mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: calculating, using a processor , location data for a location tag based on blink data received from the location tag , wherein the blink data comprises a tag signal transmitted by the location tag; determining sensor position calculation data based on position data or proximity data received from a sensor associated with the location tag ; wherein the position data comprises data received from the sensor and does not comprise location data based on the blink data; wherein the proximity data comprises a sensed identity within a range of the sensor ; characterized in that the method further comprises: determining an over-determined location based on the location data, the sensor position calculation data, and a location hierarchy, wherein the location hierarchy comprises a first priority for the location data, a second priority for the sensor position calculation data based on the position data, and a third priority for the sensor position calculation data based on the proximity data. calculating, using a processor , location data for a location tag based on blink data received from the location tag , wherein the blink data comprises a tag signal transmitted by the location tag; determining sensor position calculation data based on position data or proximity data received from a sensor associated with the location tag ; wherein the position data comprises data received from the sensor and does not comprise location data based on the blink data; wherein the proximity data comprises a sensed identity within a range of the sensor ; characterized in that the method further comprises: determining an over-determined location based on the location data, the sensor position calculation data, and a location hierarchy, wherein the location hierarchy comprises a first priority for the location data, a second priority for the sensor position calculation data based on the position data, and a third priority for the sensor position calculation data based on the proximity data.
A surgical robotic system comprising: an inertial measurement unit, IMU, configured to connect to an anatomical feature of a subject ; and a system controller , characterized in that the system controller is adapted to: (i) receive a respiratory signal corresponding to a respiratory cycle of the subject , and a heartbeat signal corresponding to the heartbeat cycle of the patient ; (ii) determine at least one point in time when the respiratory signal represents a position of minimal motion of the subject arising from the respiration of the subject , and the heartbeat signal simultaneously represents a position of minimal motion of the subject arising from the heartbeat of the subject ; and (iii) generate an instruction to reset at the at least one point in time, drift detected at that at least one point in time in the pose determination of the IMU . an inertial measurement unit, IMU, configured to connect to an anatomical feature of a subject ; and a system controller , characterized in that the system controller is adapted to: (i) receive a respiratory signal corresponding to a respiratory cycle of the subject , and a heartbeat signal corresponding to the heartbeat cycle of the patient ; (ii) determine at least one point in time when the respiratory signal represents a position of minimal motion of the subject arising from the respiration of the subject , and the heartbeat signal simultaneously represents a position of minimal motion of the subject arising from the heartbeat of the subject ; and (iii) generate an instruction to reset at the at least one point in time, drift detected at that at least one point in time in the pose determination of the IMU . (i) receive a respiratory signal corresponding to a respiratory cycle of the subject , and a heartbeat signal corresponding to the heartbeat cycle of the patient ; (ii) determine at least one point in time when the respiratory signal represents a position of minimal motion of the subject arising from the respiration of the subject , and the heartbeat signal simultaneously represents a position of minimal motion of the subject arising from the heartbeat of the subject ; and (iii) generate an instruction to reset at the at least one point in time, drift detected at that at least one point in time in the pose determination of the IMU .
A method of performing positioning, comprising: obtaining a user differential range error, UDRE, and a UDRE growth rate for each of at least one satellite ; and deriving a location estimate for a terminal based on the UDRE, the UDRE growth rate and a time of validity for the UDRE growth rate for each of the at least one satellite wherein the deriving the location estimate comprises: determining a corrected UDRE for each of the at least one satellite based on the UDRE, the UDRE growth rate, and the time of validity for UDRE growth rate for the satellite , and deriving the location estimate based on the corrected UDRE for each satellite . obtaining a user differential range error, UDRE, and a UDRE growth rate for each of at least one satellite ; and deriving a location estimate for a terminal based on the UDRE, the UDRE growth rate and a time of validity for the UDRE growth rate for each of the at least one satellite wherein the deriving the location estimate comprises: determining a corrected UDRE for each of the at least one satellite based on the UDRE, the UDRE growth rate, and the time of validity for UDRE growth rate for the satellite , and deriving the location estimate based on the corrected UDRE for each satellite . determining a corrected UDRE for each of the at least one satellite based on the UDRE, the UDRE growth rate, and the time of validity for UDRE growth rate for the satellite , and deriving the location estimate based on the corrected UDRE for each satellite .
A heat generator that is used by being attached to an adherend, the heat generator comprising: a heat-generating section for generating heat that is transmitted to the adherend; an accommodation body for accommodating the heat-generating section , the accommodation body having an attachment surface that is attached to the adherend; a pressure-sensitive adhesive layer provided to an attachment surface side of the accommodation body ; and a release sheet provided to an attachment surface side of the pressure-sensitive adhesive layer and being releasable from the pressure-sensitive adhesive layer , wherein the pressure-sensitive adhesive layer contains a volatile component, a first packaging material disposed on the attachment surface side of the accommodation body includes a first gas barrier layer , the release sheet includes a second gas barrier layer , and the release sheet has an oxygen permeability of 0 to 0.5 cc/m 2 ·day·atm, wherein the oxygen permeability is a value determined under conditions with a temperature of 20°C and a humidity of 90% relative humidity (RH) in accordance with the differential pressure method defined in JIS K 7126-1:2006. a heat-generating section for generating heat that is transmitted to the adherend; an accommodation body for accommodating the heat-generating section , the accommodation body having an attachment surface that is attached to the adherend; a pressure-sensitive adhesive layer provided to an attachment surface side of the accommodation body ; and a release sheet provided to an attachment surface side of the pressure-sensitive adhesive layer and being releasable from the pressure-sensitive adhesive layer , wherein the pressure-sensitive adhesive layer contains a volatile component, a first packaging material disposed on the attachment surface side of the accommodation body includes a first gas barrier layer , the release sheet includes a second gas barrier layer , and the release sheet has an oxygen permeability of 0 to 0.5 cc/m 2 ·day·atm, wherein the oxygen permeability is a value determined under conditions with a temperature of 20°C and a humidity of 90% relative humidity (RH) in accordance with the differential pressure method defined in JIS K 7126-1:2006.
A computer-implemented method for providing an interactive perspective-based point of interest layout in an augmented reality view, the method comprising: determining a zoom level for rendering a plurality of representations of a respective plurality of points of interest in a perspective-based display based on a push interaction or a pull interaction in the perspective-based display; and causing a rendering of the plurality of representations based on the zoom level, such that the push interaction or pull interaction moves each of the plurality of representations closer to or further from a viewing location along a respective trajectory of a respective ray between the viewing location and the point of interest, and wherein based on the pull interaction the rearmost row of the plurality of representations moves towards the foremost row and a next row of the plurality of representations is retrieved from the top plane of the perspective-based display. determining a zoom level for rendering a plurality of representations of a respective plurality of points of interest in a perspective-based display based on a push interaction or a pull interaction in the perspective-based display; and causing a rendering of the plurality of representations based on the zoom level, such that the push interaction or pull interaction moves each of the plurality of representations closer to or further from a viewing location along a respective trajectory of a respective ray between the viewing location and the point of interest, and wherein based on the pull interaction the rearmost row of the plurality of representations moves towards the foremost row and a next row of the plurality of representations is retrieved from the top plane of the perspective-based display.
A method for controlling a wind turbine which comprises a generator , a power converter with a generator side converter , a DC-link , a resistor connected with a controllable switch and a line side converter , and a transformer with a secondary side connected to the line side converter and a primary side connected to a power line , where the transformer has a variable turns ratio (N) which enables adjustment of the voltage ratio of a primary side voltage (Upri) of the transformer and a secondary side voltage (Usec) of the transformer and where the adjustment of the turns ratio is possible when a primary side current (Ipri) or a secondary side current (Isec) of the transformer is less than a switching current threshold (Imax), characterized in that the method comprises - operating the wind turbine so that the primary or secondary side current (Ipri, Isec) is above the switching current threshold (Imax), - obtaining a condition for changing the turns ratio of the transformer, - operating the wind turbine so that the primary or secondary side current is reduced below the switching current threshold, - where the reduction of the primary or secondary side current (Ipri, Isec) below the switching current threshold (Imax) comprises controlling the power converter to reduce generation of reactive current, and further comprising a reduction of an active current by dissipating power in a chopper of the power converter , i.e. the resistor and the switch , and - changing the turns ratio (N) of the transformer when the primary or secondary side current (Ipri, Isec) is below the switching current threshold (Imax). - operating the wind turbine so that the primary or secondary side current (Ipri, Isec) is above the switching current threshold (Imax), - obtaining a condition for changing the turns ratio of the transformer, - operating the wind turbine so that the primary or secondary side current is reduced below the switching current threshold, - where the reduction of the primary or secondary side current (Ipri, Isec) below the switching current threshold (Imax) comprises controlling the power converter to reduce generation of reactive current, and further comprising a reduction of an active current by dissipating power in a chopper of the power converter , i.e. the resistor and the switch , and - changing the turns ratio (N) of the transformer when the primary or secondary side current (Ipri, Isec) is below the switching current threshold (Imax).
A data logger with a display device which emits and/or remits electromagnetic radiation and with functional units for acquiring, digitalising, storing and possibly evaluating measurement data and with a functional unit for the wireless transfer of data to an external data processing device which is provided with a photo-technical acquisition device for recording static and/or dynamic patterns of the electromagnetic radiation, characterised in that the functional unit for the transfer of data is designed for an intensity-controlled modulation of the display device which emits and/or reemits electromagnetic radiation and is coupled to the display device which emits and/or reemits electromagnetic radiation, in a manner such that the data can be transferred in coded form by way of an intensity-controlled activation of the display device which emits and/or remits electromagnetic radiation.
A culture medium, such as a cell culture medium, comprising at least one dipeptide of 2 amino acids in length, said amino acids being natural amino acids and one of said amino acids being lysine (Lys), wherein the dipeptide does not comprise glycine (Gly) and glutamic acid (Glu), wherein the dipeptide is Lys-Xxx, wherein Xxx is selected from Cys, Cyss, Tyr, Val, Leu, and Ile and wherein said dipeptide is present in said culture medium at a concentration of from 0.1 to 10 mM. glutamic acid (Glu), wherein the dipeptide is Lys-Xxx, wherein Xxx is selected from Cys, Cyss, Tyr, Val, Leu, and Ile and wherein said dipeptide is present in said culture medium at a concentration of from 0.1 to 10 mM.
Fan, in particular an axial, radial or diagonal fan, having a fan impeller and a guide device which is arranged downstream in the housing/flow channel , wherein the guide device comprises guide vanes which when viewed in the span width direction or radial direction extend over only a portion of the housing/flow channel, wherein the guide device has a structure which acts as a diffusor and which has a flow cross-section which gradually expands when viewed in the throughflow direction and wherein downstream of the impeller two throughflow regions are formed, of which the inner throughflow region which is closer to the axis when viewed in the span width direction is delimited by the hub ring of the guide device and by an outer ring of the guide device, and wherein the outer throughflow region which is remote from the axis when viewed in the span width direction is delimited by the outer ring of the guide device and by the wall of the housing .
Method of characterizing a field-effect transistor (100; 1000), comprising: a step of application, to the gate (106G; 1006G) of the transistor, by a first pulsed current-vs.-voltage characteristic measurement system configured to submit the gate to voltage pulses and to measure a resulting electric current (I dis ), of a single ramp of the gate voltage (V G ); a step of measurement of a drain current (I D ) and of a gate capacitance (C) of the transistor (100; 1000) during the application of the ramp of the gate voltage (V G ); and a step of interpretation both of variations of the gate capacitance (C) and of variations of the drain current (I D ) of the transistor. a step of application, to the gate (106G; 1006G) of the transistor, by a first pulsed current-vs.-voltage characteristic measurement system configured to submit the gate to voltage pulses and to measure a resulting electric current (I dis ), of a single ramp of the gate voltage (V G ); a step of measurement of a drain current (I D ) and of a gate capacitance (C) of the transistor (100; 1000) during the application of the ramp of the gate voltage (V G ); and a step of interpretation both of variations of the gate capacitance (C) and of variations of the drain current (I D ) of the transistor.
A head wearable air purifier comprising: a first speaker assembly arranged to be worn over a first ear of a user and a second speaker assembly arranged to be worn over a second ear of the user; wherein the first speaker assembly comprises a speaker , a filter assembly , an impeller for creating an airflow through the filter assembly , a motor arranged to drive the impeller , and an air outlet downstream from the filter assembly for emitting the filtered airflow from the first speaker assembly ; and characterized in that : the impeller and the motor are disposed within an impeller casing ; the first speaker assembly further comprises a housing containing the speaker , the filter assembly and the impeller casing ; and the impeller casing is supported within the housing by a plurality of resilient supports that extend between the impeller casing and the housing . a first speaker assembly arranged to be worn over a first ear of a user and a second speaker assembly arranged to be worn over a second ear of the user; wherein the first speaker assembly comprises a speaker , a filter assembly , an impeller for creating an airflow through the filter assembly , a motor arranged to drive the impeller , and an air outlet downstream from the filter assembly for emitting the filtered airflow from the first speaker assembly ; and characterized in that : the impeller and the motor are disposed within an impeller casing ; the first speaker assembly further comprises a housing containing the speaker , the filter assembly and the impeller casing ; and the impeller casing is supported within the housing by a plurality of resilient supports that extend between the impeller casing and the housing . the impeller and the motor are disposed within an impeller casing ; the first speaker assembly further comprises a housing containing the speaker , the filter assembly and the impeller casing ; and the impeller casing is supported within the housing by a plurality of resilient supports that extend between the impeller casing and the housing .
A fireproof wall , comprising - sandwich panels having first and second facings and first and second edges arranged on opposite ends of the sandwich panel , - a joint where two sandwich panels are adapted to be connected to each other, - a supporting element adapted to be attached to two sandwich panels in the joint , the supporting element adapted to be arranged on the side of the first facings of said sandwich panels , - the distance of the edges of the two sandwich panels in the joint being arranged to be less than the corresponding width of the supporting element , and - a resilient fitting plate adapted to be attached on the joint on the side of the second facings of said sandwich panels , - the resilient fitting plate comprising -- a first fitting edge adapted to be attached to a first of said two sandwich panels and a second fitting edge adapted to be attached to a second of said two sandwich panels , and -- two or more bulges directed away from the joint and arranged between said first and second fitting edges in parallel to the edges of said sandwich panels arranged in the joint . - sandwich panels having first and second facings and first and second edges arranged on opposite ends of the sandwich panel , - a joint where two sandwich panels are adapted to be connected to each other, - a supporting element adapted to be attached to two sandwich panels in the joint , the supporting element adapted to be arranged on the side of the first facings of said sandwich panels , - the distance of the edges of the two sandwich panels in the joint being arranged to be less than the corresponding width of the supporting element , and - a resilient fitting plate adapted to be attached on the joint on the side of the second facings of said sandwich panels , - the resilient fitting plate comprising -- a first fitting edge adapted to be attached to a first of said two sandwich panels and a second fitting edge adapted to be attached to a second of said two sandwich panels , and -- two or more bulges directed away from the joint and -- a first fitting edge adapted to be attached to a first of said two sandwich panels and a second fitting edge adapted to be attached to a second of said two sandwich panels , and -- two or more bulges directed away from the joint and
A method comprising: obtaining a set of raw data relating to activity of one or more users in a communication network, wherein the communication network is managed by a network operator, wherein the raw data represents traffic information and service access information; processing the obtained set of raw data in accordance with at least one data isolation policy maintained by the network operator to generate a first set of data comprising at least a portion of the set of raw data with sensitive data associated with the one or more users removed; a second set of data comprising the sensitive data removed from the set of raw data ; and a third set of data comprising a mapping between portions of the set of raw data and the first set of data, wherein the raw data is divided into sensitive data, processed data, and the data reflecting the mapping relationship according to the at least one data isolation policy; authenticate a third party and an application executable by the third party , wherein an application programming interface, API, of the communication network is invocable by the application ; authorize the third party and the application by determining a final access right, wherein the final access right is determined by determining an intersection between the access rights of the third party and the application according to access policies of the third party and the application; exposing the first set of data to the third party according to the final access right; and isolating the second set of data and the third set of data from the third party ; wherein one or more of the steps are performed by a processing device.
A telescopic swivel arm for a lifting platform, comprising: a carrier segment , having an inner end region and an outer end region , wherein the inner end region is connected to a support of the lifting platform, and an inner end stop element is provided in the outer end region ; and at least one pull-out segment , which is displaceably arranged in an opening of the carrier segment , wherein the pull-out segment has an inner section and an outer section with a receiving element for a load, and an outer end stop element is provided in the region of the inner section , wherein the pull-out segment can be telescopically inserted into and removed from the carrier segment ; wherein the inner section of the pull-out segment has an end face which is inclined in the longitudinal direction (LR), characterized in that the outer end region of the carrier segment has an end face which is inclined in the longitudinal direction (LR), wherein an anti-excavation means is provided in the inner section of the pull-out segment in the region of the inclined end face in such a way that it is completely countersunk in the interior of the carrier segment . a carrier segment , having an inner end region and an outer end region , wherein the inner end region is connected to a support of the lifting platform, and an inner end stop element is provided in the outer end region ; and at least one pull-out segment , which is displaceably arranged in an opening of the carrier segment , wherein the pull-out segment has an inner section and an outer section with a receiving element for a load, and an outer end stop element is provided in the region of the inner section , wherein the pull-out segment can be telescopically inserted into and removed from the carrier segment ; wherein the inner section of the pull-out segment has an end face which is inclined in the longitudinal direction (LR),