density that was detected with respect to a decrease in the air density, and causing the power generated by the generator to follow the target generated power, characterized in that execution of an air density correction is permitted or stopped in accordance with an operating state of the drive system, wherein the method further comprises detecting (S202) a state of charge of the battery, executing (S402-S404) the air density correction upon determining the state of charge of the battery is low, and stopping (S107) the execution of the air density correction upon determining the state of charge of the battery is high. setting (S102) a target generated power of the generator; calculating (S103-S105) a target engine output of the internal combustion engine in accordance with the target generated power; detecting (S201) an air density in an environment in which the vehicle travels; correcting (S402-S404) the target engine output based on the air density that was detected with respect to a decrease in the air density, and causing the power generated by the generator to follow the target generated power, characterized in that execution of an air density correction is permitted or stopped in accordance with an operating state of the drive system, wherein the method further comprises detecting (S202) a state of charge of the battery, executing (S402-S404) the air density correction upon determining the state of charge of the battery is low, and stopping (S107) the execution of the air density correction upon determining the state of charge of the battery is high.
Mobile work machine , in particular an excavator, comprising: an undercarriage having a chain, rail or wheel chassis , an upper structure having work equipment attached thereto, a slewing ring connecting the undercarriage and the upper structure so as to be rotatable relative to each other, and a decentralised power supply and/or a decentralised power supply network , preferably a DC power supply network, a slip ring for transmitting electrical energy between the upper structure and the undercarriage , characterised by an energy storage in electrical connection with the slip ring , which is configured to be decentralised into several energy storage units , wherein one of the energy storage units is arranged in the undercarriage and another of the energy storage units is arranged in the upper structure . an undercarriage having a chain, rail or wheel chassis , an upper structure having work equipment attached thereto, a slewing ring connecting the undercarriage and the upper structure so as to be rotatable relative to each other, and a decentralised power supply and/or a decentralised power supply network , preferably a DC power supply network, a slip ring for transmitting electrical energy between the upper structure and the undercarriage , characterised by an energy storage in electrical connection with the slip ring , which is configured to be decentralised into several energy storage units , wherein one of the energy storage units is arranged in the undercarriage and another of the energy storage units is arranged in the upper structure .
A guiding unit for slabs comprising at least two rolls connected to each other along a common axis of rotation X, wherein each roll comprises a first tubular element and a second tubular element external and coaxial to axis X and to the first tubular element , wherein each roll comprises a respective hub at its two ends, wherein cooling channels are provided in each roll between said first tubular element and said second tubular element for the passage of a coolant liquid, wherein each hub is provided with cavities communicating with the cooling channels of the respective roll so as to define a path for the coolant liquid from a first end to a second end of the guiding unit, the path crossing said at least two rolls , wherein a first hub of each roll comprises a first inner chamber for letting coolant liquid into the respective roll, wherein a second hub of each roll comprises a second inner chamber for letting coolant liquid out from the respective roll characterized in that the second tubular element is removable from said first tubular element, in that said cooling channels are defined by grooves made on an outer surface of the first tubular element and closed by an inner central surface of the second tubular element , in that first inner ducts of the first hub diverge from said first inner chamber and communicate with a first outer annular channel coaxial to the axis X and second inner ducts of the first hub branch off from said first outer annular channel and communicate with first ends of the cooling channels of the respective roll, in that third inner ducts of the second hub converge in said second inner chamber , said third inner ducts communicating with a second outer annular channel coaxial to the axis X, in that fourth inner ducts of the second hub arrive in said second outer annular channel , said fourth inner ducts communicating with second ends of the cooling channels of said respective roll, and in that the first inner ducts and the second inner ducts are made entirely in the first hub , and the third inner ducts and the fourth inner ducts are made entirely in the second hub .
Textile connector comprising: - a strap having a central part separating a first end and a second end , the central part having a first cross-section, • the first end having a larger cross-section than the central part , • the second end having a loop with a fixed opening allowing the first end to pass through the opening of the loop, - a means for gripping the loop connected directly to the loop, such that the strap has a rectangular cross-section and that the first end presents an area of the strap that is folded onto itself by means of a first fold so as to form a blocking stop configured to prevent the central part or the second end from passing over the second end when the central part slides along the strap. - a strap having a central part separating a first end and a second end , the central part having a first cross-section, • the first end having a larger cross-section than the central part , • the second end having a loop with a fixed opening allowing the first end to pass through the opening of the loop, • the first end having a larger cross-section than the central part , • the second end having a loop with a fixed opening allowing the first end to pass through the opening of the loop, - a means for gripping the loop connected directly to the loop,