mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting system for an autonomous mower comprising: a housing having an outer circumference including at least one vertical standoff , and an open lower portion; at least one rotating blade disk , provided within the housing and having a central portion, a top side, a bottom side, and a peripheral edge; a first pair of cutting blades pivotally secured to the bottom side of the blade disk between the central portion of the blade disk and the blade disk peripheral edge, and extending away from the blade disk at an angle; and a second pair of cutting blades pivotally secured to the bottom side of the blade disk radially inward and offset from the first pair of cutting blades, and extending away from the blade disk at an angle. a housing having an outer circumference including at least one vertical standoff , and an open lower portion; at least one rotating blade disk , provided within the housing and having a central portion, a top side, a bottom side, and a peripheral edge; a first pair of cutting blades pivotally secured to the bottom side of the blade disk between the central portion of the blade disk and the blade disk peripheral edge, and extending away from the blade disk at an angle; and a second pair of cutting blades pivotally secured to the bottom side of the blade disk radially inward and offset from the first pair of cutting blades, and extending away from the blade disk at an angle.
Baler for agricultural crops, comprising a plurality of pressing elements which surround a bale chamber and rotate during operation, a first gap being provided between a first pair of pressing elements and a second gap being provided between a second pair of pressing elements , comprising a binding device which can be transferred from a starting position into a binding position in which the binding device is designed to guide a binding material through the first gap into the bale chamber , and comprising a separating element , characterised in that , in a separating position, the separating element separates a receiving space from the binding device in the binding position, which receiving space adjoins the second gap and is intended for receiving harvested crop that has passed through the second gap and/or on the rotating pressing elements .
An inverter circuit breaker comprising: - a case and a button movable with respect to the case ; - a rocking control member adapted to be rotated in two opposite directions about a first rotation axis (a1) by means of the button ; - a rotor adapted to be rotated in two opposite directions about a second rotation axis (a2) perpendicular to the first rotation axis (a1); characterized in that : - the rotor is adapted to be rotated by the rocking control member ; - the inverter circuit breaker further comprises four connecting terminals (81-84) and two rocking switching members , adapted to be rotated simultaneously by the rotor for establishing and interrupting bridges between connecting terminal pairs. - a case and a button movable with respect to the case ; - a rocking control member adapted to be rotated in two opposite directions about a first rotation axis (a1) by means of the button ; - a rotor adapted to be rotated in two opposite directions about a second rotation axis (a2) perpendicular to the first rotation axis (a1); - the rotor is adapted to be rotated by the rocking control member ; - the inverter circuit breaker further comprises four connecting terminals (81-84) and two rocking switching members , adapted to be rotated simultaneously by the rotor for establishing and interrupting bridges between connecting terminal pairs.
A method comprising: detecting at a plurality of antennas of at least one wireless device, energy spanning a frequency bandwidth that may include a transmission from each of one or more source devices, wherein a transmission from a source device occupies a unique set of subcarriers in a sub-band of the frequency bandwidth; generating at least one reference receive signal from at least one designated antenna; switching among the plurality of antennas, excluding the at least one designated antenna, over time, to generate a plurality of antenna-specific receive signals for a corresponding antenna state, each for a different time interval; computing a first channel estimate based on the at least one reference receive signal; decoding at least a portion of a frame for one of the transmissions based on the first channel estimate to recover symbol data; computing a second channel estimate based on the plurality of antenna-specific receive signals; generating a composite channel estimate from at least one of the first channel estimate and the second channel estimate; using the composite channel estimate, computing an angle of arrival vector for a transmission from a corresponding source device of the one or more source devices; and deriving a location estimate for the corresponding source device of the one or more source devices based at least in part on the angle of arrival vector for the corresponding source device. detecting at a plurality of antennas of at least one wireless device, energy spanning a frequency bandwidth that may include a transmission from each of one or more source devices, wherein a transmission from a source device occupies a unique set of subcarriers in a sub-band of the frequency bandwidth; generating at least one reference receive signal from at least one designated antenna; switching among the plurality of antennas, excluding the at least one designated antenna, over time, to generate a plurality of antenna-specific receive signals for a corresponding antenna state, each for a different time interval; computing a first channel estimate based on the at least one reference receive signal; decoding at least a portion of a frame for one of the transmissions based on the first channel estimate to recover symbol data; computing a second channel estimate based on the plurality of antenna-specific receive signals; generating a composite channel estimate from at least one of the first channel estimate and the second channel estimate; using the composite channel estimate, computing an angle of arrival vector for a transmission from a corresponding source device of the one or more source devices; and deriving a location estimate for the corresponding source device of the one or more source devices based at least in part on the angle of arrival vector for the corresponding source device.
A thin film formation apparatus for forming a thin film of a metal compound on a substrate in a vacuum chamber by sputtering, the apparatus comprising: the vacuum chamber ; a target , provided in the vacuum chamber , composed of metal or a conductive metal compound, and an active species source, provided in the vacuum chamber , for generating an active species of a reactive gas that is arranged to produce mutual electromagnetic and pressure interactions with the target , wherein: the active species source comprises a gas source for supplying the reactive gas, and an energy source for supplying energy into the vacuum chamber to excite the reactive gas to a plasma state; the target and the active species source are arranged to be opposed to the substrate ; the energy source comprises, between itself and the vacuum chamber , a dielectric window for supplying the energy into the vacuum chamber , a case body and an antenna ; the target and the active species source are arranged not to be separated spatially or in a pressure-wise manner; the thin film formation apparatus is an in-line type sputtering apparatus; a sputtering surface of the target where erosion occurs is arranged to be parallel with the substrate ; the dielectric window is arranged in such a way as inclining towards the target side at an angle of less than 90° to the substrate ; and the antenna is disposed in an antenna storage chamber and consists of a spiral coil electrode, and a spiral face of the electrode is arranged in parallel with the dielectric window and the bottom surface of the case body . the active species source comprises a gas source for supplying the reactive gas, and an energy source for supplying energy into the vacuum chamber to excite the reactive gas to a plasma state; the target and the active species source are arranged to be opposed to the substrate ; the energy source comprises, between itself and the vacuum chamber , a dielectric window for supplying the energy into the vacuum chamber , a case body and an antenna ; the target and the active species source are arranged not to be separated spatially or in a pressure-wise manner; the thin film formation apparatus is an in-line type sputtering apparatus; a sputtering surface of the target where erosion occurs is arranged to be parallel with the substrate ; the dielectric window is arranged in such a way as inclining towards the target side at an angle of less than 90° to the substrate ; and the antenna is disposed in an antenna storage chamber and consists of a spiral coil electrode, and a spiral face of the electrode is arranged in parallel with the dielectric window and the bottom surface of the case body .
A marker device for an image guided surgery system , comprising: an electronics unit comprising at least one light source ; a rigid frame attached to the electronics unit , the rigid frame having at least one channel extending from the electronics unit to at least one opening in the rigid frame ; and an optical guide apparatus located within the at least one channel to couple light from the at least one light source of the electronics unit to the at least one opening in the rigid frame . an electronics unit comprising at least one light source ; a rigid frame attached to the electronics unit , the rigid frame having at least one channel extending from the electronics unit to at least one opening in the rigid frame ; and an optical guide apparatus located within the at least one channel to couple light from the at least one light source of the electronics unit to the at least one opening in the rigid frame .
Caulking gun for dispensing viscous material comprising • a stock • a cartridge keep • a push rod longitudinally moveably mounted in the stock provided at its one end with a plunger which engages the piston of a cartridge placed in the cartridge keep , • means for engaging the push rod to advance it, • brake means hinged to the stock and provided with a clearance hole for engaging the push rod such that the push rod is moveable in a direction advancing the push rod towards the cartridge and is held in a direction retreating the push rod from the cartridge, which brake means are arranged to travel to a first position relative to the stock as the push rod advances and to a second position as the push rod retreats thereby defining the retreat of the push rod , the brake means being inclined relative to the axis of the push rod , and • adjusting means arranged for varying the retreat of the push rod , characterized in that the adjusting means are configured as a rotatable wheel with a slope , the rotatable wheel being positioned around the axis of the push rod between the stock and the brake means and being able to be turned relative to the push rod , the distance between the highest point of the slope and the brake means defining the retreat of the push rod . • a stock • a cartridge keep • a push rod longitudinally moveably mounted in the stock provided at its one end with a plunger which engages the piston of a cartridge placed in the cartridge keep , • means for engaging the push rod to advance it, • brake means hinged to the stock and provided with a clearance hole for engaging the push rod such that the push rod is moveable in a direction advancing the push rod towards the cartridge and is held in a direction retreating the push rod from the cartridge, which brake means are arranged to travel to a first position relative to the stock as the push rod advances and to a second position as the push rod retreats thereby defining the retreat of the push rod , the brake means being inclined relative to the axis of the push rod , and • adjusting means arranged for varying the retreat of the push rod ,
A method for X-ray tomographic reconstruction for reconstructing an object (OB) comprising, from a plurality of images, each image of the plurality of images corresponding to a projection (PR) of the object (OB), a step (1E1) of reconstructing the object (OB) by an iterative reconstruction method so as to obtain a plurality of reconstructions x ( m ) of the object (OB), the method being characterised in that the iterative reconstruction method is implemented from the following expression: x m t + 1 = x m t + μ t φ x m t x l t φ ̃ x l t where x m t + 1 is the reconstruction x ( m ) after its update at a time instant t , x m t is the reconstruction x ( m ) before this update, μ t ∈ R is a step, φ x m t x l t , is a kernel function measuring the deviation between reconstruction m and reconstruction I at iteration t, x l t is a reconstruction randomly chosen from the plurality of reconstructions x m t and φ ̃ x l t is a function given by the following expression: φ ̃ x l t = H T W 1 M ∑ m = 1 M φ x m t x l t y − H 1 M ∑ m = 1 M φ x m t x l t x m t − 1 M ∑ m = 1 M φ x m t x l t ∇ x m t Ψ x m t + 1 M ∑ m = 1 M ∇ x m t φ x m t x l t where H T is a back-projection operator, W is a diagonal matrix whose diagonal coefficients w i with i ∈ {1,.., D } are weights assigned to each projection, M is a predefined number of reconstructions x ( m ) , ∇ x m t is the gradient as a function of x m t , y is the vector representing the plurality of projections (PR) of the object (OB) and Ψ (x) is a differentiable penalty function chosen according to an a priori model on the reconstruction x .
A composition containing at least one member of 5-Hydroxy-1-methylhydantoin and a pharmaceutically acceptable salt thereof for use as a carcinogenesis inhibitor for gastrointestinal cancer.
A smoking article incorporating a liquid release component , the liquid release component comprising: an inner core of a sustained release liquid delivery material comprising: a closed matrix structure comprising a cross-linked polymer matrix defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material, wherein the liquid delivery material provides a sustained release of the liquid composition upon compression of the material over a range of force of at least 5 Newtons; and a frangible outer shell encapsulating the inner core of liquid delivery material, the frangible outer shell comprising at least one film-forming polymer and at least one plasticiser. an inner core of a sustained release liquid delivery material comprising: a closed matrix structure comprising a cross-linked polymer matrix defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material, wherein the liquid delivery material provides a sustained release of the liquid composition upon compression of the material over a range of force of at least 5 Newtons; and a closed matrix structure comprising a cross-linked polymer matrix defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material, wherein the liquid delivery material provides a sustained release of the liquid composition upon compression of the material over a range of force of at least 5 Newtons; and a frangible outer shell encapsulating the inner core of liquid delivery material, the frangible outer shell comprising at least one film-forming polymer and at least one plasticiser.
An engineered clostridial toxin comprising between 4 and 40 amino acid modifications located in the clostridial toxin H CN domain, wherein said between 4 and 40 amino acid modifications increase the isoelectric point (pi) of the engineered clostridial toxin to a value that is at least 0.2 pl units higher than the pl of an otherwise identical clostridial toxin lacking said between 4 and 40 amino acid modifications, wherein said engineered clostridial toxin is an engineered botulinum neurotoxin A (BoNT/A) having a pl of at least 6.6 and the between 4 and 40 amino acid modifications comprise modification of at least 4 amino acids selected from: ASN 886, ASN 930, ASN 954, SER 955, GLN 991, ASN 1025, ASN 1026, and ASN 1052, wherein said modification comprises substitution of the amino acids with a lysine residue or an arginine residue, wherein said engineered clostridial toxin has a Safety Ratio of at least 8, wherein the Safety Ratio is calculated as: dose of toxin required for -10% bodyweight change measured as pg/mouse divided by DAS ED 50 measured as pg/mouse, wherein ED 50 = dose required to produce a DAS score of 2, and wherein said engineered clostridial toxin is encoded by a nucleic acid sequence having at least 90% sequence identity to a nucleic acid sequence selected from SEQ ID NOs: 3, 5, and 7, or wherein said engineered clostridial toxin comprises an amino acid sequence having at least 90% sequence identity to an amino acid sequence selected from SEQ ID NOs: 4, 6, and 8.
A method (600; 700) that facilitates reporting channel quality information related to two codewords on an uplink control channel, comprising: encoding (604; 706) at least a rank indicator, RI, a precoding matrix indicator, PMI, and channel quality indicators, CQIs, in a control channel payload in accordance with a payload format, wherein the payload format includes a bit sequence; and transmitting (606; 708) the encoded payload on the uplink control channel; characterized in that the bit sequence encodes at least the RI jointly with a plurality of delta CQI levels utilizing a spatially differential CQI format between the two codewords, wherein the spatially differential CQI format comprises a full CQI in addition to a delta CQI between the two codewords. encoding (604; 706) at least a rank indicator, RI, a precoding matrix indicator, PMI, and channel quality indicators, CQIs, in a control channel payload in accordance with a payload format, wherein the payload format includes a bit sequence; and transmitting (606; 708) the encoded payload on the uplink control channel; characterized in that the bit sequence encodes at least the RI jointly with a plurality of delta CQI levels utilizing a spatially differential CQI format between the two codewords, wherein the spatially differential CQI format comprises a full CQI in addition to a delta CQI between the two codewords.
A method to communicate audio data between vehicles in a vehicle data communication system comprising a server , the method comprising: receiving, by a network interface of the server , a transmission request from a client device in a first vehicle, the transmission request being a request to transmit selected audio data to the client device, the selected audio data being currently played in a second vehicle and selected by voting data received by the network interface from the first vehicle and indicating a selection of the audio data by the first vehicle; receiving, by the network interface , a data stream from the second vehicle , the data stream including the selected audio data being currently played in the second vehicle; receiving, by the network interface , client information from the client device , wherein the client device is connected to the first vehicle and the client information includes at least one of a vehicle make, occupant seat position information, and interior information of the first vehicle, and at least two of speaker information, amplifier information, and a list of audio decoders supported; processing, by a processor , of the server , the selected audio data received in the data stream, the processing based on the client information and wherein the processing includes equalization of the processed audio data in accordance with the client information; and transmitting by the server , to the client device , the processed audio data . receiving, by a network interface of the server , a transmission request from a client device in a first vehicle, the transmission request being a request to transmit selected audio data to the client device, the selected audio data being currently played in a second vehicle and selected by voting data received by the network interface from the first vehicle and indicating a selection of the audio data by the first vehicle; receiving, by the network interface , a data stream from the second vehicle , the data stream including the selected audio data being currently played in the second vehicle; receiving, by the network interface , client information from the client device , wherein the client device is connected to the first vehicle and the client information includes at least one of a vehicle make, occupant seat position information, and interior information of the first vehicle, and at least two of speaker information, amplifier information, and a list of audio decoders supported; processing, by a processor , of the server , the selected audio data received in the data stream, the processing based on the client information and wherein the processing includes equalization of the processed audio data in accordance with the client information; and transmitting by the server , to the client device , the processed audio data .
Device for removing hot-melt adhesive on a rotating vertically arranged roller which has a scraper in the form of a hollow body, preferably in the form of a hollow cylinder, which scraper has an opening along the longitudinal axis on its circumferential surface, at which opening a radially outwardly projecting baffle plate is arranged, and wherein the baffle plate is arranged in such a way that it can brought into a position for removing adhesive from the roller and can convey the removed adhesive to the inner circumferential side of the scraper , characterised in that a drain is arranged in the upper half along the longitudinal axis of the scraper , preferably at the vertically upper end of the scraper .