mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic switch card (121-123, 141-143, 201, 202, 205, 206, 521-523, 1100a, 1100b) communicatively interfacing with one or more photonic switches (131-134, 203, 204, 531-533), the electronic switch card (121-123, 141-143, 201, 202, 205, 206, 521-523, 1100a, 1100b) comprising: a cell switch communicatively connected to one or more line cards (111-113, 210, 220, 511, 512), wherein each of the one or more line cards (111-113, 210, 220, 511, 512) includes one or more main queues ; and an electronic switch chip (551-553) integrating one or more photonic functions, the electronic switch chip (551-553) communicatively coupled to the cell switch and communicatively connected with the one or more photonic switches (131-134, 203, 204, 531-533), wherein the electronic switch chip includes: an electronic switch controller configured to send control signals to the one or more line cards (111-113, 210, 220, 511, 512); one or more per destination chassis buffers communicatively connected with the electronic switch controller ; and one or more switch buffers communicatively connected with the electronic switch controller, wherein the electronic switch controller is configured to send a pause signal to the one or more line cards (111-113, 210, 220, 511, 512) upon determination that usage of one or more of the one or more per destination chassis buffers and one or more switch buffers meets or exceeds a threshold. a cell switch communicatively connected to one or more line cards (111-113, 210, 220, 511, 512), wherein each of the one or more line cards (111-113, 210, 220, 511, 512) includes one or more main queues ; and an electronic switch chip (551-553) integrating one or more photonic functions, the electronic switch chip (551-553) communicatively coupled to the cell switch and communicatively connected with the one or more photonic switches (131-134, 203, 204, 531-533), wherein the electronic switch chip includes: an electronic switch controller configured to send control signals to the one or more line cards (111-113, 210, 220, 511, 512); one or more per destination chassis buffers communicatively connected with the electronic switch controller ; and one or more switch buffers communicatively connected with the electronic switch controller, an electronic switch controller configured to send control signals to the one or more line cards (111-113, 210, 220, 511, 512); one or more per destination chassis buffers communicatively connected with the electronic switch controller ; and one or more switch buffers communicatively connected with the electronic switch controller, wherein the electronic switch controller is configured to send a pause signal to the one or more line cards (111-113, 210, 220, 511, 512) upon determination that usage of one or more of the one or more per destination chassis buffers and one or more switch buffers meets or exceeds a threshold.
A method for calculating winding currents at delta side for a transformer, wherein the transformer comprises two or more windings connected with two or more lines, with at least a first winding of the two or more windings being a delta connected winding, the method being performed with a device associated with the transformer, the method comprising: obtaining line currents measured with measurement equipment associated with the two or more lines; calculating zero sequence currents for at least a second winding of the two or more windings of the transformer, from the line currents measured at a corresponding line connected with at least the second winding; calculating zero sequence currents for the first winding based on the zero sequence currents calculated for at least the second winding, a phase displacement between the two or more windings, and a turns ratio associated with the two or more windings of the transformer; calculating winding currents for the first winding from the zero sequence currents calculated for the first winding, and the line currents measured at a corresponding line connected with the first winding; and rendering the winding currents values for one or more of monitoring, protection and control operations associated with the transformer. obtaining line currents measured with measurement equipment associated with the two or more lines; calculating zero sequence currents for at least a second winding of the two or more windings of the transformer, from the line currents measured at a corresponding line connected with at least the second winding; calculating zero sequence currents for the first winding based on the zero sequence currents calculated for at least the second winding, a phase displacement between the two or more windings, and a turns ratio associated with the two or more windings of the transformer; calculating winding currents for the first winding from the zero sequence currents calculated for the first winding, and the line currents measured at a corresponding line connected with the first winding; and rendering the winding currents values for one or more of monitoring, protection and control operations associated with the transformer.
An inspection system for generating multiple scanning views of an object under inspection, comprising: a source for generating a high-energy electron beam; a plurality of production targets ; an electron beam steering system comprising a plurality of steering devices, each for directing said electron beam to a corresponding production target, said production targets generating radiation that scans the object in sequence; a plurality of detector arrays that detect said radiation to produce, for each of the production targets, a corresponding plurality of scanning views at a multiplicity of angles, each of the detector arrays arranged in a vertical straight line; and a transport mechanism to move the object through the system. a source for generating a high-energy electron beam; a plurality of production targets ; an electron beam steering system comprising a plurality of steering devices, each for directing said electron beam to a corresponding production target, said production targets generating radiation that scans the object in sequence; a plurality of detector arrays that detect said radiation to produce, for each of the production targets, a corresponding plurality of scanning views at a multiplicity of angles, each of the detector arrays arranged in a vertical straight line; and a transport mechanism to move the object through the system.
A method for detection of a fault in a sensing cable within a saw comprising: generating, with a signal generator, a predetermined excitation signal transmitted through a first conductor and a second conductor in the sensing cable, the first conductor being electrically connected to a plate in the saw and the second conductor being electrically connected to an implement in the saw positioned at a predetermined distance from the plate; detecting, with a controller , a return signal corresponding to the excitation signal through the first conductor and the second conductor in the sensing cable; identifying, with the controller, a signal-to-noise ratio (SNR) of the return signal; and generating, with the controller and a user interface device in the saw, an output indicating a fault in the sensing cable in response to the SNR of the return signal being below a predetermined value. generating, with a signal generator, a predetermined excitation signal transmitted through a first conductor and a second conductor in the sensing cable, the first conductor being electrically connected to a plate in the saw and the second conductor being electrically connected to an implement in the saw positioned at a predetermined distance from the plate; detecting, with a controller , a return signal corresponding to the excitation signal through the first conductor and the second conductor in the sensing cable; identifying, with the controller, a signal-to-noise ratio (SNR) of the return signal; and generating, with the controller and a user interface device in the saw, an output indicating a fault in the sensing cable in response to the SNR of the return signal being below a predetermined value.
A communication apparatus (STA0) comprising: a transmitter unit configured to multiplex and transmit at the same time a plurality of request-to-send (RTS) frames addressed to a plurality of station apparatuses by using the weight of an adaptive array, the apparatuses including at least a first station apparatus (STA1) and a second station apparatus (STA2); a receiver unit configured to receive a first clear-to-send signal (CTS1-0) from the first station apparatus (STA1) and a second clear-to-send signal (CTS2-0) from the second station apparatus (STA2) at the same time; and a data processing unit configured to: adjust a first frame length of a first data frame by padding so that the first frame length and a second frame length of a second data frame become equal and multiplex the first data frame and the second data frame at the same time; wherein the transmitter unit is configured to transmit the first data frame to the first station apparatus (STA1) and the second data frame to the second station apparatus (STA2) at the same time. a transmitter unit configured to multiplex and transmit at the same time a plurality of request-to-send (RTS) frames addressed to a plurality of station apparatuses by using the weight of an adaptive array, the apparatuses including at least a first station apparatus (STA1) and a second station apparatus (STA2); a receiver unit configured to receive a first clear-to-send signal (CTS1-0) from the first station apparatus (STA1) and a second clear-to-send signal (CTS2-0) from the second station apparatus (STA2) at the same time; and a data processing unit configured to: adjust a first frame length of a first data frame by padding so that the first frame length and a second frame length of a second data frame become equal and multiplex the first data frame and the second data frame at the same time; adjust a first frame length of a first data frame by padding so that the first frame length and a second frame length of a second data frame become equal and multiplex the first data frame and the second data frame at the same time; wherein the transmitter unit is configured to transmit the first data frame to the first station apparatus (STA1) and the second data frame to the second station apparatus (STA2) at the same time.
An electrode arrangement for an electric field sensor device generating a quasi-static electric field with a single transmitting electrode (220; 310; 410; 510; 830; 1050) and a plurality of receiving electrodes (210; 810, 820; 1010, 1040) associated with the single transmitting electrode (220; 310; 410; 510; 830; 1050), wherein the electrode arrangement is configured to determine a non-touching gesture of an object above the electrode arrangement from signals received from the plurality of receiving electrodes (210; 810, 820; 1010, 1040), comprising: a signal generator, preferably being part of a front end analog device, configured to generate an alternating signal fed to the single transmitting electrode (220; 310; 410; 510; 830; 1050) and operable to generate the quasi-static electric field; a nonconductive substrate (230; 840) having a first conductive layer facing a detection area of the electrode arrangement and a second conductive layer arranged on an opposing side of the nonconductive substrate (230; 840), wherein the plurality of receiving electrodes (210; 810, 820; 1010, 1040) are each formed by a section of the first conductive layer, and the single transmitting electrode (220; 310; 410; 510; 830; 1050) is formed by a section of the second conductive layer, wherein the single transmitting electrode covers a larger area than the plurality of receiving electrodes; characterized in that the transmitting electrode is textured in such a way as to reduce a capacitance between this transmitting electrode and each receiving electrode (210; 810, 820; 1010, 1040). a signal generator, preferably being part of a front end analog device, configured to generate an alternating signal fed to the single transmitting electrode (220; 310; 410; 510; 830; 1050) and operable to generate the quasi-static electric field; a nonconductive substrate (230; 840) having a first conductive layer facing a detection area of the electrode arrangement and a second conductive layer arranged on an opposing side of the nonconductive substrate (230; 840), wherein the plurality of receiving electrodes (210; 810, 820; 1010, 1040) are each formed by a section of the first conductive layer, and the single transmitting electrode (220; 310; 410; 510; 830; 1050) is formed by a section of the second conductive layer, wherein the single transmitting electrode covers a larger area than the plurality of receiving electrodes; characterized in that the transmitting electrode is textured in such a way as to reduce a capacitance between this transmitting electrode and each receiving electrode (210; 810, 820; 1010, 1040).
An electric motor adapted to be driven by an inverter, comprising: a rotor including: a rotor magnet ; a shaft ; and a resin section formed on an outer circumference of the shaft so as to integrate the rotor magnet and the shaft ; two roller bearings mounted on the shaft ; a mold stator including: a stator ; and a mold resin , which is for molding the stator , including: an opening at one end in an axis direction; and a bearing supporting section formed at another end in the axis direction and supporting one of the two roller bearings ; a metal bracket press-fitted to the one end in the axial direction of the mold stator so as to close the opening and supporting another of the two roller bearings with a bearing supporting section , characterized in that the resin section formed on the outer circumference of the shaft extends between the shaft and the roller bearing supported by the metal bracket . a rotor including: a rotor magnet ; a shaft ; and a resin section formed on an outer circumference of the shaft so as to integrate the rotor magnet and the shaft ; a rotor magnet ; a shaft ; and a resin section formed on an outer circumference of the shaft so as to integrate the rotor magnet and the shaft ; two roller bearings mounted on the shaft ; a mold stator including: a stator ; and a mold resin , which is for molding the stator , including: an opening at one end in an axis direction; and a bearing supporting section formed at another end in the axis direction and supporting one of the two roller bearings ; a stator ; and a mold resin , which is for molding the stator , including: an opening at one end in an axis direction; and a bearing supporting section formed at another end in the axis direction and supporting one of the two roller bearings ; an opening at one end in an axis direction; and a bearing supporting section formed at another end in the axis direction and supporting one of the two roller bearings ; a metal bracket press-fitted to the one end in the axial direction of the mold stator so as to close the opening and supporting another of the two roller bearings with a bearing supporting section ,
A method of determining whether a subject suffers from heart failure, or is at risk of developing heart failure, the method comprising the steps of (a) measuring the level of at least hsa-miR-454-3p in a bodily fluid sample obtained from the subject, and (b) determining whether it is different as compared to a control, wherein a decreased level of hsa-miR-454-3p indicates that the subject has heart failure or is at a risk of developing heart failure. (a) measuring the level of at least hsa-miR-454-3p in a bodily fluid sample obtained from the subject, and (b) determining whether it is different as compared to a control,
A computer implemented method of adjusting a current of a backlight of a display apparatus using the backlight, the method comprising: detecting a present current value of the current of the backlight; detecting a preset mode to adjust the current of the backlight, if the present current value reaching a first preset threshold value; determining a present value corresponding to the preset mode; and when the present value reaches a second preset threshold value of the detected preset mode, controlling the current of the backlight to be reduced to a second current value, and controlling the current of the backlight to remain at the second current value for a preset period of time, wherein the preset mode comprises a temperature sensor mode; wherein in the temperature sensor mode, the step of determining a present value corresponding to the preset mode comprises: detecting a present temperature value of the backlight by a temperature sensor, and the method further comprises: determining the second current value and the preset period of time from a first preset table on the basis of the present temperature value, wherein the first preset table records correspondence relationships between current values to be applied to the backlight at different temperatures and corresponding duration of the current values. detecting a present current value of the current of the backlight; detecting a preset mode to adjust the current of the backlight, if the present current value reaching a first preset threshold value; determining a present value corresponding to the preset mode; and when the present value reaches a second preset threshold value of the detected preset mode, controlling the current of the backlight to be reduced to a second current value, and controlling the current of the backlight to remain at the second current value for a preset period of time, wherein the preset mode comprises a temperature sensor mode; wherein in the temperature sensor mode, the step of determining a present value corresponding to the preset mode comprises: detecting a present temperature value of the backlight by a temperature sensor, and the method further comprises: determining the second current value and the preset period of time from a first preset table on the basis of the present temperature value, wherein the first preset table records correspondence relationships between current values to be applied to the backlight at different temperatures and corresponding duration of the current values. determining the second current value and the preset period of time from a first preset table on the basis of the present temperature value, wherein the first preset table records correspondence relationships between current values to be applied to the backlight at different temperatures and corresponding duration of the current values.
A vehicle door epidemic prevention device applied to a public transportatior vehicle , disposed on the public transportation vehicle , the public transportation vehicle having at least one door , the door having a doorway , the doorway being provided with at least one door panel , the door panel being movable relative to the doorway to be in a closed position or in an open position, wherein when the door panel is in the closed position, the door panel closes the doorway , when the door panel is in the open position, the door panel opens the doorway , the vehicle door epidemic prevention device at least one disinfection unit , disposed on the door panel to be moved along with the door panel , characterised in that , the disinfection unit faces the doorway when the door panel is in the open position; at least one control unit , connected to the disinfection unit , for activating the disinfection unit to perform disinfection toward the doorway when the door panel is in the open position. at least one disinfection unit , disposed on the door panel to be moved along with the door panel , characterised in that , the disinfection unit faces the doorway when the door panel is in the open position; at least one control unit , connected to the disinfection unit , for activating the disinfection unit to perform disinfection toward the doorway when the door panel is in the open position.
Method for predicting at least one fitness value of a protein, the method being implemented on a computer and characterized by including the following steps: - calculating Q elementary numerical sequences, Q being an integer greater than or equal to 2, each elementary numerical sequence depending on a respective encoding of the amino acid sequence of the protein according to a protein database , - determining an extended numerical sequence, Ext_SEQ, by concatenating the Q elementary numerical sequences, for each fitness: - comparing the determined extended numerical sequence, Ext_SEQ, with reference extended numerical sequences of a predetermined database , said database containing reference extended numerical sequences for different values of said fitness, - predicting a value of said fitness according to the comparison step. - calculating Q elementary numerical sequences, Q being an integer greater than or equal to 2, each elementary numerical sequence depending on a respective encoding of the amino acid sequence of the protein according to a protein database , - determining an extended numerical sequence, Ext_SEQ, by concatenating the Q elementary numerical sequences, - comparing the determined extended numerical sequence, Ext_SEQ, with reference extended numerical sequences of a predetermined database , said database containing reference extended numerical sequences for different values of said fitness, - predicting a value of said fitness according to the comparison step.
Method for disinfecting air, wherein a disinfectant is dispersed into a volume to be disinfected, wherein the disinfectant comprises electrolyzed and/or sterilized water containing hypochlorous acid, characterized in that a dispersion rate of the disinfectant is adjusted such, that a concentration of the hypochlorous acid in the volume is continuously between 0.05 mg/m 3 and 2.0 mg/m 3 .
A push button safety injector comprising: a housing having a proximal end, a distal end spaced from the proximal end, and a longitudinal axis ; an injection ram positioned along the longitudinal axis and configured to actuate a fluid chamber , the injection ram being biased toward the distal end in an initial position; a sliding member retaining the injection ram in the initial position and configured to perform a sliding movement in a radial direction and a button configured to move the sliding member radially, wherein the sliding member releases the injection ram when the button is in a depressed position characterized by a safety member confining radial movement of the sliding member in the initial position and allowing radial movement of the sliding member when the safety member is in an armed position, wherein the button is moveable in an axial direction between an initial extended position and the depressed position and engageable with the sliding member by a sliding contact of corresponding ramped surfaces . a housing having a proximal end, a distal end spaced from the proximal end, and a longitudinal axis ; an injection ram positioned along the longitudinal axis and configured to actuate a fluid chamber , the injection ram being biased toward the distal end in an initial position; a sliding member retaining the injection ram in the initial position and configured to perform a sliding movement in a radial direction and a button configured to move the sliding member radially, wherein the sliding member releases the injection ram when the button is in a depressed position characterized by a safety member confining radial movement of the sliding member in the initial position and allowing radial movement of the sliding member when the safety member is in an armed position, wherein the button is moveable in an axial direction between an initial extended position and the depressed position and engageable with the sliding member by a sliding contact of corresponding ramped surfaces .