mhurhangee/patent-ind-claim-en huggingface dataset:
A blender for batch blending an oil having a first total base number -TBN-with a composition having a second TBN that is higher than the first TBN to produce a blended composition with a desired third TBN for use as a cylinder oil in a two-stroke compression ignited crosshead combustion engine , the blender comprising: - a tank for containing at least one of the oil having the first TBN and the composition having the second TBN, - a weight sensor operably coupled to the tank and configured to produce an output indicative of the weight of the tank and a content of the tank , and - a controller configured to receive the output from the weight sensor , - the controller being configured to perform a calibration process wherein the controller is configured to record the output of the weight sensor multiple times at intervals for a predetermined period of time, to determine an average of the recorded outputs of the weight sensor , and to store the determined average as an initial weight of the tank . - a tank for containing at least one of the oil having the first TBN and the composition having the second TBN, - a weight sensor operably coupled to the tank and configured to produce an output indicative of the weight of the tank and a content of the tank , and - a controller configured to receive the output from the weight sensor , - the controller being configured to perform a calibration process wherein the controller is configured to record the output of the weight sensor multiple times at intervals for a predetermined period of time, to determine an average of the recorded outputs of the weight sensor , and to store the determined average as an initial weight of the tank .
A computer-implemented method , comprising: receiving , by at least one hardware processor , a binary software code; inspecting , by the at least one hardware processor, the binary software code to determine at least one Common Vulnerability Scoring Standard, CVSS, factor, wherein the at least one CVSS factor comprises an attack vector factor and wherein inspecting the binary software code comprises: scanning the binary software code to identify text strings encoded in the binary software code, determining a number of text strings related to network functionalities in the binary software code based on identified text strings encoded in the binary software code, and determining the attack vector factor based on a comparison between the number of text strings related to network functionalities in the binary software code and a configured threshold number for network functionalities; and determining , by the at least one hardware processor, a CVSS score based on the at least one CVSS factor. receiving , by at least one hardware processor , a binary software code; inspecting , by the at least one hardware processor, the binary software code to determine at least one Common Vulnerability Scoring Standard, CVSS, factor, wherein the at least one CVSS factor comprises an attack vector factor and wherein inspecting the binary software code comprises: scanning the binary software code to identify text strings encoded in the binary software code, determining a number of text strings related to network functionalities in the binary software code based on identified text strings encoded in the binary software code, and determining the attack vector factor based on a comparison between the number of text strings related to network functionalities in the binary software code and a configured threshold number for network functionalities; and scanning the binary software code to identify text strings encoded in the binary software code, determining a number of text strings related to network functionalities in the binary software code based on identified text strings encoded in the binary software code, and determining the attack vector factor based on a comparison between the number of text strings related to network functionalities in the binary software code and a configured threshold number for network functionalities; and determining , by the at least one hardware processor, a CVSS score based on the at least one CVSS factor.
An air compressor unit for vehicle to be mounted on a vehicle, comprising: an air compressor for compressing sucked air; an electric motor for driving the air compressor ; an after-cooler for cooling compressed air generated in the air compressor ; wherein the air compressor and the electric motor being arranged one above the other characterized in that the after-cooler includes: an air compressor cooling fan configured to cool the air compressor ; and a further after-cooler cooling fan for generating cooling air flow for the after-cooler ; a first cooling unit having a first flow passage in which the compressed air generated in the air compressor flows and which is cooled by the cooling air flow generated by the air compressor cooling fan ; and a second cooling unit having a second flow passage into which the compressed air cooled in the first cooling unit flows and configured to be cooled by the cooling air flow generated by the after-cooler cooling fan . an air compressor for compressing sucked air; an electric motor for driving the air compressor ; an after-cooler for cooling compressed air generated in the air compressor ; wherein the air compressor and the electric motor being arranged one above the other characterized in that the after-cooler includes: an air compressor cooling fan configured to cool the air compressor ; and a further after-cooler cooling fan for generating cooling air flow for the after-cooler ; a first cooling unit having a first flow passage in which the compressed air generated in the air compressor flows and which is cooled by the cooling air flow generated by the air compressor cooling fan ; and a second cooling unit having a second flow passage into which the compressed air cooled in the first cooling unit flows and configured to be cooled by the cooling air flow generated by the after-cooler cooling fan . an air compressor cooling fan configured to cool the air compressor ; and a further after-cooler cooling fan for generating cooling air flow for the after-cooler ; a first cooling unit having a first flow passage in which the compressed air generated in the air compressor flows and which is cooled by the cooling air flow generated by the air compressor cooling fan ; and a second cooling unit having a second flow passage into which the compressed air cooled in the first cooling unit flows and configured to be cooled by the cooling air flow generated by the after-cooler cooling fan .
A method of building a video program extract , comprising: at a server system with one or more processors and memory storing programs configured for execution by the one or more processors: identifying one or more search query groups , wherein each search query group includes one or more search queries, submitted by a plurality of users within a predefined span of time, that were identified as equivalent; identifying a plurality of search query spikes from the one or more search query groups, wherein each search query spike corresponds to a respective search query group, and wherein a frequency for submitting queries from the respective search query group during a corresponding spike period exceeds a frequency for submitting queries from the respective search query group during an average span of time by a predefined threshold amount; correlating a subset of the search query spikes to a video program broadcast during the predefined span of time, wherein each correlated search query spike corresponds to a respective location in the video program, the subset comprising a plurality of correlated search query spikes; identifying, for each respective location in the video program, a video scene boundary before and after the location; constructing a snippet of the video program by stitching together a plurality of portions of the video program that contain the locations corresponding to the plurality of correlated search query spikes, wherein the portions extend to the identified video scene boundaries; and generating, for each video portion in the snippet and based on the respective location, a link to the video portion in the broadcast video program. identifying one or more search query groups , wherein each search query group includes one or more search queries, submitted by a plurality of users within a predefined span of time, that were identified as equivalent; identifying a plurality of search query spikes from the one or more search query groups, wherein each search query spike corresponds to a respective search query group, and wherein a frequency for submitting queries from the respective search query group during a corresponding spike period exceeds a frequency for submitting queries from the respective search query group during an average span of time by a predefined threshold amount; correlating a subset of the search query spikes to a video program broadcast during the predefined span of time, wherein each correlated search query spike corresponds to a respective location in the video program, the subset comprising a plurality of correlated search query spikes; identifying, for each respective location in the video program, a video scene boundary before and after the location; constructing a snippet of the video program by stitching together a plurality of portions of the video program that contain the locations corresponding to the plurality of correlated search query spikes, wherein the portions extend to the identified video scene boundaries; and generating, for each video portion in the snippet and based on the respective location, a link to the video portion in the broadcast video program.
An apparatus suitable for detecting an image, comprising: a plurality of pixels configured to generate an electric signal upon exposure to a radiation; an electronics system associated with each of the pixels, wherein the electronics system is configured to receive electric signals shifted from an electronics system of an upstream pixel and to shift out electric signals to an electronic system of a downstream pixel; wherein the electronics system comprises a first memory on a first signal path and a second memory on a second signal path , both signal paths being between an input terminal and an output terminal of the electronics system; wherein each of the first memory and the second memory is configured to: store an electric signal generated by the pixel the electronics system is associated with; store an electric signal shifted from the electronics system of an upstream pixel; and transmit an electric signal to the electronics system of a downstream pixel; and wherein the electronics system comprises a first switch arranged at the input terminal and a second switch arranged at the output terminal, the first and second switches being configured to select one of the signal paths, wherein the first signal path is selected unless the first memory is defective. a plurality of pixels configured to generate an electric signal upon exposure to a radiation; an electronics system associated with each of the pixels, wherein the electronics system is configured to receive electric signals shifted from an electronics system of an upstream pixel and to shift out electric signals to an electronic system of a downstream pixel; wherein the electronics system comprises a first memory on a first signal path and a second memory on a second signal path , both signal paths being between an input terminal and an output terminal of the electronics system; wherein each of the first memory and the second memory is configured to: store an electric signal generated by the pixel the electronics system is associated with; store an electric signal shifted from the electronics system of an upstream pixel; and transmit an electric signal to the electronics system of a downstream pixel; and wherein the electronics system comprises a first switch arranged at the input terminal and a second switch arranged at the output terminal, the first and second switches being configured to select one of the signal paths, wherein the first signal path is selected unless the first memory is defective.
A wheel axle guiding assembly for a running gear of a rail vehicle, comprising: - an axle box assembly defining a revolution axis , which is horizontal when the wheel axle guiding assembly is in a standard operational position, and a steering direction , which is perpendicular to the revolution axis and horizontal when the wheel axle guiding assembly is in the standard operational position; - a support assembly ; and - a hydro-mechanical guiding assembly fixed to the axle box assembly and to the support assembly to allow a fore-and-aft movement of the axle box assembly relative to the support assembly parallel to the steering direction , wherein the hydro-mechanical guiding assembly comprises: a first variable volume hydraulic chamber and a second variable volume hydraulic chamber between the support assembly and the axle box assembly such that a movement of the axle box assembly relative to the support assembly in the steering direction results in a reduction of an internal volume of the one of the first and second variable volume hydraulic chambers and a corresponding increase of an internal volume of the other of the first and second variable volume hydraulic chambers ; characterised in that the hydro-mechanical guiding assembly further comprises a set of one or more elastomeric bodies , which form deformable walls of the first variable volume hydraulic chamber and second variable volume hydraulic chamber and constitute load-dependent pressurising means such that an increase in a vertical load applied by the support assembly on the axle box assembly in the standard operational position of the wheel axle guiding assembly results in a pressure increase in the first variable volume hydraulic chamber and second variable volume hydraulic chamber . - an axle box assembly defining a revolution axis , which is horizontal when the wheel axle guiding assembly is in a standard operational position, and a steering direction , which is perpendicular to the revolution axis and horizontal when the wheel axle guiding assembly is in the standard operational position; - a support assembly ; and - a hydro-mechanical guiding assembly fixed to the axle box assembly and to the support assembly to allow a fore-and-aft movement of the axle box assembly relative to the support assembly parallel to the steering direction , wherein the hydro-mechanical guiding assembly comprises: a first variable volume hydraulic chamber and a second variable volume hydraulic chamber between the support assembly and the axle box assembly such that a movement of the axle box assembly relative to the support assembly in the steering direction results in a reduction of an internal volume of the one of the first and second variable volume hydraulic chambers and a corresponding increase of an internal volume of the other of the first and second variable volume hydraulic chambers ;
A method implemented in a wireless device for communicating real time data communication requirements to a network entity for applications running on the wireless device , the method comprising: identifying a change in a data communication requirement for an application running on an application layer of a communication reference model of the wireless device (S400); wherein the change in the data requirement include at least one of starting the application, pausing the application, stopping the application, and any changes to the application that result in a change in data requirements above a threshold amount; providing to a lower layer of the communication reference model, the lower layer being lower than the application layer, a data profile, the data profile representing the change in the data requirements for the application running on the application layer of the wireless device (S402), wherein the lower layer of the communication reference model is a media access control, MAC, layer of an Open System Communication interconnection, OSI, communication reference model; creating an aggregate data profile, the aggregate data profile representing additional data profiles and the data profile, each of the additional data profiles representing changes in data requirements for corresponding applications running on the application layer of the wireless device (S404), wherein creating the aggregate data profile occurs at said MAC layer; and transmitting, to a network entity at a first predetermined time interval, an aggregate data profile message based on the aggregate data profile (S406). identifying a change in a data communication requirement for an application running on an application layer of a communication reference model of the wireless device (S400); wherein the change in the data requirement include at least one of starting the application, pausing the application, stopping the application, and any changes to the application that result in a change in data requirements above a threshold amount; providing to a lower layer of the communication reference model, the lower layer being lower than the application layer, a data profile, the data profile representing the change in the data requirements for the application running on the application layer of the wireless device (S402), wherein the lower layer of the communication reference model is a media access control, MAC, layer of an Open System Communication interconnection, OSI, communication reference model; creating an aggregate data profile, the aggregate data profile representing additional data profiles and the data profile, each of the additional data profiles representing changes in data requirements for corresponding applications running on the application layer of the wireless device (S404), wherein creating the aggregate data profile occurs at said MAC layer; and transmitting, to a network entity at a first predetermined time interval, an aggregate data profile message based on the aggregate data profile (S406).
Motor vehicle comprising an inner equipment vehicle element and a structural vehicle element connected to one another by at least one support device , the support device being constituted of a spacer of which an end has two parallel pre-maintaining lugs , while the opposite end of the spacer has retaining means engaging with complementary retaining means arranged on the inner equipment element , characterised in that the support spacer is constituted of an extended main body between these two ends (7a and 7b), one of the ends having two protruding lugs parallel to one another, the structural element comprising an attachment portion on the edge of which the pre-maintaining end is mounted overlapping, and the other end having a portion wider than the main body thus forming a T-shaped end .
Use of a support for supporting a first metal that exhibits a catalytic activity for methanation reaction of carbon monoxide, the support being formed of a carbonized material obtained by carbonizing raw materials being a mixture of an organic substance and Co as a second metal, wherein the support, when supporting Ni as the first metal, has: a ratio of a peak area in a range of from more than 853.5 eV to 860 eV or less to a peak area in a range of from 850 eV or more to 860 eV or less of 0.5 or more, the peak areas being obtained by XPS measurement of an electron state of 2p orbitals of the Ni; and a molar ratio of an H 2 desorption amount in a range of from 40°C to 800°C, which is obtained by an H 2 temperature-programmed desorption method after adsorbing H 2 onto the support under a stream of a 20 % H 2 gas with H 2 :He = 10:40 ml/min at 40°C for 30 minutes, to a CO desorption amount in a range of from 40°C to 800°C, which is obtained by a CO temperature-programmed desorption method after adsorbing CO onto the support under a stream of a 16 % CO gas with CO:He = 8:42 ml/min at 40°C for 30 minutes, of 0.3 or more. a ratio of a peak area in a range of from more than 853.5 eV to 860 eV or less to a peak area in a range of from 850 eV or more to 860 eV or less of 0.5 or more, the peak areas being obtained by XPS measurement of an electron state of 2p orbitals of the Ni; and a molar ratio of an H 2 desorption amount in a range of from 40°C to 800°C, which is obtained by an H 2 temperature-programmed desorption method after adsorbing H 2 onto the support under a stream of a 20 % H 2 gas with H 2 :He = 10:40 ml/min at 40°C for 30 minutes, to a CO desorption amount in a range of from 40°C to 800°C, which is obtained by a CO temperature-programmed desorption method after adsorbing CO onto the support under a stream of a 16 % CO gas with CO:He = 8:42 ml/min at 40°C for 30 minutes, of 0.3 or more.
A method performed by a first communication device for line-of-sight communication, in a cellular communication system comprising at least a second communication device, comprising obtaining positions of a plurality of communication devices in an environment of the first communication device; obtaining information about the environment of the first communication device; and generating a line-of-sight map using the positions of the plurality of communication devices and the information about the environment, the LOS map indicative of LOS communication paths between the plurality of communication devices, which can be used to determine which communication devices can act as relays. obtaining positions of a plurality of communication devices in an environment of the first communication device; obtaining information about the environment of the first communication device; and generating a line-of-sight map using the positions of the plurality of communication devices and the information about the environment, the LOS map indicative of LOS communication paths between the plurality of communication devices, which can be used to determine which communication devices can act as relays.
Method for the production of a cast part made of spheroidal graphite cast iron, characterized in that at least one modification body with a predominantly ferritic structure and containing a carrier material made of an iron-silicon alloy and 7-16 weight percent of boron is inserted into the casting system prior to casting.