mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna assembly comprising: a first conductive element including a first Q-value and a first impedance value; a radio frequency source , wherein the radio frequency source is placed in communication with the first conductive element ; a second conductive element including a second Q-value and a second impedance value; a current reversing element connected to the first conductive element and the second conductive element, wherein the current reversing element is configured to reverse the current induced on the first conductive element by the radio frequency source ; a third conductive element connected to the current reversing element; and a tuning element connected to the second conductive element and the third conductive element, wherein the tuning element comprises a capacitive component; wherein the current reversing element is configured to induce a second current (I 2 ) through the second conductive element when a first current (I 1 ) flows through the first conductive element; and wherein the second current (I 2 ) flows through the second conductive element in the same direction as the current (I 1 ) through the first conductive element . a first conductive element including a first Q-value and a first impedance value; a radio frequency source , wherein the radio frequency source is placed in communication with the first conductive element ; a second conductive element including a second Q-value and a second impedance value; a current reversing element connected to the first conductive element and the second conductive element, wherein the current reversing element is configured to reverse the current induced on the first conductive element by the radio frequency source ; a third conductive element connected to the current reversing element; and a tuning element connected to the second conductive element and the third conductive element, wherein the tuning element comprises a capacitive component; wherein the current reversing element is configured to induce a second current (I 2 ) through the second conductive element when a first current (I 1 ) flows through the first conductive element; and wherein the second current (I 2 ) flows through the second conductive element in the same direction as the current (I 1 ) through the first conductive element .
A method of forming an infrared radiation detector, said detector being formed of: - an array of elementary imaging bolometric detectors, - at least one getter intended to ensure the trapping of residual gas during and after the forming of the detector; - a hermetically-sealed cavity having said array and said at least one getter housed therein, having its upper cap comprising a window transparent to infrared radiation, detector in which each of the elementary bolometric detectors is formed of a bolometric membrane comprising a film made of vanadium oxide VOx, x being in the range from 1.8 to 2.3, and having a resistivity measured at 30°C before sealing of the upper-cap in the range from 6 ohm.cm to 50 ohm.cm, said membrane being suspended above a substrate integrating a signal for reading out the signal generated by said elementary detectors and for sequentially addressing the elementary detectors, and in which said cap is sealed by means of a seal on a chip supporting the array of elementary detectors or on a package at the bottom of which the chip supporting the array of elementary detectors has been attached, said cavity being under vacuum or a low pressure, in which method : - the sealing of the upper cap of the cavity thereon, after the elementary detectors and the getter have been installed therein, is performed at a temperature in the range from 280°C to 320°C for a duration in the range from 10 to 90 minutes; - and the activation of said getter is performed concurrently to the sealing of the upper cap of the cavity. - an array of elementary imaging bolometric detectors, - at least one getter intended to ensure the trapping of residual gas during and after the forming of the detector; - a hermetically-sealed cavity having said array and said at least one getter housed therein, having its upper cap comprising a window transparent to infrared radiation, - the sealing of the upper cap of the cavity thereon, after the elementary detectors and the getter have been installed therein, is performed at a temperature in the range from 280°C to 320°C for a duration in the range from 10 to 90 minutes; - and the activation of said getter is performed concurrently to the sealing of the upper cap of the cavity.
A system comprising: a milk collecting system comprising: a teat cup ; a milk collector ; and a milking hose system connecting the teat cup to the milk collector ; a teat cup holder comprising a nozzle , the nozzle substantially aligned with an opening of the teat cup when the teat cup is stored in the teat cup holder ; and a first cleanser source associated with a first cleanser valve ; a second cleanser source associated with a second cleanser valve ; a controller configured to determine whether to perform a short cleaning or a main cleaning, wherein the controller : selects between the first cleanser source and the second cleanser source ; causes the first cleanser valve to open if the first cleanser source is selected; causes the second cleanser valve to open if the second cleanser source is selected; and a cleansing hose system connecting the nozzle of the teat cup holder to the selected cleanser source ; wherein during a short cleaning, the cleansing hose system backwashes the teat cup and at least a portion of the milking hose system, but not the milk collector ; wherein during a main cleaning, the cleansing hose system backwashes the teat cup , the milking hose system, and the milk collector . a milk collecting system comprising: a teat cup ; a milk collector ; and a milking hose system connecting the teat cup to the milk collector ; a teat cup ; a milk collector ; and a milking hose system connecting the teat cup to the milk collector ; a teat cup holder comprising a nozzle , the nozzle substantially aligned with an opening of the teat cup when the teat cup is stored in the teat cup holder ; and a first cleanser source associated with a first cleanser valve ; a second cleanser source associated with a second cleanser valve ; a controller configured to determine whether to perform a short cleaning or a main cleaning, wherein the controller : selects between the first cleanser source and the second cleanser source ; causes the first cleanser valve to open if the first cleanser source is selected; causes the second cleanser valve to open if the second cleanser source is selected; and selects between the first cleanser source and the second cleanser source ; causes the first cleanser valve to open if the first cleanser source is selected; causes the second cleanser valve to open if the second cleanser source is selected; and a cleansing hose system connecting the nozzle of the teat cup holder to the selected cleanser source ; wherein during a short cleaning, the cleansing hose system backwashes the teat cup and at least a portion of the milking hose system, but not the milk collector ; wherein during a main cleaning, the cleansing hose system backwashes the teat cup , the milking hose system, and the milk collector .
A cleaning composition, comprising a. water; b. 0.01 to 70 wt. % of one or more detergent surfactants; and c. 1-70 wt. % water immiscible second oil-based phase; and d. 0.1 to 6 wt. % of defibrillated primary cell wall material comprising microfibrils in the aqueous phase, wherein defibrillation is made by subjecting the primary cell wall material to high-shear selected from high pressure homogenisation at a pressure of between 500 and 2000 bar and microfluidising at a pressure of between 500 and 2000 bar; wherein the primary cell wall material is sourced from plant parenchymal tissue; at least 80 wt. % of the microfibrils is smaller than 50 nm in diameter. a. water; b. 0.01 to 70 wt. % of one or more detergent surfactants; and c. 1-70 wt. % water immiscible second oil-based phase; and d. 0.1 to 6 wt. % of defibrillated primary cell wall material comprising microfibrils in the aqueous phase, wherein defibrillation is made by subjecting the primary cell wall material to high-shear selected from high pressure homogenisation at a pressure of between 500 and 2000 bar and microfluidising at a pressure of between 500 and 2000 bar;
An in-wheel electric motor comprising a stator with at a vehicle side a connector member , a cylindrical hollow stator body connected to the connector member ; an outer surface of the stator body being equipped with stator windings, and further comprising a cylindrical rotor body coaxially enclosing the stator ; the electric motor further comprising a power electronics device for powering the stator windings, characterized in that the hollow stator body is provided with a stator body opening at a road side of the electric motor for receiving the power electronics device, and the enclosing rotor body is provided with a removable cover plate covering a rotor body opening of the rotor body at the road side and covering the stator body opening .
A card socket component for an electronic device , wherein the card socket component comprises a housing , a bearing plate fixed in the housing , a card holder and an elastic component , the housing having a through hole , the card holder having a tray and a baffle connected to the tray , the tray passing through the through hole of the housing and being slidably connected to the bearing plate , the elastic component comprising an elastic member and a lever , the elastic member being elastically disposed on the bearing plate in a sliding direction of the card holder , the lever being rotatably connected to the bearing plate , a first end of the lever abutting against the elastic member , and a second end of the lever can abutting against the tray ; when the baffle of the card holder is locked onto the housing , the second end of the lever provides an opposite elastic force for the card holder ; and after the baffle is poked by an external force, the baffle is unlocked from the housing and is pushed out from the housing under an action of the second end of the lever , characterized in that a hole wall of the through hole is provided with a locking slot , the baffle comprising a baffle body and at least one locking member rotatably connected to the baffle body , the baffle body being connected to the tray and having at least one locking hole, the locking member being received in the locking hole of the baffle body , and the locking member having a limiting protrusion ; when the locking member rotates to locate the limiting protrusion of the locking member in the locking slot , the baffle body is locked onto the housing ; and when the locking member rotates to make the limiting protrusion of the locking member separated from the locking slot , the baffle body is pushed out from the housing under the action of the elastic force of the lever .
A method comprising: storing in each of a plurality of p data fields of a first vector register portion, an element of a first data type, being a bin value; storing in each of a plurality of p data fields of a second vector register or memory vector portion, a corresponding element of a second data type, being a magnitude value; executing, in a processor, a SIMD instruction for vector packed histogram ; by comparing each element of the first bin data type, in said plurality of p data fields of the first vector register portion, with a range specified by the SIMD instruction , the range being a single value; and for any elements of the first vector register portion in said range, adding a corresponding element of the second magnitude data type, from the second vector register or memory vector portion, into one of a plurality of q data fields of the second magnitude data type, of a destination vector register portion, selected according to a value modulo q of the corresponding element of the first bin data type to generate a histogram for the corresponding element of the first bin data type. storing in each of a plurality of p data fields of a first vector register portion, an element of a first data type, being a bin value; storing in each of a plurality of p data fields of a second vector register or memory vector portion, a corresponding element of a second data type, being a magnitude value; executing, in a processor, a SIMD instruction for vector packed histogram ; by comparing each element of the first bin data type, in said plurality of p data fields of the first vector register portion, with a range specified by the SIMD instruction , the range being a single value; and for any elements of the first vector register portion in said range, adding a corresponding element of the second magnitude data type, from the second vector register or memory vector portion, into one of a plurality of q data fields of the second magnitude data type, of a destination vector register portion, selected according to a value modulo q of the corresponding element of the first bin data type to generate a histogram for the corresponding element of the first bin data type.
An apparatus for detecting a substance upon a surface comprising: a source configured to illuminate a surface with at least one wavelength of light, wherein the source is driven at an oscillation frequency to modulate the illumination from the source; a detector configured to receive returned illumination from the surface, wherein the detector comprises an illumination receiving element and a receiver configured to provide an analog signal responsive to the amount of light being collected by said illumination receiving element; wherein said receiver comprises a synchronous detector that is configured to provide an analog signal representative of the received returned illumination in accordance with the oscillation frequency that modulated the source ; a quadrature detector configured to determine a difference in phase between the oscillation frequency of the source and the oscillation frequency detected by the receiver; and a controller configured to sample the analog signal at a time in accordance with the oscillation frequency to minimize the effect of any ambient light received by the synchronous detector in the signal to obtain sample data representative of amplitude of light of the source returned from the surface by, and to determine the presence of the substance, on the surface in accordance with the sample data based on an amount of absorption of the light, wherein the sampling by the controller is offset by the determined difference in phase by the quadrature detector . a source configured to illuminate a surface with at least one wavelength of light, wherein the source is driven at an oscillation frequency to modulate the illumination from the source; a detector configured to receive returned illumination from the surface, wherein the detector comprises an illumination receiving element and a receiver configured to provide an analog signal responsive to the amount of light being collected by said illumination receiving element; wherein said receiver comprises a synchronous detector that is configured to provide an analog signal representative of the received returned illumination in accordance with the oscillation frequency that modulated the source ; a quadrature detector configured to determine a difference in phase between the oscillation frequency of the source and the oscillation frequency detected by the receiver; and a controller configured to sample the analog signal at a time in accordance with the oscillation frequency to minimize the effect of any ambient light received by the synchronous detector in the signal to obtain sample data representative of amplitude of light of the source returned from the surface by, and to determine the presence of the substance, on the surface in accordance with the sample data based on an amount of absorption of the light, wherein the sampling by the controller is offset by the determined difference in phase by the quadrature detector .
A system for inducing brainwave activity using auditory stimulation, the system comprising: an audio input configured to receive ambient acoustic information from an environment of a user; a modulation reference signal generator configured to generate a modulation reference signal based on a modulation input; a noise signal generator configured to generate a noise signal; a first audio band processor circuit configured to provide a primary modulated output signal based on a first frequency portion of the ambient acoustic information and on the modulation reference signal, and to provide a secondary modulated output signal based on the noise signal and on the modulation reference signal; and a mixer circuit configured to provide an auditory stimulation signal, wherein, when the ambient acoustic information indicates an ambient sound pressure level, SPL, meets or exceeds a specified threshold SPL, the auditory stimulation signal includes the primary modulated output signal from the first audio band processor circuit and a different second frequency portion of the ambient acoustic information, and when the ambient acoustic information indicates the ambient SPL is less than the specified threshold SPL, the auditory stimulation signal includes the secondary modulated output signal. an audio input configured to receive ambient acoustic information from an environment of a user; a modulation reference signal generator configured to generate a modulation reference signal based on a modulation input; a noise signal generator configured to generate a noise signal; a first audio band processor circuit configured to provide a primary modulated output signal based on a first frequency portion of the ambient acoustic information and on the modulation reference signal, and to provide a secondary modulated output signal based on the noise signal and on the modulation reference signal; and a mixer circuit configured to provide an auditory stimulation signal, wherein, when the ambient acoustic information indicates an ambient sound pressure level, SPL, meets or exceeds a specified threshold SPL, the auditory stimulation signal includes the primary modulated output signal from the first audio band processor circuit and a different second frequency portion of the ambient acoustic information, and when the ambient acoustic information indicates the ambient SPL is less than the specified threshold SPL, the auditory stimulation signal includes the secondary modulated output signal.
A method comprising: a building information model (BIM) of a security system providing a three-dimensional view of a secured area of the security system including the physical location of any sensors of the security system; if a sensor is activated, saving an entry into an event file wherein the entry includes an identifier of the activated sensor and the time of the activation; an input device of the security system receiving from a user a starting time and ending time of a time interval of interest; and a processor and a display of the security system displaying the three-dimensional view of the secured area including a time scale showing the starting time input by the user on one end of the time scale and the ending time input by the user at an opposing end of the time scale and a respective popup of details for each sensor of the security system activated during the time interval of interest, each respective popup being graphically connected to the physical location of the corresponding sensor within the three dimensional view, wherein, upon a user activating the time scale , the processor and display of the security system play back activations of sensors as they occurred, including display of the respective popup , in accordance with a time indicator shown on the display incrementing along at least a portion of the time interval between the starting time and the ending time. a building information model (BIM) of a security system providing a three-dimensional view of a secured area of the security system including the physical location of any sensors of the security system; if a sensor is activated, saving an entry into an event file wherein the entry includes an identifier of the activated sensor and the time of the activation; an input device of the security system receiving from a user a starting time and ending time of a time interval of interest; and a processor and a display of the security system displaying the three-dimensional view of the secured area including a time scale showing the starting time input by the user on one end of the time scale and the ending time input by the user at an opposing end of the time scale and a respective popup of details for each sensor of the security system activated during the time interval of interest, each respective popup being graphically connected to the physical location of the corresponding sensor within the three dimensional view, wherein, upon a user activating the time scale , the processor and display of the security system play back activations of sensors as they occurred, including display of the respective popup , in accordance with a time indicator shown on the display incrementing along at least a portion of the time interval between the starting time and the ending time.
An intervertebral support system comprising: a rod having a first end section having either (i) a screw thread or (ii) openings for receiving bone cement or bone growth promoting material, or (iii) a plain end adapted for anchoring in the body of a first vertebra of a subject respectively by (i) screwing, by (ii) bonding to the bone of said body of said first vertebra , or by (iii) a forced fit, and adapted to he inserted through a bone in the pedicle of a second adjacent vertebra of the subject; and a stack of washer-like elements strung on said rod when anchored obliquely into the body of said first vertebra , said washer-like elements having a shape different from that of a cylindrical form which they had before being strung into said rod, characterized in that said washer-like elements have lateral dimensions substantially larger than those of said cylindrical form, and the faces of said washer-like elements of said stack are aligned to provide intervertebral support between said two adjacent vertebrae of the subject. a rod having a first end section having either (i) a screw thread or (ii) openings for receiving bone cement or bone growth promoting material, or (iii) a plain end adapted for anchoring in the body of a first vertebra of a subject respectively by (i) screwing, by (ii) bonding to the bone of said body of said first vertebra , or by (iii) a forced fit, and adapted to he inserted through a bone in the pedicle of a second adjacent vertebra of the subject; and a stack of washer-like elements strung on said rod when anchored obliquely into the body of said first vertebra , said washer-like elements having a shape different from that of a cylindrical form which they had before being strung into said rod, characterized in that said washer-like elements have lateral dimensions substantially larger than those of said cylindrical form, and the faces of said washer-like elements of said stack are aligned to provide intervertebral support between said two adjacent vertebrae of the subject.