mhurhangee/patent-ind-claim-en huggingface dataset:
Weft feeder device with a winding drum having an adjustable winding circumference for storing weft thread , the winding drum comprising a base structure , at least one moveable finger , and a driving system comprising a first pinion , wherein the at least one moveable finger is mounted on the base structure so as to be moveable over the full length of a linear movement path and is provided with a first leg having a rack section drivingly coupled to the first pinion , characterized in that the driving system comprises a gear system for driving the first pinion continuously, which gear system is self-locking for securing the first pinion , so that the first pinion is held in position in any position reached along the movement path.
A circuit comprising: a wireless power signal input to provide a wireless power input signal; a switch network coupled to the wireless power signal input, the switch network comprising switches arranged to rectify the wireless power input signal to provide a wireless power output signal ; control circuitry in communication with the switch network, the control circuitry configured to: receive the wireless power input signal; respond to a current wireless power transfer operating goal by determining an impedance to implement; purposefully introduce the impedance to the wireless power input signal via the switch network; cause the switches to rectify the wireless power input signal to produce the wireless power output signal; determine desired timing for the switch network responsive to the operating goal; generate a comparison voltage responsive to the desired timing; and change switch timing of the switch network responsive to a comparison of the wireless power input signal and the comparison voltage. a wireless power signal input to provide a wireless power input signal; a switch network coupled to the wireless power signal input, the switch network comprising switches arranged to rectify the wireless power input signal to provide a wireless power output signal ; control circuitry in communication with the switch network, the control circuitry configured to: receive the wireless power input signal; respond to a current wireless power transfer operating goal by determining an impedance to implement; purposefully introduce the impedance to the wireless power input signal via the switch network; cause the switches to rectify the wireless power input signal to produce the wireless power output signal; determine desired timing for the switch network responsive to the operating goal; generate a comparison voltage responsive to the desired timing; and change switch timing of the switch network responsive to a comparison of the wireless power input signal and the comparison voltage. receive the wireless power input signal; respond to a current wireless power transfer operating goal by determining an impedance to implement; purposefully introduce the impedance to the wireless power input signal via the switch network; cause the switches to rectify the wireless power input signal to produce the wireless power output signal; determine desired timing for the switch network responsive to the operating goal; generate a comparison voltage responsive to the desired timing; and change switch timing of the switch network responsive to a comparison of the wireless power input signal and the comparison voltage.
A system for pacing a heart , comprising: an electrostimulation circuit configured to generate His-bundle pacing, HBP, pulses to stimulate a His bundle of the heart; a cardiac event detector configured to sense a physiologic signal from a His-bundle region, and to detect a His-bundle activity from the sensed physiologic signal during a time period following an atrial activity; and a control circuit configured to control the electrostimulation circuit to deliver the HBP pulses if no His-bundle activity is detected within the time period following the atrial activity, and to withhold the HBP pulses if the His-bundle activity is detected within the time period following the atrial activity; characterized in that the cardiac event detector is configured to switch from a first sensing mode to a second sensing mode to detect the His-bundle activity in response to an indication of HBP, the second sensing mode having a lower sensitivity than the first sensing mode. an electrostimulation circuit configured to generate His-bundle pacing, HBP, pulses to stimulate a His bundle of the heart; a cardiac event detector configured to sense a physiologic signal from a His-bundle region, and to detect a His-bundle activity from the sensed physiologic signal during a time period following an atrial activity; and a control circuit configured to control the electrostimulation circuit to deliver the HBP pulses if no His-bundle activity is detected within the time period following the atrial activity, and to withhold the HBP pulses if the His-bundle activity is detected within the time period following the atrial activity; characterized in that the cardiac event detector is configured to switch from a first sensing mode to a second sensing mode to detect the His-bundle activity in response to an indication of HBP, the second sensing mode having a lower sensitivity than the first sensing mode.
An input device comprising one or more electrodes (N, E, W, S) configured for capacitive sensing of a target object, an electronic circuit , one or more conductive feed lines (FN, FE, FW, FS) connecting said electrodes (N, E, W, S) with said electronic circuit , wherein the device is configured to compensate for a capacitive coupling by increasing or decreasing a signal received from at least one of the electrodes (N, E, W, S) through an associated feed line (FN, FE, FW, FS) which is subject to the capacitive coupling caused by the target object, by means of at least one other signal from another electrode (N, E, W, S; FD) or another feed line being influenced in a similar way as the associated feed line (FN, FE, FW, FS), wherein the other signal is multiplied by a constant and added or subtracted to or from the signal, respectively.
A capsule for producing a beverage in an automatic beverage production device , the capsule comprises a cup-shaped body defined by a lateral wall and a bottom wall , the cup-shaped body is closed by a cover to be perforated to supply a fluid in the capsule ; the capsule also comprises a filter member extending transversely to a longitudinal axis of the capsule so as to divide the internal volume of the capsule in an upper chamber for a beverage production substance, and a lower chamber for collecting the beverage; the filter member divides the cup-shaped body in an upper part containing the upper chamber , and a lower part containing the lower chamber , and is provided with a perforation member facing the bottom wall ; the filter member comprises a relatively rigid disk firmly coupled to the lateral wall and having a plurality of through openings ; the bottom wall comprises an annular portion extending transversely to the axis to define a stable support base for the capsule when the latter is arranged in a corresponding percolation seat of the automatic beverage production device ; the lower part comprises a geometric discontinuity area shaped and/or sized so as to result, when the capsule is externally axially compressed, in the lower part of the cup-shaped body deforming substantially at the geometric discontinuity area ; the lower part of the cup-shaped body comprises a wider portion arranged below the disk and a narrower portion arranged between the wider portion and the bottom wall ; the capsule is characterized in that the bottom wall is with a beverage outflow opening closed by a sealing film ; the geometric discontinuity area is shaped and/or sized so as to result, when the capsule is externally axially compressed, in the perforation member resultingly displacing through the sealing film ; the geometric discontinuity area comprises a connecting region between the wider portion and the narrower portion ; and the geometric discontinuity area in the lower part of the cup-shaped body is arranged at such a distance from the bottom wall as to result, when the capsule is axially compressed, in the geometry of the bottom wall remaining substantially unchanged, at least at the annular portion .
A screen locking method, carried out in a mobile terminal, comprising: a) displaying a first lock screen interface in a lock screen state, wherein the first lock screen interface uses a first picture as a lock screen background; and b) in response to receiving a gesture operation user input comprising a gesture operation input on the first lock screen interface, displaying a first lock screen configuration interface in the lock screen state, wherein content introduction information of the first picture is displayed on the first lock screen configuration interface, and the first lock screen configuration interface is provided with a function option for the user to perform configuration on a lock screen. a) displaying a first lock screen interface in a lock screen state, wherein the first lock screen interface uses a first picture as a lock screen background; and b) in response to receiving a gesture operation user input comprising a gesture operation input on the first lock screen interface, displaying a first lock screen configuration interface in the lock screen state, wherein content introduction information of the first picture is displayed on the first lock screen configuration interface, and the first lock screen configuration interface is provided with a function option for the user to perform configuration on a lock screen.
A locking actuator arrangement for an aircraft landing gear comprising: a housing link extending from a pivot in a first direction and extending along a first longitudinal axis; an actuator housing extending from the pivot in a second direction along the first longitudinal axis, the second direction being opposite to the first direction, the actuator housing defining a retaining cavity ; said actuator housing being coupled to the housing link via a plurality of fasteners; a receiving link pivotally coupled to the housing link via the pivot and comprising a receptacle body defining a receiving cavity , wherein the actuator housing is disposed between the pivot and the receiving cavity , and the receiving link comprises a second longitudinal axis; and an actuator piston comprising: a piston head and a piston rod extending from the piston head ; wherein the receiving cavity is configured to receive at least a portion of the piston rod , and the piston rod is configured to be received by the receiving cavity in response to a pre-determined alignment of at least said housing link and said receiving link . a housing link extending from a pivot in a first direction and extending along a first longitudinal axis; an actuator housing extending from the pivot in a second direction along the first longitudinal axis, the second direction being opposite to the first direction, the actuator housing defining a retaining cavity ; said actuator housing being coupled to the housing link via a plurality of fasteners; a receiving link pivotally coupled to the housing link via the pivot and comprising a receptacle body defining a receiving cavity , wherein the actuator housing is disposed between the pivot and the receiving cavity , and the receiving link comprises a second longitudinal axis; and an actuator piston comprising: a piston head and a piston rod extending from the piston head ; wherein the receiving cavity is configured to receive at least a portion of the piston rod , and the piston rod is configured to be received by the receiving cavity in response to a pre-determined alignment of at least said housing link and said receiving link .
A posture estimation device comprising: an acquisition part configured to acquire image data from a first image sensor and a second image sensor provided in a room; a storage configured to store information indicating a transition model of a human body posture and test information indicating a test area of the image data in each posture of the transition model; and an estimator configured to calculate a statistic in the test area of the image data by referring to the information indicating the transition model and the test information, and to estimate a current human body posture from the human body posture before one point of time based on the statistic, wherein the acquisition part is configured to acquire first image data from said first image sensor provided in an upper portion of the room and second image data from said second image sensor provided in a side portion of the room, wherein the storage is configured to store test information indicating a test area of the first image data and a test area of the second image data in each posture of the transition model, and wherein the estimator is configured to calculate statistics in the test area of the first image data and the test area of the second image data by referring to the information indicating the transition model and the test information, and to estimate the current human body posture from the human body posture before one point of time using the calculated statistics. an acquisition part configured to acquire image data from a first image sensor and a second image sensor provided in a room; a storage configured to store information indicating a transition model of a human body posture and test information indicating a test area of the image data in each posture of the transition model; and an estimator configured to calculate a statistic in the test area of the image data by referring to the information indicating the transition model and the test information, and to estimate a current human body posture from the human body posture before one point of time based on the statistic, wherein the acquisition part is configured to acquire first image data from said first image sensor provided in an upper portion of the room and second image data from said second image sensor provided in a side portion of the room, wherein the storage is configured to store test information indicating a test area of the first image data and a test area of the second image data in each posture of the transition model, and wherein the estimator is configured to calculate statistics in the test area of the first image data and the test area of the second image data by referring to the information indicating the transition model and the test information, and to estimate the current human body posture from the human body posture before one point of time using the calculated statistics.
A terminal comprising: a reception unit which, in operation, receives information indicating a first subframe at which repetition transmission of a Scheduling Request, SR, starts and a second subframe at which repetition transmission of an Acknowledgement/Negative Acknowledgement, ACK/NACK, for a downlink data signal starts; and a transmission unit which, in operation, repeatedly transmits the SR using a first certain number of consecutive subframes starting at the first subframe and the ACK/NACK using at least the first certain number of consecutive subframes starting at the second subframe, wherein the terminal is configured to identify a subframe in a defined number of subframes after a subframe in which the information has been received as the second subframe, and to set the second subframe as the first subframe, and wherein a number of repetitions predetermined for the ACK/NACK and a number of repetitions predetermined for the SR are the same. a reception unit which, in operation, receives information indicating a first subframe at which repetition transmission of a Scheduling Request, SR, starts and a second subframe at which repetition transmission of an Acknowledgement/Negative Acknowledgement, ACK/NACK, for a downlink data signal starts; and a transmission unit which, in operation, repeatedly transmits the SR using a first certain number of consecutive subframes starting at the first subframe and the ACK/NACK using at least the first certain number of consecutive subframes starting at the second subframe, wherein the terminal is configured to identify a subframe in a defined number of subframes after a subframe in which the information has been received as the second subframe, and to set the second subframe as the first subframe, and wherein a number of repetitions predetermined for the ACK/NACK and a number of repetitions predetermined for the SR are the same.
An access control system, comprising: a credential authenticator; a first device comprising a door lock configured to restrict access to a first secured element and configured to operate in first and second modes, wherein the first secured element is a guest room; and a second device which is a Wi-Fi credential database including Wi-Fi passwords, said database configured to restrict access to a second secured element being provided as the Wi-Fi password for the guest room and configured to operate in first and second modes; the first device being responsive to a request for first access to the first secured element delivered thereto by a mobile device , the second device being responsive to a request for second access to the second secured element issued by the mobile device and delivered thereto via the first device operating in the second mode, wherein: in the respective first modes, the first and second devices maintain the first and second access restrictions to the first and second secured elements, respectively, in the respective second modes, the first and second devices permit the first and second access, respectively, and the respective second modes are effectuated based on credentials being transmitted from the mobile device to and authenticated by the credential authenticator. a credential authenticator; a first device comprising a door lock configured to restrict access to a first secured element and configured to operate in first and second modes, wherein the first secured element is a guest room; and a second device which is a Wi-Fi credential database including Wi-Fi passwords, said database configured to restrict access to a second secured element being provided as the Wi-Fi password for the guest room and configured to operate in first and second modes; the first device being responsive to a request for first access to the first secured element delivered thereto by a mobile device , the second device being responsive to a request for second access to the second secured element issued by the mobile device and delivered thereto via the first device operating in the second mode, wherein: in the respective first modes, the first and second devices maintain the first and second access restrictions to the first and second secured elements, respectively, in the respective second modes, the first and second devices permit the first and second access, respectively, and the respective second modes are effectuated based on credentials being transmitted from the mobile device to and authenticated by the credential authenticator. in the respective first modes, the first and second devices maintain the first and second access restrictions to the first and second secured elements, respectively, in the respective second modes, the first and second devices permit the first and second access, respectively, and the respective second modes are effectuated based on credentials being transmitted from the mobile device to and authenticated by the credential authenticator.
A solid catalyst component for the (co)polymerization of olefins CH 2 =CHR, in which R is hydrogen or a hydrocarbyl radical with 1-12 carbon atoms, comprising Ti, Mg, and Cl, and an electron donor compound selected from the group consisting of alkyl and aryl esters of optionally substituted aromatic polycarboxylic acids, esters of malonic acids, esters of glutaric acids, esters of maleic acids, esters of succinic acids, diol derivatives chosen among dicarbamates, monoesters monocarbamates and monoesters monocarbonates, and 1,3 diethers of the formula: wherein R, R I , R II , R III , R IV and R V equal or different to each other, are hydrogen or hydrocarbon radicals having from 1 to 18 carbon atoms, and R VI and R VII , equal or different from each other, have the same meaning of R-R V except that they cannot be hydrogen; one or more of the R-R VII groups can be linked to form a cycle, or mixtures thereof, said catalyst component being characterized by the fact that it contains from 0.1 to 50%wt of Bi with respect to the total weight of said solid catalyst component.
A plurality of pigment flakes having color shifting properties, magnetic properties, and bearing a covert feature within the flakes; comprising: a magnetic layer sandwiched between two aluminum reflective layers, in addition to an absorber layer and dielectric layer to provide color shifting layers on each side; wherein the shape of a flake of the plurality of pigment flakes is rectangular. a magnetic layer sandwiched between two aluminum reflective layers, in addition to an absorber layer and dielectric layer to provide color shifting layers on each side; wherein the shape of a flake of the plurality of pigment flakes is rectangular.
A communication control apparatus for provision in a network that includes a plurality of base stations and a node apparatus that is for edge computing and is connected to the plurality of base stations, the communication control apparatus comprising: acquisition means for acquiring, from the node apparatus , cell transition information that indicates transitions between cells by each vehicle that moves in a plurality of cells formed by the plurality of base stations; determination means for determining a vehicle group that is made up of a plurality of vehicles and is to be subjected to transmission control, based on the cell transition information acquired by the acquisition means ; and control means for controlling uplink transmission of data from the vehicle group determined by the determination means , the control means limiting vehicles that perform uplink transmission of path-dependent data, which is dependent on a movement path of a vehicle, to a portion of vehicles that belong to the determined vehicle group. acquisition means for acquiring, from the node apparatus , cell transition information that indicates transitions between cells by each vehicle that moves in a plurality of cells formed by the plurality of base stations; determination means for determining a vehicle group that is made up of a plurality of vehicles and is to be subjected to transmission control, based on the cell transition information acquired by the acquisition means ; and control means for controlling uplink transmission of data from the vehicle group determined by the determination means , the control means limiting vehicles that perform uplink transmission of path-dependent data, which is dependent on a movement path of a vehicle, to a portion of vehicles that belong to the determined vehicle group.