mhurhangee/ep-ind-claims huggingface dataset:
A method for spectrum sensing management and control in a cognitive radio system with a cognitive radio base station and cognitive radio subscribers having sensors, comprising: obtaining a list of spectrum opportunities and predetermined operating parameters from a geo-location policy database; sending sensor control data to the sensors of the cognitive radio subscribers, the sensor control data including the list of spectrum opportunities and sensor configuration; sensing one or more spectrum opportunities from the list of spectrum opportunities at the cognitive radio subscribers based on the sensor control data received from the cognitive radio base station, the cognitive radio subscriber generating sensing feedback information in response thereto; sending the sensing feedback information back to the cognitive radio base station; combining the sensing results received in various sensing feedback information and comparing to the predetermined operating parameters obtained from the geo-location policy database; iteratively ranking the comparison results by the cognitive radio base station based on a multistage ranking technique, thereby generating a ranked channel list and updated sensor control data; and transmitting the ranked channel list and updated sensor control data to the cognitive radio subscribers thereby providing the cognitive radio subscribers with a notification of a set of channels to be sensed, and sensor configuration information, to provide sensor control and management. obtaining a list of spectrum opportunities and predetermined operating parameters from a geo-location policy database; sending sensor control data to the sensors of the cognitive radio subscribers, the sensor control data including the list of spectrum opportunities and sensor configuration; sensing one or more spectrum opportunities from the list of spectrum opportunities at the cognitive radio subscribers based on the sensor control data received from the cognitive radio base station, the cognitive radio subscriber generating sensing feedback information in response thereto; sending the sensing feedback information back to the cognitive radio base station; combining the sensing results received in various sensing feedback information and comparing to the predetermined operating parameters obtained from the geo-location policy database; iteratively ranking the comparison results by the cognitive radio base station based on a multistage ranking technique, thereby generating a ranked channel list and updated sensor control data; and transmitting the ranked channel list and updated sensor control data to the cognitive radio subscribers thereby providing the cognitive radio subscribers with a notification of a set of channels to be sensed, and sensor configuration information, to provide sensor control and management.
A turbine engine assembly, comprising: a turbine engine case extending along an axis between an upstream end and a downstream end, wherein the case includes a plurality of discrete axial segments including a first segment and a second segment that is downstream of the first segment; a gearbox; and a plurality of gearbox mounts connecting the gearbox to the case, and the gearbox mounts comprising an axial mount (76,77) and a radial mount; wherein the axial mount (76,77) extends axially in an upstream direction from the gearbox to the case and wherein the axial mount (76,77) connects the gearbox to the first segment; and wherein the radial mount extends in a direction substantially perpendicular to the axis from the gearbox to the case, and the radial mount connects the gearbox to the second segment. a turbine engine case extending along an axis between an upstream end and a downstream end, wherein the case includes a plurality of discrete axial segments including a first segment and a second segment that is downstream of the first segment; a gearbox; and a plurality of gearbox mounts connecting the gearbox to the case, and the gearbox mounts comprising an axial mount (76,77) and a radial mount; wherein the axial mount (76,77) extends axially in an upstream direction from the gearbox to the case and wherein the axial mount (76,77) connects the gearbox to the first segment; and wherein the radial mount extends in a direction substantially perpendicular to the axis from the gearbox to the case, and the radial mount connects the gearbox to the second segment.
A water-soluble packaging comprising at least two compartments, which packaging contains a first liquid low-water washing or cleaning agent containing less than 15 wt.% water, a second liquid low-water washing or cleaning agent containing less than 15 wt.% water and a water-soluble wrapping, wherein the first liquid low-water washing or cleaning agent contains an optical brightener and anionic and non-ionic surfactant and the second liquid low-water washing or cleaning agent contains a dye transfer inhibitor and anionic and non-ionic surfactant.
A cutting tool comprising: a housing; a pair of cutting blades (14, 18) at least partially extending from the housing, at least a first of the cutting blades (14, 18) is movable; a drive mechanism including a cam and a ratchet mechanism, at least a portion of the ratchet mechanism is drivably coupled to the first cutting blade (14, 18); and a motor for providing torque to the cam to actuate the ratchet mechanism. a housing; a pair of cutting blades (14, 18) at least partially extending from the housing, at least a first of the cutting blades (14, 18) is movable; a drive mechanism including a cam and a ratchet mechanism, at least a portion of the ratchet mechanism is drivably coupled to the first cutting blade (14, 18); and a motor for providing torque to the cam to actuate the ratchet mechanism.
A wound core including a portion in which grain-oriented electrical steel sheets in which planar portions and bent portions are alternately continuous in a longitudinal direction are stacked in a sheet thickness direction, wherein the wound core is formed by stacking the grain-oriented electrical steel sheets that have been individually bent in layers and assembled into a wound shape, characterized in that, when an average length of a roughness curve element in a width direction intersecting the longitudinal direction forming a surface of the bent portion of the grain-oriented electrical steel sheet is RSm(b), and an average length of the roughness curve element in the width direction forming a surface of the planar portion of the grain-oriented electrical steel sheet is RSm(s), the relationship of 1.00<RSm(b)/RSm(s)≤5.00 is satisfied.
A process comprising bringing a compound of general formula into the gaseous or aerosol state and depositing the compound of general formula from the gaseous or aerosol state onto a solid substrate, wherein R 1 and R 4 are independent of each other an alkyl group, an aryl group or a trialkylsilyl group, R 2, R 3, R 5 and R 6 are independent of each other hydrogen, an alkyl group, an aryl group or a trialkylsilyl group, n is an integer from 1 to 3, M is Ni or Co, X is a ligand which coordinates M, and m is an integer from 0 to 4. R 1 and R 4 are independent of each other an alkyl group, an aryl group or a trialkylsilyl group, R 2, R 3, R 5 and R 6 are independent of each other hydrogen, an alkyl group, an aryl group or a trialkylsilyl group, n is an integer from 1 to 3, M is Ni or Co, X is a ligand which coordinates M, and m is an integer from 0 to 4.
An adjuster assembly for manually adjusting the position of a brake pad relative to a brake rotor of a disc brake, the assembly comprising: a continuous wear sensor; a manual rewind apparatus to manually reset the position of the brake pad when replacement thereof is required; the manual rewind apparatus comprising a shaft arranged to extend into a housing of the disc brake; and a cover that receives the continuous wear sensor and the manual rewind apparatus; wherein the continuous wear sensor is arranged to be located within the housing of the disc brake and is located proximate to the shaft, characterised in that the manual rewind apparatus, the continuous wear sensor and the cover are combined into a single assembly that can be fitted to and removed from said housing as a single unit. a continuous wear sensor; a manual rewind apparatus to manually reset the position of the brake pad when replacement thereof is required; the manual rewind apparatus comprising a shaft arranged to extend into a housing of the disc brake; and a cover that receives the continuous wear sensor and the manual rewind apparatus; wherein the continuous wear sensor is arranged to be located within the housing of the disc brake and is located proximate to the shaft, characterised in that the manual rewind apparatus, the continuous wear sensor and the cover are combined into a single assembly that can be fitted to and removed from said housing as a single unit.
A method for configuring a plurality of tiles representing graphical user interface objects displayed in a graphical user interface, the method comprising: receiving an initial state of the tiles displayed on the graphical user interface, wherein the initial state represents an initial configuration of the tiles and includes a group of two or more tiles that have overlapping boundaries; deriving, via one or more computer processors, one or more secondary states for display of the tiles on the graphical user interface from the initial state by rearranging the tiles in the initial state; calculating one or more scores for the initial state of the tiles displayed on the graphical user interface and the secondary states for display of the tiles on the graphical user interface; determining, based on the scores, a selected state from among the initial state and the one or more secondary states as a display state to be displayed on the user interface; and generating a state list that includes the initial state and the one or more secondary states sorted in increasing order of their scores; wherein deriving the one or more secondary states includes generating one or more child states for display of the tiles on the graphical user interface from a parent state for display of the tiles on the graphical user interface that has not been previously used for generating child states. receiving an initial state of the tiles displayed on the graphical user interface, wherein the initial state represents an initial configuration of the tiles and includes a group of two or more tiles that have overlapping boundaries; deriving, via one or more computer processors, one or more secondary states for display of the tiles on the graphical user interface from the initial state by rearranging the tiles in the initial state; calculating one or more scores for the initial state of the tiles displayed on the graphical user interface and the secondary states for display of the tiles on the graphical user interface; determining, based on the scores, a selected state from among the initial state and the one or more secondary states as a display state to be displayed on the user interface; and generating a state list that includes the initial state and the one or more secondary states sorted in increasing order of their scores; wherein deriving the one or more secondary states includes generating one or more child states for display of the tiles on the graphical user interface from a parent state for display of the tiles on the graphical user interface that has not been previously used for generating child states.
A method for positioning a micro-tool of a micro-manipulator device by using a positioning gauge of the micro-manipulator device carrying out a micro operation on an inspection object by the micro-manipulator device which has a holding part capable of detachably holding either the micro-tool or the positioning gauge, the micro-tool having a tool attachment part provided at a position away from a front end of the micro-tool toward a base end of the micro-tool by a prescribed distance set beforehand, the positioning gauge having a gauge attachment part provided at a position away from a mark provided at a front end portion of the positioning gauge toward a base end of the positioning gauge by a distance which has the same length as the prescribed distance, wherein the method comprises a positioning gauge positioning process of placing a gauge surface of the front end portion of the positioning gauge on a dish-shaped member made of a transparent material placed at a prescribed position on a table of a microscope while the gauge attachment part of the positioning gauge is fixed to the holding part, and aligning the mark with an optical axis of an object lens of the microscope; and a micro-tool attachment process of fixing the tool attachment part of the micro-tool to the holding part after removing the gauge attachment part of the positioning gauge from the holding part.
A dross processing assembly, comprising: a stirring station at which dross in a first dross pan is stirred; and a pressing station at which dross in a second dross pan that was previously stirred by the stirring station is pressed simultaneously with the stirring of the dross in the first dross pan. a stirring station at which dross in a first dross pan is stirred; and a pressing station at which dross in a second dross pan that was previously stirred by the stirring station is pressed simultaneously with the stirring of the dross in the first dross pan.
A variable machine tool capable of multi-axis machining, comprising: a base frame; a first rotating frame rotating on the base frame and comprising a first sliding member sliding along a circumference while being contact-supported through an interior diameter; a second rotating frame cross-disposed inside the first rotating frame to rotate in a direction crossing the first rotating frame, and comprising a second sliding member sliding along a circumference while being contact-supported through an interior diameter; and a spindle of which position and posture displacement is adjusted when the first sliding member and the second sliding member slide by interworking with rotation of the first rotating frame and the second rotating frame, the spindle being installed while passing through the first sliding member and the second sliding member, wherein the spindle and the first sliding member are in a fixed contact state the spindle is rotatably disposed at a contact area with the second sliding member the first and second slinding member (140, 160) are spaced apart from each other, a protrusion end is provided at the first rotating frame in a direction in which the diameter extends a plurality of holes is formed in the protrusion end and spaced apart from each other at a predetermined interval a body portion in the base frame, comprising a ring-shaped upper body disposed at an outer side at an interval with the first rotating frame and a hemispherical lower body protruding to a lower side of the upper body, a pair of first driving motors connected so as to rotate the first rotating frame and a pair of second driving motors connected so as to rotate the second rotating frame are mounted on the upper body in a crossing direction, and wherein the pair of first driving motors and the pair of second driving motors are fixed to the base frame by a first bracket and a second bracket for surrounding each driving motor (121a, 121b) housing thereof. a base frame; a first rotating frame rotating on the base frame and comprising a first sliding member sliding along a circumference while being contact-supported through an interior diameter; a second rotating frame cross-disposed inside the first rotating frame to rotate in a direction crossing the first rotating frame, and comprising a second sliding member sliding along a circumference while being contact-supported through an interior diameter; and a spindle of which position and posture displacement is adjusted when the first sliding member and the second sliding member slide by interworking with rotation of the first rotating frame and the second rotating frame, the spindle being installed while passing through the first sliding member and the second sliding member,
A method comprising: exchanging, at a user equipment, UE, second communication path availability information between the UE and another UE, wherein the exchanging comprises sending and receiving session initiation protocol, SIP, messages comprising the second communication path availability information over a first communication path; changing a communication session by re-routing traffic flows to the second communication path based on the second communication path availability information; in response to changing the communication session, sending to and receiving from the other UE data corresponding to an internet protocol, IP, flow over the second communication path, wherein the IP flow comprises a first IP flow and wherein the method further comprises sending to and receiving from the other UE data corresponding to a second IP flow over the first communication path, wherein in response to changing the communication session the first IP flow is communicated over the second communication path and the second IP flow is communicated over the first communication path. exchanging, at a user equipment, UE, second communication path availability information between the UE and another UE, wherein the exchanging comprises sending and receiving session initiation protocol, SIP, messages comprising the second communication path availability information over a first communication path; changing a communication session by re-routing traffic flows to the second communication path based on the second communication path availability information; in response to changing the communication session, sending to and receiving from the other UE data corresponding to an internet protocol, IP, flow over the second communication path, wherein the IP flow comprises a first IP flow and wherein the method further comprises sending to and receiving from the other UE data corresponding to a second IP flow over the first communication path, wherein in response to changing the communication session the first IP flow is communicated over the second communication path and the second IP flow is communicated over the first communication path.
A method for calculating a humidity value of clothes in a clothes dryer, comprising: for each of a plurality of first time periods: acquiring (S 1) a first plurality of sampling points of a humidity sensor during the first time period, and extracting (S2, S202) a maximum value (X1, X2, X3, Xn) from the plurality of sampling points; generating a maximum-value accumulated value by adding the extracted maximum values (X1, X2, X3, Xn); acquiring (S3, S205) the maximum-value accumulated value during a second time period, the second time period including the plurality of first time periods, and generating an average value during the second time period by dividing the maximum-value accumulated value during the second time period by the second time period; acquiring (S4, S207), after generating the average value, a plurality of current sampling points during a current first time period, and acquiring a current maximum value of the current sampling points; generating a current humidity value according to the current maximum value and the average value; wherein the current humidity value is generated by the following formula: the current humidity value = the average value ∗ 0.995 + the current maximum value ∗ 0.005. for each of a plurality of first time periods: acquiring (S 1) a first plurality of sampling points of a humidity sensor during the first time period, and extracting (S2, S202) a maximum value (X1, X2, X3, Xn) from the plurality of sampling points; acquiring (S 1) a first plurality of sampling points of a humidity sensor during the first time period, and extracting (S2, S202) a maximum value (X1, X2, X3, Xn) from the plurality of sampling points; generating a maximum-value accumulated value by adding the extracted maximum values (X1, X2, X3, Xn); acquiring (S3, S205) the maximum-value accumulated value during a second time period, the second time period including the plurality of first time periods, and generating an average value during the second time period by dividing the maximum-value accumulated value during the second time period by the second time period; acquiring (S4, S207), after generating the average value, a plurality of current sampling points during a current first time period, and acquiring a current maximum value of the current sampling points; generating a current humidity value according to the current maximum value and the average value; wherein the current humidity value is generated by the following formula: the current humidity value = the average value ∗ 0.995 + the current maximum value ∗ 0.005.
Process for the recovery of polymer-grade acrylic acid having a content by weight of acrylic acid higher than 99.5%, comprising a content of total aldehydes < 3 ppm, and the contents of following impurities: protoanemonin < 5 ppm, maleic anhydride < 100 ppm, non-phenolic polymerization inhibitors < 10 ppm, in the absence of organic solvent, from a gaseous reaction mixture comprising acrylic acid obtained by gas-phase oxidation of a precursor of the acrylic acid, comprising at least the following stages: i) the gaseous reaction mixture is subjected to dehydration without using azeotropic solvent in a first distillation column, referred to as dehydration column, resulting in a top stream, at least a portion of which is condensed and sent back to the dehydration column in the form of reflux, and in a bottom stream; ii) the dehydration column bottom stream is subjected, at least in part, to distillation in a second column, referred to as finishing column, resulting in a top stream and in a bottom stream comprising heavy compounds; iii) a purified (meth)acrylic acid stream of polymer grade is recovered by drawing off a sidestream from the finishing column; characterized in that it is carried out in the presence of at least one agent for the chemical treatment of the aldehydes which makes it possible to reduce, down to a very low level, the content of the aldehydes, said chemical treatment agent reacting with the aldehydes present to form heavy reaction products which can be more easily separated from the acrylic acid, said chemical treatment agent reacting with the aldehydes being selected from hydrazine and its salts, said chemical treatment agent reacting with the aldehydes being introduced at step ii). i) the gaseous reaction mixture is subjected to dehydration without using azeotropic solvent in a first distillation column, referred to as dehydration column, resulting in a top stream, at least a portion of which is condensed and sent back to the dehydration column in the form of reflux, and in a bottom stream; ii) the dehydration column bottom stream is subjected, at least in part, to distillation in a second column, referred to as finishing column, resulting in a top stream and in a bottom stream comprising heavy compounds; iii) a purified (meth)acrylic acid stream of polymer grade is recovered by drawing off a sidestream from the finishing column;
A method for towing a sensor streamer array in a body of water, comprising: towing a plurality of sensor streamers behind a survey vessel in the water; characterized by applying a lateral deflecting force at selected positions along at least one streamer, such that the at least one streamer is maintained in a selected geometry in the water relative to the trajectory of the geophysical energy source. towing a plurality of sensor streamers behind a survey vessel in the water; characterized by applying a lateral deflecting force at selected positions along at least one streamer, such that the at least one streamer is maintained in a selected geometry in the water relative to the trajectory of the geophysical energy source.