mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transferring data during a seismic survey from multiple remote acquisition units positioned across a survey area to a central control unit , each remote acquisition unit storing seismic data from one or more geophones , the method comprising: performing one or more seismic events and acquiring and storing resulting seismic data in the multiple remote acquisition units , traversing a harvester unit across the survey area, the harvester unit including or being accompanied by a wireless access point acting as a point-multipoint wireless access point compatible with transceivers integrated into said multiple remote acquisition units , and transmitting from said wireless access point an identifier, searching by the remote acquisition units for the presence of said wireless access point transmitting said identifier, wirelessly forwarding seismic data stored in the remote acquisition units to the harvester unit whenever said wireless access point is identified by the remote acquisition units , wherein the remote acquisition units operate autonomously while acquiring, storing and forwarding the seismic data, and transferring the seismic data from the harvester unit to the central control unit after the harvester unit has traversed the survey area. performing one or more seismic events and acquiring and storing resulting seismic data in the multiple remote acquisition units , traversing a harvester unit across the survey area, the harvester unit including or being accompanied by a wireless access point acting as a point-multipoint wireless access point compatible with transceivers integrated into said multiple remote acquisition units , and transmitting from said wireless access point an identifier, searching by the remote acquisition units for the presence of said wireless access point transmitting said identifier, wirelessly forwarding seismic data stored in the remote acquisition units to the harvester unit whenever said wireless access point is identified by the remote acquisition units , wherein the remote acquisition units operate autonomously while acquiring, storing and forwarding the seismic data, and transferring the seismic data from the harvester unit to the central control unit after the harvester unit has traversed the survey area.
Biogas container with a dome shaped air supported roof , wherein the air supported roof contains a gas-proof and, if necessary, also liquid-proof basic film applied to the open surface of a container shell with in particular circular basic shape, and a multitude of stabilizing elements is provided that interact with the basic film while transmitting load and serve for diverting tensile powers, wherein several or all stabilizing elements together in the pole area of the basic film form a star- or beam-like stabilizing construction, characterized in that the stabilizing elements (S) are attached to the basic film , and at least in sections are held in pocket-like enveloping hoses that are connected to the basic film , in particular connected non-releasably, and the basic film consists of a fabric and a coating, wherein the basic film or the coating consists at least partly of polyvinyl chloride (PVC), polyethylene (PE), or polytetrafluorethylene (PTFE).
A method to produce a building panel , the method comprising: • providing a core by forming a mat shaped layer comprising a dry blend of raw wood particles in powder form and thermoplastic particles in powder form, heating and cooling the mat shaped layer under pressure such that a sheet is formed after pressing, • applying a surface layer comprising a powder mix comprising wood particles and thermosetting resin on the core , • laminating the powder based surface layer in a hot-hot pressing operation to the core and thereby forming a building panel , wherein the wood particles of the surface layer and of the core are bonded to each other by cured thermosetting resin. • providing a core by forming a mat shaped layer comprising a dry blend of raw wood particles in powder form and thermoplastic particles in powder form, heating and cooling the mat shaped layer under pressure such that a sheet is formed after pressing, • applying a surface layer comprising a powder mix comprising wood particles and thermosetting resin on the core , • laminating the powder based surface layer in a hot-hot pressing operation to the core and thereby forming a building panel , wherein the wood particles of the surface layer and of the core are bonded to each other by cured thermosetting resin.
A light guide comprising: a light receiving surface ; a light transmission region in optical communication with the light receiving surface; a light emission region comprising a wedge shape cross section, the light emission region being in optical communication with the light transmission region, the light emission region comprising: a first major surface ; a second major surface ; wherein the first major surface and the second major surface taper toward each other to define a distal end; and whereby substantially all light received at the light receiving surface internally reflects through the transmission region before entering the emission region; characterized in that said first major surface comprises a plurality of vertically extending flutes ; and in that one or both of the first and second major surfaces comprise a plurality of steps disposed along a length thereof, wherein the plurality of steps each comprises a first surface and a second surface , the first and second surfaces defining an angle therebetween, wherein the angle is between about 75 degrees and about 110 degrees, or about 90 degrees. a light receiving surface ; a light transmission region in optical communication with the light receiving surface; a light emission region comprising a wedge shape cross section, the light emission region being in optical communication with the light transmission region, the light emission region comprising: a first major surface ; a second major surface ; wherein the first major surface and the second major surface taper toward each other to define a distal end; and whereby substantially all light received at the light receiving surface internally reflects through the transmission region before entering the emission region; characterized in that said first major surface comprises a plurality of vertically extending flutes ; and in that one or both of the first and second major surfaces comprise a plurality of steps disposed along a length thereof, wherein the plurality of steps each comprises a first surface and a second surface , the first and second surfaces defining an angle therebetween, wherein the angle is between about 75 degrees and about 110 degrees, or about 90 degrees. a first major surface ; a second major surface ; wherein the first major surface and the second major surface taper toward each other to define a distal end; and whereby substantially all light received at the light receiving surface internally reflects through the transmission region before entering the emission region; characterized in that said first major surface comprises a plurality of vertically extending flutes ; and in that one or both of the first and second major surfaces comprise a plurality of steps disposed along a length thereof, wherein the plurality of steps each comprises a first surface and a second surface , the first and second surfaces defining an angle therebetween, wherein the angle is between about 75 degrees and about 110 degrees, or about 90 degrees.
Water supply system for an aircraft comprising a water tank ; one or more water lines , each of which leads to a consumer group which has at least one water consumer and, in the water flow direction upstream of the at least one water consumer , at least one buffer for receiving water from the respective water line ; a discharge line for discharging water from the water tank into the one or more water lines ; and a feed pump in the discharge line for supplying water from the water tank into the one or more water lines , wherein the one or more water lines should each be configured as a flexible hose made of plastic with an internal diameter of at least 4 mm and a length of at most 100 m, and characterized in that the feed pump is configured in such a manner that it conveys water from the water tank into the one or more water lines at a pressure of at most 25 bar and a flow rate of at most 1.4 l/min. a water tank ; one or more water lines , each of which leads to a consumer group which has at least one water consumer and, in the water flow direction upstream of the at least one water consumer , at least one buffer for receiving water from the respective water line ; a discharge line for discharging water from the water tank into the one or more water lines ; and a feed pump in the discharge line for supplying water from the water tank into the one or more water lines , wherein the one or more water lines should each be configured as a flexible hose made of plastic with an internal diameter of at least 4 mm and a length of at most 100 m, and characterized in that the feed pump is configured in such a manner that it conveys water from the water tank into the one or more water lines at a pressure of at most 25 bar and a flow rate of at most 1.4 l/min.
Method for manufacturing a timepiece assembly comprising a first component and a second component assembled under mechanical stress, wherein the first component is a balance comprising a resilient arm delimiting a slot intended to receive the second component which is an inertia screw , said method including the following successive steps: a) providing a balance and an inertia screw, b) assembling the inertia screw to the balance under mechanical stress by resilient deformation of the resilient arm and insertion of the inertia screw into the slot, c) depositing a protective layer , also referred to as the second layer, on at least one part of the surface of the inertia screw/balance assembly. a) providing a balance and an inertia screw, b) assembling the inertia screw to the balance under mechanical stress by resilient deformation of the resilient arm and insertion of the inertia screw into the slot, c) depositing a protective layer , also referred to as the second layer, on at least one part of the surface of the inertia screw/balance assembly.
Electronic continuous-flow heater for heating a liquid, comprising an electrically heatable heating channel arrangement with at least one electric heating element, electronic control system, comprising at least one microprocessor , which is configured to electrically control the heating element, a display device connected with the electronic control system characterised in that the display device is designed as a bistable digital display, such that the display content remains visible even in the absence of the display supply voltage of the display device , wherein the electronic control system has at least one electrical energy storage device for buffering the operating voltage of the electronic control system and the electronic control system has an undervoltage detection circuit for detecting an undervoltage of the mains and/or heating element voltage and wherein the electronic control system is configured to cause the display device to output an undervoltage message in the event that an undervoltage is detected by the undervoltage detection circuit. an electrically heatable heating channel arrangement with at least one electric heating element, electronic control system, comprising at least one microprocessor , which is configured to electrically control the heating element, a display device connected with the electronic control system characterised in that the display device is designed as a bistable digital display, such that the display content remains visible even in the absence of the display supply voltage of the display device , wherein the electronic control system has at least one electrical energy storage device for buffering the operating voltage of the electronic control system and the electronic control system has an undervoltage detection circuit for detecting an undervoltage of the mains and/or heating element voltage and wherein the electronic control system is configured to cause the display device to output an undervoltage message in the event that an undervoltage is detected by the undervoltage detection circuit.
A bracket assembly for coupling a controller and an actuator , comprising: a bracket having a first side and a second side opposite the first side , the first side of the bracket defines ribs that intersect to form a web-like pattern such that the ribs and a recessed surface of the first side define a plurality of cavities , the first side configured to be coupled to a first surface of an actuator , and the second side configured to be coupled to a controller ; and a first accelerometer coupled to the first side of the bracket , the first accelerometer housed within a first cavity of the plurality of cavities formed in the bracket , wherein, when a coupling is formed between the first side of the bracket and a first surface of an actuator , the first accelerometer is arranged to determine a first acceleration value of a portion of the bracket adjacent a coupling , the first acceleration value indicative of a degree to which the bracket is securely coupled to an actuator . a bracket having a first side and a second side opposite the first side , the first side of the bracket defines ribs that intersect to form a web-like pattern such that the ribs and a recessed surface of the first side define a plurality of cavities , the first side configured to be coupled to a first surface of an actuator , and the second side configured to be coupled to a controller ; and a first accelerometer coupled to the first side of the bracket , the first accelerometer housed within a first cavity of the plurality of cavities formed in the bracket , wherein, when a coupling is formed between the first side of the bracket and a first surface of an actuator , the first accelerometer is arranged to determine a first acceleration value of a portion of the bracket adjacent a coupling , the first acceleration value indicative of a degree to which the bracket is securely coupled to an actuator .
A method for detecting of illegal hiding places in an iron ore load situated on a wagon, comprising the steps of: - an iron ore load is irradiated from the upper position with a scanning beam of neutron radiation emitted from a neutron generator with energy from 14 MeV to 17 MeV, - a set of neutron detectors positioned at the ground level across the width of the wagon with the iron ore load measures the value of the neutron flux density reduction after passing of the neutrons through the scanned layer of iron ore load , - a true thickness of the scanned iron ore load is determined on the basis of the measured value of the neutron flux density reduction said method being characterized in that : - a set of distance detectors positioned over the wagon measures the apparent outline layer thickness at a site of the iron ore load under the scanning beam of neutron radiation, - statistic difference between the values of the apparent outline layer thickness of the scanned iron ore load and the true thickness of the scanned iron ore load indicates the presence of a cavity , - differences between the apparent thickness and the true thickness along the area of the scanned surface of the iron ore load are displayed as neutron radiographic imaging. - an iron ore load is irradiated from the upper position with a scanning beam of neutron radiation emitted from a neutron generator with energy from 14 MeV to 17 MeV, - a set of neutron detectors positioned at the ground level across the width of the wagon with the iron ore load measures the value of the neutron flux density reduction after passing of the neutrons through the scanned layer of iron ore load , - a true thickness of the scanned iron ore load is determined on the basis of the measured value of the neutron flux density reduction - a set of distance detectors positioned over the wagon measures the apparent outline layer thickness at a site of the iron ore load under the scanning beam of neutron radiation, - statistic difference between the values of the apparent outline layer thickness of the scanned iron ore load and the true thickness of the scanned iron ore load indicates the presence of a cavity , - differences between the apparent thickness and the true thickness along the area of the scanned surface of the iron ore load are displayed as neutron radiographic imaging.
A method to protect qubits of a quantum processor from spontaneous emission and thermal photon noise, the method comprising: connecting a first port of a Purcell bandpass filter to a signal line of a readout resonator of a qubit circuit of a quantum processor, the filter having a passband including a readout resonator frequency of the readout resonator and a first stopband including a qubit transition frequency of a qubit of the qubit circuit; connecting a second port of the filter to a measurement device ; and galvanically connecting a signal line of the filter to a reference ground in thermal contact to a stage of a cryostat, the galvanic connection further making a thermal connection to an input signal line of the qubit circuit; wherein the filter and qubit circuit are disposed within a dilution refrigerator , and wherein the filter comprises an inductance-loaded Y-shaped resonator. connecting a first port of a Purcell bandpass filter to a signal line of a readout resonator of a qubit circuit of a quantum processor, the filter having a passband including a readout resonator frequency of the readout resonator and a first stopband including a qubit transition frequency of a qubit of the qubit circuit; connecting a second port of the filter to a measurement device ; and galvanically connecting a signal line of the filter to a reference ground in thermal contact to a stage of a cryostat, the galvanic connection further making a thermal connection to an input signal line of the qubit circuit; wherein the filter and qubit circuit are disposed within a dilution refrigerator , and wherein the filter comprises an inductance-loaded Y-shaped resonator.
A running board assembly for a motor vehicle, the running board assembly comprising: - a step having an elongated shape and a support surface ; - at least two mounting brackets connected to the step for mounting the step to an undercarriage of a vehicle; - a shielding having a three-dimensional structure for shielding at least a frontal portion of the step , wherein the brackets are adjustable between a first state corresponding to a retracted position of the step with respect to said vehicle, and a second state corresponding to an extended position of the step with respect to said vehicle; and wherein the running board assembly further comprises an actuation mechanism for moving the step between said retracted position and said extended position, characterized in that the shielding is fixedly mounted to one of the mounting brackets, and in that its three dimensional structure is for shielding at least an upper portion of the step and a frontal portion of the mounting bracket against mud. - a step having an elongated shape and a support surface ; - at least two mounting brackets connected to the step for mounting the step to an undercarriage of a vehicle; - a shielding having a three-dimensional structure for shielding at least a frontal portion of the step ,
A mobile terminal comprising: a body; a display panel coupled to the body and having a front surface facing outward for allowing an image to be output therethrough; a support frame made of a metal material having a front surface configured to support a rear surface of the display panel and an open slit ; a first coil antenna positioned on a rear surface of the support frame that is opposite the display panel and wherein a portion of the first coil is arranged across the open slit ; and an insulating sheet positioned between the first coil antenna and the support frame to prevent direct contact between the first coil antenna and the support frame , wherein electromagnetic signal of the first coil antenna is radiated through the open slit of the support frame in a forward direction of the display panel . a body; a display panel coupled to the body and having a front surface facing outward for allowing an image to be output therethrough; a support frame made of a metal material having a front surface configured to support a rear surface of the display panel and an open slit ; a first coil antenna positioned on a rear surface of the support frame that is opposite the display panel and wherein a portion of the first coil is arranged across the open slit ; and an insulating sheet positioned between the first coil antenna and the support frame to prevent direct contact between the first coil antenna and the support frame , wherein electromagnetic signal of the first coil antenna is radiated through the open slit of the support frame in a forward direction of the display panel .
A luggage case comprising: a housing defining a major internal storage compartment , and including: a bottom portion having a bottom wall and wheels ; a plurality of side walls (30, 40, 50, 60, and 204, 206, 208, 210); and a top wall , having a perimeter, opposite the bottom wall and including an aperture defined by at least one edge ; a recessed compartment coupled to the top wall and generally aligned with said aperture , the recessed compartment being at least partially collapsible within the major internal storage compartment ; and a cover panel selectively covering said aperture to selectively allow access through the aperture into said compartment , wherein the recessed compartment is at least partially divided from the major internal storage compartment . a housing defining a major internal storage compartment , and including: a bottom portion having a bottom wall and wheels ; a plurality of side walls (30, 40, 50, 60, and 204, 206, 208, 210); and a top wall , having a perimeter, opposite the bottom wall and including an aperture defined by at least one edge ; a bottom portion having a bottom wall and wheels ; a plurality of side walls (30, 40, 50, 60, and 204, 206, 208, 210); and a top wall , having a perimeter, opposite the bottom wall and including an aperture defined by at least one edge ; a recessed compartment coupled to the top wall and generally aligned with said aperture , the recessed compartment being at least partially collapsible within the major internal storage compartment ; and a cover panel selectively covering said aperture to selectively allow access through the aperture into said compartment , wherein the recessed compartment is at least partially divided from the major internal storage compartment .