mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plurality of beamformer chips, each comprising at least one radiating element and further comprising a control bus interface and a reserve input configured to be remapped into the control bus interface in the event that a signal within the control bus interface fails; a subarray controller configured to control the plurality of beamformer chips; and a plurality of primary and secondary control buses (218, 222) configured to provide instructions from the subarray controller to the plurality of beamformer chips, and each of the plurality of primary and secondary control buses comprising: a plurality of primary control paths providing communication from the control bus to the control bus interface, and a reserve control path configured to be remapped to provide communication from the control bus to the control bus interface in the event that one of the plurality of primary control paths fails, wherein the primary control buses and the secondary control buses are arranged orthogonally relative to one another such that each of the plurality of beamformer chips is configured to be controlled by either the primary control bus or the secondary control bus. a plurality of beamformer chips, each comprising at least one radiating element and further comprising a control bus interface and a reserve input configured to be remapped into the control bus interface in the event that a signal within the control bus interface fails; a subarray controller configured to control the plurality of beamformer chips; and a plurality of primary and secondary control buses (218, 222) configured to provide instructions from the subarray controller to the plurality of beamformer chips, and each of the plurality of primary and secondary control buses comprising: a plurality of primary control paths providing communication from the control bus to the control bus interface, and a reserve control path configured to be remapped to provide communication from the control bus to the control bus interface in the event that one of the plurality of primary control paths fails, wherein the primary control buses and the secondary control buses are arranged orthogonally relative to one another such that each of the plurality of beamformer chips is configured to be controlled by either the primary control bus or the secondary control bus.
A control circuit for monitoring operation of an implantable blood pump, the control circuit comprising: a memory; and a processor operative to: determine a plurality of flow rate data points over time, each data point indicative of a flow rate of blood through the pump; calculate, based on the plurality of flow rate data points, a waveform index, the waveform index being based on a ratio between i) a difference between an average of the plurality of flow rate data points (710, 710') and a minimum of the plurality of flow rate data points (720, 720'), and ii) a flow rate waveform amplitude value; and determine the presence or absence of a suction condition at the pump based at least in part on the waveform index. a memory; and a processor operative to: determine a plurality of flow rate data points over time, each data point indicative of a flow rate of blood through the pump; calculate, based on the plurality of flow rate data points, a waveform index, the waveform index being based on a ratio between i) a difference between an average of the plurality of flow rate data points (710, 710') and a minimum of the plurality of flow rate data points (720, 720'), and ii) a flow rate waveform amplitude value; and determine the presence or absence of a suction condition at the pump based at least in part on the waveform index. determine a plurality of flow rate data points over time, each data point indicative of a flow rate of blood through the pump; calculate, based on the plurality of flow rate data points, a waveform index, the waveform index being based on a ratio between i) a difference between an average of the plurality of flow rate data points (710, 710') and a minimum of the plurality of flow rate data points (720, 720'), and ii) a flow rate waveform amplitude value; and determine the presence or absence of a suction condition at the pump based at least in part on the waveform index.
Device for curing UV ink on a printing material, the device comprising a plurality M1 of radiation sources, which are embodied as UV-LED radiation sources, and a plurality M2 of optical elements, which are embodied and arranged in such a way that the respective maximum angle of radiation α max of the radiation sources is limited to α max ≤ 30°, and a first dryer for pinning the ink, wherein the plurality M1 of radiation sources and the plurality of optical elements are assigned to the first dryer and wherein the radiation sources are essentially disposed in a first plane, the radiation sources are disposed adjacent to one another in the first plane, and the optical elements are essentially disposed in a second plane parallel to the first plane, characterized in that the optical elements are embodied as apertures and form an aperture array in the second plane, wherein M2 > M1 and several apertures are assigned to every radiation source and wherein the interior wall of each aperture is equipped with a blazed grating.
A method of paging one of a plurality of mobile subscribers in a wireless communication network, the method comprising: receiving, at a first base station, an idle mode request from the one mobile subscriber; sending, by the first base station, an idle mode notification to a control device, after receiving the idle mode request from the one mobile subscriber, wherein the idle mode notification is for notifying the control device that the one mobile subscriber seeks to enter an idle mode; receiving a paging request at the first base station from the control device; sending, by the first base station, a paging advertisement intended for the one mobile subscriber, after receiving the paging request from the control device; allowing, by the first base station, a predetermined period of time to elapse after sending the paging advertisement intended for the one mobile subscriber without receiving a response from the one mobile subscriber; and sending, from the first base station, a disappear notification to the control device after the predetermined period of time has elapsed indicating that the first base station did not receive a response to the paging advertisement from the mobile subscriber, wherein the control device sends another paging request to a second base station and to the first base station after the control device receives the disappear notification, and each of the first base station and the second base station respectively sends another paging advertisement (928, 929) intended for the one mobile subscriber after receiving the another paging request. receiving, at a first base station, an idle mode request from the one mobile subscriber; sending, by the first base station, an idle mode notification to a control device, after receiving the idle mode request from the one mobile subscriber, wherein the idle mode notification is for notifying the control device that the one mobile subscriber seeks to enter an idle mode; receiving a paging request at the first base station from the control device; sending, by the first base station, a paging advertisement intended for the one mobile subscriber, after receiving the paging request from the control device; allowing, by the first base station, a predetermined period of time to elapse after sending the paging advertisement intended for the one mobile subscriber without receiving a response from the one mobile subscriber; and sending, from the first base station, a disappear notification to the control device after the predetermined period of time has elapsed indicating that the first base station did not receive a response to the paging advertisement from the mobile subscriber, wherein the control device sends another paging request to a second base station and to the first base station after the control device receives the disappear notification, and each of the first base station and the second base station respectively sends another paging advertisement (928, 929) intended for the one mobile subscriber after receiving the another paging request.
A folded box gluing machine for making folded boxes from blanks, comprising a plurality of processing stations (1, 2) and a conveying mechanism (3, 4) arranged to convey the blanks through the individual processing stations, wherein in the folded box gluing machine, preferably between two processing stations (1, 2), an embossing mechanism including embossing dies (7, 8) is arranged so as to emboss the blanks, wherein the embossing mechanism is a rotational embossing mechanism including rotating embossing dies, characterized in that said embossing mechanism is swivably fastened to a lateral swivel arm which is fastened to the wall of the frame and can thereby be swiveled from an active position to an inactive position, and that the embossing is a script for the blind.
A method of wireless communication at a receiving device, comprising: receiving a configuration message from a scheduling entity, the configuration message indicating at least a lowest control resource set identifier, CORESET ID, for receiving one or more downlink control information, DCI; determining whether a state of the receiving device is within a scheduling threshold duration for decoding DCI; determining a transmission configuration indication, TCI, state for receiving data based on a TCI state associated with the lowest CORESET ID if the state of the receiving device is within the scheduling threshold duration, wherein the TCI state associated with the lowest CORESET ID indicates one or more sets of quasi co-location, QCL, parameters; and receiving the data from one or more transmission points, TRPs, based on the one or more sets of QCL parameters. receiving a configuration message from a scheduling entity, the configuration message indicating at least a lowest control resource set identifier, CORESET ID, for receiving one or more downlink control information, DCI; determining whether a state of the receiving device is within a scheduling threshold duration for decoding DCI; determining a transmission configuration indication, TCI, state for receiving data based on a TCI state associated with the lowest CORESET ID if the state of the receiving device is within the scheduling threshold duration, wherein the TCI state associated with the lowest CORESET ID indicates one or more sets of quasi co-location, QCL, parameters; and receiving the data from one or more transmission points, TRPs, based on the one or more sets of QCL parameters.
A method for handing over radio communication between a plurality of user equipment, UEs, on the ground from an egressing mobile base station to an ingressing mobile base station, within a geographical service zone, GSZ, having an associated ingress zone and an egress zone, wherein the egressing mobile base station moving towards the egress zone and wherein the ingressing mobile base station moving towards the ingress zone, comprising: receiving, at a management node on the ground, a registration request from the ingressing mobile base station when the ingressing mobile base station enters the ingress zone; sending, from the management node, communication parameters associated with the geographical service zone to the ingressing mobile base station; receiving, at the management node, a handover request from the egressing mobile base station when the egressing mobile base station enters the egress zone, wherein the handover request includes a list of UEs selected from the plurality of UEs; sending, from the management node, a forwarding handover request to the ingressing mobile base station; receiving, at the management node, a handover reply message from the ingressing mobile base station, the handover reply message including information associated with each of the UEs in the list of UEs with which the ingressing mobile base station is capable of establishing communication; and sending, from the management node, the handover reply message to the egressing mobile base station. receiving, at a management node on the ground, a registration request from the ingressing mobile base station when the ingressing mobile base station enters the ingress zone; sending, from the management node, communication parameters associated with the geographical service zone to the ingressing mobile base station; receiving, at the management node, a handover request from the egressing mobile base station when the egressing mobile base station enters the egress zone, wherein the handover request includes a list of UEs selected from the plurality of UEs; sending, from the management node, a forwarding handover request to the ingressing mobile base station; receiving, at the management node, a handover reply message from the ingressing mobile base station, the handover reply message including information associated with each of the UEs in the list of UEs with which the ingressing mobile base station is capable of establishing communication; and sending, from the management node, the handover reply message to the egressing mobile base station.
A self-propelled floor treatment device, in particular a cleaning robot, with a floor treatment element, at least two motorized wheels (3, 4) and a detection device for detecting a floor type of a surface to be treated, wherein the detection device has a frictional resistance element, characterized in that the friction resistance element contacts the surface during a movement in such a way that a resultant force outside of a reference axis acts on the floor treatment device, wherein the reference axis is oriented parallel to a main direction of movement of the floor treatment device prescribed by the orientation of the wheels (3, 4), and aligned centrally between the wheels (3, 4) in relation to a direction perpendicular to the reference axis.
A straddle type vehicle comprising: a front wheel; a pair of front wheel support members supporting the front wheel from a right and left; a bracket supporting an upper end of each of the front wheel support members; a steering shaft extending upward from the bracket; a handlebar connected to the steering shaft; a body frame including a head pipe rotatably supporting the steering shaft; a headlight located forward of the head pipe; and an attachment device configured to attach the headlight to the body frame, wherein the headlight includes: upper and lower illuminators (50, 46) arranged vertically; and left and right illuminators (53, 54) located to a left and right, respectively, of a direct line connecting the upper and lower illuminators (50, 46), characterized in that the attachment device includes a connecting member configured to connect the headlight with the body frame, and the connecting member includes upper and lower connecting members (60, 62) with ends close to the headlight separated vertically from each other, wherein the upper connecting member and the lower connecting member are both located higher than the bracket so that the attachment device and the headlight are positioned so as not to get in contact with the bracket. a front wheel; a pair of front wheel support members supporting the front wheel from a right and left; a bracket supporting an upper end of each of the front wheel support members; a steering shaft extending upward from the bracket; a handlebar connected to the steering shaft; a body frame including a head pipe rotatably supporting the steering shaft; a headlight located forward of the head pipe; and an attachment device configured to attach the headlight to the body frame, wherein the headlight includes: upper and lower illuminators (50, 46) arranged vertically; and left and right illuminators (53, 54) located to a left and right, respectively, of a direct line connecting the upper and lower illuminators (50, 46), characterized in that the attachment device includes a connecting member configured to connect the headlight with the body frame, and the connecting member includes upper and lower connecting members (60, 62) with ends close to the headlight separated vertically from each other, wherein the upper connecting member and the lower connecting member are both located higher than the bracket so that the attachment device and the headlight are positioned so as not to get in contact with the bracket.
A method for determining a user profile of an electronic apparatus, said electronic apparatus performing an operation requiring the use of an internal reference clock information of said electronic apparatus, characterised in that it includes the different steps of: - comparing the internal reference clock information with a temporal coherence range of the electronic apparatus, said temporal coherence range being determined from different temporal information received by the electronic apparatus and stored (li) within the electronic apparatus; - in case of mismatch between the internal reference clock information and the coherence range, storing a of information if at least one of the following conditions is performed in a limited time interval next to performing the operation requiring the use of the reference internal clock; - a number of information sources, from which the temporal information is acquired, accessible by the electronic apparatus has varied; - an operation of plugging and/or unplugging a cable connected to the electronic apparatus has been observed; - an operation of buying an audio and/or video content has been performed through the electronic apparatus. - comparing the internal reference clock information with a temporal coherence range of the electronic apparatus, said temporal coherence range being determined from different temporal information received by the electronic apparatus and stored (li) within the electronic apparatus; - in case of mismatch between the internal reference clock information and the coherence range, storing a of information if at least one of the following conditions is performed in a limited time interval next to performing the operation requiring the use of the reference internal clock; - a number of information sources, from which the temporal information is acquired, accessible by the electronic apparatus has varied; - an operation of plugging and/or unplugging a cable connected to the electronic apparatus has been observed; - an operation of buying an audio and/or video content has been performed through the electronic apparatus.
A method of transmitting audio streams to a first end point and a second end point using an information appliance, the method comprising: causing display of a first video stream; associating a first audio stream with the first end point, wherein the first audio stream is associated with the first video stream and the first audio stream is in a first language; associating a second audio stream with the second end point, wherein the second audio stream is associated with the first video stream and the second audio stream is in a second language different from the first language; wirelessly transmitting using Bluetooth, at the same time from the information appliance, the first audio stream to the first end point and the second audio stream to the second end point, wherein a Stream End Point Identifier is assigned to each pair of end point and audio stream, the SEIDs are used to transmit respective data for each audio stream to the corresponding end point, and the Stream End Point Identifiers are comprised within the same Bluetooth stack. causing display of a first video stream; associating a first audio stream with the first end point, wherein the first audio stream is associated with the first video stream and the first audio stream is in a first language; associating a second audio stream with the second end point, wherein the second audio stream is associated with the first video stream and the second audio stream is in a second language different from the first language; wirelessly transmitting using Bluetooth, at the same time from the information appliance, the first audio stream to the first end point and the second audio stream to the second end point, wherein a Stream End Point Identifier is assigned to each pair of end point and audio stream, the SEIDs are used to transmit respective data for each audio stream to the corresponding end point, and the Stream End Point Identifiers are comprised within the same Bluetooth stack.
A computer-implemented method of controlling which particular action provider (174, 730) out of a plurality of registered action providers performs a task, the method comprising: receiving a spoken utterance detected by a microphone of an electronic device; performing speech recognition on the spoken utterance, the speech recognition recognizing a task in the spoken utterance; responsive to recognizing the task and based on stored registrations for the registered action providers and stored task-to-provider association preferences, assigning the task to a particular action provider (174, 730) out of the registered action providers, wherein assigning the task comprises choosing the particular action provider (174, 730) to perform the task and sending instructions to perform the task to the particular action provider (174, 730); via a set of rules created by machine learning, determining that the particular action provider (174, 730) is a preferred action provider for the task; and changing the preferred action provider for the task to be the particular action provider (174, 730). receiving a spoken utterance detected by a microphone of an electronic device; performing speech recognition on the spoken utterance, the speech recognition recognizing a task in the spoken utterance; responsive to recognizing the task and based on stored registrations for the registered action providers and stored task-to-provider association preferences, assigning the task to a particular action provider (174, 730) out of the registered action providers, wherein assigning the task comprises choosing the particular action provider (174, 730) to perform the task and sending instructions to perform the task to the particular action provider (174, 730); via a set of rules created by machine learning, determining that the particular action provider (174, 730) is a preferred action provider for the task; and changing the preferred action provider for the task to be the particular action provider (174, 730).
A refrigerator extending the shelf-life of the food products placed therein, comprising - at least one inner chamber in which the items intended to be stored are placed, and - at least one door enabling closing the inner chamber, - at least one generator creating electric signals to enable generation of the ultrasonic waves intended to be transmitted to the inner chamber, - at least one transducer converting the electric signals generated by the generator to ultrasonic waves characterized by - at least one microphone detecting ultrasonic waves and enabling measuring the amount of the ultrasonic waves transmitted to the inner chamber - at least one inner chamber in which the items intended to be stored are placed, and - at least one door enabling closing the inner chamber, - at least one generator creating electric signals to enable generation of the ultrasonic waves intended to be transmitted to the inner chamber, - at least one transducer converting the electric signals generated by the generator to ultrasonic waves characterized by - at least one microphone detecting ultrasonic waves and enabling measuring the amount of the ultrasonic waves transmitted to the inner chamber