mhurhangee/patent-ind-claim-en huggingface dataset:
A method for enhancing hydrocarbon production comprising: obtaining a plurality of hydrocarbon samples from a target subsurface interval ; analyzing each of the plurality of hydrocarbon samples for geochemical signature comprising clumped isotope and/or position specific isotope geochemistry , wherein the method is CHARACTERIZED BY ; converting each of the clumped isotope and/or position specific isotope geochemistry signatures to temperature for each of the plurality of hydrocarbon samples 206) whereby said temperature is a temperature at which a particular process occurs in a hydrocarbon system and the temperature is an equilibrium signature; comparing said temperature of at least two of the plurality of hydrocarbon samples ; determining whether gas has originated from the target interval or from a different interval through comparison of the temperatures; and adjusting a recovery strategy based on the determination . obtaining a plurality of hydrocarbon samples from a target subsurface interval ; analyzing each of the plurality of hydrocarbon samples for geochemical signature comprising clumped isotope and/or position specific isotope geochemistry , wherein the method is CHARACTERIZED BY ; converting each of the clumped isotope and/or position specific isotope geochemistry signatures to temperature for each of the plurality of hydrocarbon samples 206) whereby said temperature is a temperature at which a particular process occurs in a hydrocarbon system and the temperature is an equilibrium signature; comparing said temperature of at least two of the plurality of hydrocarbon samples ; determining whether gas has originated from the target interval or from a different interval through comparison of the temperatures; and adjusting a recovery strategy based on the determination .
A method for configuring neighbor cells for a terminal flying in the air, performed by a network device, comprising: determining (S101) neighbor cell information based on neighbor cell configuration information, the neighbor cell configuration information comprising neighbor cells corresponding to the network device at different height levels or height ranges; and sending (S102) the neighbor cell information to the terminal, the neighbor cell information being configured to instruct the terminal to determine neighbor cells corresponding to a height level or height range at which the terminal is located; wherein before determining the neighbor cell information, the method further comprises: receiving the neighbor cell configuration information sent by a network control device, wherein, the neighbor cell configuration information comprises a sequence, and each element in the sequence corresponds to a different height level or height range. determining (S101) neighbor cell information based on neighbor cell configuration information, the neighbor cell configuration information comprising neighbor cells corresponding to the network device at different height levels or height ranges; and sending (S102) the neighbor cell information to the terminal, the neighbor cell information being configured to instruct the terminal to determine neighbor cells corresponding to a height level or height range at which the terminal is located; wherein before determining the neighbor cell information, the method further comprises: receiving the neighbor cell configuration information sent by a network control device, wherein, the neighbor cell configuration information comprises a sequence, and each element in the sequence corresponds to a different height level or height range.
A backflow prevention assembly for use with a dispenser , comprising: a housing comprising first and second members attached to one another; the first housing member comprising a cover at least partially surrounding the housing and comprising at least one vent therethrough, the at least one vent configured to provide an escape for back-siphoning pressure; the second housing member comprising first and second quick attach connectors configured to be fluidly coupled to an inlet tube and an outlet tube , wherein the first and second housing members define a closed flow path from the first quick attach connector to the second quick attach connector , and wherein the first and second quick attach connectors each comprise a generally round extrusion extending generally downwardly from the second housing member and having an aperture therethrough to provide access to the second housing member , and non-threaded connection grooves substantially surrounding the extrusions and configured to fluidly connect the inlet and outlet tubes ; and a flow control fluidly coupled to the housing and configured to prevent the backflow of a liquid into the inlet tube . a housing comprising first and second members attached to one another; the first housing member comprising a cover at least partially surrounding the housing and comprising at least one vent therethrough, the at least one vent configured to provide an escape for back-siphoning pressure; the second housing member comprising first and second quick attach connectors configured to be fluidly coupled to an inlet tube and an outlet tube , wherein the first and second housing members define a closed flow path from the first quick attach connector to the second quick attach connector , and wherein the first and second quick attach connectors each comprise a generally round extrusion extending generally downwardly from the second housing member and having an aperture therethrough to provide access to the second housing member , and non-threaded connection grooves substantially surrounding the extrusions and configured to fluidly connect the inlet and outlet tubes ; and a flow control fluidly coupled to the housing and configured to prevent the backflow of a liquid into the inlet tube .
A connection system (S) for temporarily electrically connecting a catenary (C) to a circulation rail (R) of a railway, the connection system (S) comprising: - a support leg extending vertically along an axis Z, - a linking arm comprising an electrical connection end configured to be mechanically connected to the catenary (C) and a fastening end connected to the support leg by a steering mechanism , the linking arm being configured to transition at least between a resting position (P1) and a connection position (P5) for connecting to the catenary (C), and - an electrical cable connected, on the one hand, to the connection end of the linking arm and configured to be connected, on the other hand, to the circulation rail (R) of a railway, the connection system (S) being characterised in that the steering mechanism is configured to adjust the angular position of the linking arm about the axis Z so as to position the connection end above the catenary (C) and to adjust the vertical position of the linking arm in order to disconnect/connect the connection end from/to the catenary (C). - a support leg extending vertically along an axis Z, - a linking arm comprising an electrical connection end configured to be mechanically connected to the catenary (C) and a fastening end connected to the support leg by a steering mechanism , the linking arm being configured to transition at least between a resting position (P1) and a connection position (P5) for connecting to the catenary (C), and - an electrical cable connected, on the one hand, to the connection end of the linking arm and configured to be connected, on the other hand, to the circulation rail (R) of a railway,
Arrangement for a vehicle, in particular for a motor vehicle , comprising a roof , a roof bar and a fixing means for fixing the roof bar to the roof , the roof comprising a first sheet and a second sheet extending parallel or substantially parallel to one another, in particular a first sheet and a second sheet extending in longitudinal and transverse or substantially longitudinal and transverse planes, the fixing means : - extending along a main axis (A) perpendicular or substantially perpendicular to the first sheet and to the second sheet , - comprising an adjustable spacer along the main axis (A) of the fixing means , the adjustable spacer being arranged between the first sheet and the second sheet , and - comprising a nut fixed to the roof bar , in particular fixed to the roof bar by crimping, and a screw , the screw being able to cooperate with the nut after having passed through the second sheet , the adjustable spacer and the first sheet , characterized in that the adjustable spacer is intended to extend under the action of screwing the screw inside the adjustable spacer so as to come into contact with the first sheet and with the second sheet , wherein the adjustable spacer comprises a tapped barrel , in particular a tapped barrel that is fixed in relation to the second sheet , and a threaded cylinder , the threaded cylinder cooperating with the tapped barrel such that the threaded cylinder is unscrewed from the tapped barrel during screwing of the screw into the adjustable spacer , characterized in that the threaded cylinder is in contact with the first sheet via an annular surface that is located at the axial end of the threaded cylinder and supports, and prevents any deformation of, the first sheet . - extending along a main axis (A) perpendicular or substantially perpendicular to the first sheet and to the second sheet , - comprising an adjustable spacer along the main axis (A) of the fixing means , the adjustable spacer being arranged between the first sheet and the second sheet , and - comprising a nut fixed to the roof bar , in particular fixed to the roof bar by crimping, and a screw , the screw being able to cooperate with the nut after having passed through the second sheet , the adjustable spacer and the first sheet , characterized in that the adjustable spacer is intended to extend under the action of screwing the screw inside the adjustable spacer so as to come into contact with the first sheet and with the second sheet , wherein the adjustable spacer comprises a tapped barrel , in particular a tapped barrel that is fixed in relation to the second sheet , and a threaded cylinder , the threaded cylinder cooperating with the tapped barrel such that the threaded cylinder is unscrewed from the tapped barrel during screwing of the screw into the adjustable spacer , characterized in that the threaded cylinder is in contact with the first sheet via an annular surface that is located at the axial end of the threaded cylinder and supports, and prevents any deformation of, the first sheet .
An imaging optical system comprising: a first optical unit having positive refractive power for making an image plane at an enlargement-side of the imaging optical system and an intermediate image conjugate to each other; and a second optical unit having positive refractive power for making the intermediate image and an image plane at a reduction-side of the imaging optical system conjugate to each other, characterized in that , the second optical unit comprises a negative lens disposed on the optical axis closest to the enlargement side, and when a focal length of the first optical unit is denoted by fF, a focal length of the second optical unit is denoted by fR and a focal length of the negative lens is denoted by f1, the following conditions are satisfied: 0.0 < fF / fR < 0.8 , and − 12.0 < f 1 / fF ≤ − 2.480 . a first optical unit having positive refractive power for making an image plane at an enlargement-side of the imaging optical system and an intermediate image conjugate to each other; and a second optical unit having positive refractive power for making the intermediate image and an image plane at a reduction-side of the imaging optical system conjugate to each other, characterized in that , the second optical unit comprises a negative lens disposed on the optical axis closest to the enlargement side, and when a focal length of the first optical unit is denoted by fF, a focal length of the second optical unit is denoted by fR and a focal length of the negative lens is denoted by f1, the following conditions are satisfied: 0.0 < fF / fR < 0.8 , and − 12.0 < f 1 / fF ≤ − 2.480 .
An operation display panel-incorporated article comprising: a thin layer being made of a wood derived from nature, a natural fiber, a natural leather or a natural stone, or a resin, synthetic fiber or artificial stone produced to mimic natural appearance being arranged on the circumference surface of the housing so that the thin layer at least covers the whole display panel with a touch sensor integrated at the circumference surface of the housing; and a panel being furnished with, at least, a transparent base material , a transparent conductive sheet , a light emitting element array having light emitting element being 2-dimensionally arrayed, and a light guide ; wherein the thickness of the thin layer and the panel brightness are designed so that contents displayed on the panel concerned can be visually recognized characterized in that the light guide has through holes disposed along the optical axis of each light emitting element for guiding the light emitting direction of the light emitting element in the direction perpendicular to the light emitting element array . a thin layer being made of a wood derived from nature, a natural fiber, a natural leather or a natural stone, or a resin, synthetic fiber or artificial stone produced to mimic natural appearance being arranged on the circumference surface of the housing so that the thin layer at least covers the whole display panel with a touch sensor integrated at the circumference surface of the housing; and a panel being furnished with, at least, a transparent base material , a transparent conductive sheet , a light emitting element array having light emitting element being 2-dimensionally arrayed, and a light guide ; wherein the thickness of the thin layer and the panel brightness are designed so that contents displayed on the panel concerned can be visually recognized characterized in that the light guide has through holes disposed along the optical axis of each light emitting element for guiding the light emitting direction of the light emitting element in the direction perpendicular to the light emitting element array .
A method of designing computer networks comprising assessing the impact of the introduction of an application into a network before the application is introduced into the real network, the method comprising the steps of: determining a representation of the network ; determining a security policy for a node of the network ; determining communications requirements for the particular application that is intended to be executed within said node of the network ; and conducting an impact analysis to determine whether said communications requirements are met and/or exceeded at said node, thereby determining whether or not the particular application will function as required; the method further comprising at least one of: adjusting the representation of said network; and adjusting said security policy. determining a representation of the network ; determining a security policy for a node of the network ; determining communications requirements for the particular application that is intended to be executed within said node of the network ; and conducting an impact analysis to determine whether said communications requirements are met and/or exceeded at said node, thereby determining whether or not the particular application will function as required; the method further comprising at least one of: adjusting the representation of said network; and adjusting said security policy. adjusting the representation of said network; and adjusting said security policy.
A fine silver particle dispersing solution consisting of: a glycol ether solvent having a boiling point of 150 to 300 °C; fine silver particles which are coated with an amine having a carbon number of 8 to 12 as an organic protective material and which have an average primary particle diameter of greater than 100 nm and not greater than 300 nm; as calculated by an image analysis software on a scanning electron micrograph, and an acrylic dispersing agent being a dispersing agent of methacrylic acid butyl ester, the amount of the acrylic dispersing agent being in the range of from 0.1% by weight to 5 % by weight with respect to that of the fine silver particles. a glycol ether solvent having a boiling point of 150 to 300 °C; fine silver particles which are coated with an amine having a carbon number of 8 to 12 as an organic protective material and which have an average primary particle diameter of greater than 100 nm and not greater than 300 nm; as calculated by an image analysis software on a scanning electron micrograph, and an acrylic dispersing agent being a dispersing agent of methacrylic acid butyl ester, the amount of the acrylic dispersing agent being in the range of from 0.1% by weight to 5 % by weight with respect to that of the fine silver particles.
A reinforcing fiber mat manufacturing apparatus, comprising a hitting mechanism that comes into contact with a reinforcing fiber bundle to split the reinforcing fiber bundle into a plurality of pieces , and disperses the plurality of pieces, wherein the hitting mechanism includes a rotation shaft , a pair of rotation plates attached to portions of the rotation shaft apart from each other, and a plurality of hitting pieces arranged to extend in parallel to the rotation shaft between the pair of rotation plates.
A method of identifying navigable elements along which traffic flow is affected by adverse weather conditions in a navigable network within a geographic area, the method comprising: obtaining weather data indicative of weather conditions in the geographic area; obtaining positional data relating to the movement of a plurality of devices along a navigable element with respect to time; using the positional data to determine a current speed of travel along the navigable element; the method characterised by comparing the determined current speed of travel to a free flow speed for the navigable element; determining that the traffic flow along the navigable element is affected by a weather event, in response to said comparison indicating that: the current speed of travel along the navigable element is reduced relative to the free flow speed for the navigable element, and said reduction is less than a threshold associated with identifying a congestion event as affecting the navigable element; anc in response to the navigable element being determined to be affected by one or more adverse weather conditions based on the weather data obtained; and generating data indicative of a weather event affecting traffic flow along the navigable element. obtaining weather data indicative of weather conditions in the geographic area; obtaining positional data relating to the movement of a plurality of devices along a navigable element with respect to time; using the positional data to determine a current speed of travel along the navigable element; the method characterised by comparing the determined current speed of travel to a free flow speed for the navigable element; determining that the traffic flow along the navigable element is affected by a weather event, in response to said comparison indicating that: the current speed of travel along the navigable element is reduced relative to the free flow speed for the navigable element, and said reduction is less than a threshold associated with identifying a congestion event as affecting the navigable element; anc in response to the navigable element being determined to be affected by one or more adverse weather conditions based on the weather data obtained; and the current speed of travel along the navigable element is reduced relative to the free flow speed for the navigable element, and said reduction is less than a threshold associated with identifying a congestion event as affecting the navigable element; anc generating data indicative of a weather event affecting traffic flow along the navigable element.
Headrest for a motor vehicle seat, said headrest comprising: - two parallel metal rods intended to be mounted at the seat back top of said seat, - a case made of moulded energy absorbing plastic in case of impact of the head of a passenger, said case having two conduits coming from moulding, each one of said conduits receiving one of said rods by sliding in such a way as to allow for an adjusting in height of said case, each one of said conduits being provided with a top bearing and a low bearing having at their periphery two opposite flexible tabs according to a first direction , each one of said bearings being provided with a spring in the form of a spring steel metal wire folded in such a way as to have a general U shape, the branches of the U bearing on each one of said tabs in such a way as to pinch said rods between said tabs, said headrest being characterised in that : - the free end portions of said branches are disposed in such a way as to be able to bear against stops coming from the moulding of said bearing concerned, so that said stops can take up a portion of the pinching force exerted by said branches to limit their bearing on said tabs, - the median portion of said spring is disposed at a distance from the corresponding rod in such a way that, in its zone furthest from said rod, the difference between the axis of said rod and the axis of said zone, according to a second direction perpendicular to said first direction and to the direction of extension of said rod, is greater than or equal to 15 mm. - two parallel metal rods intended to be mounted at the seat back top of said seat, - a case made of moulded energy absorbing plastic in case of impact of the head of a passenger, said case having two conduits coming from moulding, each one of said conduits receiving one of said rods by sliding in such a way as to allow for an adjusting in height of said case, each one of said conduits being provided with a top bearing and a low bearing having at their periphery two opposite flexible tabs according to a first direction , each one of said bearings being provided with a spring in the form of a spring steel metal wire folded in such a way as to have a general U shape, the branches of the U bearing on each one of said tabs in such a way as to pinch said rods between said tabs, - the free end portions of said branches are disposed in such a way as to be able to bear against stops coming from the moulding of said bearing concerned, so that said stops can take up a portion of the pinching force exerted by said branches to limit their bearing on said tabs, - the median portion of said spring is disposed at a distance from the corresponding rod in such a way that, in its zone furthest from said rod, the difference between the axis of said rod and the axis of said zone, according to a second direction perpendicular to said first direction and to the direction of extension of said rod, is greater than or equal to 15 mm.