mhurhangee/patent-ind-claim-en huggingface dataset:
- A method for transmitting a signal with an emitting device to a satellite moving in orbit about the Earth, said emitting device and the satellite comprising wireless telecommunication means, said method comprising steps of: - receiving with said emitting device a signal emitted by the satellite , called the presence signal; - analysing a frequency shift induced by Doppler effect in the presence signal received by said emitting device ; characterised in that said method comprises also steps of: - evaluating by said emitting device a proximity criterion quantifying the proximity between said emitting device and said satellite , on the basis of an estimation of a variation as a function of time in the frequency shift and/or on the basis of an estimation of the frequency shift, computed during the analysis of the frequency shift; - emitting a signal with said emitting device if the proximity criterion is met. - receiving with said emitting device a signal emitted by the satellite , called the presence signal; - analysing a frequency shift induced by Doppler effect in the presence signal received by said emitting device ; - evaluating by said emitting device a proximity criterion quantifying the proximity between said emitting device and said satellite , on the basis of an estimation of a variation as a function of time in the frequency shift and/or on the basis of an estimation of the frequency shift, computed during the analysis of the frequency shift; - emitting a signal with said emitting device if the proximity criterion is met.
A low-power intelligent current sensor, comprising a magnetic core , a secondary coil wound around the magnetic core, and a magnetic sensor disposed in the magnetic core, and further comprising a current detection circuit, the current detection circuit comprising a power supply module, a drive module, a microcontroller, a temperature detection module, and a signal input/output interface module, a signal output terminal of the magnetic sensor being connected to a signal input terminal of the drive module, the drive module being electrically connected to each of two ends of the secondary coil, the microcontroller being in signal connection to each of the power supply module, the drive module, the temperature detection module, and the signal input/output interface module, the power supply module being connected to each of the drive module, the microcontroller, the temperature detection module, and the signal input/output interface module, an input terminal and an output terminal of the signal input/output interface module being each in signal connection to a client, and the temperature detection module being installed in the current sensor, and being configured for detecting a temperature of the current sensor; wherein the power supply module comprises a direct current to direct current (DC-DC) converter, a first linear regulator, and a second linear regulator; input terminals of the DC-DC converter, the first linear regulator, and the second linear regulator are all connected to a power supply voltage Vcc of the current sensor; the power supply module provides a unipolar power supply for the sensor; an output voltage U2 of the first linear regulator is electrically connected to each of the drive module, the temperature detection module, and the signal input/output interface module; an output voltage U3 of the second linear regulator is electrically connected to the microcontroller; and three power supply circuits in the power supply module are all controlled by the microcontroller to be on or off, characterized by an output voltage U1 of the DC-DC converter is electrically connected to the secondary coil through the drive module; the output voltage U1 is controlled by the microcontroller to power on or off the secondary coil
A passive colorimetric sensor for the detection and/or determination of aliphatic amines in atmospheric air, which comprises the compound 1,2-naphthoquinone-4-sulfonate (NQS) embedded in a polydimethylsiloxane (PDMS) matrix.
A clip apparatus for an endoscope comprising: a handle part formed with a moving hole ; a handle slider slidably installed on the handle part through the moving hole ; an inner sheath rotatably connected to the inside of the handle part and extending to the outside of the handle part ; a wire connected to the handle slider and disposed inside the inner sheath ; an outer sheath disposed to surround the inner sheath ; an outer handle coupled to the outer sheath to move the outer sheath along a longitudinal direction of the inner sheath ; and a clip coupling part connected to one end of the wire and configured to couple a clip , characterized in that : the clip coupling part comprises: a connection part connected to one end of the wire; and a bending part configured to detachably couple the clip , wherein the bending part includes a pair of coupling arm parts which extend to face each other, wherein one coupling arm part is adapted to be bent toward the inside facing the other coupling arm part to couple one end portion of the clip . a handle part formed with a moving hole ; a handle slider slidably installed on the handle part through the moving hole ; an inner sheath rotatably connected to the inside of the handle part and extending to the outside of the handle part ; a wire connected to the handle slider and disposed inside the inner sheath ; an outer sheath disposed to surround the inner sheath ; an outer handle coupled to the outer sheath to move the outer sheath along a longitudinal direction of the inner sheath ; and a clip coupling part connected to one end of the wire and configured to couple a clip , characterized in that : the clip coupling part comprises: a connection part connected to one end of the wire; and a bending part configured to detachably couple the clip , wherein the bending part includes a pair of coupling arm parts which extend to face each other, wherein one coupling arm part is adapted to be bent toward the inside facing the other coupling arm part to couple one end portion of the clip . a connection part connected to one end of the wire; and a bending part configured to detachably couple the clip , wherein the bending part includes a pair of coupling arm parts which extend to face each other, wherein one coupling arm part is adapted to be bent toward the inside facing the other coupling arm part to couple one end portion of the clip .
A method for testing a device under test by using a test system , said method comprising the steps of: - Generating a wideband modulated signal by means of at least one signal generator , - Forwarding said wideband modulated signal to an input of a device under test via at least one directional element , - Separating an electromagnetic wave reflected at said input of said device under test by means of said directional element , - Forwarding said reflected electromagnetic wave to a test and measurement instrument via said directional element , said test and measurement instrument having a defined phase relation with said signal generator , - Processing a reference signal by means of said test and measurement instrument , wherein said reference signal is associated with said wideband modulated signal, and - Determining a channel response by taking said reference signal and at least one scattering parameter of said device under test into account, which is determined by said test and measurement instrument , wherein said scattering parameter depends on said reflected electromagnetic wave. - Generating a wideband modulated signal by means of at least one signal generator , - Forwarding said wideband modulated signal to an input of a device under test via at least one directional element , - Separating an electromagnetic wave reflected at said input of said device under test by means of said directional element , - Forwarding said reflected electromagnetic wave to a test and measurement instrument via said directional element , said test and measurement instrument having a defined phase relation with said signal generator , - Processing a reference signal by means of said test and measurement instrument , wherein said reference signal is associated with said wideband modulated signal, and - Determining a channel response by taking said reference signal and at least one scattering parameter of said device under test into account, which is determined by said test and measurement instrument , wherein said scattering parameter depends on said reflected electromagnetic wave.
A luminaire or lighting trunking system arranged in an environment, comprising: - a housing , - at least one lighting module , - a control unit configured to control the operation of the at least one lighting module , - at least one RFID antenna , which is integrated in the luminaire or the lighting trunking system , wherein the at least one RFID antenna is integrated at a known location in the environment, and wherein the at least one RFID antenna is configured to detect a signal, which is sent from a RFID tag that is located in the environment, as well as - an RFID controller , designed to process the signal detected by the at least one RFID antenna , wherein the RFID controller is further configured to send the processed signal to a remote unit, via a wireless or wire-bound communication interface of the luminaire or lighting trunking system , wherein the processed signal comprises information on the location of the RFID tag in the environment, wherein the at least one RFID antenna is connected to a dedicated RFID reader of the luminaire or lighting trunking system , wherein the RFID reader is configured to read the signal that is received at the RFID antenna and to forward the signal to the RFID controller, and characterized in that the RFID antenna and the dedicated RFID reader form an RFID gate being integrated in the luminaire or lighting trunking system at the known location in the environment. - a housing , - at least one lighting module , - a control unit configured to control the operation of the at least one lighting module , - at least one RFID antenna , which is integrated in the luminaire or the lighting trunking system , wherein the at least one RFID antenna is integrated at a known location in the environment, and wherein the at least one RFID antenna is configured to detect a signal, which is sent from a RFID tag that is located in the environment, as well as - an RFID controller , designed to process the signal detected by the at least one RFID antenna , wherein the RFID controller is further configured to send the processed signal to a remote unit, via a wireless or wire-bound communication interface of the luminaire or lighting trunking system , wherein the processed signal comprises information on the location of the RFID tag in the environment, wherein the at least one RFID antenna is connected to a dedicated RFID reader of the luminaire or lighting trunking system , wherein the RFID reader is configured to read the signal that is received at the RFID antenna and to forward the signal to the RFID controller, and characterized in that the RFID antenna and the dedicated RFID reader form an RFID gate being integrated in the luminaire or lighting trunking system at the known location in the environment.
Laundry treatment apparatus, in particular a condenser dryer , comprising an apparatus cabinet and a removable condensate tank adapted to be inserted into and extracted from the apparatus cabinet , the removable condensate tank comprising: a tank casing , a tank opening in the tank casing for passing condensate therethrough, a filter element adapted to filter the condensate passing through the tank opening from lint, and a mounting arrangement (76, 78, 80; 82) for holding the filter element at or on or in the tank casing in a filter position, wherein the filter element has the filter position and an inactive position, wherein in the filter position the filter element is positioned relative to the tank opening such that the condensate exiting the tank casing is filtered, wherein in the inactive position the filter element is positioned relative to the tank opening such that the condensate entering or exiting through the tank opening is not filtered, wherein in a state where the condensate tank is fully inserted in the apparatus cabinet , the filter element is removed from the filter position and/or in the inactive position relative to the tank opening , and wherein the filter element is connected movably and permanently at or on or in the tank casing by the mounting arrangement (76, 78, 80; 82). a tank casing , a tank opening in the tank casing for passing condensate therethrough, a filter element adapted to filter the condensate passing through the tank opening from lint, and a mounting arrangement (76, 78, 80; 82) for holding the filter element at or on or in the tank casing in a filter position, wherein the filter element has the filter position and an inactive position, wherein in the filter position the filter element is positioned relative to the tank opening such that the condensate exiting the tank casing is filtered, wherein in the inactive position the filter element is positioned relative to the tank opening such that the condensate entering or exiting through the tank opening is not filtered, wherein in a state where the condensate tank is fully inserted in the apparatus cabinet , the filter element is removed from the filter position and/or in the inactive position relative to the tank opening , and wherein the filter element is connected movably and permanently at or on or in the tank casing by the mounting arrangement (76, 78, 80; 82).
A run flat device intended to be mounted in a tyre around a wheel rim of a vehicle, the device comprising at least one assembly of two half-shells assembled axially, each half-shell being made of a composite material based on fibres embedded in a thermoplastic or thermosetting resin, each half-shell comprising a radially internal periphery a radially external periphery and a lateral wall connecting the radially internal periphery to the radially external periphery configured so as to form an internal recess within said at least one assembly and each half-shell further comprising a plurality of circumferentially distributed anti-compression ribs extending, within the internal recess , radially from the radially external periphery towards the radially internal periphery .
A hanger-type cooking information providing device , comprising: a clip portion comprising a water level sensor and configured to be hung on a cooking container ; a contact portion comprising a temperature sensor configured to contact one lateral surface of the cooking container and to measure temperature; and a main body portion comprising a wireless communication module configured to wirelessly transmit, to an external device, at least one of water level information sensed by the water level sensor, temperature information sensed by the temperature sensor, water boiling notification information, information on elapsed cooking time, and information on remaining cooking time, and wherein the main body portion further comprises a processor configured to generate secondary information comprising at least one of the water boiling notification information, the information on elapsed cooking time, and the information on remaining cooking time based on primary data sensed by the water level sensor and the temperature sensor. a clip portion comprising a water level sensor and configured to be hung on a cooking container ; a contact portion comprising a temperature sensor configured to contact one lateral surface of the cooking container and to measure temperature; and a main body portion comprising a wireless communication module configured to wirelessly transmit, to an external device, at least one of water level information sensed by the water level sensor, temperature information sensed by the temperature sensor, water boiling notification information, information on elapsed cooking time, and information on remaining cooking time, and wherein the main body portion further comprises a processor configured to generate secondary information comprising at least one of the water boiling notification information, the information on elapsed cooking time, and the information on remaining cooking time based on primary data sensed by the water level sensor and the temperature sensor.
A computer-implemented method comprising: determining a plurality of angles from which tracking images can be generated by an imaging device; generating a plurality of projections of a treatment planning image, the treatment planning image comprising a delineated target, wherein each projection of the plurality of projections has an angle that corresponds to one of the plurality of angles from which the tracking images can be taken; determining, for each angle of the plurality of angles, a value of a tracking quality metric for tracking the target based on an analysis of a projection generated at that angle; and selecting a subset of the plurality of angles that have a tracking quality metric value that satisfies a tracking quality metric criterion, one or more angles of the subset to be used to generate a tracking image of the target during a treatment stage, characterised in that the subset comprises at least a first angle and a second angle that is at least separated by a minimum threshold from the first angle. determining a plurality of angles from which tracking images can be generated by an imaging device; generating a plurality of projections of a treatment planning image, the treatment planning image comprising a delineated target, wherein each projection of the plurality of projections has an angle that corresponds to one of the plurality of angles from which the tracking images can be taken; determining, for each angle of the plurality of angles, a value of a tracking quality metric for tracking the target based on an analysis of a projection generated at that angle; and selecting a subset of the plurality of angles that have a tracking quality metric value that satisfies a tracking quality metric criterion, one or more angles of the subset to be used to generate a tracking image of the target during a treatment stage, characterised in that the subset comprises at least a first angle and a second angle that is at least separated by a minimum threshold from the first angle.
Single screw extruder (E) for the extrusion of food or feed, comprising in the direction of flow of a product to be extruded: i) a processing section ; ii) a bypass outlet (B); ii) a valve plate (V); iii) a die plate (D); iv) a cutter with (a) rotatable knife(s) (K) in a cutter housing configured to cut the product exiting the die plate into smaller pieces; wherein the flow of product can be directed - through the valve plate (V) under normal operating conditions of the extruder (E), and - through the bypass outlet (B) during start-up of the extruder (E) or for maintenance purposes downstream of the valve plate (V); characterized in that the valve plate (V) is arranged on or in a mounting plate (M); in that the cutter housing and the mounting plate (M) are provided with interacting guiding means (P; H)that prevent rotation of the cutter housing vis-à-vis the mounting plate (M); and in that the cutter housing and the mounting plate (M) are mechanically fastened to each other with rotational locking means (R). i) a processing section ; ii) a bypass outlet (B); ii) a valve plate (V); iii) a die plate (D); iv) a cutter with (a) rotatable knife(s) (K) in a cutter housing configured to cut the product exiting the die plate into smaller pieces; - through the valve plate (V) under normal operating conditions of the extruder (E), and - through the bypass outlet (B) during start-up of the extruder (E) or for maintenance purposes downstream of the valve plate (V); the valve plate (V) is arranged on or in a mounting plate (M); in that the cutter housing and the mounting plate (M) are provided with interacting guiding means (P; H)that prevent rotation of the cutter housing vis-à-vis the mounting plate (M); and in that the cutter housing and the mounting plate (M) are mechanically fastened to each other with rotational locking means (R).
Tracking system for an ophthalmological laser therapy apparatus for re-adjusting a therapy guidance for generating a structure by means of a laser radiation of the ophthalmological laser therapy apparatus in a tissue of an eye , the system comprising a control unit , the control unit being configured to receive and process images and/or data from an examination unit for characterizing an area or a volume of the eye , to determine a position of a marker , which comprises a starting point of a scanning pattern , and/or is generated by an algorithm for evaluating the scanning pattern carried out up to the time t i , in the area or in the volume of the eye from the images and/or data of the examination unit at a start time t 0 and at subsequent times t i (i = 1 to n) of the production of the structure , and to determine a correction parameter K(t i ) from the difference of the position of the marker at the respective time t i in comparison with the start time t 0 or a time t i-1 , and to retrieve the start point of the scanning pattern in order to generate a closed structure .
Method for the isomerization of alpha-olefins comprising 10 to 20 carbon atoms to internal olefins by using a silicon-aluminum mixed oxide composition as catalyst, consisting of: (a) 75 bis 99.99% by weight of silicon dioxide (calculated as SiOz); and (b) 0.01 to 25% by weight of aluminum oxide (calculated as Al 2 O 3 ). (a) 75 bis 99.99% by weight of silicon dioxide (calculated as SiOz); and (b) 0.01 to 25% by weight of aluminum oxide (calculated as Al 2 O 3 ).