mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reporting positioning measurement information, applied to a terminal and comprising: receiving first configuration information from a network device; and reporting a measurement result of a beam group based on the first configuration information, characterized in that the beam group is used to transmit a positioning reference signal, PRS, and the beam group comprises N beams determined by the terminal based on reference signal received power, RSRP, and time of arrival, TOA, or based on time of arrival, TOA, wherein N is a positive integer, the N beams are beams in a first cell, and the first cell is one of cells participating in positioning; wherein the N beams comprises any one of the following: top N beams in ascending order of TOA in the first cell; top N beams selected from M beams in ascending order of TOA, wherein the M beams are beams whose RSRP is higher than a preset threshold in the first cell; and top L beams in ascending order of TOA and top K beams in descending order of RSRP in the first cell, wherein N ≤ L + K. receiving first configuration information from a network device; and reporting a measurement result of a beam group based on the first configuration information, characterized in that the beam group is used to transmit a positioning reference signal, PRS, and the beam group comprises N beams determined by the terminal based on reference signal received power, RSRP, and time of arrival, TOA, or based on time of arrival, TOA, wherein N is a positive integer, the N beams are beams in a first cell, and the first cell is one of cells participating in positioning; wherein the N beams comprises any one of the following: top N beams in ascending order of TOA in the first cell; top N beams selected from M beams in ascending order of TOA, wherein the M beams are beams whose RSRP is higher than a preset threshold in the first cell; and top L beams in ascending order of TOA and top K beams in descending order of RSRP in the first cell, wherein N ≤ L + K. top N beams in ascending order of TOA in the first cell; top N beams selected from M beams in ascending order of TOA, wherein the M beams are beams whose RSRP is higher than a preset threshold in the first cell; and top L beams in ascending order of TOA and top K beams in descending order of RSRP in the first cell, wherein N ≤ L + K.
A gas turbine engine rotor assembly comprising a plurality of blades circumferentially spaced apart from each other for rotation about an axis (A), each of the blades including a platform having an inner surface and an outer surface , and wherein the inner surfaces of adjacent platforms define a pocket having a radially outer wall , a pressure side wall , and a suction side wall, and wherein the pocket includes a leading edge wall portion and a trailing edge wall portion , and including a shelf adjacent the leading edge wall portion and spaced apart from the leading edge wall portion by a gap , the shelf extending in a tangential direction relative to the axis (A) from the pressure side wall of the pocket , the shelf being spaced apart from the radially outer wall , wherein a damper seal is positioned within the pocket and supported by the shelf , and the damper seal comprises an axially elongated body having a leading edge , a trailing edge , a pressure side , and a suction side , and wherein the elongated body includes a tab that extends axially outward from the leading edge ; characterised in that : the damper seal is defined by a length and a width that continuously varies between the leading edge and trailing edge , and the width is at a maximum near the leading edge and is at a minimum at the tab ; and the tab facilitates assembly and aids in the correct positioning of the damper seal within the pocket by being visible from an end view of the assembly . the damper seal is defined by a length and a width that continuously varies between the leading edge and trailing edge , and the width is at a maximum near the leading edge and is at a minimum at the tab ; and the tab facilitates assembly and aids in the correct positioning of the damper seal within the pocket by being visible from an end view of the assembly .
A flexible hub connection for joining a first rotatable shaft with a second rotatable shaft so that torque can be transmitted between the shafts through the connection, the connection comprising: a first flexible means having a first flex plane a second flexible means having a second flex plane an intermediate member in form of an inner adapter the first flexible means being connected between the first rotatable shaft and the intermediate member the second flexible means being connected between the intermediate member and the second rotatable shaft characterized in that the inner adapter comprises a short cylindrical body from which a first flange extends radially outwards from one end of the cylindrical body and a second flange extends radially inwards from the other end of the cylindrical body , and the cylindrical body together with the second flange defining a seat for the first flexible means such that the first flex plane and the second flex plane are being arranged substantially coplanar. a first flexible means having a first flex plane a second flexible means having a second flex plane an intermediate member in form of an inner adapter the first flexible means being connected between the first rotatable shaft and the intermediate member the second flexible means being connected between the intermediate member and the second rotatable shaft characterized in that the inner adapter comprises a short cylindrical body from which a first flange extends radially outwards from one end of the cylindrical body and a second flange extends radially inwards from the other end of the cylindrical body , and the cylindrical body together with the second flange defining a seat for the first flexible means such that the first flex plane and the second flex plane are being arranged substantially coplanar.
A battery internal resistance detection device for a power conversion device , the power conversion device including a battery and a power converter coupled to the battery , wherein the battery internal resistance detection device comprises: a data acquisition module arranged for acquiring a battery voltage and a battery current to obtain a DC voltage and an AC voltage of the battery voltage, and a DC current and an AC current of the battery current; a first calculation module arranged for receiving the AC current and the AC voltage acquired by the data acquisition module at a certain time point, and for calculating a first internal resistance value (R 1 ) and a battery capacitance (C bat ) from the received AC current and AC voltage; a second calculation module arranged for receiving a plurality of DC currents (I dc1 , I dc2 •••) and a plurality of DC voltages (U dc1 , U dc2 •••) acquired by the data acquisition module at multiple time points and the battery capacitance (C bat ), and for calculating a second internal resistance value (R 2 ) from the received plurality of DC currents (I dc1 , I dc2 •••), plurality of DC voltages (U dc1 , U dc2 •••) and battery capacitance (C bat ); and a selection module arranged for receiving the first internal resistance value (R 1 ) and the second internal resistance value (R 2 ), and selecting one of the first internal resistance value (R 1 ) and the second internal resistance (R 2 ) value as a battery internal resistance value. a data acquisition module arranged for acquiring a battery voltage and a battery current to obtain a DC voltage and an AC voltage of the battery voltage, and a DC current and an AC current of the battery current; a first calculation module arranged for receiving the AC current and the AC voltage acquired by the data acquisition module at a certain time point, and for calculating a first internal resistance value (R 1 ) and a battery capacitance (C bat ) from the received AC current and AC voltage; a second calculation module arranged for receiving a plurality of DC currents (I dc1 , I dc2 •••) and a plurality of DC voltages (U dc1 , U dc2 •••) acquired by the data acquisition module at multiple time points and the battery capacitance (C bat ), and for calculating a second internal resistance value (R 2 ) from the received plurality of DC currents (I dc1 , I dc2 •••), plurality of DC voltages (U dc1 , U dc2 •••) and battery capacitance (C bat ); and a selection module arranged for receiving the first internal resistance value (R 1 ) and the second internal resistance value (R 2 ), and selecting one of the first internal resistance value (R 1 ) and the second internal resistance (R 2 ) value as a battery internal resistance value.
An electromagnetically variable trigger mechanism for a firearm comprising: a stationary yoke configured for attachment to a support structure of the firearm; a movable trigger bar pivotably coupled to the stationary yoke , the trigger bar and yoke collectively configured to form a closed single magnetic flux loop; the trigger bar comprising an L-shaped body including a vertically elongated upper working portion and an elongated cantilevered lower rear actuating extension which extends rearwardly from and perpendicularly to working portion , the rear actuating extension being formed integrally with the working portion such that moving actuating extension upwards via a trigger pull concomitantly rotates the working portion of the trigger bar forwards about a pivot axis (PA3); a trigger member operably interacting with the trigger bar at an interface , the trigger member manually movable by a user to rotate the trigger bar for discharging the firearm; a trigger biasing member comprising a trigger spring acting on the trigger bar, the biasing member creating a mechanical primary resistance force opposing movement of the trigger when pulled by the user; and an electromagnetic coil operably coupled to a power source and disposed on the stationary yoke or trigger bar ; the electromagnet coil when energized generating a user-adjustable magnetic field interacting with the primary resistance force to dynamically change a trigger pull force required to be exerted by a user to overcome the primary resistance force and discharge the firearm. a stationary yoke configured for attachment to a support structure of the firearm; a movable trigger bar pivotably coupled to the stationary yoke , the trigger bar and yoke collectively configured to form a closed single magnetic flux loop; the trigger bar comprising an L-shaped body including a vertically elongated upper working portion and an elongated cantilevered lower rear actuating extension which extends rearwardly from and perpendicularly to working portion , the rear actuating extension being formed integrally with the working portion such that moving actuating extension upwards via a trigger pull concomitantly rotates the working portion of the trigger bar forwards about a pivot axis (PA3); a trigger member operably interacting with the trigger bar at an interface , the trigger member manually movable by a user to rotate the trigger bar for discharging the firearm; a trigger biasing member comprising a trigger spring acting on the trigger bar, the biasing member creating a mechanical primary resistance force opposing movement of the trigger when pulled by the user; and an electromagnetic coil operably coupled to a power source and disposed on the stationary yoke or trigger bar ; the electromagnet coil when energized generating a user-adjustable magnetic field interacting with the primary resistance force to dynamically change a trigger pull force required to be exerted by a user to overcome the primary resistance force and discharge the firearm.
A data storage device , comprising: data storage comprising a first logical unit configured to store user data and a second logical unit configured to store a network attached storage (NAS) operating system; a first interface configured to couple to a host; and a second interface configured to couple to a network , a second controller coupled to the second interface; and a first controller coupled to the data storage and selectively configured to be coupled to one of the first interface and the second controller ; wherein, in a direct attached storage (DAS) mode, the first controller is coupled to the first interface to render the first logical unit accessible to the host and render the second logical unit inaccessible to the host, and, in a network attached storage (NAS) mode, the first controller is coupled to the second controller to render both the first logical unit and the second logical unit accessible to the second controller to enable the data storage device to configure itself as a network attached storage and so provide network attached storage functionality, and wherein the second controller is only active when the data storage device operates in the network attached storage mode, and is configured to boot from the second logical unit . data storage comprising a first logical unit configured to store user data and a second logical unit configured to store a network attached storage (NAS) operating system; a first interface configured to couple to a host; and a second interface configured to couple to a network , a second controller coupled to the second interface; and a first controller coupled to the data storage and selectively configured to be coupled to one of the first interface and the second controller ; wherein, in a direct attached storage (DAS) mode, the first controller is coupled to the first interface to render the first logical unit accessible to the host and render the second logical unit inaccessible to the host, and, in a network attached storage (NAS) mode, the first controller is coupled to the second controller to render both the first logical unit and the second logical unit accessible to the second controller to enable the data storage device to configure itself as a network attached storage and so provide network attached storage functionality, and wherein the second controller is only active when the data storage device operates in the network attached storage mode, and is configured to boot from the second logical unit .
A media system for a seat in a vehicle, comprising: a video system including a display electrically coupled to a media player , wherein the display and the media player are housed together in a first housing ; and a second housing disposed substantially in the seat and adapted to secure the first housing including the display and the media player therein, wherein the first housing is pivotally attached to the second housing using a tilt mechanism, wherein the first housing is capable of pivoting in an angle range of about 0° to about 120° with respect to the second housing, characterised in that , the a bar is configured to the video system which can be inserted into a hole formed in the second housing for preventing the video system from pivoting beyond a predetermined angle and for locking the video system in said predetermined angle, and wherein the bar is capable of being released from the hole to allow the video system to pivot beyond the predetermined angle. a video system including a display electrically coupled to a media player , wherein the display and the media player are housed together in a first housing ; and a second housing disposed substantially in the seat and adapted to secure the first housing including the display and the media player therein, wherein the first housing is pivotally attached to the second housing using a tilt mechanism, wherein the first housing is capable of pivoting in an angle range of about 0° to about 120° with respect to the second housing, characterised in that , the a bar is configured to the video system which can be inserted into a hole formed in the second housing for preventing the video system from pivoting beyond a predetermined angle and for locking the video system in said predetermined angle, and wherein the bar is capable of being released from the hole to allow the video system to pivot beyond the predetermined angle.
Spark plug for internal combustion engines, comprising a central electrode arranged along a central axis of the spark plug and an earth electrode arranged at a distance from the central axis , wherein the central electrode has at least one ignition electrode extending radially away from the central axis , wherein an ignition gap is disposed between the central electrode and the earth electrode, and wherein the ignition electrode of the central electrode and the earth electrode have a region overlapping in the radial direction, and between which the ignition gap is disposed, so that an ignition spark extending substantially parallel to and at a distance from the central axis can form, characterized in that the earth electrode has a radially inwardly protruding projection delimiting the ignition gap .
Internal gear pump, in particular a trochoidal pump, for a vehicle, having a pump housing with a rotor chamber , in which an annular gear having an internal gearing with internal teeth (7a-7g) is accommodated, which can be brought into meshing engagement with a gear wheel , eccentrically supported in relation to the annular gear and having an external gearing with external teeth (12a-12f), in such a way that at a meshing area at least one of the external teeth lies in an internal tooth space situated between two internal teeth (7a; 7g), the volumes between the internal teeth (7a-7g) and the external teeth (12a-12f) forming pump chambers becoming larger in a rotor chamber area, assigned to an inlet port and extending from the meshing area to a tooth abutment area , in which at least one external tooth lies or bears contiguously on the crown of an internal tooth , and becoming smaller again in a rotor chamber area assigned to an outlet port and extending from the tooth abutment area to the meshing area , at least one relief duct being provided, which forms a flow connection between the meshing area and the outlet port , characterized in that at least one auxiliary duct is provided, which forms a flow connection between the tooth abutment area and the outlet port , the at least one auxiliary duct being formed in a wall area of the rotor chamber wall contiguous with the tooth abutment area and is led from there to the outlet port likewise formed and/or opening out in the rotor chamber wall at a distance therefrom.
A method for controlling a robot cleaner including a first rotation member and a second rotation member each rotating around a first shaft and a second shaft and having cleaners fixed thereto, comprising: a step of controlling traveling of the robot cleaner by rotating the first rotation member and the second rotation member depending on a traveling mode; a step of identifying whether or not an obstacle is detected during traveling of the robot cleaner; and a step of rotating at least one of the first rotation member and the second rotation member depending on whether or not the obstacle is detected. a step of controlling traveling of the robot cleaner by rotating the first rotation member and the second rotation member depending on a traveling mode; a step of identifying whether or not an obstacle is detected during traveling of the robot cleaner; and a step of rotating at least one of the first rotation member and the second rotation member depending on whether or not the obstacle is detected.
A method of monitoring and controlling a freeze drying process in a freeze drying apparatus having walls, at least one shelf and vials or trays positioned on different areas of the at least one shelf and containing a product to be freeze dried, comprising: selecting at least one vial or tray among all of the vials or trays in different areas of the at least one shelf, positioning at least one heat flux sensor between the selected at least one vial or tray and at least one adjacent portion of the walls and/or the at least one shelf, and taking measurements of heat flow between the selected at least one vial or tray and the at least one adjacent portion of the walls and/or the at least one shelf during at least a part of the freeze drying process; and monitoring and/or controlling the at least a part of the freeze drying process using information provided by the measurements of heat flow. selecting at least one vial or tray among all of the vials or trays in different areas of the at least one shelf, positioning at least one heat flux sensor between the selected at least one vial or tray and at least one adjacent portion of the walls and/or the at least one shelf, and taking measurements of heat flow between the selected at least one vial or tray and the at least one adjacent portion of the walls and/or the at least one shelf during at least a part of the freeze drying process; and monitoring and/or controlling the at least a part of the freeze drying process using information provided by the measurements of heat flow.
An aircraft computing device (100; 220; 520) for providing image information from an aircraft (200; 500) to a party of a terrestrial communication network, the aircraft computing device (100; 220; 520) comprising a processor unit and a storage unit storing program code which, when executed by the processor unit , configures the computing device (100; 220; 520) to: receive a sequence of pictures acquired by a camera (230; 530) of the aircraft (200; 500); output the received pictures towards at least one user of the aircraft (200; 500); receive user input, the user input indicating a selection by the at least one user of at least one picture from the sequence of pictures; and output the at least one picture selected by the user for transmission towards a party of a communication network, characterized in that : the communication network is a terrestrial communication network; the user input indicates a selection by the user of the party of the terrestrial communication network, wherein the user input indicates the party based on at least one of a phone number, an email address and a uniform resource locator, URL, associated with the party, and the aircraft computing device is configured to output the received pictures towards, and independently receive user input from, a plurality of users of the aircraft. receive a sequence of pictures acquired by a camera (230; 530) of the aircraft (200; 500); output the received pictures towards at least one user of the aircraft (200; 500); receive user input, the user input indicating a selection by the at least one user of at least one picture from the sequence of pictures; and output the at least one picture selected by the user for transmission towards a party of a communication network, characterized in that : the communication network is a terrestrial communication network; the user input indicates a selection by the user of the party of the terrestrial communication network, wherein the user input indicates the party based on at least one of a phone number, an email address and a uniform resource locator, URL, associated with the party, and the aircraft computing device is configured to output the received pictures towards, and independently receive user input from, a plurality of users of the aircraft. the communication network is a terrestrial communication network; the user input indicates a selection by the user of the party of the terrestrial communication network, wherein the user input indicates the party based on at least one of a phone number, an email address and a uniform resource locator, URL, associated with the party, and the aircraft computing device is configured to output the received pictures towards, and independently receive user input from, a plurality of users of the aircraft.