mhurhangee/patent-ind-claim-en huggingface dataset:
A dual-mode Peripheral Component Interconnect express, PCIe, device configured to operate in a root complex, RC, mode or an endpoint mode, comprising: a bus interface configured to be coupled to a wire-based PCIe link; and control circuitry configured to: initialize the dual-mode PCIe device into the RC mode; perform a configuration and initiation sequence on the wire-based PCIe link via the bus interface; determine a link state of the wire-based PCIe link upon completion of the configuration and initiation sequence; invoke a random delay resulting from the link state indicating that the configuration and initiation sequence performed on the wire-based PCIe link is unsuccessful; and switch the dual-mode PCIe device to the endpoint mode at expiration of the random delay. a bus interface configured to be coupled to a wire-based PCIe link; and control circuitry configured to: initialize the dual-mode PCIe device into the RC mode; perform a configuration and initiation sequence on the wire-based PCIe link via the bus interface; determine a link state of the wire-based PCIe link upon completion of the configuration and initiation sequence; invoke a random delay resulting from the link state indicating that the configuration and initiation sequence performed on the wire-based PCIe link is unsuccessful; and switch the dual-mode PCIe device to the endpoint mode at expiration of the random delay. initialize the dual-mode PCIe device into the RC mode; perform a configuration and initiation sequence on the wire-based PCIe link via the bus interface; determine a link state of the wire-based PCIe link upon completion of the configuration and initiation sequence; invoke a random delay resulting from the link state indicating that the configuration and initiation sequence performed on the wire-based PCIe link is unsuccessful; and switch the dual-mode PCIe device to the endpoint mode at expiration of the random delay.
A computer-implemented method comprising: providing, by a computing device, first instructions to a user to perform an athletic movement comprising predefined criteria at a first location during a first time period; receiving, by the computing device and from a first sensor data representing the user performing the athletic movement at the first location; obtaining, by the computing device, a form profile of the user as a function of time during the athletic movement, wherein the form profile is based on the data received from the first sensor during the athletic movement, wherein obtaining the form profile includes processing a plurality of time stamps each associated with respective portions of the data and corresponding to a body part location; determining the performance of the user of the predefined criteria, wherein the determining comprises comparing the obtained form profile against a first profile template for the athletic movement; determining, based on the performance of the user and one or more threshold values, one or more variances; and estimating, by the computing device, a muscle fatigue value for the user based on the one or more variances. providing, by a computing device, first instructions to a user to perform an athletic movement comprising predefined criteria at a first location during a first time period; receiving, by the computing device and from a first sensor data representing the user performing the athletic movement at the first location; obtaining, by the computing device, a form profile of the user as a function of time during the athletic movement, wherein the form profile is based on the data received from the first sensor during the athletic movement, wherein obtaining the form profile includes processing a plurality of time stamps each associated with respective portions of the data and corresponding to a body part location; determining the performance of the user of the predefined criteria, wherein the determining comprises comparing the obtained form profile against a first profile template for the athletic movement; determining, based on the performance of the user and one or more threshold values, one or more variances; and estimating, by the computing device, a muscle fatigue value for the user based on the one or more variances.
Gearing system having a gearing and an electromagnetically operable brake, the brake having a coil core connected to a braking surface part for conjoint rotation, a shaft being mounted in a housing part of the gearing by means of at least one bearing , a catch being connected to the shaft for conjoint rotation and having outer teeth that engage with inner teeth of a brake lining carrier such that the brake lining carrier is connected to the shaft in a rotationally fixed but axially movable manner, the braking surface part having a braking surface facing the brake lining carrier , an armature disc being arranged between the coil core and the brake lining carrier and arranged in a rotationally fixed but axially displaceable manner with respect to the coil core , the braking surface part being connected to a bearing flange , the bearing seat of which in particular defines a clearance, the braking surface part being centred on the bearing flange , characterised in that the bearing flange is connected to a cover part that is connected to the housing part , the cover part receiving a shaft seal ring that runs on the shaft, the bearing flange being centred on the cover part and the cover part being centred on the housing part .
A method performed by a serving base station for transmission of downlink mobile reference signals, MRSs, comprising: transmitting MRS configurations corresponding to the serving cell and neighboring cells of a user equipment, UE, , transmitting an MRS that includes a first part MRS and an additional part MRS, wherein the first part MRS includes first MRS bursts each multiplexed with a synchronization signal block, SS block, and the additional part MRS includes second MRS bursts and is configurable to be transmitted or not transmitted, characterized in that sequences of MRS bursts included in the first part MRS and the additional part MRS, respectively, are generated based on a cell identification, ID, and a transmission, Tx, beam of a serving cell transmitting the MRS, and in that a frequency domain location of the first or second MRS bursts depends on a Tx beam index of a serving cell transmitting the MRS. transmitting MRS configurations corresponding to the serving cell and neighboring cells of a user equipment, UE, , transmitting an MRS that includes a first part MRS and an additional part MRS, wherein the first part MRS includes first MRS bursts each multiplexed with a synchronization signal block, SS block, and the additional part MRS includes second MRS bursts and is configurable to be transmitted or not transmitted, characterized in that sequences of MRS bursts included in the first part MRS and the additional part MRS, respectively, are generated based on a cell identification, ID, and a transmission, Tx, beam of a serving cell transmitting the MRS, and in that a frequency domain location of the first or second MRS bursts depends on a Tx beam index of a serving cell transmitting the MRS. sequences of MRS bursts included in the first part MRS and the additional part MRS, respectively, are generated based on a cell identification, ID, and a transmission, Tx, beam of a serving cell transmitting the MRS, and in that a frequency domain location of the first or second MRS bursts depends on a Tx beam index of a serving cell transmitting the MRS.
A method comprising: receiving , by a user device , a state advertisement message broadcast from a media device , the state advertisement message comprising state data describing a state of the media device ; based on the state data, determining , by the user device , that a text input control on the media device is currently selected; in response to determining that the text input control on the media device is currently selected, presenting , by the user device , a first graphical notification prompting the user to invoke a virtual keyboard on the user device ; receiving , by the user device via the first graphical notification , a first user input invoking the virtual keyboard on the user device ; and presenting , on a display of the user device , the virtual keyboard for providing input to the text input control selected on the media device , wherein the virtual keyboard is provided by a software system of the user device that is distinct from any user application on the user device , and wherein the user device is locked while the virtual keyboard is presented on the display of the user device . receiving , by a user device , a state advertisement message broadcast from a media device , the state advertisement message comprising state data describing a state of the media device ; based on the state data, determining , by the user device , that a text input control on the media device is currently selected; in response to determining that the text input control on the media device is currently selected, presenting , by the user device , a first graphical notification prompting the user to invoke a virtual keyboard on the user device ; receiving , by the user device via the first graphical notification , a first user input invoking the virtual keyboard on the user device ; and presenting , on a display of the user device , the virtual keyboard for providing input to the text input control selected on the media device , wherein the virtual keyboard is provided by a software system of the user device that is distinct from any user application on the user device , and wherein the user device is locked while the virtual keyboard is presented on the display of the user device .
EC motor for an electric hand tool having a stator in which a rotor is rotatably mounted, which comprises a rotor laminations package comprising a passage opening and is formed from individual laminations , and comprising a rotor shaft which is cast in the passage opening of the rotor laminations package by a casting compound , and having a plurality of permanent magnets which are accommodated in pockets formed in the rotor laminations package , wherein an annular channel is formed between the rotor shaft and the wall of the passage opening , which annular channel is connected via radial channels , which are each formed from a plurality of channel sections formed in adjacent laminations of the rotor laminations package , to the pockets in a fluid-conducting manner, for feeding the casting compound from the annular channel to the pockets , characterized in that the rotor laminations package is constructed from laminations , wherein all pocket sections of which are in each case either connected in a fluid-conducting manner to the passage opening via the channel sections or are spatially separated from the passage opening , and in that the proportion of the laminations comprising the channel sections to the total number of laminations of the rotor lamination package is between 70% and 98% and more preferably between 80% and 95%.
A sensor head of a sensor configured to measure a position of a measurement object , the sensor head comprising: a diffraction lens configured to emit light entering from a light source side along an optical axis (AX1) and generate chromatic aberration with respect to the light; an objective lens disposed closer to the measurement object side than the diffraction lens is, and configured to collect light entering from the diffraction lens side to emit the light toward the measurement object side and emit the light entering from the measurement object side toward the diffraction lens side; and a case having a space formed therein and configured to accommodate at least the diffraction lens and the objective lens in the space, wherein the case has a first case section having a substantially cylindrical shape about the optical axis (AX1) as a central axis and an end portion of which is open, a second case section having a substantially cylindrical shape and an end portion of which is open, and a third case section connected between the first case section and the second case section , the first case section has the diffraction lens disposed therein, the second case section has the objective lens disposed therein, and the third case section has a mirror member disposed therein and configured to bend light entering from the diffraction lens side toward the objective lens side. a diffraction lens configured to emit light entering from a light source side along an optical axis (AX1) and generate chromatic aberration with respect to the light; an objective lens disposed closer to the measurement object side than the diffraction lens is, and configured to collect light entering from the diffraction lens side to emit the light toward the measurement object side and emit the light entering from the measurement object side toward the diffraction lens side; and a case having a space formed therein and configured to accommodate at least the diffraction lens and the objective lens in the space, wherein the case has a first case section having a substantially cylindrical shape about the optical axis (AX1) as a central axis and an end portion of which is open, a second case section having a substantially cylindrical shape and an end portion of which is open, and a third case section connected between the first case section and the second case section , the first case section has the diffraction lens disposed therein, the second case section has the objective lens disposed therein, and the third case section has a mirror member disposed therein and configured to bend light entering from the diffraction lens side toward the objective lens side.
Circular saw blade having cutting teeth (1, 2, 3,...) arranged in groups (I, II) over its circumference, in the case of which each group (I, II) comprises at least three cutting teeth , of which, in cutting order, the first tooth , as seen in front view, is of symmetrical design and the second and third teeth are of alternately asymmetrical design, wherein a first spacing angle (τ 1 ) is set between the cutting edges of the first tooth and of the second tooth , a second spacing angle (τ 2 ) is set between the cutting edges of the second tooth and of the third tooth , and a third spacing angle (τ 3 ) is set between the cutting edge of the final tooth of a first group (I) and the cutting edge of the first tooth of a following group (II), characterized in that the asymmetrical teeth are combined to form a first tooth pair (Z1), in that the second spacing angle (τ 2 ) is smaller than the first spacing angle (τ 1 ), and in that the second spacing angle (τ 2 ) is smaller than the third spacing angle (τ 3 ).
A safety device for preventing needle stick injury with a needle of a medical device , the needle comprising a proximal end fixed to a tip of the medical device and a distal end provided with a needle point , the safety device comprising : • a protective cap adapted to be mounted on the tip of a medical device to at least cover a needle point , the protective cap comprising a proximal extremity provided with an engaging peg , and • a shield adapted to be mounted by a pivot link around the tip of the medical device such that it may adopt a storage position where it is interlocked with the protective cap , a retracted position where it gives access to the needle and a safety position where it covers the needle , the shield comprising a cam surface at its proximal extremity, characterised in that the cam surface and the engaging peg are located proximally from the pivot link and arranged to engage so that, when the safety device is mounted around the tip of a medical device , removing the protective cap from the tip by a distal movement displaces the shield from the storage position to the retracted position. • a protective cap adapted to be mounted on the tip of a medical device to at least cover a needle point , the protective cap comprising a proximal extremity provided with an engaging peg , and • a shield adapted to be mounted by a pivot link around the tip of the medical device such that it may adopt a storage position where it is interlocked with the protective cap , a retracted position where it gives access to the needle and a safety position where it covers the needle , the shield comprising a cam surface at its proximal extremity, characterised in that the cam surface and the engaging peg are located proximally from the pivot link and arranged to engage so that, when the safety device is mounted around the tip of a medical device , removing the protective cap from the tip by a distal movement displaces the shield from the storage position to the retracted position.
A mobile agricultural sprayer, comprising: a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and an overspray detection system that generates control signals to obtain sensor information from a sensor , that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor sensing the presence of the substance at the sensor location, the mobile agricultural sprayer further comprising a likely drift detector logic that receives sprayer location information indicative of a geographic location of the sprayer, a wind sensor signal indicative of a value of a sensed wind variable and field characteristic data indicative of the field boundary of the field, and generates an overspray likely signal when a likely overspray condition is identified, based on the sprayer location information, the value of the sensed wind variable and the geographical characteristic of the field , characterized in that , the mobile agricultural sprayer further comprising a sensor rest control logic configured to generate a sensor control signal to activate the sensor when the sensor location corresponds to the likely overspray condition and to deactivate the sensor when the sensor location does not correspond to the likely overspray condition. a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and an overspray detection system that generates control signals to obtain sensor information from a sensor , that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor sensing the presence of the substance at the sensor location, the mobile agricultural sprayer further comprising a likely drift detector logic that receives sprayer location information indicative of a geographic location of the sprayer, a wind sensor signal indicative of a value of a sensed wind variable and field characteristic data indicative of the field boundary of the field, and generates an overspray likely signal when a likely overspray condition is identified, based on the sprayer location information, the value of the sensed wind variable and the geographical characteristic of the field , characterized in that , the mobile agricultural sprayer further comprising a sensor rest control logic configured to generate a sensor control signal to activate the sensor when the sensor location corresponds to the likely overspray condition and to deactivate the sensor when the sensor location does not correspond to the likely overspray condition.
An in vitro method for producing a stem cell clone, which comprises the steps of: (i) introducing, into stem cells capable of being induced to differentiate into megakaryocyte progenitor cells, an exogenous gene associated with induction of differentiation into megakaryocyte progenitor cells; (ii) inducing differentiation of the stem cells, introduced with the exogenous gene, into the megakaryocyte progenitor cells; (iii) dedifferentiating the differentiation-induced megakaryocyte progenitor cells; and (iv) isolating stem cells having the exogenous gene incorporated into a chromosome thereof from a colony of the stem cells formed in step (iii); wherein the exogenous gene associated with induction of differentiation is at least one exogenous gene selected from the group consisting of oncogenes including MYC family genes, genes (polycomb genes) inhibiting expression of a p16 gene or a p19 gene including Bmi1, and apoptosis suppressing genes including BCL-XL gene; wherein the dedifferentiation in step (iii) is carried out by introducing a reprogramming factor selected from the group consisting of OCT3/4, SOX2 and KLF4 into the differentiation-induced megakaryocyte progenitor cells. (i) introducing, into stem cells capable of being induced to differentiate into megakaryocyte progenitor cells, an exogenous gene associated with induction of differentiation into megakaryocyte progenitor cells; (ii) inducing differentiation of the stem cells, introduced with the exogenous gene, into the megakaryocyte progenitor cells; (iii) dedifferentiating the differentiation-induced megakaryocyte progenitor cells; and (iv) isolating stem cells having the exogenous gene incorporated into a chromosome thereof from a colony of the stem cells formed in step (iii);
A decorative panel, comprising a core layer comprising a thermo pressed stack of resin impregnated papers provided with a decor layer, said decor layer comprising a substrate layer provided with at least one coating, wherein at least one passive sensor of the Radio-frequency identification (RFID) type is located within said decorative panel, said at least one passive sensor is located within said core layer, said passive sensor comprising an integrated chip and a RFID antenna, said at least one passive sensor is located between layers of resin impregnated papers, characterized in that said at least one passive sensor is provided on a support layer, wherein said support layer is impregnated with resin from adjacent layers of resin impregnated papers in the core layer.
A method for wireless communication by a user equipment, UE (104; 504), comprising: transmitting (520; 710), to a base station, BS, (102; 502), UE capability information indicating at least one radio capability of the UE (104; 504) and at least one machine learning, ML, capability of the UE (104; 504); and receiving (550; 720), from the BS (102; 502) based on the UE capability information, ML configuration information indicating: at least one neural network function, NNF, comprising at least a portion of an ML-based wireless communications management procedure; and at least one ML model configured to perform the at least the portion of the ML-based wireless communications management procedure; and receiving , from the BS (102; 502), a signal activating use of the at least one ML model to perform the at least the portion of the ML-based wireless communications management procedure. transmitting (520; 710), to a base station, BS, (102; 502), UE capability information indicating at least one radio capability of the UE (104; 504) and at least one machine learning, ML, capability of the UE (104; 504); and receiving (550; 720), from the BS (102; 502) based on the UE capability information, ML configuration information indicating: at least one neural network function, NNF, comprising at least a portion of an ML-based wireless communications management procedure; and at least one ML model configured to perform the at least the portion of the ML-based wireless communications management procedure; and at least one neural network function, NNF, comprising at least a portion of an ML-based wireless communications management procedure; and at least one ML model configured to perform the at least the portion of the ML-based wireless communications management procedure; and receiving , from the BS (102; 502), a signal activating use of the at least one ML model to perform the at least the portion of the ML-based wireless communications management procedure.