mhurhangee/patent-ind-claim-en huggingface dataset:
A method for calibrating zero rate offset (ZRO) of a first inertial sensor located on a device, the method comprising: determining a stability level of the device based on information associated with at least one non-inertial sensor located on the device; and performing a calibration of the ZRO of the first inertial sensor when the stability level is above a threshold, characterized in that the method further comprises: estimating a quality of a current ZRO value for the first inertial sensor, based on a calibration quality of a last ZRO calibration; determining a level of necessity of performing ZRO calibration based on the estimation of the quality of the current ZRO value for the first inertial sensor; and controlling the motion of the device as a function of the level of necessity of performing ZRO calibration. determining a stability level of the device based on information associated with at least one non-inertial sensor located on the device; and performing a calibration of the ZRO of the first inertial sensor when the stability level is above a threshold, estimating a quality of a current ZRO value for the first inertial sensor, based on a calibration quality of a last ZRO calibration; determining a level of necessity of performing ZRO calibration based on the estimation of the quality of the current ZRO value for the first inertial sensor; and controlling the motion of the device as a function of the level of necessity of performing ZRO calibration.
Agricultural implement, comprising a central frame with a coupling unit for a tractor, at least one support arm which carries a working tool , wherein the at least one support arm is attached to the central frame so that it can swivel about a swivel axis , wherein, in a working position, the at least one support arm is aligned substantially horizontally in a working angular position thereof, and, in a transport position, is aligned substantially vertically in a transport angular position thereof, and wherein a securing device is provided for securing the at least one support arm in the transport position thereof, wherein the securing device comprises two positive-locking elements (26a, 27a; 26b, 27b), i.e. a positive-locking element on the central frame side and a positive-locking element on the support arm side, wherein the positive-locking elements (26a, 27a; 26b, 27b) can be brought into engagement by a relative closing movement when the support arm is in its transport angular position, and can be released from their mutual engagement again by a relative opening movement, in particular opposite to the relative closing movement, wherein the positive-locking elements (26a, 27a; 26b, 27b) are arranged in such a way that a release movement of the support arm relative to the central frame causes the positive-locking elements (26a, 27a; 26b, 27b) to perform the relative opening movement, and that a locking movement of the support arm relative to the central frame causes the positive-locking elements (26a, 27a; 26b, 27b) to perform the relative closing movement, characterized in that the support arm is of a two-part design and has at least a first support arm part and a second support arm part , with the first support arm part being pivotally connected to the central frame , and the second support arm part being displaceable relative to the first support arm part by an extension distance, with the opening and/or locking movements being achieved by moving the second support arm part .
An assembling process for mounting a rolling bearing on a gear shaft , which extends along an axis and carries a first and a second toothing , axially separated one from the other by a cylindrical portion of said gear shaft ; said cylindrical portion having an outer diameter smaller than that of said first toothing ; said bearing comprising: - a plurality of rolling bodies ; - a cage defining a plurality of seats each engageable by a respective rolling body ; - an outer ring defining an outer rolling path for the rolling bodies ; the process is characterized by the following steps: - fitting the cage around the first toothing and axially towards the second toothing until the cage is arranged around the cylindrical portion ; - inserting the rolling bodies radially in the respective seats after having fitted the cage . - a plurality of rolling bodies ; - a cage defining a plurality of seats each engageable by a respective rolling body ; - an outer ring defining an outer rolling path for the rolling bodies ; - fitting the cage around the first toothing and axially towards the second toothing until the cage is arranged around the cylindrical portion ; - inserting the rolling bodies radially in the respective seats after having fitted the cage .
A power balancing system for a computing component , comprising: an interactive interface to configure one or more power allocation factors , the one or more power allocation factors including a charging parameter for a power consumer ; and a dynamic power allocator configured to: receive the one or more power allocation factors ; and dynamically allocate power from at least one power provider to one or more power consumers based at least on the one or more power allocation factors , the one or more power consumers including at least one power consumer internal to the computing component with a dynamically changing power consumption demand, a first battery in a base unit of the computing component, and a second battery in a display unit of the computing component detachably coupled thereto; determine that the power consumption demand of the second battery has changed; and reallocate power from the power provider to at least the power consumer internal to the computing component and the first battery in response to the changed power consumption demand. an interactive interface to configure one or more power allocation factors , the one or more power allocation factors including a charging parameter for a power consumer ; and a dynamic power allocator configured to: receive the one or more power allocation factors ; and dynamically allocate power from at least one power provider to one or more power consumers based at least on the one or more power allocation factors , the one or more power consumers including at least one power consumer internal to the computing component with a dynamically changing power consumption demand, a first battery in a base unit of the computing component, and a second battery in a display unit of the computing component detachably coupled thereto; determine that the power consumption demand of the second battery has changed; and reallocate power from the power provider to at least the power consumer internal to the computing component and the first battery in response to the changed power consumption demand. receive the one or more power allocation factors ; and dynamically allocate power from at least one power provider to one or more power consumers based at least on the one or more power allocation factors , the one or more power consumers including at least one power consumer internal to the computing component with a dynamically changing power consumption demand, a first battery in a base unit of the computing component, and a second battery in a display unit of the computing component detachably coupled thereto; determine that the power consumption demand of the second battery has changed; and reallocate power from the power provider to at least the power consumer internal to the computing component and the first battery in response to the changed power consumption demand.
An ultrasound probe configured with limited external dimensions to access internal areas of a body, comprising: - a backing layer having a lower surface; - a flexible circuit covering a portion of the lower surface of the backing layer; - an interposer having a surface, the interposer being adjacent to the flexible circuit opposite the lower surface of the backing layer; - a fastener configured to secure the interposer and flexible circuit against the lower surface of the backing layer; and - a spring disposed at a first end of the interposer and disposed between the surface of the interposer and the backing layer, the spring configured to provide a force to bias a first end of the interposer away from the backing layer and to bias a second end of the interposer toward the backing layer; and - a printed circuit board adjacent to the interposer opposite the flexible circuit, wherein the first and seconds ends of the interposer are on opposing sides of the fastener, wherein the interposer further includes a pad field on the surface, and wherein the pad field and the spring are on opposing sides of the fastener. - a backing layer having a lower surface; - a flexible circuit covering a portion of the lower surface of the backing layer; - an interposer having a surface, the interposer being adjacent to the flexible circuit opposite the lower surface of the backing layer; - a fastener configured to secure the interposer and flexible circuit against the lower surface of the backing layer; and - a spring disposed at a first end of the interposer and disposed between the surface of the interposer and the backing layer, the spring configured to provide a force to bias a first end of the interposer away from the backing layer and to bias a second end of the interposer toward the backing layer; and - a printed circuit board adjacent to the interposer opposite the flexible circuit, wherein the first and seconds ends of the interposer are on opposing sides of the fastener, wherein the interposer further includes a pad field on the surface, and wherein the pad field and the spring are on opposing sides of the fastener.
A signal receiver for interpreting a received signal, the receiver being configured to perform the steps of: decoding the received signal so as to form a sequence of symbols hypothesised to represent the content of the received signal; comparing the frequency of occurrence of symbols within the sequence with a predetermined symbol distribution; and if the relative frequency of occurrence of symbols within the sequence of symbols does not match the predetermined distribution, treating the sequence of symbols as being an incorrect representation of the content of the received signal. decoding the received signal so as to form a sequence of symbols hypothesised to represent the content of the received signal; comparing the frequency of occurrence of symbols within the sequence with a predetermined symbol distribution; and if the relative frequency of occurrence of symbols within the sequence of symbols does not match the predetermined distribution, treating the sequence of symbols as being an incorrect representation of the content of the received signal.
A nitrous oxide (N 2 O) removal catalyst composite for an exhaust stream of an internal combustion engine comprising: a N 2 O removal catalytic material on a substrate, the catalytic material comprising a rhodium (Rh) component supported on a ceria-based support, wherein the ceria-based support comprises 90 to 100 weight % CeO 2 and has a pore volume that is at least 0.20 cm 3 /g, wherein the catalytic material has a H 2 -consumption peak of 100°C or less as measured by hydrogen temperature-programmed reduction (H 2 -TPR) and is effective to decompose at least a portion of nitrous oxide (N 2 O) in the exhaust stream to nitrogen (N 2 ) and oxygen (O 2 ) or to reduce at least a portion of the N 2 O to N 2 and water, N 2 and carbon dioxide (CO 2 ), or N 2 ,water, and CO 2 under conditions of the exhaust stream.
A playback device for playing back music data, the playback device comprising: a first communicator configured to communicate with an external device through a first communication scheme and to receive the music data and music information indicating an attribute of the music data from the external device ; a music information storage configured to store the music information received by the first communicator ; a music player configured to play back the music data received by the first communicator ; a search data generator configured to, based on the music information, generate search data for searching for information related to the music data; a second communicator configured to communicate via a network through a second communication scheme different from the first communication scheme and to transmit the search data and receive a search result for the search data; and a search result output configured to output the search result received by the second communicator , wherein the first communication scheme and the second communication scheme are each a wireless communication scheme, and the playback device further includes a communication controller configured to, in a case where a wireless communication band of the first communication scheme and a wireless communication band of the second communication scheme are identical, switch a communication mode of the second communicator to either one of a low-speed communication mode and a high-speed communication mode having a higher communication speed than the low-speed communication mode, based on the music information or a playback status of the music data. a first communicator configured to communicate with an external device through a first communication scheme and to receive the music data and music information indicating an attribute of the music data from the external device ; a music information storage configured to store the music information received by the first communicator ; a music player configured to play back the music data received by the first communicator ; a search data generator configured to, based on the music information, generate search data for searching for information related to the music data; a second communicator configured to communicate via a network through a second communication scheme different from the first communication scheme and to transmit the search data and receive a search result for the search data; and a search result output configured to output the search result received by the second communicator , wherein the first communication scheme and the second communication scheme are each a wireless communication scheme, and the playback device further includes a communication controller configured to, in a case where a wireless communication band of the first communication scheme and a wireless communication band of the second communication scheme are identical, switch a communication mode of the second communicator to either one of a low-speed communication mode and a high-speed communication mode having a higher communication speed than the low-speed communication mode, based on the music information or a playback status of the music data.
LIDAR measuring system , - comprising an emitter element , a sensor element as well as an optical element , - wherein the emitter element emits a laser light of a first wavelength , which, after reflection at an object , impinges again on the LIDAR measuring system , - wherein the incoming laser light passes through the optical element and impinges on the sensor element , wherein a wavelength converter is formed on the LIDAR measuring system , which converts the first wavelength of the laser light into a second wavelength , so that the laser light impinges on the sensor element with the second wavelength , characterized in that the wavelength converter is formed by a wavelength converter element within beam path on the receiving side, wherein the wavelength converter is applied as a coating onto the optical element or on the sensor element or on a sensor chip . - comprising an emitter element , a sensor element as well as an optical element , - wherein the emitter element emits a laser light of a first wavelength , which, after reflection at an object , impinges again on the LIDAR measuring system , - wherein the incoming laser light passes through the optical element and impinges on the sensor element , wherein a wavelength converter is formed on the LIDAR measuring system , which converts the first wavelength of the laser light into a second wavelength , so that the laser light impinges on the sensor element with the second wavelength , characterized in that the wavelength converter is formed by a wavelength converter element within beam path on the receiving side, wherein the wavelength converter is applied as a coating onto the optical element or on the sensor element or on a sensor chip .
A leaf filter bag for use with a mesh frame in a leaf filter of an alumina production plant, the leaf filter bag comprising: a first sheet portion adjacent a second sheet portion with a mesh frame spacing therebetween, the two adjacent sheet portions being connected at three closed edges and having a fourth closure edge openable to allow inserting a mesh frame into the mesh frame spacing through the closure edge ; a male snapping closure made integral to the first sheet portion along at least a portion of the closure edge , and a female snapping closure made integral to the second sheet portion and being complementary to the male snapping closure , the male snapping closure and the female snapping closure being made of EPDM rubber, the male snapping closure being snappingly engageable with the female snapping closure to form a seal along the closure edge and disengageable therefrom to allow removing the mesh frame from the mesh frame spacing. a first sheet portion adjacent a second sheet portion with a mesh frame spacing therebetween, the two adjacent sheet portions being connected at three closed edges and having a fourth closure edge openable to allow inserting a mesh frame into the mesh frame spacing through the closure edge ; a male snapping closure made integral to the first sheet portion along at least a portion of the closure edge , and a female snapping closure made integral to the second sheet portion and being complementary to the male snapping closure , the male snapping closure and the female snapping closure being made of EPDM rubber, the male snapping closure being snappingly engageable with the female snapping closure to form a seal along the closure edge and disengageable therefrom to allow removing the mesh frame from the mesh frame spacing.
A system for locating an implanted device including magnetic coils within a subject , the system comprising: a magnetic sensor array comprising a plurality of magnetic sensors , the magnetic sensor array being configured to measure a magnetic field generated by the implanted device ; and a position detection module communicatively coupled to the magnetic sensor array , the position detection module configured to: receive the measured magnetic field from the magnetic sensor array ; and calculate a position of the implanted device based on the measured magnetic field, characterised in that the system further comprises a flexible platform and the plurality of magnetic sensors are mounted to the flexible platform , such that the magnetic sensors are free to move with respect to one another. a magnetic sensor array comprising a plurality of magnetic sensors , the magnetic sensor array being configured to measure a magnetic field generated by the implanted device ; and a position detection module communicatively coupled to the magnetic sensor array , the position detection module configured to: receive the measured magnetic field from the magnetic sensor array ; and calculate a position of the implanted device based on the measured magnetic field, characterised in that receive the measured magnetic field from the magnetic sensor array ; and calculate a position of the implanted device based on the measured magnetic field, characterised in that the system further comprises a flexible platform and the plurality of magnetic sensors are mounted to the flexible platform , such that the magnetic sensors are free to move with respect to one another.
A method performed by a first base station, the method comprising: receiving by the first base station from a second base station: an aggregate maximum bit rate of a wireless device at the first base station; and a parameter indicating that a first bearer comprises duplicated packet data convergence protocol, PDCP, packets; receiving, from a PDCP layer of the second base station, the duplicated PDCP packets of the first bearer; transmitting, to the wireless device, the duplicated PDCP packets; determining an aggregate bit rate between the wireless device and the first base station, wherein the determining ignores the duplicated PDCP packets received from the PDCP layer of the second base station; and limiting the aggregate bit rate based on the aggregate maximum bit rate. receiving by the first base station from a second base station: an aggregate maximum bit rate of a wireless device at the first base station; and a parameter indicating that a first bearer comprises duplicated packet data convergence protocol, PDCP, packets; an aggregate maximum bit rate of a wireless device at the first base station; and a parameter indicating that a first bearer comprises duplicated packet data convergence protocol, PDCP, packets; receiving, from a PDCP layer of the second base station, the duplicated PDCP packets of the first bearer; transmitting, to the wireless device, the duplicated PDCP packets; determining an aggregate bit rate between the wireless device and the first base station, wherein the determining ignores the duplicated PDCP packets received from the PDCP layer of the second base station; and limiting the aggregate bit rate based on the aggregate maximum bit rate.
A fluid flow |nozzle comprising: an elongated body having an inlet end and an outlet end , the inlet end configured for engagement to a fluid supply, the elongated body defining a channel extending therethrough from said inlet end to said outlet end ; said channel including an inlet channel adjacent said inlet end and an outlet channel adjacent said outlet end , said inlet channel defined at an inlet diameter and said outlet channel defined at an outlet diameter that is less than said inlet diameter; said channel further defining a tapered channel extending from said inlet channel to said outlet channel and having a length between said inlet and outlet channels; and said elongated body further defining a plurality of vanes circumferentially spaced around said tapered channel and extending along at least a portion of the length of said tapered channel , the fluid flow nozzle being characterized in that the plurality of vanes are circumferentially spaced around said tapered channel in a substantially spiral shape following a radius that is approximately equal to the length between said inlet and outlet channels to impart a rotational momentum on fluid flowing through the channel. an elongated body having an inlet end and an outlet end , the inlet end configured for engagement to a fluid supply, the elongated body defining a channel extending therethrough from said inlet end to said outlet end ; said channel including an inlet channel adjacent said inlet end and an outlet channel adjacent said outlet end , said inlet channel defined at an inlet diameter and said outlet channel defined at an outlet diameter that is less than said inlet diameter; said channel further defining a tapered channel extending from said inlet channel to said outlet channel and having a length between said inlet and outlet channels; and said elongated body further defining a plurality of vanes circumferentially spaced around said tapered channel and extending along at least a portion of the length of said tapered channel , the fluid flow nozzle being characterized in that the plurality of vanes are circumferentially spaced around said tapered channel in a substantially spiral shape following a radius that is approximately equal to the length between said inlet and outlet channels to impart a rotational momentum on fluid flowing through the channel.