mhurhangee/patent-ind-claim-en huggingface dataset:
A system for an accelerated reaction of a darkening of an optical element for protection from a luminous manifestation of a technological device configured to perform arc or laser welding or cutting or plasma cutting, the system comprising: a protective device, the protective device being a welding helmet or a welding mask or a welding shield or welding goggles, and a technological device configured to perform arc or laser welding or cutting or plasma cutting; wherein the protective device comprises an optical sensor for a detection of the luminous manifestation, wherein the protective device comprises an optical element with an adjustable permeability for a limitation of a permeation of a radiation from the luminous manifestation to a sight, wherein the optical sensor is connected with a control of the optical element , and wherein the technological device comprises an activation light configured to emit radiation which is detected by the optical sensor , whereby the activation light is placed within a field of a vision of the optical sensor , the technological device comprises a trigger which can be pressed to start the arc or laser welding or cutting or plasma cutting; characterized in that the technological device comprises a switch connected with the trigger such that during the pressing of the trigger the switch is pressed too, and in that the activation light is connected to the switch . a protective device, the protective device being a welding helmet or a welding mask or a welding shield or welding goggles, and a technological device configured to perform arc or laser welding or cutting or plasma cutting; wherein the protective device comprises an optical sensor for a detection of the luminous manifestation, wherein the protective device comprises an optical element with an adjustable permeability for a limitation of a permeation of a radiation from the luminous manifestation to a sight, wherein the optical sensor is connected with a control of the optical element , and wherein the technological device comprises an activation light configured to emit radiation which is detected by the optical sensor , whereby the activation light is placed within a field of a vision of the optical sensor , the technological device comprises a trigger which can be pressed to start the arc or laser welding or cutting or plasma cutting; characterized in that the technological device comprises a switch connected with the trigger such that during the pressing of the trigger the switch is pressed too, and in that the activation light is connected to the switch .
A sample rate converter for converting an input signal sampled at an input sample rate to a resampled output signal sampled at an output sample rate, the sample rate converter comprising: a clock source and/or means for accepting a clock signal ; a cross enable unit configured to generate one or more resampled clock signals and a de-jittered signal from the input signal and the clock signal , wherein the de-jittered signal is generated by sampling the input signal at a mean value of the input sample rate; and a linear interpolation unit configured to generate the resampled output signal from the de-jittered signal , the clock signal , and one or more of the resampled clock signals , wherein the cross enable unit comprises: a counter configured to generate a count-disparity signal from the clock signal and the input signal for each sample of the input signal by counting a number of clock cycles of the clock signal between successive samples of the input signal ; a first sigma delta unit configured to calculate a temporal correction value from the count-disparity signal as the number of clock cycles that should be inserted between input samples at the output sample rate; and a resampled clock generator configured to generate the one or more resampled clock signals from the temporal correction value . a clock source and/or means for accepting a clock signal ; a cross enable unit configured to generate one or more resampled clock signals and a de-jittered signal from the input signal and the clock signal , wherein the de-jittered signal is generated by sampling the input signal at a mean value of the input sample rate; and a linear interpolation unit configured to generate the resampled output signal from the de-jittered signal , the clock signal , and one or more of the resampled clock signals , wherein the cross enable unit comprises: a counter configured to generate a count-disparity signal from the clock signal and the input signal for each sample of the input signal by counting a number of clock cycles of the clock signal between successive samples of the input signal ; a first sigma delta unit configured to calculate a temporal correction value from the count-disparity signal as the number of clock cycles that should be inserted between input samples at the output sample rate; and a resampled clock generator configured to generate the one or more resampled clock signals from the temporal correction value . a counter configured to generate a count-disparity signal from the clock signal and the input signal for each sample of the input signal by counting a number of clock cycles of the clock signal between successive samples of the input signal ; a first sigma delta unit configured to calculate a temporal correction value from the count-disparity signal as the number of clock cycles that should be inserted between input samples at the output sample rate; and a resampled clock generator configured to generate the one or more resampled clock signals from the temporal correction value .
A block copolymer resin composition characterized in that the block copolymer resin composition comprises 85 to 99.5 parts by mass of a resin component A and 0.5 to 15 parts by mass of a resin component B; wherein: the resin component A contains at least one type of vinyl aromatic hydrocarbon-conjugated diene block copolymer, and a mass ratio between the vinyl aromatic hydrocarbon and the conjugated diene is 80/20 to 65/35; the resin component B is a vinyl aromatic hydrocarbon-conjugated diene block copolymer or a conjugated diene polymer of which a mass ratio between the vinyl aromatic hydrocarbon and the conjugated diene is 30/70 to 0/100, and the number-average molecular weight is 5,000 to 40,000; wherein the at least one type of vinyl aromatic hydrocarbon-conjugated diene block copolymer in the resin component A has, on at least one end, a block comprising a vinyl aromatic hydrocarbon, and has a number-average molecular weight of 50,000 to 400,000, and a mass ratio between the vinyl aromatic hydrocarbon and the conjugated diene is 78/22 to 45/55; and wherein the number-average molecular weight is determined using a gel permeation chromatograph. the resin component A contains at least one type of vinyl aromatic hydrocarbon-conjugated diene block copolymer, and a mass ratio between the vinyl aromatic hydrocarbon and the conjugated diene is 80/20 to 65/35; the resin component B is a vinyl aromatic hydrocarbon-conjugated diene block copolymer or a conjugated diene polymer of which a mass ratio between the vinyl aromatic hydrocarbon and the conjugated diene is 30/70 to 0/100, and the number-average molecular weight is 5,000 to 40,000; wherein the at least one type of vinyl aromatic hydrocarbon-conjugated diene block copolymer in the resin component A has, on at least one end, a block comprising a vinyl aromatic hydrocarbon, and has a number-average molecular weight of 50,000 to 400,000, and a mass ratio between the vinyl aromatic hydrocarbon and the conjugated diene is 78/22 to 45/55; and wherein the number-average molecular weight is determined using a gel permeation chromatograph.
An orthopaedic surgical instrument for inserting an orthopaedic prosthesis into a bone of a patient, the orthopaedic surgical instrument comprising: an orthopaedic prosthesis inserter having a body and a bolt passageway defined through the body; and a surgical instrument bolt configured to be received in the bolt passageway of the body of the orthopaedic prosthesis inserter, wherein the surgical instrument bolt comprises a bolt head and a bolt shaft extending away from a bottom side of the bolt head , wherein the bolt shaft comprises a (i) a threaded end [ configured to extend out of a distal end of the orthopaedic prosthesis inserter, (ii) a shank located between the bolt head and the threaded end , and (iii) an inner surface defining an axial passageway that extends through at least a portion of the bolt shaft ; characterized in that : an inner surface of the bolt passageway is threaded; wherein the surgical instrument bolt is configured to be threaded into the inner surface of the bolt passageway, the threads of the inner surface being sized such that, when threaded through the inner surface , the surgical instrument bolt is free to rotate within the bolt passageway while being retained therein. an orthopaedic prosthesis inserter having a body and a bolt passageway defined through the body; and a surgical instrument bolt configured to be received in the bolt passageway of the body of the orthopaedic prosthesis inserter, wherein the surgical instrument bolt comprises a bolt head and a bolt shaft extending away from a bottom side of the bolt head , wherein the bolt shaft comprises a (i) a threaded end [ configured to extend out of a distal end of the orthopaedic prosthesis inserter, (ii) a shank located between the bolt head and the threaded end , and (iii) an inner surface defining an axial passageway that extends through at least a portion of the bolt shaft ; characterized in that : an inner surface of the bolt passageway is threaded; wherein the surgical instrument bolt is configured to be threaded into the inner surface of the bolt passageway, the threads of the inner surface being sized such that, when threaded through the inner surface , the surgical instrument bolt is free to rotate within the bolt passageway while being retained therein. an inner surface of the bolt passageway is threaded; wherein the surgical instrument bolt is configured to be threaded into the inner surface of the bolt passageway, the threads of the inner surface being sized such that, when threaded through the inner surface , the surgical instrument bolt is free to rotate within the bolt passageway while being retained therein.
Method for operating a driver assistance system of at least one motor vehicle in a towing combination comprising a first towing motor vehicle and a second towed motor vehicle , comprising the steps: - activation of a towing mode, which differs from a normal operating mode, of at least one sensor device of the driver assistance system ; - detection by the at least one sensor device set to a towing mode of the other motor vehicle arranged behind or in front of the motor vehicle in question in the towing combination ; - provision of position information concerning the detected other motor vehicle to a further device of the driver assistance system by the sensor device , characterised in that - the sensor device has a radar sensor device, which is operated in the towing mode with an increased frequency bandwidth compared with the normal operating mode. - activation of a towing mode, which differs from a normal operating mode, of at least one sensor device of the driver assistance system ; - detection by the at least one sensor device set to a towing mode of the other motor vehicle arranged behind or in front of the motor vehicle in question in the towing combination ; - provision of position information concerning the detected other motor vehicle to a further device of the driver assistance system by the sensor device , characterised in that - the sensor device has a radar sensor device, which is operated in the towing mode with an increased frequency bandwidth compared with the normal operating mode.
A method, comprising: in an application distribution server : selecting a plurality of mobile data processing devices which are capable of receiving application updates associated with an application; communicating one or more experimental versions of the application to each of the selected plurality of mobile data processing devices during an update process of the application; causing collection by a processor of the mobile data processing device of performance information associated with the communicated one or more experimental versions of the application, wherein the performance information is battery consumption information; and causing communication of the collected performance information to a developer of the application for analysis; and communicating, to a particular device of the selected plurality of mobile data processing devices, a message indicating that the particular mobile data processing device is on an experiment for the application and options to opt-out of future experiments associated with the particular mobile data processing device, when one of the following occurs: a particular experimental version of the application is uninstalled from the particular mobile data processing device among the selected plurality of mobile data processing devices; or feedback information and/or rating information on a particular experimental version of the application is communicated from the particular mobile data processing device among the selected plurality of mobile data processing devices . selecting a plurality of mobile data processing devices which are capable of receiving application updates associated with an application; communicating one or more experimental versions of the application to each of the selected plurality of mobile data processing devices during an update process of the application; causing collection by a processor of the mobile data processing device of performance information associated with the communicated one or more experimental versions of the application, wherein the performance information is battery consumption information; and causing communication of the collected performance information to a developer of the application for analysis; and communicating, to a particular device of the selected plurality of mobile data processing devices, a message indicating that the particular mobile data processing device is on an experiment for the application and options to opt-out of future experiments associated with the particular mobile data processing device, when one of the following occurs: a particular experimental version of the application is uninstalled from the particular mobile data processing device among the selected plurality of mobile data processing devices; or feedback information and/or rating information on a particular experimental version of the application is communicated from the particular mobile data processing device among the selected plurality of mobile data processing devices .
A magnetic detection module that is provided so as to be selectively mountable in any of a first and a second housing , the first housing having a first specification, the second housing having a second specification, the first and second housings having different shapes or sizes of mounting portions, and detects magnetic flux generated in the housing , comprising: one or more magnetic sensors configured to detect magnetic flux; a case in which the magnetic sensor is housed; and a cap that is attachable to an end of the case and has a sealing member , wherein the magnetic detection module configured to be attachable to the housing of the first specification with the cap not attached to the case , and to be attachable to the housing of the second specification through the sealing member with the cap attached to the case , the end of the case (501, forming an insertion portion for insertion into a mounting hole of the first housing in case of mounting to the first housing , and for insertion into a receiving hole of the cap in case of mounting to the second housing , the cap being configured to be inserted into a mounting hole of the second housing , and the case has a connector portion for transmitting a signal to an external processing unit and flanges formed with fixing holes for mounting on the first and second housings , respectively. one or more magnetic sensors configured to detect magnetic flux; a case in which the magnetic sensor is housed; and a cap that is attachable to an end of the case and has a sealing member , wherein the magnetic detection module configured to be attachable to the housing of the first specification with the cap not attached to the case , and to be attachable to the housing of the second specification through the sealing member with the cap attached to the case , the end of the case (501, forming an insertion portion for insertion into a mounting hole of the first housing in case of mounting to the first housing , and for insertion into a receiving hole of the cap in case of mounting to the second housing , the cap being configured to be inserted into a mounting hole of the second housing , and the case has a connector portion for transmitting a signal to an external processing unit and flanges formed with fixing holes for mounting on the first and second housings , respectively.
A composition for use in decreasing hematopoietic stem cells by nutritionally managing a subject so that valine is not substantially given, wherein the composition comprises a parenteral nutrition formula or an enteral nutrition formula, wherein the formula is free of valine.
A clip assembly configured to be arranged in a refrigeration and freezing device, the clip assembly comprising: a fixed member used for fixing to the refrigerating and freezing device; and clips , a clip storage box , and a movable member , wherein the clip storage box has a storage cavity used for storing the clips , the movable member has an accommodating space that accommodates the clip storage box , characterized in that the the- clip storage box is detachably accommodated in the accommodating space, and the movable member is configured to operably rotate to a side away from the fixed member , such that the clip storage box can be taken out for cleaning. a fixed member used for fixing to the refrigerating and freezing device; and clips , a clip storage box , and a movable member , wherein the clip storage box has a storage cavity used for storing the clips , the movable member has an accommodating space that accommodates the clip storage box , characterized in that the the- clip storage box is detachably accommodated in the accommodating space, and the movable member is configured to operably rotate to a side away from the fixed member , such that the clip storage box can be taken out for cleaning.
A method comprising: receiving (512; 604), by a misbehavior detection device from a vehicle-to-everything, V2X, application server , first information comprising location information of an intelligent transport system, ITS, station; and collecting (514; 516; 518) by the misbehavior detection device a second information of the ITS station from a cellular network ; detecting, by the misbehavior detection device based on the first information corresponding to the ITS station and based on the second information of the ITS station from the cellular network, misbehavior of the ITS station, the second information relating to the ITS station and including location information acquired by the cellular network; wherein detecting misbehavior of the ITS station comprises comparing the location information of the first information from the V2X application server , and the location information of the second information acquired by the cellular network. receiving (512; 604), by a misbehavior detection device from a vehicle-to-everything, V2X, application server , first information comprising location information of an intelligent transport system, ITS, station; and collecting (514; 516; 518) by the misbehavior detection device a second information of the ITS station from a cellular network ; detecting, by the misbehavior detection device based on the first information corresponding to the ITS station and based on the second information of the ITS station from the cellular network, misbehavior of the ITS station, the second information relating to the ITS station and including location information acquired by the cellular network; wherein detecting misbehavior of the ITS station comprises comparing the location information of the first information from the V2X application server , and the location information of the second information acquired by the cellular network.
An image capturing device comprising: an imaging surface , the imaging surface comprising a plurality of areas , each of the plurality of areas comprising a plurality of pixels , floating diffusions (64-1, 64-2, 64-3) of said plurality of pixels being connectable to each other by switches (81-1, 81-2, 81-3) ; a motion determination unit that determines a presence/absence of motion for each area on a basis of an addition signal of the plurality of pixels constituting the area to obtain a motion determination result; and a transmission control unit that controls, for each of the areas , whether or not to transmit, to a subsequent stage, image data corresponding to the plurality of pixels constituting the area on a basis of the motion determination result for said area. an imaging surface , the imaging surface comprising a plurality of areas , each of the plurality of areas comprising a plurality of pixels , floating diffusions (64-1, 64-2, 64-3) of said plurality of pixels being connectable to each other by switches (81-1, 81-2, 81-3) ; a motion determination unit that determines a presence/absence of motion for each area on a basis of an addition signal of the plurality of pixels constituting the area to obtain a motion determination result; and a transmission control unit that controls, for each of the areas , whether or not to transmit, to a subsequent stage, image data corresponding to the plurality of pixels constituting the area on a basis of the motion determination result for said area.
Method for capturing an object in a surrounding region of a motor vehicle , wherein the object is captured within a first capturing region by means of a first ultrasonic sensor , wherein the first capturing region of the first ultrasonic sensor is located above a first capturing height (h1), wherein at least one echo of the ultrasonic signal reflected by the object is received by means of the first ultrasonic sensor for capturing the object, wherein the object is classified as a high object or as a low object on the basis of the at least one received echo, and wherein, for the purpose of verifying the plausibility of the classification of the object as a high object, a check is performed as to whether the object is captured within a second capturing region using a second ultrasonic sensor , wherein the second capturing region of the second ultrasonic sensor is located above a second capturing height (h2) that is greater than the first capturing height (h1).