mhurhangee/patent-ind-claim-en huggingface dataset:
Applicator for cosmetic product comprising: - a core , - a plurality of protrusions extending protruding from the core to form a brush, and characterised in that the applicator comprises a spatula located in the extension of the core , said spatula being configured to bend, the protrusions and the spatula being moulded with the core . - a core , - a plurality of protrusions extending protruding from the core to form a brush, and characterised in that the applicator comprises a spatula located in the extension of the core , said spatula being configured to bend, the protrusions and the spatula being moulded with the core .
A pneumatic engine, comprising: a rotating outer ring , an intermediate shaft and a direct drive power core , wherein the rotating outer ring and the direct drive power core are coaxially provided on the intermediate shaft , the rotating outer ring is rotatable relative to the intermediate shaft and the direct drive power core , the intermediate shaft is provided with a master air inlet and a master air outlet , the direct drive power core is provided with an inlet runner and an outlet runner , multiple drive grooves are provided on an inner ring surface of the rotating outer ring , compressed gas enters from the master air inlet of the intermediate shaft and is ejected via the inlet runner of the direct drive power core to act on a drive surface of the outer ring so that a propulsive force is generated to propel the rotating outer ring , and finally the compressed gas returns back to the master air outlet via the outlet runner of the direct drive power core to achieve continuous output of speed and torque; characterized in that two or more drive grooves are provided on the inner ring surface of the rotating outer ring , each of the drive grooves has a contour bottom surface and a drive surface, and a contour line of the contour bottom surface is a logarithmic spiral line with its pole provided on the axis line of the intermediate shaft .
A variable-compression-ratio internal combustion engine comprising: a case member that is attached to a lower portion of a cylinder block and that forms a crank chamber together with the cylinder block ; a bearing member that is attached to the lower portion of the cylinder block and that, with the cylinder block , forms a crankshaft bearing portion that rotatably supports a crankshaft therebetween; a multi-link piston crank mechanism that is positioned inside the crank chamber and that changes a top dead center position of a piston in accordance with a rotational position of a control shaft to thereby change a compression ratio; and an actuator that is fixed to a plurality of the bearing members in a state in which at least a portion thereof is positioned on an outer side of the case member , and that rotationally drives the control shaft of the multi-link piston crank mechanism, wherein the case member has an opening on a side surface along a cylinder row direction, the actuator has a fixing part that closes the opening , and the fixing part is fixed by bolts to the plurality of bearing members , characterized in that the bolts extend through the opening . a case member that is attached to a lower portion of a cylinder block and that forms a crank chamber together with the cylinder block ; a bearing member that is attached to the lower portion of the cylinder block and that, with the cylinder block , forms a crankshaft bearing portion that rotatably supports a crankshaft therebetween; a multi-link piston crank mechanism that is positioned inside the crank chamber and that changes a top dead center position of a piston in accordance with a rotational position of a control shaft to thereby change a compression ratio; and an actuator that is fixed to a plurality of the bearing members in a state in which at least a portion thereof is positioned on an outer side of the case member , and that rotationally drives the control shaft of the multi-link piston crank mechanism, wherein the case member has an opening on a side surface along a cylinder row direction, the actuator has a fixing part that closes the opening , and the fixing part is fixed by bolts to the plurality of bearing members , characterized in that the bolts extend through the opening .
A device, comprising: a radar receiver comprising an analog control loop for cancelling frequency shift and phase shift caused by a strong reflector; the analog control loop comprising: a phase shifter comprising: a signal input configured to receive a local oscillator signal ; a control input ; and an output ; an in phase channel/quadrature phase channel, I/Q, signal generator , comprising: an input coupled to the output of the phase shifter ; a first output ; and a second output ; a first mixer comprising an input coupled to the first output of the I/Q signal generator ; a second mixer comprising an input coupled to the second output of the I/Q signal generator ; a baseband filter , the input of the baseband filter coupled to an output of the second mixer ; an integrator , the output of the baseband filter coupled to an input of the integrator ; and a feedback path coupled between an output of the integrator and the control input of the phase shifter ; wherein the phase shifter is configured for shifting the phase of the local oscillator signal based on a control signal . a radar receiver comprising an analog control loop for cancelling frequency shift and phase shift caused by a strong reflector; the analog control loop comprising: a phase shifter comprising: a signal input configured to receive a local oscillator signal ; a control input ; and an output ; an in phase channel/quadrature phase channel, I/Q, signal generator , comprising: an input coupled to the output of the phase shifter ; a first output ; and a second output ; a first mixer comprising an input coupled to the first output of the I/Q signal generator ; a second mixer comprising an input coupled to the second output of the I/Q signal generator ; a baseband filter , the input of the baseband filter coupled to an output of the second mixer ; an integrator , the output of the baseband filter coupled to an input of the integrator ; and a phase shifter comprising: a signal input configured to receive a local oscillator signal ; a control input ; and an output ; a signal input configured to receive a local oscillator signal ; a control input ; and an output ; an in phase channel/quadrature phase channel, I/Q, signal generator , comprising: an input coupled to the output of the phase shifter ; a first output ; and a second output ; an input coupled to the output of the phase shifter ; a first output ; and a second output ; a first mixer comprising an input coupled to the first output of the I/Q signal generator ; a second mixer comprising an input coupled to the second output of the I/Q signal generator ; a baseband filter , the input of the baseband filter coupled to an output of the second mixer ; an integrator , the output of the baseband filter coupled to an input of the integrator ; and a feedback path coupled between an output of the integrator and the control input of the phase shifter ; wherein the phase shifter is configured for shifting the phase of the local oscillator signal based on a control signal .
Method for producing a precast concrete part using a formwork device , the formwork device having two formwork panels which are hingedly connected to one another, preferably detachably, in order to be transferred from an unfolded state to a folded state, each formwork panel having a formwork front face and a formwork rear face , and the formwork rear faces of the two formwork panels facing each other in the folded state, a cover and a formwork chamber which is intended for being filled with concrete and can be closed by the cover being provided at least on one of the formwork front faces , characterised in that said chamber is filled with concrete in the unfolded state, and the concrete is hardened in an at least partially folded state of the formwork device .
A conveyor comprising: a bearing portion for bearing a component to be conveyed; a moving portion for driving the bearing portion to move, characterized in that an omni-directional transport assembly comprising a plurality of transport mechanisms arranged on the bearing portion , wherein the transport mechanisms are used for providing driving forces in set directions, respectively, and the component to be conveyed moves in the direction of a resultant force of the driving forces of the plurality of transport mechanisms relative to the bearing portion ; and a controller for controlling the starting and stopping and/or forward and reverse rotation of the plurality of transport mechanisms so as to drive the component to be conveyed in a set direction of the resultant force, and in that the omni-directional transport assembly further comprises a plurality of universal wheels which are arranged close to the center and/or the edges of the bearing portion , respectively.
Method for monitoring and controlling a remote-controlled parking or manoeuvring operation of a vehicle , comprising the following steps of: - capturing image information in the surrounding area of the vehicle by means of at least two cameras of the vehicle ; - creating spatially perspective surroundings information on the basis of the image information from the at least two cameras; - presenting the spatially perspective surroundings information on a mobile remote control device ; - controlling the parking or manoeuvring operation by means of the mobile remote control device on the basis of the spatially perspective surroundings information, wherein the presentation of the spatially perspective surroundings information comprises an at least partially transparent presentation of the vehicle or its outer contour, with the result that a surrounding area which is concealed behind the vehicle based on the reference point of the perspective view of the surroundings information becomes at least partially visible. - capturing image information in the surrounding area of the vehicle by means of at least two cameras of the vehicle ; - creating spatially perspective surroundings information on the basis of the image information from the at least two cameras; - presenting the spatially perspective surroundings information on a mobile remote control device ; - controlling the parking or manoeuvring operation by means of the mobile remote control device on the basis of the spatially perspective surroundings information,
A composition comprising cinnamaldehyde and zinc for use in improving one or more of cognitive performance, cognition, mood, or memory in an individual in need thereof, wherein the individual has a condition selected from the group consisting of cognitive decline, mild cognitive impairment, dementia, a mood disorder, memory loss, and combinations thereof, wherein the composition is a food product in which the cinnamaldehyde: zinc ratio is 1:0.5 to 1:0.005 in molarity, and the cinnamaldehyde is present at a flavouring concentration from 31.87 ppm to 6191 ppm.
A computer-implemented method for reconstructing an image of an object of interest from a plurality of projection data of said object corresponding to a plurality of time points, the method comprising the steps of retrieving a plurality of volumetric data of the object of interest from the plurality of projection data, each one of the volumetric data corresponding to a respective time point; applying a gradient-based filter on the plurality of volumetric data to obtain a plurality of edge-enhanced image volumes corresponding to the respective time points; weighting of the plurality of edge-enhanced image volumes by weighting edges with a normalized gradient magnitude to obtain a plurality of normalized edge-enhanced image volumes; estimating a plurality of first motion vector fields on the basis of the normalized plurality of edge-enhanced image volumes, by determining a first one of the plurality of normalized edge-enhanced image volumes as a first reference image volume; and estimating the plurality of first motion vector fields from the first reference image volume to the remaining ones of the plurality of edge-enhanced image volumes using the first reference image volume. and reconstructing a plurality of first motion compensated image volumes of the object from the plurality of projection data using the estimated plurality of first motion vector fields, each of the plurality of first motion compensated image volumes corresponding to a respective time point. retrieving a plurality of volumetric data of the object of interest from the plurality of projection data, each one of the volumetric data corresponding to a respective time point; applying a gradient-based filter on the plurality of volumetric data to obtain a plurality of edge-enhanced image volumes corresponding to the respective time points; weighting of the plurality of edge-enhanced image volumes by weighting edges with a normalized gradient magnitude to obtain a plurality of normalized edge-enhanced image volumes; estimating a plurality of first motion vector fields on the basis of the normalized plurality of edge-enhanced image volumes, by determining a first one of the plurality of normalized edge-enhanced image volumes as a first reference image volume; and estimating the plurality of first motion vector fields from the first reference image volume to the remaining ones of the plurality of edge-enhanced image volumes using the first reference image volume. and reconstructing a plurality of first motion compensated image volumes of the object from the plurality of projection data using the estimated plurality of first motion vector fields, each of the plurality of first motion compensated image volumes corresponding to a respective time point.
A sterile composition for generating antimicrobial activity, comprising: a purified enzyme that is able to convert a substrate to release hydrogen peroxide; and a substance that includes a purified substrate for the enzyme, wherein the composition does not include sufficient free water to allow the enzyme to convert the substrate, wherein the composition does not include honey or any other unrefined natural substance, and optionally wherein the composition does not comprise any added peroxidase.
Materials treatment apparatus comprising a treatment unit , a boiler unit and a control apparatus for the treatment unit , the treatment unit comprising a chamber for receiving the material, a heat source for heat-treating the material; and a gas outlet from the chamber; the boiler unit comprising a fuel inlet and an air inlet , each feeding a burner for combusting fuel from the fuel inlet in air from the air inlet in order to heat a fluid; wherein the gas outlet from the chamber feeds gas to the burner of the boiler unit wherein the control apparatus is adapted to: i. activate the heat source thereby to initiate heat-treatment of the material in the chamber, ii. optionally, extract pyrolysis products from the chamber, characterised in that the heat source is suitable and arranged for initiating combustion of the material, and the control apparatus is further adapted to: iii. vent the chamber thereby to admit oxygen and initiate combustion of remaining material in the chamber, and iv. allow exhaust of combustion products via the gas outlet to the boiler unit. the treatment unit comprising a chamber for receiving the material, a heat source for heat-treating the material; and a gas outlet from the chamber; the boiler unit comprising a fuel inlet and an air inlet , each feeding a burner for combusting fuel from the fuel inlet in air from the air inlet in order to heat a fluid; wherein the gas outlet from the chamber feeds gas to the burner of the boiler unit wherein the control apparatus is adapted to: i. activate the heat source thereby to initiate heat-treatment of the material in the chamber, ii. optionally, extract pyrolysis products from the chamber, characterised in that the heat source is suitable and arranged for initiating combustion of the material, and the control apparatus is further adapted to: iii. vent the chamber thereby to admit oxygen and initiate combustion of remaining material in the chamber, and iv. allow exhaust of combustion products via the gas outlet to the boiler unit. i. activate the heat source thereby to initiate heat-treatment of the material in the chamber, ii. optionally, extract pyrolysis products from the chamber, iii. vent the chamber thereby to admit oxygen and initiate combustion of remaining material in the chamber, and iv. allow exhaust of combustion products via the gas outlet to the boiler unit.
A computerized method for detecting a core temperature of a person, the method comprising: receiving multiple temperature readings obtained by scanning a temperature sensor that is embedded in a mobile phone and is partially isolated from heat generated by the processor in the phone, across a skin area of a person, wherein the temperature readings are obtained without direct contact between the temperature sensor and the skin area and the skin area covers at least one blood vessel, to provide multiple temperature readings; the multiple temperature readings comprise a peak temperature reading; determining, by the processor, an estimate of the core temperature of the person in response to at least one temperature reading, wherein the determining includes ignoring the peak temperature reading and calculating a temperature value that is between 80 and 90 percentile of the other measured temperature readings, and adding a correction factor wherein the correction factor is determined from measuring the difference between real and measured temperatures made by a mobile phone that includes a temperature sensor and using that difference as the correction factor. receiving multiple temperature readings obtained by scanning a temperature sensor that is embedded in a mobile phone and is partially isolated from heat generated by the processor in the phone, across a skin area of a person, wherein the temperature readings are obtained without direct contact between the temperature sensor and the skin area and the skin area covers at least one blood vessel, to provide multiple temperature readings; the multiple temperature readings comprise a peak temperature reading; determining, by the processor, an estimate of the core temperature of the person in response to at least one temperature reading, wherein the determining includes ignoring the peak temperature reading and calculating a temperature value that is between 80 and 90 percentile of the other measured temperature readings, and adding a correction factor wherein the correction factor is determined from measuring the difference between real and measured temperatures made by a mobile phone that includes a temperature sensor and using that difference as the correction factor.
An electrical assembly comprising: a housing comprising a first wall and a second wall spaced apart from the first wall, an interior defined between the first wall and the second wall; a transition passage having an input and an output ; the first wall having a first inbound cavity for receiving a coolant from an inlet port , the first wall having a first outbound cavity for directing the coolant to the input of the transition passage ; the second wall having a second inbound cavity for receiving a coolant from the output of the transition passage, the second wall having second outbound cavity for directing the coolant from the second inbound cavity to an outlet port ; the transition passage comprising a transverse hollow volume interconnecting the first outbound cavity of the first wall to the second inbound cavity of a second wall ; and at least one inductor in the interior of the housing with a gap between the at least one inductor and the first wall or the second wall , the inductor being covered by a thermal interface material to fill the gap. a housing comprising a first wall and a second wall spaced apart from the first wall, an interior defined between the first wall and the second wall; a transition passage having an input and an output ; the first wall having a first inbound cavity for receiving a coolant from an inlet port , the first wall having a first outbound cavity for directing the coolant to the input of the transition passage ; the second wall having a second inbound cavity for receiving a coolant from the output of the transition passage, the second wall having second outbound cavity for directing the coolant from the second inbound cavity to an outlet port ; the transition passage comprising a transverse hollow volume interconnecting the first outbound cavity of the first wall to the second inbound cavity of a second wall ; and at least one inductor in the interior of the housing with a gap between the at least one inductor and the first wall or the second wall , the inductor being covered by a thermal interface material to fill the gap.
A fixing device , comprising: an endless fixing belt configured to circularly move; a pressurizing roller configured to contact an outer circumferential surface of the fixing belt and form, between the pressurizing roller and the fixing belt , a nip (N) for holding a sheet; a supporting member disposed on an inner side of the fixing belt and extending in an axial direction of the fixing belt ; and a heating member having a first surface facing the pressurizing roller and a second surface opposite to the first surface , disposed on the inner side of the fixing belt and supported by the supporting member and extending in the axial direction of the fixing belt , configured so that when the pressurizing roller does not pressurize the fixing belt , end portions of the second surface are separated from the supporting member , wherein the heating member is positioned with respect to the supporting member by a positioning mechanism provided in a center in the axial direction, characterized in that the positioning mechanism includes a positioning member and a locking claw , wherein the positioning member includes a locking hole , wherein the positioning member is provided in the center in the axial direction of the supporting member , wherein the locking claw is provided in the center in the axial direction of the heating member and wherein the locking claw is locked in the locking hole , whereby the heating member is positioned with respect to the supporting member . an endless fixing belt configured to circularly move; a pressurizing roller configured to contact an outer circumferential surface of the fixing belt and form, between the pressurizing roller and the fixing belt , a nip (N) for holding a sheet; a supporting member disposed on an inner side of the fixing belt and extending in an axial direction of the fixing belt ; and a heating member having a first surface facing the pressurizing roller and a second surface opposite to the first surface , disposed on the inner side of the fixing belt and supported by the supporting member and extending in the axial direction of the fixing belt , configured so that when the pressurizing roller does not pressurize the fixing belt , end portions of the second surface are separated from the supporting member , wherein the heating member is positioned with respect to the supporting member by a positioning mechanism provided in a center in the axial direction, characterized in that the positioning mechanism includes a positioning member and a locking claw , wherein the positioning member includes a locking hole , wherein the positioning member is provided in the center in the axial direction of the supporting member , wherein the locking claw is provided in the center in the axial direction of the heating member and wherein the locking claw is locked in the locking hole , whereby the heating member is positioned with respect to the supporting member .