mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a detection device of a motor vehicle , which detection device is designed for capturing a surrounding area of the motor vehicle , wherein the detection device communicates for the purpose of data interchange with a data bus of the motor vehicle and repeatedly captures scan data from the surrounding area , having the steps of: a) capturing scan data by means of a scanning unit of the detection device at a capture rate; b) establishing a scan end time at which the capture of the scan data is complete by means of a computation unit ; c) ascertaining a difference time between the established scan end time and a starting time of a transmission window, which is associated with the detection device according to a protocol of the data bus, by means of the computation unit ; and d) prescribing the capture rate for future capture of scan data on the basis of the ascertained difference time by means of the computation unit , wherein the capture rate is prescribed by prescribing at least one movement characteristic of a mirror, wherein the movement characteristic is described by a speed of a rotating mirror or a dwell time of at least one micro-mirror in a prescribed tilted position. a) capturing scan data by means of a scanning unit of the detection device at a capture rate; b) establishing a scan end time at which the capture of the scan data is complete by means of a computation unit ; c) ascertaining a difference time between the established scan end time and a starting time of a transmission window, which is associated with the detection device according to a protocol of the data bus, by means of the computation unit ; and d) prescribing the capture rate for future capture of scan data on the basis of the ascertained difference time by means of the computation unit ,
A system comprising: a first semiconductor die comprising a first processor , first connectivity circuitry , and a first processor bus coupled to the first processor and to the first connectivity circuitry , a second semiconductor die comprising second connectivity circuitry , the second connectivity circuitry comprising an elasticity buffer, the first die and the second die contained in a common integrated circuit, IC, package , the first processor communicatively coupled to the first connectivity circuitry by the first processor bus and configured to provide first bus transactions via the first processor bus to the second connectivity circuitry , the first connectivity circuitry configured to utilize a multiple simultaneous outstanding transaction capability supporting multiple simultaneous outstanding write transactions concurrent with multiple simultaneous outstanding read transactions , the second connectivity circuitry configured to provide processor bus flow control information and elasticity buffer status information pertaining to the elasticity buffer to the first connectivity circuitry for flow control; and characterized in that the system is further configured to use two message classification for the flow control, the two message classifications comprising: a first message classification for processor bus interface messages communicating processor bus interface protocol information and elasticity buffer flow control information; and a second message classification for non-processor-bus-interface messages communicating elasticity buffer flow control information. a first semiconductor die comprising a first processor , first connectivity circuitry , and a first processor bus coupled to the first processor and to the first connectivity circuitry , a second semiconductor die comprising second connectivity circuitry , the second connectivity circuitry comprising an elasticity buffer, the first die and the second die contained in a common integrated circuit, IC, package , the first processor communicatively coupled to the first connectivity circuitry by the first processor bus and configured to provide first bus transactions via the first processor bus to the second connectivity circuitry , the first connectivity circuitry configured to utilize a multiple simultaneous outstanding transaction capability supporting multiple simultaneous outstanding write transactions concurrent with multiple simultaneous outstanding read transactions , the second connectivity circuitry configured to provide processor bus flow control information and elasticity buffer status information pertaining to the elasticity buffer to the first connectivity circuitry for flow control; and characterized in that the system is further configured to use two message classification for the flow control, the two message classifications comprising: a first message classification for processor bus interface messages communicating processor bus interface protocol information and elasticity buffer flow control information; and a second message classification for non-processor-bus-interface messages communicating elasticity buffer flow control information.
A textile machine comprising: a plurality of winder units configured to unwind a yarn from a yarn supplying bobbin that is supported in a yarn supplying section to form a package ; a sucking and collecting device arranged per winder unit to suck and collect yarn waste generated in the winder unit ; a first suction current generating mechanism that includes a first driving source configured to generate a first suction current in the sucking and collecting device ; and a second suction current generating mechanism configured to generate a second suction current by using a second driving source that is different from the first driving source , wherein each winder unit includes a magazine-type bobbin feeding mechanism to feed the yarn supplying bobbin to the yarn supplying section , wherein the magazine-type bobbin feeding mechanism includes, a plurality of pockets for accommodating the yarn supplying bobbins ; and a yarn end holding section configured to suck and hold a yarn end of the yarn supplying bobbin accommodated in the pocket , and to collect generated yarn waste, and the second suction current generating mechanism is configured to generate the second suction current in the yarn end holding section . a plurality of winder units configured to unwind a yarn from a yarn supplying bobbin that is supported in a yarn supplying section to form a package ; a sucking and collecting device arranged per winder unit to suck and collect yarn waste generated in the winder unit ; a first suction current generating mechanism that includes a first driving source configured to generate a first suction current in the sucking and collecting device ; and a second suction current generating mechanism configured to generate a second suction current by using a second driving source that is different from the first driving source , wherein each winder unit includes a magazine-type bobbin feeding mechanism to feed the yarn supplying bobbin to the yarn supplying section , wherein the magazine-type bobbin feeding mechanism includes, a plurality of pockets for accommodating the yarn supplying bobbins ; and a yarn end holding section configured to suck and hold a yarn end of the yarn supplying bobbin accommodated in the pocket , and to collect generated yarn waste, and the magazine-type bobbin feeding mechanism includes, a plurality of pockets for accommodating the yarn supplying bobbins ; and a yarn end holding section configured to suck and hold a yarn end of the yarn supplying bobbin accommodated in the pocket , and to collect generated yarn waste, and the second suction current generating mechanism is configured to generate the second suction current in the yarn end holding section .
A facility for treating or processing or transporting products using materials made of wood composite, paperboard or plastic, said facility comprising at least: a) one machine , b) at least one sensor assigned to the machine which b 1 ) has a detection surface oriented essentially in a vertical direction (V), b 2 ) is subject to a contamination of the detection surface during the treatment or processing process, b 3 ) a blow-off device operating with compressed air comprising an overpressure container and a blow-off nozzle , wherein b 4 ) the overpressure container is connected to the blow-off nozzle via a second line characterised in that a plurality of sensors is provided and each sensor is assigned its own blow-off device in its immediate vicinity, which also has a compressed air generator and a switching valve as a separate unit, and the compressed air generator is connected via a second line to the overpressure container . a) one machine , b) at least one sensor assigned to the machine which b 1 ) has a detection surface oriented essentially in a vertical direction (V), b 2 ) is subject to a contamination of the detection surface during the treatment or processing process, b 3 ) a blow-off device operating with compressed air comprising an overpressure container and a blow-off nozzle , wherein b 4 ) the overpressure container is connected to the blow-off nozzle via a second line b 1 ) has a detection surface oriented essentially in a vertical direction (V), b 2 ) is subject to a contamination of the detection surface during the treatment or processing process, b 3 ) a blow-off device operating with compressed air comprising an overpressure container and a blow-off nozzle , wherein b 4 ) the overpressure container is connected to the blow-off nozzle via a second line a plurality of sensors is provided and each sensor is assigned its own blow-off device in its immediate vicinity, which also has a compressed air generator and a switching valve as a separate unit, and the compressed air generator is connected via a second line to the overpressure container .
A swivel arrangement for a carousel filler arrangement having a rotating tank and a product pipe for transporting product into the rotating tank, said swivel arrangement comprising: - a tank connecting part arranged to rotate with the rotating tank; - a pipe connecting part arranged to at least partly surround the tank connecting part; and - a first opening at least for receiving a gaseous media, - a second opening at least for ejecting the gaseous media, - a first channel being in fluid communication with said first opening, said first channel being at least partly defined by a protruding portion of the pipe connecting part and an outer wall of the product pipe, characterized in that the swivel arrangement further comprises - a second channel in fluid communication with said first channel, said second channel being at least partly defined by said protruding portion and a protruding portion of the tank connecting part , - wherein a gap is formed between the pipe connecting part and said protruding portion of the tank connecting part, said gap being located between said second channel and said second opening thereby forming a particle barrier whereby, in use, particles are hindered from entering said second channel by a flow of gaseous media from said first opening to said second opening via said first and second channels. - a tank connecting part arranged to rotate with the rotating tank; - a pipe connecting part arranged to at least partly surround the tank connecting part; and - a first opening at least for receiving a gaseous media, - a second opening at least for ejecting the gaseous media, - a first channel being in fluid communication with said first opening, said first channel being at least partly defined by a protruding portion of the pipe connecting part and an outer wall of the product pipe, characterized in that the swivel arrangement further comprises - a second channel in fluid communication with said first channel, said second channel being at least partly defined by said protruding portion and a protruding portion of the tank connecting part , - wherein a gap is formed between the pipe connecting part and said protruding portion of the tank connecting part, said gap being located between said second channel and said second opening thereby forming a particle barrier whereby, in use, particles are hindered from entering said second channel by a flow of gaseous media from said first opening to said second opening via said first and second channels.
A fluid pressure cylinder comprising a cylinder tube including cylinder chambers defined in interior thereof, cover members attached to ends of the cylinder tube by means of connecting rods , and a piston disposed displaceably along the cylinder chambers , the fluid pressure cylinder further comprising: a magnetic body disposed at a predetermined location along a circumferential direction of the piston ; and a rotation restricting member configured to restrict rotational displacement of the piston ;wherein the magnetic body is disposed at a position facing toward a detection sensor that is arranged along a circumferential surface of the cylinder tube , characterized in that sensor retaining bodies that hold detection sensors for detecting a position of the piston are disposed on the connecting rods , wherein the sensor retaining bodies are disposed substantially perpendicular with respect to a direction of extension of the connecting rods , and are disposed so as to be capable of moving along the connecting rods , together with including mounting sections that extend from locations retained on the connecting rods and in which the detection sensors are mounted. a magnetic body disposed at a predetermined location along a circumferential direction of the piston ; and a rotation restricting member configured to restrict rotational displacement of the piston ;wherein the magnetic body is disposed at a position facing toward a detection sensor that is arranged along a circumferential surface of the cylinder tube , characterized in that sensor retaining bodies that hold detection sensors for detecting a position of the piston are disposed on the connecting rods , wherein the sensor retaining bodies are disposed substantially perpendicular with respect to a direction of extension of the connecting rods , and are disposed so as to be capable of moving along the connecting rods , together with including mounting sections that extend from locations retained on the connecting rods and in which the detection sensors are mounted.
Rear carrier system for a motor vehicle (F) with two carrier receptacles fixed to the vehicle and with two carrier sections that are each provided, at end regions on the vehicle side, with a fastening profile by means of which each carrier section is, in the state assembled ready for operation, detachably fastened to the associated carrier receptacle , wherein each carrier section is provided, at a distance from the fastening profile , with a supporting profile , and wherein the supporting profiles are, in the state assembled ready for operation of the carrier sections , positively braced against one another, characterized in that the fastening profile of each first section leg of each carrier section and the associated carrier receptacle fixed to the vehicle are configured as complementary bayonet fitting portions of a bayonet fitting arrangement designed such that the respective second section leg is, when the first section leg is in the end position rotated ready for operation, aligned flush with the second section leg of the other carrier section respectively.
A display apparatus comprising: a display comprising a plurality of display modules (201-216), each of which comprises a plurality of light emitting devices; a plurality of wireless power transmitters configured to wirelessly transmit power; and a plurality of wireless power receivers configured to receive the power from the plurality of wireless power transmitters , each of the plurality of wireless power receivers comprising output terminals configured to output the power to the plurality of display modules (201-216); characterized by: a connector configured to connect the output terminals of the plurality of wireless power receivers to each other. a display comprising a plurality of display modules (201-216), each of which comprises a plurality of light emitting devices; a plurality of wireless power transmitters configured to wirelessly transmit power; and a plurality of wireless power receivers configured to receive the power from the plurality of wireless power transmitters , each of the plurality of wireless power receivers comprising output terminals configured to output the power to the plurality of display modules (201-216); characterized by: a connector configured to connect the output terminals of the plurality of wireless power receivers to each other.
A cartridge to be installed in a detection device for detecting light generated from a measurement sample containing a test substance, the cartridge comprising: a plurality of detection chambers fluidly isolated from each other and each receiving a measurement sample ; and a transmission suppression unit provided between one detection chamber and another detection chamber of the plurality of detection chambers , and configured to suppress transmission of light generated from a measurement sample in the one detection chamber to the another detection chamber , a plurality of processing regions each including one detection chamber included in the plurality of detection chambers , and a passage for transferring a test substance to the one detection chamber ; characterized in that the transmission suppression unit is arranged so as to isolate one of the plurality of processing regions from another processing region . a plurality of detection chambers fluidly isolated from each other and each receiving a measurement sample ; and a transmission suppression unit provided between one detection chamber and another detection chamber of the plurality of detection chambers , and configured to suppress transmission of light generated from a measurement sample in the one detection chamber to the another detection chamber , a plurality of processing regions each including one detection chamber included in the plurality of detection chambers , and a passage for transferring a test substance to the one detection chamber ; characterized in that the transmission suppression unit is arranged so as to isolate one of the plurality of processing regions from another processing region .
A radio receiver arranged to receive radio signals, the receiver comprising: a tuner arranged to output an electronic signal representing radio waves received by the radio receiver ; a correlator arranged to cross-correlate a predetermined signal pattern with the electronic signal, and to output a correlation signal; and a clear channel assessment module arranged to determine when the number of peaks in the correlation signal, over a fixed time window, exceeds a threshold count value, and to output a busy signal in response to determining that the number of peaks exceeds the threshold count value; wherein the receiver is arranged to demodulate radio signals modulated according to a modulation scheme, and the predetermined signal pattern represents one symbol in the modulation scheme. a tuner arranged to output an electronic signal representing radio waves received by the radio receiver ; a correlator arranged to cross-correlate a predetermined signal pattern with the electronic signal, and to output a correlation signal; and a clear channel assessment module arranged to determine when the number of peaks in the correlation signal, over a fixed time window, exceeds a threshold count value, and to output a busy signal in response to determining that the number of peaks exceeds the threshold count value; wherein the receiver is arranged to demodulate radio signals modulated according to a modulation scheme, and the predetermined signal pattern represents one symbol in the modulation scheme.
Linear actuator for an automobile transmission comprising a first and second drive mechanism in a housing , said first drive mechanism including an electric motor for moving a transmission control member extending from the housing between a plurality of shift positions along a shift range, said second drive mechanism including a spring for driving the transmission control member to an end position of the shift range in case of electric power failure, wherein the first drive mechanism comprises a worm drive having a worm screw drivable by the electric motor and a worm wheel driven by the worm screw and being displaceable in the housing , said worm wheel being connected to a coaxially disposed pinion meshing with a gear rack such that the worm wheel translates relative to the gear rack when driven for rotation, said transmission control member being coupled to the worm wheel to be moved with the worm wheel when the latter is displaced in the housing ; and wherein the second drive mechanism is arranged with the spring acting between the housing and the gear rack which is displaceable in the housing parallel to the direction of displacement of the worm wheel and includes an electrically activated lock arranged to block the gear rack against linear displacement with the spring in a compressed state such that upon interruption of electric power supply to the lock the gear rack is released and linearly displaced by the expanding spring thereby shifting the worm wheel and the transmission control element to move it to its end position. said first drive mechanism including an electric motor for moving a transmission control member extending from the housing between a plurality of shift positions along a shift range, said second drive mechanism including a spring for driving the transmission control member to an end position of the shift range in case of electric power failure, wherein the first drive mechanism comprises a worm drive having a worm screw drivable by the electric motor and a worm wheel driven by the worm screw and being displaceable in the housing , said worm wheel being connected to a coaxially disposed pinion meshing with a gear rack such that the worm wheel translates relative to the gear rack when driven for rotation, said transmission control member being coupled to the worm wheel to be moved with the worm wheel when the latter is displaced in the housing ; and wherein the second drive mechanism is arranged with the spring acting between the housing and the gear rack which is displaceable in the housing parallel to the direction of displacement of the worm wheel and includes an electrically activated lock arranged to block the gear rack against linear displacement with the spring in a compressed state such that upon interruption of electric power supply to the lock the gear rack is released and linearly displaced by the expanding spring thereby shifting the worm wheel and the transmission control element to move it to its end position.