mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an interactive screening means on a transparent pane of a pane installation , in particular in a motor vehicle , wherein the screening means is generated by means of a display unit of the pane installation on the pane by means of a pixelwise fade-in of opaque image points, wherein the image points form a coherent screening means area, comprising the steps: - detecting an operating action of a user , which operating action comprises a selection of an adjustment region and a movement relative to the pane , by means of a detection device and - adjusting an expansion of the screening means area at the adjustment region depending on the detected movement by means of a control device , characterised in that the expansion of the screening means area in the case of a detecting of the operating action at an area, accessible from the outside, of the pane is adjusted only after an identification of the user . - detecting an operating action of a user , which operating action comprises a selection of an adjustment region and a movement relative to the pane , by means of a detection device and - adjusting an expansion of the screening means area at the adjustment region depending on the detected movement by means of a control device , characterised in that the expansion of the screening means area in the case of a detecting of the operating action at an area, accessible from the outside, of the pane is adjusted only after an identification of the user .
A focusing mechanism for a binocular with dual stiffness of operation, which comprises a focusing knob which is mounted rotatably about its longitudinal axis (O) on a static shaft which is fixedly mounted in the binocular structure, whereby the focusing knob is associated with a braking means with adjustable braking effect, characterized in that the focusing knob is provided with a braking drum , whereby the cylindrical circumferential surface of the braking drum is associated rotatably about its longitudinal axis (O) with the cylindrical circumferential surface of a braking ring , whose other cylindrical circumferential surface is associated by its circumferential surface with a collet of a clamping ring , which is with its rigid part seated in the housing which is fixedly mounted on the static shaft , whereby the collet of the clamping ring is associated with the control of the pressure force on the cylindrical circumferential surface of the braking ring , the control of the gripping of the collet being coupled to a switch of stiffness of the focusing operation.
An ultrasonic atomization piece, comprising a ceramic substrate provided with an upper silver layer on the upper surface and a lower silver layer on the lower surface; wherein the ceramic substrate , the upper silver layer and the lower silver layer form piezoelectric ceramic , and glass glaze for protecting the upper silver layer is provided on the upper surface of the piezoelectric ceramic ; and a tobacco tar adsorption layer is provided on the upper surface of the glass glaze to form a piezoelectric ceramic component , and the tobacco tar adsorption layer is used for adsorbing, guiding and transferring tobacco tar.
Double-walled tube section for constructing a double-walled tube segment suitable for underpressure applications characterised in that the double-walled tube segment comprises an elongated curved outer shell part forming the outer wall of the double-walled tube segment and a plurality of inner shell parts , wherein the elongated curved outer shell part comprises a curved central portion and a folded portion at least one of the long edges wherein the folded portion forms a flange folded towards the centrepoint M of the curvature, wherein each inner shell part comprises a flat central portion having long edges and short edges, and a folded portion folded away from the centrepoint of the curvature at at least one of the long edges , the folded portion having a curved edge to match the curvature of the elongated curved outer shell part, wherein the plurality of inner shell parts are joined together along their long edges , and wherein the plurality of inner shell parts are joined to the inner surface of the elongated curved outer shell part along the curved edge of the folded edge portion .
A processing method for binding a remote controller, comprising: acquiring , by the remote controller, a binding operation instruction; sending , by the remote controller, a binding request containing identification information of the remote controller to a remotely controlled device which the remote controller is to be bound with, such that the remotely controlled device generates a binding response message based on the binding request, the binding response message carrying authentication information for binding the remote controller; receiving , by the remote controller, the binding response message returned by the remotely controlled device; and performing , by the remote controller, authentication based on the authentication information in the binding response message , and binding, by the remote controller, with the remotely controlled device if the authentication is successful, so as to control the remotely controlled device. acquiring , by the remote controller, a binding operation instruction; sending , by the remote controller, a binding request containing identification information of the remote controller to a remotely controlled device which the remote controller is to be bound with, such that the remotely controlled device generates a binding response message based on the binding request, the binding response message carrying authentication information for binding the remote controller; receiving , by the remote controller, the binding response message returned by the remotely controlled device; and performing , by the remote controller, authentication based on the authentication information in the binding response message , and binding, by the remote controller, with the remotely controlled device if the authentication is successful, so as to control the remotely controlled device.
A method for preparing hot water in a building by means of a hot water preparation system with a heat source , a hot water tank , a charging circuit for transferring heat from the heat source into the hot water tank and a heating circuit hooked up to the heat source for building heating, wherein the method involves heating up the hot water in a heating phase , in which heat is transferred from the heat source into the hot water tank and in which the heat source at least temporarily generates heat, wherein the transfer of heat present in the heat source takes place in a charging phase during the generation of heat by the heat source or in a follow-up phase after deactivating the heat generation of the heat source until such time that the heat generated in the heat source has been transferred into the hot water tank , characterized in that , at least during the charging phase and/or the follow-up phase , the temperature progressions of a flow temperature (T VL ) in the charging circuit and a flow temperature (T HK ) in the heating circuit are acquired, and the heat transfer is deactivated if the difference between the flow temperature (T VL ) in the charging circuit and flow temperature (T HK ) in the heating circuit is less than a preset threshold value.
A downlink signal receiving method, applied to a handover process in which a terminal is handed over from a source base station to a target base station, wherein the method comprises: receiving , by the terminal, a first message from the source base station, wherein the first message comprises a first indication, and the first indication indicates the terminal to receive, in the handover process, a downlink signal from the source base station and a downlink signal from the target base station, wherein the downlink signal from the source base station and the downlink signal from the target base station have a same carrier frequency; and receiving , by the terminal, in the handover process, the downlink signal from the source base station and the downlink signal from the target base station based on the first indication; wherein the method is characterized in that it further comprises: sending, by the terminal, a first capability indication to the source base station, wherein the first capability indication indicates that the terminal has an intra-frequency receiving capability, and wherein the terminal receives the first message from the source base station in response to sending the first capability indication. receiving , by the terminal, a first message from the source base station, wherein the first message comprises a first indication, and the first indication indicates the terminal to receive, in the handover process, a downlink signal from the source base station and a downlink signal from the target base station, wherein the downlink signal from the source base station and the downlink signal from the target base station have a same carrier frequency; and receiving , by the terminal, in the handover process, the downlink signal from the source base station and the downlink signal from the target base station based on the first indication; wherein the method is characterized in that it further comprises: sending, by the terminal, a first capability indication to the source base station, wherein the first capability indication indicates that the terminal has an intra-frequency receiving capability, and wherein the terminal receives the first message from the source base station in response to sending the first capability indication.
A touch sensor assembly comprising: a sensor housing positioned at a rear surface of an exterior member in which a touch input region is marked on a front surface, the sensor housing including a housing body on which a sensor printed circuit board, PCB, is mounted and a housing cover coupled the housing body and pressed against the rear surface of the exterior member ; the sensor PCB provided in the sensor housing , the sensor PCB including a first surface facing the rear surface of the exterior member and a second surface opposite the first surface; a touch sensor mounted on the first surface and configured to sense a touch input at the touch input region ; an elastic member pressed against the second surface of the sensor PCB and pushing the touch sensor toward the rear surface of the exterior member ; an accommodation recess formed in an inner surface of the sensor housing and providing an installation position of the elastic member ; a pair of installation guides configured to protrude from the inner surface of the housing body and extending in a first direction; and a plurality of fixing ribs configured to protrude from the inner surface of the housing body and extending in a second direction perpendicular to the first direction characterized in that the accommodation recess is defined by a pair of fixing ribs intersecting the pair of installation guides . a sensor housing positioned at a rear surface of an exterior member in which a touch input region is marked on a front surface, the sensor housing including a housing body on which a sensor printed circuit board, PCB, is mounted and a housing cover coupled the housing body and pressed against the rear surface of the exterior member ; the sensor PCB provided in the sensor housing , the sensor PCB including a first surface facing the rear surface of the exterior member and a second surface opposite the first surface; a touch sensor mounted on the first surface and configured to sense a touch input at the touch input region ; an elastic member pressed against the second surface of the sensor PCB and pushing the touch sensor toward the rear surface of the exterior member ; an accommodation recess formed in an inner surface of the sensor housing and providing an installation position of the elastic member ; a pair of installation guides configured to protrude from the inner surface of the housing body and extending in a first direction; and a plurality of fixing ribs configured to protrude from the inner surface of the housing body and extending in a second direction perpendicular to the first direction characterized in that the accommodation recess is defined by a pair of fixing ribs intersecting the pair of installation guides .
A medical device configured and sized to be positioned within a subject, comprising: an ultrasound transducer in a distal region of the medical device, the ultrasound transducer secured to an outer shaft ; a flexible conductor bundle secured to the ultrasound transducer at a first location in the distal region, the flexible conductor bundle extending proximally from the first location and into a handle assembly of the medical device, the flexible conductor bundle extending within the outer shaft of the medical device and within an inner shaft of the medical device, the flexible conductor bundle axially movable within the inner shaft; and a tensioning member secured to one or more surfaces of the flexible conductor bundle at a second location within the handle assembly, wherein the tensioning member is axially secured relative to a handle actuator , the tensioning member and the ultrasound transducer in operable axial communication with the handle actuator such that actuation of the handle actuator causes axial movement of the ultrasound transducer and the tensioning member, to thereby apply or maintain tension to the flexible conductor bundle at the second location within the handle assembly. an ultrasound transducer in a distal region of the medical device, the ultrasound transducer secured to an outer shaft ; a flexible conductor bundle secured to the ultrasound transducer at a first location in the distal region, the flexible conductor bundle extending proximally from the first location and into a handle assembly of the medical device, the flexible conductor bundle extending within the outer shaft of the medical device and within an inner shaft of the medical device, the flexible conductor bundle axially movable within the inner shaft; and a tensioning member secured to one or more surfaces of the flexible conductor bundle at a second location within the handle assembly, wherein the tensioning member is axially secured relative to a handle actuator , the tensioning member and the ultrasound transducer in operable axial communication with the handle actuator such that actuation of the handle actuator causes axial movement of the ultrasound transducer and the tensioning member, to thereby apply or maintain tension to the flexible conductor bundle at the second location within the handle assembly.
A feeder comprising a tape chute configured to guide movement of a supply tape (60; 60'), a third sprocket having a third tooth configured to fit with a sprocket hole of the supply tape (60; 60') inserted into an insertion port and configured to move the supply tape (60; 60') on the tape chute by rotation, a second sprocket driving motor configured to drive the third sprocket , a second sprocket provided in a downstream direction of the third sprocket , having a second tooth configured to fit with the sprocket hole of the supply tape (60; 60') fed by the third sprocket and configured to move the supply tape (60; 60') on the tape chute by rotation, an exposing mechanism provided in a downstream direction of the second sprocket configured to expose an electronic component in a pocket covered by a cover tape of the supply tape (60; 60') fed by the second sprocket , a first sprocket provided in a downstream direction of the exposing mechanism, having a first tooth configured to fit with the sprocket hole of the supply tape (60; 60') and configured to move the supply tape (60; 60') storing the electronic component exposed by the exposing mechanism on the tape chute by rotation, and a first sprocket driving motor configured to synchronously drive the first sprocket and the second sprocket , wherein a control portion is configured to control the first sprocket driving motor and the second sprocket driving motor so as to move the supply tape (60; 60'), by rotation of the third sprocket , until the sprocket hole on a forward end portion of the supply tape (60; 60') fits with the second tooth of the second sprocket , stop the rotation of the second sprocket driving motor in a case where a first detection sensor provided in a downstream direction of the second sprocket and configured to sense the presence or absence of the supply tape (60; 60') senses the forward end portion of the supply tape (60; 60'), move the supply tape (60; 60'), by rotation of the second sprocket , in a state in which the rotation of the second sprocket driving motor is stopped, and fit the sprocket hole on a forward end portion of the supply tape (60; 60') with the first tooth of the first sprocket after exposition of the electronic component by the exposing mechanism is performed, and wherein the third sprocket has a one-way clutch and is pulled by the supply tape (60; 60'), the supply tape (60; 60') being moved by the rotation of the second sprocket that is rotated in a forward direction.
A process for preparation of white curcumin in which an autoclave is charged with 3/4th volume of an organic solvent and total curcuminoids are added to the organic solvent to form a reaction mixture and stirring the reaction mixture for uniformity at room temperature in presence of 10% palladium carbon as catalyst ; subjecting the reaction mixture to hydrogenation ; monitoring completion of the reaction using the Thin Layer Chromatography (TLC) ; filtering the reaction mixture through a cotton canvas filter cloth to remove the traces of palladium carbon and washing the filtrate with 50ml of ethyl acetate characterized in that the 95% total curcuminoids are used in the range between 40g to 60g and 10% palladium carbon in the range between 2g-3g and the pressure of the hydrogenation of reaction process is maintained at 13.8 kpa (2 lbps) with continuous stirring of the reaction mixture for 15 hours in the presence of hydrogen gas followed by; distilling the ethyl acetate to obtain a crude mass of white curcumin ; stirring the crude mass with 2 liters of purified water to obtain a solid precipitate of white curcumin ; and filtering the solid precipitate and drying the solid precipitate to obtain pale brown crystals of white curcumin . distilling the ethyl acetate to obtain a crude mass of white curcumin ; stirring the crude mass with 2 liters of purified water to obtain a solid precipitate of white curcumin ; and filtering the solid precipitate and drying the solid precipitate to obtain pale brown crystals of white curcumin .
Method for detecting a derailment of at least one wheelset of a rail vehicle, in which an acceleration signal is measured during a journey, the acceleration signal representing the acceleration of the wheelset in vertical direction, in the direction of travel, in the transverse direction relative to the direction of travel of the rail vehicle, or in a direction made up of any combination of at least two of these directions, characterised in that the p-quantile is determined for a set of values, lying within a preset time window, of the course of the acceleration signal over time, p corresponding to a preset value greater than 0 and less than 1, and the duration of the preset time window being dependent on the rail vehicle speed, and the p-quantile is compared with a preset threshold value and the criterion is checked whether the p-quantile is above or below the preset threshold value.
A method of detecting leakages in pipe installations with one supply and one return pipe by means of a leakage control system , which comprises one shut-off valve with an associated actuator and an ultrasound flow meter arranged in the supply pipe of the pipe installation, and a shut-off valve with an associated actuator and an ultrasound flow meter arranged in the return pipe of the pipe installation, said shut-off valves , actuators and ultrasound flow meters being connected with a control box , said control box being adapted to execute the method when running through a periodic course comprising a measurement and activity period followed by an inactive period, wherein the measurement and activity period comprises: - collection of volume or mass flow data from the supply pipe and the return pipe with the associated ultrasound flow meters , - recording of the presence of air in the supply pipe and the return pipe , - processing of the collected volume or mass flow data in a computing unit, - recording of operational disturbances on the basis of the processed volume or mass flow data, and - decision on intervention on the basis of the number of recorded operational disturbances, if the number of operational disturbances exceeds a dynamic error criterion (B), said error criterion (B) being corrected currently in accordance with the presence of air, if any, in the installation; characterized in that the measurement and activity period is divided into a number of short time intervals, and wherein the presence of air in the supply pipe and the return pipe is checked in each time interval in the entire measurement and activity period by comparing the volume or mass flow values in each pipe with each other, and if a volume or mass flow value is zero in one pipe, and a volume or mass flow value greater than the cut-off value of the ultrasound flow meter is measured in the other pipe, this is recorded as an indication of the presence of air. - collection of volume or mass flow data from the supply pipe and the return pipe with the associated ultrasound flow meters , - recording of the presence of air in the supply pipe and the return pipe , - processing of the collected volume or mass flow data in a computing unit, - recording of operational disturbances on the basis of the processed volume or mass flow data, and - decision on intervention on the basis of the number of recorded operational disturbances, if the number of operational disturbances exceeds a dynamic error criterion (B), said error criterion (B) being corrected currently in accordance with the presence of air, if any, in the installation;