mhurhangee/patent-ind-claim-en huggingface dataset:
Motor vehicle, in particular passenger car, having a vehicle body or vehicle panelling and an illumination device with at least one lamp housing which is held via a plurality of coupling points in a housing receptacle which is configured on the vehicle body or vehicle panelling , an inner coupling point being provided on a side which faces away from a window of the lamp housing , at least two outer coupling points which are spaced apart from one another and are configured as sliding guides being provided in a manner which is spaced apart from the inner coupling point , the inner coupling point being configured on the receptacle side on a wall part of the housing receptacle , whereas the outer coupling points are configured on the receptacle side in each case on a holding rail of the housing receptacle , which holding rail can be set or adjusted in respect of its relative position with regard to the wall part and/or forms a separate component, characterized in that the inner coupling point is configured as a ball joint.
A method of operating a cellular telecommunications network, the cellular telecommunications network including a first base station, a User Equipment, UE, and a remote transceiver, wherein the first base station is adapted to send a signal to the UE, the method comprising the steps of: receiving (S4.1;S4.2) data from an external sensor, the external sensor being external to the first base station, UE and remote transceiver, the data indicating a first change in a propagation environment between the first base station and the UE; and, in response, the remote transceiver repeating (S4.4;S4.5) a signal between the first base station and the UE at a first power level, and, subsequently, the remote transceiver repeating (S4.6) the signal between the first base station and the UE at a second power level, the second power level being less than the first power level. receiving (S4.1;S4.2) data from an external sensor, the external sensor being external to the first base station, UE and remote transceiver, the data indicating a first change in a propagation environment between the first base station and the UE; and, in response, the remote transceiver repeating (S4.4;S4.5) a signal between the first base station and the UE at a first power level, and, subsequently, the remote transceiver repeating (S4.6) the signal between the first base station and the UE at a second power level, the second power level being less than the first power level.
An electronic device comprising: a light guide plate ; an imaging unit disposed so as to face the light guide plate and including an image sensor; and a plurality of light emitting elements disposed around the imaging unit ; comprising a refractive part interposed at least between the light emitting element and the light guide plate and refracting light emitted from the light emitting element , characterized in that the refractive part includes a frame-shaped first refractive part and a second refractive part integrally formed with the first refractive part and having a parallelogram cross-sectional shape. a light guide plate ; an imaging unit disposed so as to face the light guide plate and including an image sensor; and a plurality of light emitting elements disposed around the imaging unit ; comprising a refractive part interposed at least between the light emitting element and the light guide plate and refracting light emitted from the light emitting element , characterized in that the refractive part includes a frame-shaped first refractive part and a second refractive part integrally formed with the first refractive part and having a parallelogram cross-sectional shape.
A negative electrode active material, comprising a core and a coating layer covering a surface of the core, wherein the core comprises artificial graphite, the coating layer comprises amorphous carbon, and the negative electrode active material has a particle size uniformity of from 0.25 to 0.45, measured according to the method in the description.
A valve arrangement , comprising: a housing having an inlet and an outlet ; a poppet with a stem disposed within the housing and movable within the housing along a movement axis extending through the inlet between open and closed positions, wherein the inlet is isolated from the outlet when the poppet is in the closed position and the inlet in fluid communication with the outlet when the poppet is in the open position, wherein the poppet stem is inverted relative to the housing such that at least a portion of the poppet stem is disposed within the inlet when the poppet is in the open position; and characterized in that it further comprises first and second rollers arranged on diametrically opposite sides of the movement axis, each roller being movable between radially inner and radially outer roller positions. a housing having an inlet and an outlet ; a poppet with a stem disposed within the housing and movable within the housing along a movement axis extending through the inlet between open and closed positions, wherein the inlet is isolated from the outlet when the poppet is in the closed position and the inlet in fluid communication with the outlet when the poppet is in the open position,
Measuring system designed to determine and/or to monitor the flow of a measured medium through a measuring tube with at least a control/evaluation unit , which determines the volume flow and/or mass flow of the measured medium flowing through the measuring tube on the basis of ultrasonic measuring signals or on the basis of measured data, which are derived from the ultrasonic measuring signals, and with a sensor housing , said sensor housing comprising a first ultrasonic sensor and at least a second ultrasonic sensor , wherein at least the first ultrasonic sensor is accommodated in a movable manner in the sensor housing , said measuring system further comprising a sensor holder , wherein said sensor holder can be fixed on the measuring tube and said sensor holder has a fixing mechanism for the detachable fixing of the sensor housing on the sensor holder , wherein the sensor housing together with the ultrasonic sensors forms a unit which can be fixed on the sensor holder and can be detached from the sensor holder , characterized in that the first ultrasonic sensor and the second ultrasonic sensor are spring mounted and can therefore be pressed onto the measuring tube by a definable force, wherein the fixing mechanism has a spring plate , which is an integral part of the sensor holder or which can be connected to the sensor holder, as well as a clamping bracket , wherein said clamping bracket is pivot-mounted on the sensor housing and has an eccentric recess , wherein when the eccentric recess engages in the spring plate , a force can be applied in the direction of the measuring tube when the clamping bracket is moved onto the sensor housing .
Shaft assembly comprising: a hollow shaft with an axis of rotation (B), a hub body which is connected to the hollow shaft in a force locking manner, wherein the hollow shaft , viewed in cross-section, comprises a circumferentially closed wall with a plurality of circumferentially distributed support portions being in abutting contact with the hub body , and with spring portions spaced from an inner circumferential face of the hub body , wherein inner surface regions of the spring portions lie on a smaller radius around the axis of rotation (B) than inner surface regions of the support portions , characterized in that the wall has a varying thickness (d5) around the circumference, with the thickness (d6) in the support portions being less than in the spring portions . a hollow shaft with an axis of rotation (B), a hub body which is connected to the hollow shaft in a force locking manner, wherein the hollow shaft , viewed in cross-section, comprises a circumferentially closed wall with a plurality of circumferentially distributed support portions being in abutting contact with the hub body , and with spring portions spaced from an inner circumferential face of the hub body , wherein inner surface regions of the spring portions lie on a smaller radius around the axis of rotation (B) than inner surface regions of the support portions , characterized in that the wall has a varying thickness (d5) around the circumference, with the thickness (d6) in the support portions being less than in the spring portions .
A needle valve comprising: a sealing seat , concentric to a longitudinal axis (Y); a pin , movable along a sliding direction (X) between at least an open position, in which it is distant from the sealing seat , and a closed position, in which it is in contact with the sealing seat ; a housing channel within which at least a first portion of the pin is slidably arranged; a containment body which defines a chamber into which a first and a second opening open; a main sealing seat , interposed between said first opening and said second opening ; a shutter , movable along the sliding direction (X) between an open position, in which it is in contact with the main sealing seat , and a closed position, in which it is distant from the main sealing seat ; wherein the sealing seat is fashioned on a frontal surface of the shutter , at an end of a through-hole fashioned through the shutter ; characterized in that it moreover comprises a centering bushing provided with a through opening , which is so structured as to slidably receive a second portion of the pin ; and in that the shutter and the bushing are housed internally of the chamber and the shutter is interposed between the main seat and the bushing , the centering bushing being so arranged as to define an abutment for the shutter when the shutter is in the open position thereof, wherein the abutment provided by the centering bushing prevents the shutter , when displacing into the open position thereof, from impacting against the sealing end of the pin .
Combustion air blower, in particular r side channel blower, for a fuel-operated vehicle heater, comprising a blower housing , wherein an air flow chamber through which combustion air to be conveyed can flow is formed on the blower housing and air flowing into the air flow chamber via at least one inlet opening flows to a conveying region comprising a conveying wheel rotatable about an axis of rotation (D), wherein the blower housing comprises a bottom wall and the conveying region in the bottom wall of the blower housing comprises a conveying channel open towards an outer side facing away from the air flow chamber , surrounding the axis of rotation in an annular manner and covered by the conveying wheel , wherein the air flow chamber is open to the conveying channel via at least one outlet opening , wherein a housing cover is carried on the blower housing , covering the conveying wheel and defining with the blower housing a conveying wheel receiving space, further comprising a circumferential wall surrounding the air flow chamber , characterized in that at least a part of the circumferential wall is formed on the housing cover .
Aircraft propulsion unit having an air intake having a wall provided with a measurement device , comprising: - a flexible envelope having a cavity provided with an opening and comprising a first face configured to be in contact with a surface of the wall , a second face that is opposite the first face , two faces forming longitudinal edges of the envelope and two faces forming ends of the envelope , - at least one optical fibre is provided in said cavity whose opening is closed by the wall on which the envelope is applied, and characterized in that the longitudinal edges of the envelope have a decreasing thickness that tapers towards the periphery, and in that one of the ends of the envelope is configured to be connected to a management unit , and in that the other of the ends of the envelope has a decreasing thickness that tapers towards an opposite side from the management unit . - a flexible envelope having a cavity provided with an opening and comprising a first face configured to be in contact with a surface of the wall , a second face that is opposite the first face , two faces forming longitudinal edges of the envelope and two faces forming ends of the envelope , - at least one optical fibre is provided in said cavity whose opening is closed by the wall on which the envelope is applied,
A binocular system for an image acquisition device of a biometric recognition system, the binocular system comprising a pair of optical systems , each optical system comprising: an image sensor comprising an array of pixels including pixels sensitive to IR wavelengths for acquiring an image; and a lens assembly including a collecting lens surface with an optical axis, said lens assembly being arranged to focus IR light received from a given object distance on said sensor surface, the lens assembly including at least a first reflective surface for reflecting collected light along an axis transverse to said optical axis so that a length of said optical system along said optical axis is reduced by comparison to a focal length of said lens assembly wherein each optical system is disposed axially symmetrically about a central axis; and wherein at least each collecting lens surface of said pair of optical systems is disposed about an optical axis extending away from said image sensor to said collecting lens surface at a diverging angle β to said central axis so that each optical system can be directed towards and focussed on a respective eye of a face disposed in front of the optical system. an image sensor comprising an array of pixels including pixels sensitive to IR wavelengths for acquiring an image; and a lens assembly including a collecting lens surface with an optical axis, said lens assembly being arranged to focus IR light received from a given object distance on said sensor surface, the lens assembly including at least a first reflective surface for reflecting collected light along an axis transverse to said optical axis so that a length of said optical system along said optical axis is reduced by comparison to a focal length of said lens assembly wherein each optical system is disposed axially symmetrically about a central axis; and wherein at least each collecting lens surface of said pair of optical systems is disposed about an optical axis extending away from said image sensor to said collecting lens surface at a diverging angle β to said central axis so that each optical system can be directed towards and focussed on a respective eye of a face disposed in front of the optical system.
Magnetic resonance imaging method for generating a plurality of image data sets (BD) of an image recording region (FoV) of an examination object (O), wherein - at least one set (R-RD) of reference magnetic resonance raw data is captured from the image recording region (FoV), - a plurality of magnetic resonance raw data sets (RD) are captured temporally sequentially, wherein at least a plurality (SMS-RD n ) of the magnetic resonance raw data sets (RD) are recorded with an SMS image recording sequence, - a reconstruction of a plurality of image data sets (BD) takes place on the basis of the captured magnetic resonance raw data sets (RD), wherein a plurality of SMS image data sets (SMS-BD n ) are each reconstructed on the basis of one of the magnetic resonance raw data sets (SMS-RD n ) recorded with an SMS image recording sequence and each on the basis of one and the same set (R-RD) of reference magnetic resonance raw data, characterised in that the image data sets (BD) comprise image data sets (SMS-BD n ) and navigator image data sets (SMS-N-BD n ) for image display of the image recording region, and magnetic resonance raw data sets (SMS-N-RD n ) are captured for reconstruction of navigator image data sets (SMS-N-BD n ) between the recording of magnetic resonance raw data sets (SMS-RD n ) which are used for the reconstruction of an image display of the image recording region (FoV). - at least one set (R-RD) of reference magnetic resonance raw data is captured from the image recording region (FoV), - a plurality of magnetic resonance raw data sets (RD) are captured temporally sequentially, wherein at least a plurality (SMS-RD n ) of the magnetic resonance raw data sets (RD) are recorded with an SMS image recording sequence, - a reconstruction of a plurality of image data sets (BD) takes place on the basis of the captured magnetic resonance raw data sets (RD), wherein a plurality of SMS image data sets (SMS-BD n ) are each reconstructed on the basis of one of the magnetic resonance raw data sets (SMS-RD n ) recorded with an SMS image recording sequence and each on the basis of one and the same set (R-RD) of reference magnetic resonance raw data, characterised in that the image data sets (BD) comprise image data sets (SMS-BD n ) and navigator image data sets (SMS-N-BD n ) for image display of the image recording region, and magnetic resonance raw data sets (SMS-N-RD n ) are captured for reconstruction of navigator image data sets (SMS-N-BD n ) between the recording of magnetic resonance raw data sets (SMS-RD n ) which are used for the reconstruction of an image display of the image recording region (FoV).
A tissue cutting device comprising: a handle ; a first blade ; a second blade blade rotatable relative to the first blade, the second blade being in a same plane as the first blade when the second blade is in the first position, the second blade being rotated into a different plane from the first blade as the second blade is rotated from the first position toward the second position; and one or more break points positioned between the first blade and the second blade, the one or more break points being configured to be disrupted when the second blade is rotated from the first position toward the second position; wherein when the one or more break points are intact, the first blade is connected to the second blade, and wherein when each of the one or more break points is disrupted, the first blade is separated from the second blade. a handle ; a first blade ; a second blade blade rotatable relative to the first blade, the second blade being in a same plane as the first blade when the second blade is in the first position, the second blade being rotated into a different plane from the first blade as the second blade is rotated from the first position toward the second position; and one or more break points positioned between the first blade and the second blade, the one or more break points being configured to be disrupted when the second blade is rotated from the first position toward the second position; wherein when the one or more break points are intact, the first blade is connected to the second blade, and wherein when each of the one or more break points is disrupted, the first blade is separated from the second blade.
An interface display method, comprising: displaying a multi-task floating window in front of a user interface, UI, of the client; displaying a task floating window set in response to receiving a trigger signal corresponding to the multi-task floating window, the task floating window set comprising at least one single-task floating window, and one single-task floating window being corresponding to one task; receiving a selection instruction corresponding to a first single-task floating window in the task floating window set; characterized by displaying a UI of a first task corresponding to the first single-task floating window, wherein the multi-task floating window comprises a task icon for indicating related information of a task for which the single-task floating window has been created, and the task icon comprises n elements, each of the n elements is corresponding to one task for which a single-task floating window has been created, and n is a positive integer. displaying a multi-task floating window in front of a user interface, UI, of the client; displaying a task floating window set in response to receiving a trigger signal corresponding to the multi-task floating window, the task floating window set comprising at least one single-task floating window, and one single-task floating window being corresponding to one task; receiving a selection instruction corresponding to a first single-task floating window in the task floating window set; characterized by displaying a UI of a first task corresponding to the first single-task floating window, wherein the multi-task floating window comprises a task icon for indicating related information of a task for which the single-task floating window has been created, and the task icon comprises n elements, each of the n elements is corresponding to one task for which a single-task floating window has been created, and n is a positive integer.
A coil device comprising: a coil part having a coil ; a case accommodating the coil part therein; a liquid coolant (W) accommodated in the case ; and a fluid volume adjusting part for adjusting an amount of the coolant (W) in the case to change a fluid level of the coolant (W) in the case by supplying the coolant (W) to the case or discharging the coolant (W) from the case , wherein the coil part floats on the coolant (W), so that a change in the fluid level of the coolant (W) in the case changes a height position of the coil part floating on the coolant (W). a coil part having a coil ; a case accommodating the coil part therein; a liquid coolant (W) accommodated in the case ; and a fluid volume adjusting part for adjusting an amount of the coolant (W) in the case to change a fluid level of the coolant (W) in the case by supplying the coolant (W) to the case or discharging the coolant (W) from the case , wherein the coil part floats on the coolant (W), so that a change in the fluid level of the coolant (W) in the case changes a height position of the coil part floating on the coolant (W).
Antenna device for a multiple-input multiple-output fill level radar device, which operates according to the frequency-modulated continuous-wave principle and a time division multiplexing method, comprising: a signal source with a phase-locked loop configured to generate a transmit signal with a basic frequency; a control device with a switching device ; a plurality of transmit channels, wherein a first transmit channel , comprises: a first frequency conversion device ; and a first transmit device with a first frequency pass band; a plurality of receive channels ; wherein each receive channel comprises a receive frequency conversion device ( , and wherein each transmit channel comprises a frequency conversion device; wherein the signal source is connected to the frequency conversion device of each transmit channel and the receive frequency conversion device ( of each receive channel; wherein the switching device is connected to the first frequency conversion device , for the time-controlled switching on and off of the frequency conversion device and the time-controlled conversion of the basic frequency of the transmit signal to a first transmit frequency, which lies in the first frequency pass band of the first transmit device , in order to provide via the first transmit channel a first transmit signal with the first transmit frequency; and CGS:ag wherein the conversion of the basic frequency of the transmit signal to the first transmit frequency, which lies in the first frequency pass band, is carried out according to a specifiable first time schedule (t1, t2) according to a time-division multiplexing method; wherein the antenna device is configured to, by evaluating the signals of the individual receive channels that always receive signals when at least one transmit channel is switched on to calculate a surface profile of a bulk material. a signal source with a phase-locked loop configured to generate a transmit signal with a basic frequency; a control device with a switching device ; a plurality of transmit channels, wherein a first transmit channel , comprises: a first frequency conversion device ; and a first transmit device with a first frequency pass band; a first frequency conversion device ; and a first transmit device with a first frequency pass band;