mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire having a tread part partitioned by four main grooves extending in a tire circumferential direction, the tire comprising: a center land part ; an outer intermediate land part adjoining a vehicle installation outer side of the center land part ; an inner intermediate land part adjoining a vehicle installation inner side of the center land part ; an outer shoulder land part adjoining the vehicle installation outer side of the outer intermediate land part ; and an inner shoulder land part adjoining the vehicle installation inner side of the inner intermediate land part , wherein a center lug groove having both ends respectively communicating with main grooves and having a smaller width on the vehicle installation outer side than on the vehicle installation inner side is formed in the center land part , the outer intermediate land part has a width larger than a width of the inner intermediate land part , the outer shoulder land part has a width larger than a width of the inner shoulder land part , a center sipe is formed in the center land part , an outer intermediate sipe is formed in the outer intermediate land part , an inner intermediate sipe is formed in the inner intermediate land part , and a sipe angle of the outer intermediate sipe is larger than a sipe angle of the center sipe and the inner intermediate sipe , where the sipe angle is an angle of straight line, which connects both tire transversal ends of a sipe, to the tire circumferential direction. a center land part ; an outer intermediate land part adjoining a vehicle installation outer side of the center land part ; an inner intermediate land part adjoining a vehicle installation inner side of the center land part ; an outer shoulder land part adjoining the vehicle installation outer side of the outer intermediate land part ; and an inner shoulder land part adjoining the vehicle installation inner side of the inner intermediate land part , wherein a center lug groove having both ends respectively communicating with main grooves and having a smaller width on the vehicle installation outer side than on the vehicle installation inner side is formed in the center land part , the outer intermediate land part has a width larger than a width of the inner intermediate land part , the outer shoulder land part has a width larger than a width of the inner shoulder land part , a center sipe is formed in the center land part , an outer intermediate sipe is formed in the outer intermediate land part , an inner intermediate sipe is formed in the inner intermediate land part , and a sipe angle of the outer intermediate sipe is larger than a sipe angle of the center sipe and the inner intermediate sipe , where the sipe angle is an angle of straight line, which connects both tire transversal ends of a sipe, to the tire circumferential direction.
A method of generating a video content, the method comprising: capturing , by each of a plurality of first image sensors at a first frame rate, a plurality of video frames in an area of a respective one of a plurality of regions of interest, ROI, within a viewfinder of an electronic device to obtain a respective plurality of first regions; detecting a respective plurality of objects in the plurality of ROIs; tracking said plurality of objects by calibrating the area of each said plurality of ROIs to include the respective objects based on the movements of the respective objects; capturing , by a second image sensor, at a second frame rate a plurality of full video frames within the viewfinder of the electronic device to obtain a second region, wherein the first frame rate is higher than the second frame rate; performing a blurring operation on the second region to obtain blurred full video frames, and generating slow motion video content by combining the video frames of the plurality of ROIs captured by the plurality of first image sensors with the blurred full video frames within the viewfinder captured by the second image sensor, wherein the combining comprises repeating each said blurred full video frames with a predefined number corresponding to the video frames captured in each said plurality of ROIs, wherein the predefined number is based on the first frame rate and the second frame rate. capturing , by each of a plurality of first image sensors at a first frame rate, a plurality of video frames in an area of a respective one of a plurality of regions of interest, ROI, within a viewfinder of an electronic device to obtain a respective plurality of first regions; detecting a respective plurality of objects in the plurality of ROIs; tracking said plurality of objects by calibrating the area of each said plurality of ROIs to include the respective objects based on the movements of the respective objects; capturing , by a second image sensor, at a second frame rate a plurality of full video frames within the viewfinder of the electronic device to obtain a second region, wherein the first frame rate is higher than the second frame rate; performing a blurring operation on the second region to obtain blurred full video frames, and generating slow motion video content by combining the video frames of the plurality of ROIs captured by the plurality of first image sensors with the blurred full video frames within the viewfinder captured by the second image sensor, wherein the combining comprises repeating each said blurred full video frames with a predefined number corresponding to the video frames captured in each said plurality of ROIs, wherein the predefined number is based on the first frame rate and the second frame rate.
A ferrous alloy, the ferrous alloy is configured to form a matrix comprising: near spherical and hypereutectic borides and/or borocarbides; wherein a volume fraction of the near spherical and hypereutectic borides and/or borocarbides is ≥ 5%, where a near spherical phase has an aspect ratio ≤2:1, the aspect ratio being defined as the ratio between a major axis in cross section to an orthogonal diameter of the near spherical and hypereutectic borides and/or borocarbides; wherein the volume fraction of hypereutectic and rod-like phases with a maximum dimension in cross section ≥50um and an aspect ratio greater than 2:1 is ≤5%; wherein a total volume fraction of borides and borocarbides is ≥10%, and wherein an elemental composition of the alloy comprises: B: 1.95-5.5 wt.%; C: 0-2.08 wt.%; Cr: 1.52-24 wt.%; Mo: 2.9-22 wt.%; Ti: 0-7.21 wt.%; W: 0-19.2 wt.%; Nb: 0-6 wt.%; Zr: 0-3.2 wt.%; and a balance of Fe, or Fe and 2 wt.% or less of impurities; wherein Mo+W is greater than or equal to 8 wt.%. near spherical and hypereutectic borides and/or borocarbides; wherein a volume fraction of the near spherical and hypereutectic borides and/or borocarbides is ≥ 5%, where a near spherical phase has an aspect ratio ≤2:1, the aspect ratio being defined as the ratio between a major axis in cross section to an orthogonal diameter of the near spherical and hypereutectic borides and/or borocarbides; wherein the volume fraction of hypereutectic and rod-like phases with a maximum dimension in cross section ≥50um and an aspect ratio greater than 2:1 is ≤5%; wherein a total volume fraction of borides and borocarbides is ≥10%, and wherein an elemental composition of the alloy comprises: B: 1.95-5.5 wt.%; C: 0-2.08 wt.%; Cr: 1.52-24 wt.%; Mo: 2.9-22 wt.%; Ti: 0-7.21 wt.%; W: 0-19.2 wt.%; Nb: 0-6 wt.%; Zr: 0-3.2 wt.%; and B: 1.95-5.5 wt.%; C: 0-2.08 wt.%; Cr: 1.52-24 wt.%; Mo: 2.9-22 wt.%; Ti: 0-7.21 wt.%; W: 0-19.2 wt.%; Nb: 0-6 wt.%; Zr: 0-3.2 wt.%; and a balance of Fe, or Fe and 2 wt.% or less of impurities; wherein Mo+W is greater than or equal to 8 wt.%.
System for providing action recommendations to a driver of a rail vehicle , comprising an on-board device having at least a communication interface for communicating action recommendations to the driver, wherein the on-board device comprises a mobile communication module for communicating via a wireless network with a remote source provided offboard the rail vehicle , the on-board device being adapted to output the action recommendations to the driver, the remote source comprises a calculation means for calculating the action recommendations for the on-board device based on current input data of the rail vehicle , characterized in that the on-board device comprises a processing unit calculating the action recommendations using a calculation algorithm of less computational complexity compared to the remote source , in case that action recommendations of the remote source are missing. , the remote source comprises a calculation means for calculating the action recommendations for the on-board device based on current input data of the rail vehicle , characterized in that the on-board device comprises a processing unit calculating the action recommendations using a calculation algorithm of less computational complexity compared to the remote source , in case that action recommendations of the remote source are missing. ,
A monitoring device with a safety sensor , which is designed to monitor a protective field in such a way that an internal object detection signal is generated when an object is detected in the protective field, wherein at least one signal source generating an influencing signal is provided, characterised in that a control and evaluation unit is provided, by means of which the internal object detection signal can be delayed in such a way that it can be influenced as a function of the influencing signal, and in that the influenced internal object detection signal can be output as an external object detection signal at the safety sensor .
Hydrostatic transmission system comprising: - at least one pump , - at least two wheel motors (120, 122; 140, 142) supplied by the pump for the motorisation of an engin, characterised by the fact that it comprises a command system suited to beginning a change of displacement of the pump required to reach a pump displacement target imposed by a request for change of displacement of the motors, offsetting over time a change of displacement of the motors (120, 122; 140, 142) in several groups in order to have a progressive evolution of the apparent displacement of the motors, to avoid switching at the same time two motors having received an evolution instruction, then terminating the change of displacement of the pump when the target pump displacement is reached. - at least one pump , - at least two wheel motors (120, 122; 140, 142) supplied by the pump for the motorisation of an engin,
Aircraft seat device, in particular aircraft seat, with a mounting unit , with a backrest that is pivotable with respect to the mounting unit and with an adjusting mechanism comprising a spring device that is configured to provide a reset force for the backrest , characterized in that the spring device is configured to provide a force profile having an increasing gradient with increasing spring travel. with a mounting unit , with a backrest that is pivotable with respect to the mounting unit and with an adjusting mechanism comprising a spring device that is configured to provide a reset force for the backrest , characterized in that the spring device is configured to provide a force profile having an increasing gradient with increasing spring travel.
A system, wherein the system comprises a first electronic device and a second electronic device; the first electronic device is configured to detect a preset operation of a user in a chat interface of an instant messaging application (S1601); the first electronic device is further configured to display a list in the chat interface in response to the preset operation, wherein the list comprises device information of one or more devices, the one or more devices are associated with a first account, and the first account is a logged-in account on the instant messaging application (S1602); the first electronic device is further configured to: when detecting an operation that the user selects the second electronic device from the list and enters a first instruction for the second electronic device (S1603), send the first instruction to the second electronic device (S1604); and the second electronic device is configured to execute the first instruction. the first electronic device is configured to detect a preset operation of a user in a chat interface of an instant messaging application (S1601); the first electronic device is further configured to display a list in the chat interface in response to the preset operation, wherein the list comprises device information of one or more devices, the one or more devices are associated with a first account, and the first account is a logged-in account on the instant messaging application (S1602); the first electronic device is further configured to: when detecting an operation that the user selects the second electronic device from the list and enters a first instruction for the second electronic device (S1603), send the first instruction to the second electronic device (S1604); and the second electronic device is configured to execute the first instruction.
A binary multispectral filter , comprising: a plurality of layers , wherein the plurality of layers includes a set of high refractive index layers associated with a first refractive index and a set of low refractive index layers associated with a second refractive index that is less than the first refractive index, wherein the plurality of layers form a plurality of channels to direct a plurality of wavelengths of light, wherein a plurality of cross-sectional areas of a plurality of component filters corresponding to the plurality of channels is varied to configure a response associated with the plurality of channels to a particular response; wherein a first component filter is associated with a first wavelength of light and a second component filter is associated with a second wavelength of light; and wherein at least two component filters, of the plurality of component filters , are associated with a common wavelength, and have different cross-sectional areas wherein a net cross-sectional area of the at least two component filters is configured to response balance the at least two component filters with another component filter of the plurality of component filters wherein the plurality of layers includes a set of high refractive index layers associated with a first refractive index and a set of low refractive index layers associated with a second refractive index that is less than the first refractive index, wherein the plurality of layers form a plurality of channels to direct a plurality of wavelengths of light, wherein a plurality of cross-sectional areas of a plurality of component filters corresponding to the plurality of channels is varied to configure a response associated with the plurality of channels to a particular response; wherein a first component filter is associated with a first wavelength of light and a second component filter is associated with a second wavelength of light; and wherein at least two component filters, of the plurality of component filters , are associated with a common wavelength, and have different cross-sectional areas wherein a net cross-sectional area of the at least two component filters is configured to response balance the at least two component filters with another component filter of the plurality of component filters
A method for producing 1,2-propanediol, comprising the step of converting (R) and/or (R,S) lactaldehyde into 1,2-propanediol with at least one enzyme selected among YiaY of SEQ ID NO: 3, functional fragments of SEQ ID NO: 3, and functional mutants having at least 60% sequence identity to SEQ ID NO:3.
Apparatus, comprising at least one processor , at least one memory including computer program code, and the at least one processor, with the at least one memory and the computer program code, being arranged to cause the apparatus to at least perform at least determining, for plural measured data pairs each comprising a respective one of a downlink traffic volume of a cell and a downlink traffic bitrate of the cell and a related downlink Physical Resource Block, PRB,, a correlation between the one of the downlink traffic volumes and the downlink traffic bitrates and the downlink PRB; checking if the correlation is smaller than a predetermined correlation threshold; deciding that the cell is a problematic cell if the correlation is smaller than the correlation threshold. determining, for plural measured data pairs each comprising a respective one of a downlink traffic volume of a cell and a downlink traffic bitrate of the cell and a related downlink Physical Resource Block, PRB,, a correlation between the one of the downlink traffic volumes and the downlink traffic bitrates and the downlink PRB; checking if the correlation is smaller than a predetermined correlation threshold; deciding that the cell is a problematic cell if the correlation is smaller than the correlation threshold.
A method performed by an access and mobility management function, AMF, in a wireless communication system, the method comprising: receiving , from a session management function, SMF, information indicating occurrence of downlink data; determining whether a terminal is a mobile initiated communication only, MICO, mode terminal; transmitting , to the SMF, information indicating that the terminal is the MICO mode terminal; receiving , from the SMF, information on a first buffering time to buffer the downlink data, wherein the buffering time is determined based on a communication pattern of the terminal including information on a time at which the terminal is to be reachable; executing a timer according to the first buffering time; receiving, from the SMF, information indicating occurrence of another downlink data; receiving, from the SMF, information on a second buffering time for the another downlink data, wherein the second buffering time is different from the first buffering time; updating a value of the timer to the second buffering time and executing the timer based on the updated value; receiving , from the terminal, a service request message; determining whether the timer has expired; and if the timer has not expired, determining that there is downlink pending data to be transmitted to the terminal and transmitting, to a base station as part of a session establishment-related message, a pending data indication to maintain the wireless resource of the terminal longer because there is data to be transmitted to the terminal. receiving , from a session management function, SMF, information indicating occurrence of downlink data; determining whether a terminal is a mobile initiated communication only, MICO, mode terminal; transmitting , to the SMF, information indicating that the terminal is the MICO mode terminal; receiving , from the SMF, information on a first buffering time to buffer the downlink data, wherein the buffering time is determined based on a communication pattern of the terminal including information on a time at which the terminal is to be reachable; executing a timer according to the first buffering time; receiving, from the SMF, information indicating occurrence of another downlink data; receiving, from the SMF, information on a second buffering time for the another downlink data, wherein the second buffering time is different from the first buffering time; updating a value of the timer to the second buffering time and executing the timer based on the updated value; receiving , from the terminal, a service request message; determining whether the timer has expired; and if the timer has not expired, determining that there is downlink pending data to be transmitted to the terminal and transmitting, to a base station as part of a session establishment-related message, a pending data indication to maintain the wireless resource of the terminal longer because there is data to be transmitted to the terminal.
A color correction table creation method for creating a color correction table for correcting a device-dependent value (b' i ) used as printing data to be input to a printing apparatus , the color correction table creation method comprising: an output value acquisition step of acquiring, as an output value (Lab i ), a colorimetric result for a printed matter created by inputting a specific device-dependent value (b i ) to the printing apparatus ; an input value acquisition step of acquiring, as an input value (b' i ) for the color correction table, a device-dependent value that corresponds to the output value (Lab i ) as a device-independent value in an A2B table derived from another printed matter created by a reference printing apparatus; a correction value acquisition step of acquiring the specific device-dependent value as a correction value (b i ) corresponding to the input value (b' i ); and a creation step of creating the color correction table utilizing a correspondence relationship between the input value (b' i ) and the correction value (b i ). an output value acquisition step of acquiring, as an output value (Lab i ), a colorimetric result for a printed matter created by inputting a specific device-dependent value (b i ) to the printing apparatus ; an input value acquisition step of acquiring, as an input value (b' i ) for the color correction table, a device-dependent value that corresponds to the output value (Lab i ) as a device-independent value in an A2B table derived from another printed matter created by a reference printing apparatus; a correction value acquisition step of acquiring the specific device-dependent value as a correction value (b i ) corresponding to the input value (b' i ); and a creation step of creating the color correction table utilizing a correspondence relationship between the input value (b' i ) and the correction value (b i ).
A vascular treatment apparatus comprising: an elongated intraluminal member shaped and dimensioned for passage through blood vessels of a subject, the intraluminal member including a proximal end and a distal end, the intraluminal member comprising: a sheath defining a lumen extending from the proximal end to the distal end, a wire disposed within the lumen extending from the proximal end to the distal end, the wire being rotatable within the sheath , wherein a distal end of the wire comprises a vein wall disruptor that is extended in use from the lumen so as to damage an inner wall of a blood vessel, wherein the distal end of the wire is axially offset from the proximal end when it is extended from the lumen; wherein the vein wall disruptor is configured to scrape tissue from the inner wall of the blood vessel, and comprises structures forming tissue storing regions which retain the scraped tissue within the disruptor; wherein the structures comprise a plurality of cavities formed in a roughened surface of the vein wall disruptor; and a fluid channel configured to deliver a fluid to the distal end of the elongated intraluminal member , said fluid channel in communication with a source of sclerosant located at the proximal end of the intraluminal member . a sheath defining a lumen extending from the proximal end to the distal end, a wire disposed within the lumen extending from the proximal end to the distal end, the wire being rotatable within the sheath , wherein a distal end of the wire comprises a vein wall disruptor that is extended in use from the lumen so as to damage an inner wall of a blood vessel, wherein the distal end of the wire is axially offset from the proximal end when it is extended from the lumen; wherein the vein wall disruptor is configured to scrape tissue from the inner wall of the blood vessel, and comprises structures forming tissue storing regions which retain the scraped tissue within the disruptor; wherein the structures comprise a plurality of cavities formed in a roughened surface of the vein wall disruptor; and a fluid channel configured to deliver a fluid to the distal end of the elongated intraluminal member , said fluid channel in communication with a source of sclerosant located at the proximal end of the intraluminal member .