mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing enhanced graphics processing unit, GPU, performance and energy efficiency, comprising: a GPU operand register file ; a first set of mechanisms configured to coalesce GPU register reads utilizing compiler-assisted hints to identify GPU register pairs in register pair information to pack related GPU registers together; and a second set of mechanisms configured to attempt to pack the identified GPU register pairs into the same physical register entry to increase coalescing opportunities during a runtime of the GPU, wherein a GPU register is allocated for the first time it appears as the destination of an instruction, and wherein said GPU register could be reallocated when its size changes and wherein when an allocation event occurs, the second mechanism checks the GPU register pair information to see if the GPU register is a GPU register pair and if it does, common pair allocation logic is used to pack said GPU register, and if the GPU register does not belong to a register pair, a default allocation policy is used. a GPU operand register file ; a first set of mechanisms configured to coalesce GPU register reads utilizing compiler-assisted hints to identify GPU register pairs in register pair information to pack related GPU registers together; and a second set of mechanisms configured to attempt to pack the identified GPU register pairs into the same physical register entry to increase coalescing opportunities during a runtime of the GPU, wherein a GPU register is allocated for the first time it appears as the destination of an instruction, and wherein said GPU register could be reallocated when its size changes and wherein when an allocation event occurs, the second mechanism checks the GPU register pair information to see if the GPU register is a GPU register pair and if it does, common pair allocation logic is used to pack said GPU register, and if the GPU register does not belong to a register pair, a default allocation policy is used.
A method comprising: determining, by a sense and control unit , an output impedance of a power transfer circuit ; determining, by the sense and control unit , an output power of the power transfer circuit ; adjusting, by the sense and control circuit , an output power threshold and an output impedance threshold based in part on operating conditions of the power transfer circuit , wherein the operating conditions comprise at least one of: ambient temperature, resonator current and power supply voltage; in response to determining that the output impedance is greater than the output impedance threshold or that the output power is greater than the output power threshold, selecting, by the sense and control unit , a full-bridge mode of operation of the power transfer circuit ; and in response to determining that the output impedance is less than the output impedance threshold or that the output power is less than the output power threshold, selecting, by the sense and control unit , a half-bridge mode of operation of the power transfer circuit . determining, by a sense and control unit , an output impedance of a power transfer circuit ; determining, by the sense and control unit , an output power of the power transfer circuit ; adjusting, by the sense and control circuit , an output power threshold and an output impedance threshold based in part on operating conditions of the power transfer circuit , wherein the operating conditions comprise at least one of: ambient temperature, resonator current and power supply voltage; in response to determining that the output impedance is greater than the output impedance threshold or that the output power is greater than the output power threshold, selecting, by the sense and control unit , a full-bridge mode of operation of the power transfer circuit ; and in response to determining that the output impedance is less than the output impedance threshold or that the output power is less than the output power threshold, selecting, by the sense and control unit , a half-bridge mode of operation of the power transfer circuit .
An information processing method executed by a computer , comprising the step of: acquiring first biological information related to a height and width of peak of an ocular potential of a user from a processing device worn by the user; and characterized in that the method further comprises the step of calculating a degree of arousal of the user based on a distance between a projection axis parallel to an equal degree of arousal line in a coordinate space and a point where a peak of the ocular potential calculated by the first biological information is plotted in the coordinate space, the coordinate space made by a first axis representing a height of the peak and a second axis representing a width of the peak, wherein the equal degree of arousal line is a straight line or a curved line determined based on each point where a peak of the ocular potential calculated by second biological information related to a height and width of the peak of the ocular potential acquired from a plurality of users with the same degree of arousal is plotted in the coordinate space. acquiring first biological information related to a height and width of peak of an ocular potential of a user from a processing device worn by the user; and characterized in that the method further comprises the step of calculating a degree of arousal of the user based on a distance between a projection axis parallel to an equal degree of arousal line in a coordinate space and a point where a peak of the ocular potential calculated by the first biological information is plotted in the coordinate space, the coordinate space made by a first axis representing a height of the peak and a second axis representing a width of the peak, wherein the equal degree of arousal line is a straight line or a curved line determined based on each point where a peak of the ocular potential calculated by second biological information related to a height and width of the peak of the ocular potential acquired from a plurality of users with the same degree of arousal is plotted in the coordinate space.
A radial bed reactor with an inclined baseplate comprising: a reactor body; inner and outer perforated cylinders defining a catalyst bed , the catalyst bed having an inlet at an upper end of the catalyst bed and an outlet at a lower end of the catalyst bed, a first portion (A) of the outer perforated cylinder extending below a bottom of the inner perforated cylinder , the first portion (A) having a non-porous section ; wherein the non-porous section prevents gas from passing through; and wherein the first portion (a) of the outer perforated cylinder further comprises a porous section , the porous section positioned below the non-porous section ; a baseplate extending from the bottom of the inner perforated cylinder toward a bottom of the outer perforated cylinder , the baseplate being inclined with respect to the inner perforated cylinder; a distribution space defined by at least the inner perforated cylinder ; a collection space defined by the outer perforated cylinder and the reactor body; a feed inlet to the distribution space ; and a product outlet from the collection space . a reactor body; inner and outer perforated cylinders defining a catalyst bed , the catalyst bed having an inlet at an upper end of the catalyst bed and an outlet at a lower end of the catalyst bed, a first portion (A) of the outer perforated cylinder extending below a bottom of the inner perforated cylinder , the first portion (A) having a non-porous section ; wherein the non-porous section prevents gas from passing through; and wherein the first portion (a) of the outer perforated cylinder further comprises a porous section , the porous section positioned below the non-porous section ; a baseplate extending from the bottom of the inner perforated cylinder toward a bottom of the outer perforated cylinder , the baseplate being inclined with respect to the inner perforated cylinder; a distribution space defined by at least the inner perforated cylinder ; a collection space defined by the outer perforated cylinder and the reactor body; a feed inlet to the distribution space ; and a product outlet from the collection space .
A pharmaceutical composition for use in preventing or treating allergic disease comprising an extract of a plant of the Justicia genus or a fraction thereof, as an active ingredient wherein the plant of the Justicia genus is Justicia procumbens L; and the extract is an organic solvent extract.
A method for operating a navigation device , wherein a user input, which contains a location indication , is received and navigation data for a destination described by the location indication are determined on the basis of the location indication in a navigation database , wherein a real image of the destination is requested from at least one device-external image source and is displayed on a display surface when the real image is received, characterized in that if it is signaled by the at least one image source , that the real image is lacking, a replacement real-time image is requested from a replacement webcam closest to the destination and a distance indication of the replacement webcam from the destination is determined and is displayed together with the replacement real-time image.
A method of broadcasting downlink in a first cell in a network comprising a plurality of cells organized into two or more Multicast-Broadcast Single Frequency Network, MBSFN, regions with respect to allocation of normal sub-frames and of MBSFN sub-frames, the method comprising the steps of: broadcasting (S1) a first reference signal, according to a first reference signal physical structure for the normal sub-frames, wherein the first reference signal is carried by predefined OFDM symbols and by predefined sub-carriers within the normal sub-frames according to the first reference signal physical structure, wherein predefined OFDM symbols that carry reference signals differ between the normal sub-frame and the MBSFN sub-frame, characterised by further broadcasting (S2) information indicative of a second reference signal physical structure for carrying a second reference signal in a neighbouring cell. broadcasting (S1) a first reference signal, according to a first reference signal physical structure for the normal sub-frames, wherein the first reference signal is carried by predefined OFDM symbols and by predefined sub-carriers within the normal sub-frames according to the first reference signal physical structure, wherein predefined OFDM symbols that carry reference signals differ between the normal sub-frame and the MBSFN sub-frame, characterised by further broadcasting (S2) information indicative of a second reference signal physical structure for carrying a second reference signal in a neighbouring cell.
An atherectomy device to which a catheter having a tubular body having an opening in a side wall and a cutter which is provided movably in an axial direction in the tubular body is connected, the atherectomy device, comprising: a battery-powered direct-current motor which rotates the cutter ; a three-terminal regulator which has an input terminal , an output terminal (OUT), and an ADJ terminal and in which one of a pair of input terminals of the direct-current motor is connected to the output terminal; a partial pressure resistor (R7) connected between the output terminal and the ADJ terminal of the three-terminal regulator ; a resistor group having a plurality of fixed resistors or a plurality of variable resistors (VR2-VR7) whose resistances are different from each other and one end of which is connected to the ADJ terminal; and a change-over switch (SW2) which selectively connects one of the other ends of the plurality of fixed resistors or the variable resistors (VR2-VR7) of the resistor group to the other input terminal of the direct-current motor . a battery-powered direct-current motor which rotates the cutter ; a three-terminal regulator which has an input terminal , an output terminal (OUT), and an ADJ terminal and in which one of a pair of input terminals of the direct-current motor is connected to the output terminal; a partial pressure resistor (R7) connected between the output terminal and the ADJ terminal of the three-terminal regulator ; a resistor group having a plurality of fixed resistors or a plurality of variable resistors (VR2-VR7) whose resistances are different from each other and one end of which is connected to the ADJ terminal; and a change-over switch (SW2) which selectively connects one of the other ends of the plurality of fixed resistors or the variable resistors (VR2-VR7) of the resistor group to the other input terminal of the direct-current motor .
An article comprising: a midsole , the midsole comprising a top surface , a bottom surface , and a side surface extending between the top surface and the bottom surface , the midsole further comprising an electrorheological (ER) fluid housing , a forefoot plate , and a rear plate positioned rearward of the forefoot plate , and wherein the ER fluid housing is located between the top surface and the bottom surface in at least a forefoot region of the midsole , the ER fluid housing comprises a main body and multiple chambers (12, 13, 52, 52a-c, 53, 53a-c), each of the chambers contains an electrorheological fluid and is configured to change outward extension from the main body in correspondence to change in volume of the electrorheological fluid within the chamber, the main body comprises a transfer channel (20, 60.3) permitting flow between the chambers, the transfer channel comprises opposing first and second electrodes extending along an interior of a field-generating portion of the transfer channel, the forefoot plate is positioned over the chambers, and the article further comprises a rotation sensor configured to measure an angle of rotation of the forefoot plate relative to the rear plate. a midsole , the midsole comprising a top surface , a bottom surface , and a side surface extending between the top surface and the bottom surface , the midsole further comprising an electrorheological (ER) fluid housing , a forefoot plate , and a rear plate positioned rearward of the forefoot plate , and wherein the ER fluid housing is located between the top surface and the bottom surface in at least a forefoot region of the midsole , the ER fluid housing comprises a main body and multiple chambers (12, 13, 52, 52a-c, 53, 53a-c), each of the chambers contains an electrorheological fluid and is configured to change outward extension from the main body in correspondence to change in volume of the electrorheological fluid within the chamber, the main body comprises a transfer channel (20, 60.3) permitting flow between the chambers, the transfer channel comprises opposing first and second electrodes extending along an interior of a field-generating portion of the transfer channel, the forefoot plate is positioned over the chambers, and the article further comprises a rotation sensor configured to measure an angle of rotation of the forefoot plate relative to the rear plate.
A door station for a door communication system, having a housing which has on its front side an optically transparent cover behind which a camera module is arranged, a device for capturing a fingerprint being arranged behind the same cover , characterized in in that the device for capturing the fingerprint has a proximity sensor which is set up to detect an approach of an object to the front side of the housing , the camera module being set up to adopt an operating mode for capturing the fingerprint when the approach is detected.
A folded optics system, comprising: a lens group including one or more lens elements that define an optical axis; a first prism to redirect light to the lens group ; a second prism to receive the light from the lens group and redirect the light to an image sensor ; an actuator module to move the lens group along multiple axes; a carrier structure to couple with the lens group such that the carrier structure and the lens group are moveable together relative to the image sensor , wherein the carrier structure is to at least partially encircle the lens group , the first prism , and the second prism ; and a suspension arrangement to suspend the carrier structure and allow movement of the lens group along the multiple axes, characterized in that the suspension arrangement comprises: a leaf spring attached to the carrier structure , the leaf spring extending along a plane that is parallel to the image sensor ; and suspension wires that extend along respective axes orthogonal to the optical axis, wherein the suspension wires comprise a suspension wire having a first end portion attached to the leaf spring and having a second end portion attached to a stationary structure that is stationary relative to movement of the lens group . a lens group including one or more lens elements that define an optical axis; a first prism to redirect light to the lens group ; a second prism to receive the light from the lens group and redirect the light to an image sensor ; an actuator module to move the lens group along multiple axes; a carrier structure to couple with the lens group such that the carrier structure and the lens group are moveable together relative to the image sensor , wherein the carrier structure is to at least partially encircle the lens group , the first prism , and the second prism ; and a suspension arrangement to suspend the carrier structure and allow movement of the lens group along the multiple axes, characterized in that the suspension arrangement comprises: a leaf spring attached to the carrier structure , the leaf spring extending along a plane that is parallel to the image sensor ; and suspension wires that extend along respective axes orthogonal to the optical axis, wherein the suspension wires comprise a suspension wire having a first end portion attached to the leaf spring and having a second end portion attached to a stationary structure that is stationary relative to movement of the lens group . a leaf spring attached to the carrier structure , the leaf spring extending along a plane that is parallel to the image sensor ; and suspension wires that extend along respective axes orthogonal to the optical axis, wherein the suspension wires comprise a suspension wire having a first end portion attached to the leaf spring and having a second end portion attached to a stationary structure that is stationary relative to movement of the lens group .
Method for producing a hermetic encapsulation for an electronic component, having the steps of: a) mounting and electrical contacting of a component installed on a chip on a carrier having electrical lands , in such a way that the front face of the chip bearing component structures points towards the carrier and after mounting is arranged at a clear distance therefrom b) covering the back face of the chip with a film of plastics, in such a way that the edges of the film overlap the chip c) sealed bonding of the film with the carrier over the entire marginal zone around the chip e) application of a sealing layer of inorganic materials over the film, characterized in that , prior to step e), step d) is carried out: d) patterning of the film outside the marginal zone in such a way that the film is removed in the region of two strips encompassing the marginal zone at a slight distance from one another and parallel to said marginal zone, wherein the strips and their distance from one another correspond to the thickness of the film, such that the subsequently applied layer sealing forms a hermetic seal with the carrier in the strip-shaped pattern elements in a contact region outside the marginal zone. a) mounting and electrical contacting of a component installed on a chip on a carrier having electrical lands , in such a way that the front face of the chip bearing component structures points towards the carrier and after mounting is arranged at a clear distance therefrom b) covering the back face of the chip with a film of plastics, in such a way that the edges of the film overlap the chip c) sealed bonding of the film with the carrier over the entire marginal zone around the chip e) application of a sealing layer of inorganic materials over the film,
Road finisher comprising an undercarriage ; a chassis ; a hopper , which is mounted on the chassis at the front of the road finisher with respect to a paving direction (F) for receiving paving material; a paving screed provided at the rear of the road finisher with respect to the paving direction (F) for compacting paving material, said paving screed being attached to the chassis by means of tie bars ; and a lifting device adapted to lift the chassis relative to the undercarriage at least in a rear region of the road finisher , characterized by a locking element which is movable between a locked state, in which the locking element mechanically locks the chassis at a predefined transport height relative to the undercarriage , and a release state, in which the mechanical locking of the chassis at the transport height is cancelled; and a locking element actuator for moving the locking element between the locked state and the release state.
A phased array antenna comprising: a master clock configured to generate a reference clock signal ; a phase-locked loop configured to receive the reference clock signal and to generate an output signal; a local oscillator configured to receive the output signal and to generate a local oscillator signal; two direct current signal inputs configured to receive a direct current signal; an in-phase and quadrature modulator configured to receive the local oscillator signal and the direct current signal and to generate a transmit calibration tone; and a plurality of radio frequency devices configured to receive, at an input of each of the plurality of radio frequency devices , the transmit calibration tone from the in-phase and quadrature modulator , each of the plurality of radio frequency devices comprising a corresponding phase detector configured to calculate a relative phase shift between the transmit calibration tone and the reference clock signal received at an input of each of the plurality of radio frequency devices , wherein the direct current signal received at the two direct current signal inputs is configured to suppress a local oscillator leakage at the in-phase and quadrature modulator during communication transmission, and wherein the direct current signal received at the two direct current signal inputs is configured to enhance the local oscillator leakage at the in-phase and quadrature modulator in generating the transmit calibration tone. a master clock configured to generate a reference clock signal ; a phase-locked loop configured to receive the reference clock signal and to generate an output signal; a local oscillator configured to receive the output signal and to generate a local oscillator signal; two direct current signal inputs configured to receive a direct current signal; an in-phase and quadrature modulator configured to receive the local oscillator signal and the direct current signal and to generate a transmit calibration tone; and a plurality of radio frequency devices configured to receive, at an input of each of the plurality of radio frequency devices , the transmit calibration tone from the in-phase and quadrature modulator , each of the plurality of radio frequency devices comprising a corresponding phase detector configured to calculate a relative phase shift between the transmit calibration tone and the reference clock signal received at an input of each of the plurality of radio frequency devices , wherein the direct current signal received at the two direct current signal inputs is configured to suppress a local oscillator leakage at the in-phase and quadrature modulator during communication transmission, and