mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting video information over a wireless channel, comprising the steps of: inputting video pixels, wherein each pixel includes a plurality of components and each component comprises video information bits; forming a packet from the video information bits by sub-packetizing the video information bits into K sub-packets; determining error detection information for one or more sub-packets, the error detection information for one of the sub-packets comprising a first cyclic redundancy code CRC sub-value computed over X most significant bits MSBs of the sub-packet and a second CRC sub-value computed over Y least significant bits LSBs of the sub-packet; placing the error detection information in the packet; transmitting the packet from a sender to a receiver over a wireless channel; receiving an ACK packet to indicate corrupted information in the transmitted packet, the ACK packet including a bitmap of K bits, wherein a value of the i th bit of the bitmap indicates whether the MSBs of the i th sub-packet were received in error; generating a retransmit packet including the MSBs of the one or more sub-packets for which the ACK packet indicates that the MSBs were received in error; and transmitting the retransmit packet to the receiver. inputting video pixels, wherein each pixel includes a plurality of components and each component comprises video information bits; forming a packet from the video information bits by sub-packetizing the video information bits into K sub-packets; determining error detection information for one or more sub-packets, the error detection information for one of the sub-packets comprising a first cyclic redundancy code CRC sub-value computed over X most significant bits MSBs of the sub-packet and a second CRC sub-value computed over Y least significant bits LSBs of the sub-packet; placing the error detection information in the packet; transmitting the packet from a sender to a receiver over a wireless channel; receiving an ACK packet to indicate corrupted information in the transmitted packet, the ACK packet including a bitmap of K bits, wherein a value of the i th bit of the bitmap indicates whether the MSBs of the i th sub-packet were received in error; generating a retransmit packet including the MSBs of the one or more sub-packets for which the ACK packet indicates that the MSBs were received in error; and transmitting the retransmit packet to the receiver.
A system comprising: a user device and a computing device, the user device and the computing device being capable of communicating with each other; the user device comprising a light source for emitting light and a light receiver for receiving light so as to generate image data for an object (102, 103, 104) which reflects light emitted by the light source and which is received by the light receiver, the user device being configured to perform pre-processing of the image data comprising creating a 3D triangular mesh image for the object (102, 103, 104) from the image data and to transmit the pre-processed image data for the 3D triangular mesh image to the computing device; and the computing device being configured to receive the pre-processed data for the 3D triangular mesh image from the user device and to model a surface of the object (102, 103, 104) captured by the image data based on the received triangular mesh image data. a user device and a computing device, the user device and the computing device being capable of communicating with each other; the user device comprising a light source for emitting light and a light receiver for receiving light so as to generate image data for an object (102, 103, 104) which reflects light emitted by the light source and which is received by the light receiver, the user device being configured to perform pre-processing of the image data comprising creating a 3D triangular mesh image for the object (102, 103, 104) from the image data and to transmit the pre-processed image data for the 3D triangular mesh image to the computing device; and the computing device being configured to receive the pre-processed data for the 3D triangular mesh image from the user device and to model a surface of the object (102, 103, 104) captured by the image data based on the received triangular mesh image data.
Method of manufacturing a coated electrical strip comprising: applying a pretreatment layer over a first flat side of a rolled electrical strip, the layer thickness of the pretreatment layer being between 10 and 100 nm, in particular 20 and 50 nm; and coating of the rolled electrical strip coated with the pretreatment layer with an insulating lacquer layer over the pretreatment layer, wherein the insulating lacquer layer is applied by a roller application using a roller, and wherein after the application of the pretreatment layer and before the coating with the insulating lacquer layer no specific drying and/or crosslinking of the pretreatment layer takes place. applying a pretreatment layer over a first flat side of a rolled electrical strip, the layer thickness of the pretreatment layer being between 10 and 100 nm, in particular 20 and 50 nm; and coating of the rolled electrical strip coated with the pretreatment layer with an insulating lacquer layer over the pretreatment layer, wherein the insulating lacquer layer is applied by a roller application using a roller, and wherein after the application of the pretreatment layer and before the coating with the insulating lacquer layer no specific drying and/or crosslinking of the pretreatment layer takes place.
An apparatus comprising: a mixer formed by a first plurality of transistors (542a, 548a) and a second plurality of transistors (542b, 548b) and configurable to downconvert an input radio frequency signal based on a local oscillator signal in a first mode; and an amplifier formed by the first plurality of transistors (542a, 548a) and a third plurality of transistors (540a, 541a) and configurable to amplify the LO signal and provide an amplified LO signal in a second mode. a mixer formed by a first plurality of transistors (542a, 548a) and a second plurality of transistors (542b, 548b) and configurable to downconvert an input radio frequency signal based on a local oscillator signal in a first mode; and an amplifier formed by the first plurality of transistors (542a, 548a) and a third plurality of transistors (540a, 541a) and configurable to amplify the LO signal and provide an amplified LO signal in a second mode.
Communication interface for lighting means, comprising two communication terminals (100a, 100b): - a first communication terminal configured to be connected to one of a mains voltage cycles signal and a first connection of a DALI bus, carrying a digital signal (DALI_PWR+); and - a second terminal configured to be connected to a second connection of the DALI bus, carrying the digital signal(DALI_PWR-), wherein the digital signal is a DALI signal, characterized in that - the communication interface is configured to be set in a state for processing the mains voltage cycles signal, if the second terminal is connected to ground using a jumper, and - the communication interface is configured to be set in a state for processing the digital signal, if the second terminal is not connected to ground. - a first communication terminal configured to be connected to one of a mains voltage cycles signal and a first connection of a DALI bus, carrying a digital signal (DALI_PWR+); and - a second terminal configured to be connected to a second connection of the DALI bus, carrying the digital signal(DALI_PWR-), wherein the digital signal is a DALI signal, - the communication interface is configured to be set in a state for processing the mains voltage cycles signal, if the second terminal is connected to ground using a jumper, and - the communication interface is configured to be set in a state for processing the digital signal, if the second terminal is not connected to ground.
An induction cooking hob, in particular for a domestic appliance, comprising - a glass ceramic panel for supporting cooking utensils, and - at least one circuit board arranged beneath the glass ceramic panel, wherein - said circuit board includes a plurality of induction coils, characterised in that - the induction cooking hob comprises at least one illumination panel arranged beneath the glass ceramic panel and above the circuit board, - the induction cooking hob comprises at least one pressure blower arranged at a margin of the circuit board, - the induction cooking hob comprises at least one suction blower arranged at a margin of the circuit board and opposite to the pressure blower, - an outlet of the pressure blower and an inlet of the suction blower are arranged between the illumination panel and the circuit board, and - an outlet of the suction blower and an inlet of the pressure blower are arranged beneath the circuit board. - a glass ceramic panel for supporting cooking utensils, and - at least one circuit board arranged beneath the glass ceramic panel, wherein - said circuit board includes a plurality of induction coils, - the induction cooking hob comprises at least one illumination panel arranged beneath the glass ceramic panel and above the circuit board, - the induction cooking hob comprises at least one pressure blower arranged at a margin of the circuit board, - the induction cooking hob comprises at least one suction blower arranged at a margin of the circuit board and opposite to the pressure blower, - an outlet of the pressure blower and an inlet of the suction blower are arranged between the illumination panel and the circuit board, and - an outlet of the suction blower and an inlet of the pressure blower are arranged beneath the circuit board.
A kit comprising - an outer element and - an inner element, wherein - the outer element is a medical invasive device, - the medical invasive device has a body portion arranged to be inserted into one of, a patient's blood vessel, a patient's body cavity and a patient's body tissue, - the medical invasive device is equipped with an electronic circuit, - the medical invasive device incorporates, in the body portion, a sensor arrangement and a digital data transmission arrangement, - the medical invasive device is a sheath, the sheath being an elongated object arranged to guide the inner element, wherein the sheath covers at least a segment of the inner element, and - the inner element is a shaft of a percutaneous heart pump, wherein the shaft comprises an integrated emitter coil circuit and wherein the sensor-equipped sheath is used to guide the shaft of the percutaneous heart pump into the body, thus assuring close proximity of emitting coil and sensor-equipped device and optimizing energy transfer. - an outer element and - an inner element, - the outer element is a medical invasive device, - the medical invasive device has a body portion arranged to be inserted into one of, a patient's blood vessel, a patient's body cavity and a patient's body tissue, - the medical invasive device is equipped with an electronic circuit, - the medical invasive device incorporates, in the body portion, a sensor arrangement and a digital data transmission arrangement, - the medical invasive device is a sheath, the sheath being an elongated object arranged to guide the inner element, wherein the sheath covers at least a segment of the inner element, and - the inner element is a shaft of a percutaneous heart pump, wherein the shaft comprises an integrated emitter coil circuit and wherein the sensor-equipped sheath is used to guide the shaft of the percutaneous heart pump into the body, thus assuring close proximity of emitting coil and sensor-equipped device and optimizing energy transfer.
A reinforcing tip cap for a composite aerofoil blade, characterised in that the cap comprises a body for attaching to the tip of a composite aerofoil blade and a plurality of abrading elements fixed in the body for abrading a surface against which the tip cap rubs in use, and wherein the body is of a composite material including a matrix and reinforcing fibres.
A plant disease control agent comprising a tetrazoyloxime derivative represented by a formula In the formula, X represents hydrogen atom, A represents a tetrazoyl group represented by a formula In the formula, Y represents a methyl group, D represents a group represented by a formula In the formula, Z represents (CH 3) 3 COCONH, R represents hydrogen atom, a surfactant, and at least one selected from the group consisting of fosetyl, propamocarb, basic copper chloride, chlorothalonil, manzeb, cymoxanil, folpet, cyazofamid, metalaxyl, fludioxonil, tebuconazole, prothioconazole, thiamethoxam, azoxystrobin and salts thereof, wherein the surfactant is a polyoxyethylene-alkyl phenyl ether, polyoxyethylene-alkyl ether, polyoxyethylene-higher fatty acid ester, polyoxyethylene-sorbitan higher fatty acid ester or polyoxyethylene-tristyryl phenyl ether, a sulfuric acid ester salt of polyoxyethylene-alkyl phenyl ether, alkyl naphthalene sulfonate, polycarboxylate, lignin sulfonate, formaldehyde condensate of alkyl naphthalene sulfonate or isobutylene-maleic anhydrate copolymer. X represents hydrogen atom, A represents a tetrazoyl group represented by a formula
A system for steering an input packet stream, the system comprising: a traffic splitter configured to split the input packet stream into a first packet stream and a second packet stream in accordance with a packet size; a photonic switching fabric coupled to the traffic splitter, wherein the photonic switching fabric is configured to switch the first packet stream; an electrical packet switching fabric coupled to the traffic splitter, wherein the electrical packet switching fabric is configured to switch the second packet stream; and a traffic combiner coupled to the photonic switching fabric and to the electrical packet switching fabric, wherein the traffic combiner is configured to merge the first switched packet stream and the second switched packet stream to produce a first packet flow. a traffic splitter configured to split the input packet stream into a first packet stream and a second packet stream in accordance with a packet size; a photonic switching fabric coupled to the traffic splitter, wherein the photonic switching fabric is configured to switch the first packet stream; an electrical packet switching fabric coupled to the traffic splitter, wherein the electrical packet switching fabric is configured to switch the second packet stream; and a traffic combiner coupled to the photonic switching fabric and to the electrical packet switching fabric, wherein the traffic combiner is configured to merge the first switched packet stream and the second switched packet stream to produce a first packet flow.
Device for spreading an extract to agricultural land, having an spreading mechanism, having a first reservoir for receiving the extract, having a feed opening for feeding the extract to the first reservoir, having a first conveying device for conveying the extract to the first reservoir, the first conveying device being followed by a valve means which is suitable and intended for conveying extract selectively to the first reservoir or to the spreading mechanism and with a second reservoir which can be brought into flow connection with the feed opening and which is arranged downstream of the feed opening in a flow direction of the extract, the first conveying device being suitable and intended for conveying the extract at least temporarily from the second reservoir to the first reservoir, wherein the device having a conveying line, characterized in that the conveying line is suitable and intended for conveying the extract at least temporarily from the first reservoir to the second reservoir, wherein the second reservoir is arranged lower than the first reservoir, and wherein this conveying line can be shut off such that the extract cannot flow through the conveying line between the first reservoir and the second reservoir.
A rigid polyurethane foam, wherein rigid polyurethane foam constituents are embedded in a polyurethane matrix, with the polyurethane foam constituents having an average cell diameter in the range from 0.1 to 0.5 mm (measured in accordance with EN 489:2009, section 5.4.5.1).
Aircraft seat comprising at least one actuator capable of generating movement and at least one movement transmission device, the transmission device comprising: - a support; - a frame that is fixed relative to the support, said frame being provided with an immobilizing portion, - a drive shaft suitable for being driven by the actuator to rotate about an axis of rotation (A-A), - a gear wheel provided with coupling teeth having inclined side walls, said gear wheel being able to rotate freely relative to the drive shaft; - a sleeve slidably mounted on the drive shaft and integral in rotation with the drive shaft, the sleeve comprising a complementary immobilizing portion suitable for coupling with the immobilizing portion of the frame as well as coupling teeth having inclined side walls suitable for coupling with the coupling teeth of the gear wheel; - an elastic member capable of pushing the sleeve along an axial direction towards the gear wheel in order to couple the sleeve to the gear wheel; the elastic member having a stiffness; the stiffness of the elastic member and the inclination of the side walls of the coupling teeth of the gear wheel and of the coupling teeth of the sleeve being chosen such that, when a torque greater than a threshold torque is applied to the gear wheel, the sleeve slides on the drive shaft from a driving position in which the sleeve is coupled to the gear wheel, to an immobilizing position in which the immobilizing portion of the frame is coupled to the complementary immobilizing portion of the sleeve. - a support; - a frame that is fixed relative to the support, said frame being provided with an immobilizing portion, - a drive shaft suitable for being driven by the actuator to rotate about an axis of rotation (A-A), - a gear wheel provided with coupling teeth having inclined side walls, said gear wheel being able to rotate freely relative to the drive shaft; - a sleeve slidably mounted on the drive shaft and integral in rotation with the drive shaft, the sleeve comprising a complementary immobilizing portion suitable for coupling with the immobilizing portion of the frame as well as coupling teeth having inclined side walls suitable for coupling with the coupling teeth of the gear wheel; - an elastic member capable of pushing the sleeve along an axial direction towards the gear wheel in order to couple the sleeve to the gear wheel; the elastic member having a stiffness; the stiffness of the elastic member and the inclination of the side walls of the coupling teeth of the gear wheel and of the coupling teeth of the sleeve being chosen such that, when a torque greater than a threshold torque is applied to the gear wheel, the sleeve slides on the drive shaft from a driving position in which the sleeve is coupled to the gear wheel, to an immobilizing position in which the immobilizing portion of the frame is coupled to the complementary immobilizing portion of the sleeve.
A 3-dimensional printer (100, 200) comprising: a first fusion assembly having at least two fusing lamps; a second fusion assembly having at least two fusing lamps; and characterized in that the 3D printer (100, 200) comprises a fusing lamp controller, coupled to the first fusion assembly and the second fusion assembly, configured to: activate a first set of fusing lamps during a number of processing cycles for generating a 3D object, the first set of fusing lamps comprising a first fusing lamp of the first fusion assembly and a first fusing lamp of the second fusion assembly; and activate a second set of fusing lamps during a subsequent number of processing cycles for generating the 3D object, the second set comprising a second fusing lamp of the first fusion assembly and a second fusing lamp of the second fusion assembly; wherein the first set of fusing lamps (106-1, 108-1) and second set of fusing lamps (106-2, 108-2) are activated alternately. a first fusion assembly having at least two fusing lamps; a second fusion assembly having at least two fusing lamps; and characterized in that the 3D printer (100, 200) comprises a fusing lamp controller, coupled to the first fusion assembly and the second fusion assembly, configured to: activate a first set of fusing lamps during a number of processing cycles for generating a 3D object, the first set of fusing lamps comprising a first fusing lamp of the first fusion assembly and a first fusing lamp of the second fusion assembly; and activate a second set of fusing lamps during a subsequent number of processing cycles for generating the 3D object, the second set comprising a second fusing lamp of the first fusion assembly and a second fusing lamp of the second fusion assembly; wherein the first set of fusing lamps (106-1, 108-1) and second set of fusing lamps (106-2, 108-2) are activated alternately. activate a first set of fusing lamps during a number of processing cycles for generating a 3D object, the first set of fusing lamps comprising a first fusing lamp of the first fusion assembly and a first fusing lamp of the second fusion assembly; and activate a second set of fusing lamps during a subsequent number of processing cycles for generating the 3D object, the second set comprising a second fusing lamp of the first fusion assembly and a second fusing lamp of the second fusion assembly; wherein the first set of fusing lamps (106-1, 108-1) and second set of fusing lamps (106-2, 108-2) are activated alternately.
Metal sheet for a rotor of an electrical machine, wherein the metal sheet has a central connecting means for a connection with a shaft; wherein the metal sheet, with regard to a radial direction, has an outer region running in a circumferential direction and an inner region running in a circumferential direction and arranged between the outer region and the connecting means; wherein the outer region has n, n ≥ 2 magnetic poles arranged distributed along the circumferential direction; wherein the magnetic poles are arranged corresponding to the vertices of an, in particular regular, first n-sided polygon; wherein the inner region has webs; wherein each web connects two magnetic poles (16, 16a, 16b) in each instance, and/or extends between two magnetic poles (16, 16a, 16b) in each instance; wherein the webs essentially form an n-sided star, in particular a hexagram or an octagram or a decagram; wherein the n-sided star has a second inner n-sided polygon; wherein the connecting means is arranged inside the second n-sided polygon and is connected with web segments (22, 26) of the webs that border the second n-sided polygon; and/or wherein the connecting means is formed at least partially by the web segments (22, 26) that border the second n-sided polygon; wherein each magnetic pole comprises at least two magnets (17, 18, 19); characterized in that a first magnet and a second magnet are oriented relative to one another in a V-shape, wherein an angle between the first magnet and the second magnet measures between 110° and 120°, and in that a separating web is arranged between the first magnet and the second magnet, is oriented radially, and is arranged at a tip of the n-sided star, and is connected in particular to the webs or web segments (22, 26) forming a tip of the n-sided star.
A method of checking the color quality of preforms intended for the manufacture of containers, in particular beverage bottles, the preforms being transported by a transport device into a collection vessel, and an image of the preforms being made by an imaging device and being transmitted to a processing device for checking, wherein the preforms are led in an unordered way into a collection vessel upon leaving the transport device, the image being made between the leaving of the transport device and the collection vessel, the image being processed by the processing device in such a way that the color quality of the preforms is checked and/or defective preforms discovered.