mhurhangee/ep-ind-claims huggingface dataset:
A method of providing a notification by an electronic device, the method comprising: receiving, from a wearable device, first information related to a wearing state of the wearable device; based on detecting a notification event, presenting a first notification for the detected notification event on a touch screen of the electronic device, wherein the touch screen of the electronic device comprises a display unit and a touch panel; providing, to the wearable device, notification information for display of the detected notification event as a second notification, based on the wearable device being in a wearing state; receiving, from the wearable device, second information indicating that the second notification is checked at the wearable device; and based on the received second information, stopping the presenting of the first notification on the touch screen of the electronic device receiving, from a wearable device, first information related to a wearing state of the wearable device; based on detecting a notification event, presenting a first notification for the detected notification event on a touch screen of the electronic device, wherein the touch screen of the electronic device comprises a display unit and a touch panel; providing, to the wearable device, notification information for display of the detected notification event as a second notification, based on the wearable device being in a wearing state; receiving, from the wearable device, second information indicating that the second notification is checked at the wearable device; and based on the received second information, stopping the presenting of the first notification on the touch screen of the electronic device
A fluid containment pressure vessel adapted to be in communication with a pressure source, comprising: a body having an interior volume; a cap sealingly attachable to said body, said cap having an orifice (33; 833) that communicates with said interior volume when said top cap is attached to said body; and a pressure relief valve actuatable between an open position allowing fluid to flow from said interior volume through said orifice (33; 833) in said cap, and a closed position preventing fluid from flowing from said interior volume through said orifice (33; 833); characterized in that said pressure relief valve is actuatable by a lock mechanism (20; 820) that prevents removal of said cap from said body when said pressure relief valve is in said closed position; wherein said pressure relief valve comprises a seal (31; 831), a piston (32; 830) and a biasing member (34; 834) biasing said piston (32; 830) to a valve open position, and wherein said lock mechanism (20; 820) comprises a cam slot (35; 836) in which said piston (32; 830) tracks such that actuation of said lock mechanism (20; 820) from a first position to a second position forces said piston (32; 830) to overcome the force of said biasing member (34; 834) and cause said seal (31; 831) to seal against said orifice (33; 833); and wherein the lock mechanism (20; 820) comprises a pin (26; 892) actuatable to a position where it prevents rotation of said cap relative to said body. a body having an interior volume; a cap sealingly attachable to said body, said cap having an orifice (33; 833) that communicates with said interior volume when said top cap is attached to said body; and a pressure relief valve actuatable between an open position allowing fluid to flow from said interior volume through said orifice (33; 833) in said cap, and a closed position preventing fluid from flowing from said interior volume through said orifice (33; 833); characterized in that said pressure relief valve is actuatable by a lock mechanism (20; 820) that prevents removal of said cap from said body when said pressure relief valve is in said closed position; wherein said pressure relief valve comprises a seal (31; 831), a piston (32; 830) and a biasing member (34; 834) biasing said piston (32; 830) to a valve open position, and wherein said lock mechanism (20; 820) comprises a cam slot (35; 836) in which said piston (32; 830) tracks such that actuation of said lock mechanism (20; 820) from a first position to a second position forces said piston (32; 830) to overcome the force of said biasing member (34; 834) and cause said seal (31; 831) to seal against said orifice (33; 833); and wherein the lock mechanism (20; 820) comprises a pin (26; 892) actuatable to a position where it prevents rotation of said cap relative to said body.
A screw having a screw head and a threaded cylindrical body, the screw head being provided with strain gauges (12a-12d; 14a-14h; 15a-15d) arranged so as to be deformed together with the deformation of the screw head, in order to measure a stress within the screw, said gauges (12a-12d; 14a-14h; 15a-15d) being for this purpose connected or able to be connected to a power supply and to determination means for determining the value of at least one stress within the screw from the deformations of said gauges (12a-12d; 14a-14h; 15a-15d), characterised in that the screw head has, on the upper face thereof, a conical hole having a revolution axis that is aligned with the revolution axis of the cylindrical body of the screw, and in that said gauges (12a-12d; 14a-14h; 15a-15d) are arranged on the wall of the conical hole so as to be deformed together with the deformation of the conical hole, said gauges (12a-12d; 14a-14h; 15a-15d) being oriented so as to measure at least one type of stress within the screw selected among the tension and the shearing, in order to determine the stresses within the cylindrical body.
A system for determining a viscosity of an anatomy, comprising: an ultrasound transducer; a vibration source; and a processing system in communication with the ultrasound transducer and the vibration source, the processing system configured to: activate the vibration source to emit a broadband vibration comprising a first frequency and a second frequency and thereby induce a first shear wave in the anatomy at the first frequency and a second shear wave in the anatomy at the second frequency simultaneously, with the first frequency being different from the second frequency; activate the ultrasound transducer to obtain ultrasound data representative of the anatomy that exhibits the first shear wave and the second shear wave; apply a band pass filter to the ultrasound data, to identify the first shear wave propagating at a first frequency and the second shear wave propagating at a second frequency; determine a first wave speed of the first shear wave in the anatomy and a second wave speed of the second shear wave in the anatomy; and determine the viscosity of the anatomy by comparing the first wave speed and the second wave speed. an ultrasound transducer; a vibration source; and a processing system in communication with the ultrasound transducer and the vibration source, the processing system configured to: activate the vibration source to emit a broadband vibration comprising a first frequency and a second frequency and thereby induce a first shear wave in the anatomy at the first frequency and a second shear wave in the anatomy at the second frequency simultaneously, with the first frequency being different from the second frequency; activate the ultrasound transducer to obtain ultrasound data representative of the anatomy that exhibits the first shear wave and the second shear wave; apply a band pass filter to the ultrasound data, to identify the first shear wave propagating at a first frequency and the second shear wave propagating at a second frequency; determine a first wave speed of the first shear wave in the anatomy and a second wave speed of the second shear wave in the anatomy; and determine the viscosity of the anatomy by comparing the first wave speed and the second wave speed. activate the vibration source to emit a broadband vibration comprising a first frequency and a second frequency and thereby induce a first shear wave in the anatomy at the first frequency and a second shear wave in the anatomy at the second frequency simultaneously, with the first frequency being different from the second frequency; activate the ultrasound transducer to obtain ultrasound data representative of the anatomy that exhibits the first shear wave and the second shear wave; apply a band pass filter to the ultrasound data, to identify the first shear wave propagating at a first frequency and the second shear wave propagating at a second frequency; determine a first wave speed of the first shear wave in the anatomy and a second wave speed of the second shear wave in the anatomy; and determine the viscosity of the anatomy by comparing the first wave speed and the second wave speed.
Rim for a vehicle wheel, in particular for a motor vehicle wheel, wherein, in order to optimise the rolling noise of the vehicle wheel, in particular in order to adjust and/or displace at least one resonant frequency of the vehicle wheel in a defined manner, the rim has at least one locally delimited rigidity-modified area on or in which the rigidity of the rim is modified compared to an immediately adjacent rim area and/or modified compared to a basic or manufacturing state of the rim in this area, characterised in that the at least one rigidity-modified area is formed by a weld and/or by a structure-modified area.
A method for encoding an image frame comprising a plurality of pixel blocks, the method comprising: setting a reference quantization value for the image frame; setting a respective offset quantization value for each of the plurality of pixel blocks based on an interest level associated with the pixel block, wherein each offset quantization value defines an offset in relation to the reference quantization value set for the image frame, the set offset quantization values decrease with increasing interest level, and the offset quantization values may be negative, positive or equal to zero; identifying, in the image frame, one or more low contrast regions having a contrast which is below a predefined contrast threshold; for pixel blocks within the one or more low contrast regions having set offset quantization values based on the associated interest levels higher than a predefined offset quantization threshold, selectively restricting the set offset quantization values to be at most equal to the predefined offset quantization threshold; and encoding the image frame using the set offset quantization values. setting a reference quantization value for the image frame; setting a respective offset quantization value for each of the plurality of pixel blocks based on an interest level associated with the pixel block, wherein each offset quantization value defines an offset in relation to the reference quantization value set for the image frame, the set offset quantization values decrease with increasing interest level, and the offset quantization values may be negative, positive or equal to zero; identifying, in the image frame, one or more low contrast regions having a contrast which is below a predefined contrast threshold; for pixel blocks within the one or more low contrast regions having set offset quantization values based on the associated interest levels higher than a predefined offset quantization threshold, selectively restricting the set offset quantization values to be at most equal to the predefined offset quantization threshold; and encoding the image frame using the set offset quantization values.
Drive having an electric motor, fed by a converter by means of first electrical lines, and an electromagnetically actuatable brake, the motor having an energy storage device from which energy can be drawn to actuate the brake, the energy storage device being able to be fed from the first electrical lines, characterised in that the drive comprises means that are configured such that the energy storage device is charged by the output current of the converter only when no closed-loop motor control of the motor is being carried out, i.e. when the motor is not being controlled by the signal electronics of the converter, the brake being a bistable brake such that electrical energy thus has to be supplied only for status changes, i.e. only for each actuation. the motor having an energy storage device from which energy can be drawn to actuate the brake, the energy storage device being able to be fed from the first electrical lines, characterised in that the drive comprises means that are configured such that the energy storage device is charged by the output current of the converter only when no closed-loop motor control of the motor is being carried out, i.e. when the motor is not being controlled by the signal electronics of the converter, the brake being a bistable brake such that electrical energy thus has to be supplied only for status changes, i.e. only for each actuation.
A coupling device for quick mounting and demounting an integrated light source connectable to a socket, the coupling device comprising two tubular intermediate elements (A, B) having mutually matching cross-sections, each intermediate element (A, B) having a first ending and a second ending and being telescopically connectable with each other by inserting their first endings one into the other, their other endings being connectable to the light source and to the socket respectively, all the connections, both of the intermediate elements (A, B) with each other and of the intermediate elements (A, B) with respectively the socket and the light source, ensuring electrical current transmission from the socket to the light source, characterized in that each intermediate element (A, B) consists of at least two tubular members (A-a, A-b; B-a, B-b) having different cross-sections of close dimensions, the first members (A-a; B-a) of the intermediate elements (A, B) having bigger cross-sections and the second members (A-b; B-b) of the intermediate elements (A, B) having smaller cross-sections, one intermediate element being telescopically connectable by its second smaller member (A-b) with a socket comprising an electrical connection and the other intermediate element being telescopically connectable by its first bigger member (B-a) with the light source, the coupling device comprising at least one line enabling electrical current transmission which is run inside both intermediate elements (A, B) in a tight manner.
A remote startup system comprising: a terminal; a center server configured to communicate with the terminal and receive a startup request from the terminal; and a vehicle on which a driving device is mounted, the vehicle being configured to communicate with the center server, receive the startup request from the center server, and start up the driving device, wherein at least one of the center server and the vehicle includes a stop unit (402; 1202) configured to stop the driving device of the vehicle when communication between the terminal and the center server or between the center server and the vehicle is disrupted in a case where the driving device is started up based on the startup request and being operated. a terminal; a center server configured to communicate with the terminal and receive a startup request from the terminal; and a vehicle on which a driving device is mounted, the vehicle being configured to communicate with the center server, receive the startup request from the center server, and start up the driving device, wherein at least one of the center server and the vehicle includes a stop unit (402; 1202) configured to stop the driving device of the vehicle when communication between the terminal and the center server or between the center server and the vehicle is disrupted in a case where the driving device is started up based on the startup request and being operated.
A system for detecting one or more identifiable signals associated with one or more biological samples, the system comprising: a segmented detector comprising a plurality of pixels that are capable of forming an optical image of fluorescent light emitted from the biological samples; a readout component that is capable of reading an output signal from each pixel, wherein the output signal comprises a charge collected and transferred from the pixel, and wherein the readout component comprises an output register that receives transferred charges from the plurality of pixels for readout; a controller that is configured to correct signal noise from the output signal, wherein signal noise comprises a dark current contribution, a readout offset contribution and a spurious charge contribution, wherein the dark current contribution is determined by providing a first exposure and a second exposure with different exposure times at a substantially dark condition to determine dark current production per unit exposure time, and wherein the readout offset contribution is generated by the readout component and wherein the readout offset contribution does not depend significantly on the exposure time of the pixel or the transfer from the pixel; and a processor configured to determine the dark current contribution and the readout offset contribution. a segmented detector comprising a plurality of pixels that are capable of forming an optical image of fluorescent light emitted from the biological samples; a readout component that is capable of reading an output signal from each pixel, wherein the output signal comprises a charge collected and transferred from the pixel, and wherein the readout component comprises an output register that receives transferred charges from the plurality of pixels for readout; a controller that is configured to correct signal noise from the output signal, wherein signal noise comprises a dark current contribution, a readout offset contribution and a spurious charge contribution, wherein the dark current contribution is determined by providing a first exposure and a second exposure with different exposure times at a substantially dark condition to determine dark current production per unit exposure time, and wherein the readout offset contribution is generated by the readout component and wherein the readout offset contribution does not depend significantly on the exposure time of the pixel or the transfer from the pixel; and a processor configured to determine the dark current contribution and the readout offset contribution.
A battery state estimation apparatus comprising: a sensing data acquirer configured to acquire sensing data on a battery; and a battery state estimator configured to approximate the sensing data by mapping the sensing data to a predetermined feature space, and compare the approximated sensing data to predetermined reference information to estimate a state of the battery; wherein the battery state estimator comprises: a sensing data segmenter configured to segment the sensing data based on a predetermined time interval; and a feature space mapper; characterized in that the sensing data segmenter is further configured to extract a segment having a predetermined size from each segmented sensing data, and generate a segment vector comprising the extracted segments; and the feature space mapper is configured to map the segment vector to the predetermined feature space based on a predetermined mapping parameter. a sensing data acquirer configured to acquire sensing data on a battery; and a battery state estimator configured to approximate the sensing data by mapping the sensing data to a predetermined feature space, and compare the approximated sensing data to predetermined reference information to estimate a state of the battery; wherein the battery state estimator comprises: a sensing data segmenter configured to segment the sensing data based on a predetermined time interval; and a feature space mapper; characterized in that the sensing data segmenter is further configured to extract a segment having a predetermined size from each segmented sensing data, and generate a segment vector comprising the extracted segments; and the feature space mapper is configured to map the segment vector to the predetermined feature space based on a predetermined mapping parameter. a sensing data segmenter configured to segment the sensing data based on a predetermined time interval; and a feature space mapper; characterized in that the sensing data segmenter is further configured to extract a segment having a predetermined size from each segmented sensing data, and generate a segment vector comprising the extracted segments; and the feature space mapper is configured to map the segment vector to the predetermined feature space based on a predetermined mapping parameter.
Bumper arrangement for the front region of a passenger car, having an upper load path, which has upper longitudinal members and an upper crossmember, and having a lower load path, which has lower longitudinal members and a lower crossmember, wherein - at least one spring element that is supported on the lower longitudinal member with a first end portion is provided in the connection region of the lower longitudinal member to the lower crossmember; - a device is provided, with which, in the event of a collision of the passenger car, the direct connection between the lower longitudinal member and the lower crossmember is undoable; and - after the direct connection between the lower longitudinal member and the lower cross member has been undone, the spring element forms the support for the crossmember with a second end portion; - wherein the spring element is arranged in the interior of the lower longitudinal member or in the interior of a deformation element provided on the lower longitudinal member, characterized in that, in the event of a collision, the spring element allows the lower crossmember to move counter to the direction of travel. - at least one spring element that is supported on the lower longitudinal member with a first end portion is provided in the connection region of the lower longitudinal member to the lower crossmember; - a device is provided, with which, in the event of a collision of the passenger car, the direct connection between the lower longitudinal member and the lower crossmember is undoable; and - after the direct connection between the lower longitudinal member and the lower cross member has been undone, the spring element forms the support for the crossmember with a second end portion; - wherein the spring element is arranged in the interior of the lower longitudinal member or in the interior of a deformation element provided on the lower longitudinal member,
An odour-absorbing composition comprising a mixture of α-, β-, and γ-cyclodextrins, wherein the amount of one of said α-, β-, and γ-cyclodextrins is equal to or higher than the total amount of the other two cyclodextrins.
Process for manufacturing quartz glass, in which process (a) the starting material, a polymethylcyclosiloxane, is evaporated by spraying it into a vertically arranged evaporation chamber, (b) the vaporous starting material is oxidised to SiO 2 and (c) the SiO 2 is collected, characterised in that the starting material to be evaporated is sprayed in at the bottom of the evaporation chamber and the vaporous starting material is removed at the top end of the evaporation chamber, wherein the evaporation chamber is constructed in such a manner that components that separate out in the chamber accumulate at the bottom of the evaporator and are sprayed again. (a) the starting material, a polymethylcyclosiloxane, is evaporated by spraying it into a vertically arranged evaporation chamber, (b) the vaporous starting material is oxidised to SiO 2 and (c) the SiO 2 is collected,