mhurhangee/patent-ind-claim-en huggingface dataset:
A snow groomer comprising a winch assembly to aid handling of the snow groomer on steep slopes, the snow groomer comprising a frame ; a cab ; a control unit ; and said winch assembly , which comprises a support structure fixed to the frame , a drum that rotates with respect to the support structure about an axis (A1), a cable wound about the drum , an actuator assembly for rotating the drum about the axis (A1); the snow groomer being characterized in that it comprises a sensor for determining the position of the drum about the axis (A1); wherein the control unit comprises a memory for storing the geometry of the drum and is configured to control the cable as a function of the determined position of the drum and the geometry of the drum ; the snow groomer further comprising a display in the cab for showing the winding state of the drum on the basis of the signal emitted by the sensor and of the geometry of the drum ; wherein the winch assembly comprises a cable guide device movable with respect to the drum to position the cable in a given position with respect to the drum and an actuator for moving the cable guide device with respect to the drum ; said control unit being configured to calculate a position of said cable guide device as a function of the determined position of the drum and the geometry of the drum , and to control the actuator as a function of the calculated position.
A non-contact, non-radioactive densitometer system, comprising: a curved tube for containing an oilfield fluid; a mass measuring device connected to the curved tube ; a data acquisition system connected to the mass measuring device ; an antilog amplifier connected between the mass measuring device and the data acquisition system , the antilog amplifier configured to transform the mass of the curved tube into an exponential value which is then fed into the data acquisition system wherein the mass measuring device measures a mass of the curved tube and the data acquisition system calculate a density of the oilfield fluid in the curved tube based on the measured mass and the exponential value of the curved tube . a curved tube for containing an oilfield fluid; a mass measuring device connected to the curved tube ; a data acquisition system connected to the mass measuring device ; an antilog amplifier connected between the mass measuring device and the data acquisition system , the antilog amplifier configured to transform the mass of the curved tube into an exponential value which is then fed into the data acquisition system wherein the mass measuring device measures a mass of the curved tube and the data acquisition system calculate a density of the oilfield fluid in the curved tube based on the measured mass and the exponential value of the curved tube .
An antimicrobial mixture comprising : • one or more 4-(3-ethoxy-4-hydroxyphenyl)butan-2-one and salts thereof with an organic or inorganic acid or base, and solvates thereof such as the hydrates ; and • one or more alcohol compounds chosen from : - hydroxyacetophenone and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; - 5-chloro-2-(2,4-dichlorophenoxy)phenol and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; - sorbitan caprylate, and its optical isomers, and solvates thereof such as the hydrates; - the combination of 80 % to 90 % by weight, relative to the total weight of said combination, of xylityl sesquicaprylate and its optical isomers, and solvates thereof such as the hydrates and from 10% to 20% by weight of anhydroxylitol (especially 1,4-anhydroxylitol) and its optical isomers, and solvates thereof such as the hydrates; - 4-chloro-3,5-dimethylphenol and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; and - glyceryl caprylate and its optical isomers, and solvates thereof such as the hydrates. • one or more 4-(3-ethoxy-4-hydroxyphenyl)butan-2-one and salts thereof with an organic or inorganic acid or base, and solvates thereof such as the hydrates ; and • one or more alcohol compounds chosen from : - hydroxyacetophenone and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; - 5-chloro-2-(2,4-dichlorophenoxy)phenol and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; - sorbitan caprylate, and its optical isomers, and solvates thereof such as the hydrates; - the combination of 80 % to 90 % by weight, relative to the total weight of said combination, of xylityl sesquicaprylate and its optical isomers, and solvates thereof such as the hydrates and from 10% to 20% by weight of anhydroxylitol (especially 1,4-anhydroxylitol) and its optical isomers, and solvates thereof such as the hydrates; - 4-chloro-3,5-dimethylphenol and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; and - glyceryl caprylate and its optical isomers, and solvates thereof such as the hydrates. - hydroxyacetophenone and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; - 5-chloro-2-(2,4-dichlorophenoxy)phenol and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; - sorbitan caprylate, and its optical isomers, and solvates thereof such as the hydrates; - the combination of 80 % to 90 % by weight, relative to the total weight of said combination, of xylityl sesquicaprylate and its optical isomers, and solvates thereof such as the hydrates and from 10% to 20% by weight of anhydroxylitol (especially 1,4-anhydroxylitol) and its optical isomers, and solvates thereof such as the hydrates; - 4-chloro-3,5-dimethylphenol and salts thereof with an organic or inorganic base, and solvates thereof such as the hydrates; and - glyceryl caprylate and its optical isomers, and solvates thereof such as the hydrates.
Press device , comprising: a. a press ring for pressing together tubular workpieces in between; and b. at least a first and a second pivotable jaw ; wherein c. the first jaw comprises a first engagement section and the second jaw comprises a second engagement section ; and d. the press ring comprises a first and a second receiving section for receiving the first and the second engagement section of the press jaws , respectively; wherein e. a first and a second surface of the first and the second receiving section, respectively, contacting the first and the second engagement section, respectively, each comprise a planar surface; and f. the first engagement section comprises a first contact surface and the second engagement section comprises a second contact surface , wherein the first and the second contact surface oppose each other for applying a press force (F); wherein g. the first contact surface and the second contact surface each comprise at least one convex surface; characterized in that h. each radius of curvature (r) of the first and the second contact surface is larger than half a width (Wx, Wz), measured perpendicular to an axis of curvature , of the respective first and second contact surface . a. a press ring for pressing together tubular workpieces in between; and b. at least a first and a second pivotable jaw ; wherein c. the first jaw comprises a first engagement section and the second jaw comprises a second engagement section ; and d. the press ring comprises a first and a second receiving section for receiving the first and the second engagement section of the press jaws , respectively; wherein e. a first and a second surface of the first and the second receiving section, respectively, contacting the first and the second engagement section, respectively, each comprise a planar surface; and f. the first engagement section comprises a first contact surface and the second engagement section comprises a second contact surface , wherein the first and the second contact surface oppose each other for applying a press force (F); wherein g. the first contact surface and the second contact surface each comprise at least one convex surface; characterized in that h. each radius of curvature (r) of the first and the second contact surface is larger than half a width (Wx, Wz), measured perpendicular to an axis of curvature , of the respective first and second contact surface .
A method comprising: allocating (S6.1) a first IP address to a first interface of a client device for data communications using a first sub-flow over a first path, wherein the first IP address is allocated responsive to a first request from the client device; sending the first IP address to the client device; allocating (S6.2) a second IP address to a second interface of the client device for data communications using a second sub-flow over a second, different path, the second IP address being associated with the first IP address, wherein the second IP address is allocated responsive to a second request from the client device, the second request including a first association key; identifying the first association key in the second request; using the first client association key to identify a device-specific pool of IP addresses associated with the client device, wherein the first and second IP addresses are allocated from the device-specific pool of IP addresses; sending the second IP address to the client device; and sending (S6.3) information relating to the allocated first and second IP addresses for the client device to an aggregating device for aggregating the first and second sub-flows, when received from the client device, for providing aggregated data to a destination device. allocating (S6.1) a first IP address to a first interface of a client device for data communications using a first sub-flow over a first path, wherein the first IP address is allocated responsive to a first request from the client device; sending the first IP address to the client device; allocating (S6.2) a second IP address to a second interface of the client device for data communications using a second sub-flow over a second, different path, the second IP address being associated with the first IP address, wherein the second IP address is allocated responsive to a second request from the client device, the second request including a first association key; identifying the first association key in the second request; using the first client association key to identify a device-specific pool of IP addresses associated with the client device, wherein the first and second IP addresses are allocated from the device-specific pool of IP addresses; sending the second IP address to the client device; and sending (S6.3) information relating to the allocated first and second IP addresses for the client device to an aggregating device for aggregating the first and second sub-flows, when received from the client device, for providing aggregated data to a destination device.
An electrode device for use in delivery of electrical pulses to a desired tissue of a mammal, wherein the electrode device comprises: - a handle portion comprising a first electrode connection and a second electrode connection , - a first needle electrode comprising a first attachment end and a second needle electrode comprising a second attachment end , wherein the first and second attachment ends are configured for releasable attachment to the first electrode connection and the second electrode connection , respectively; characterised in that : - each one of the first and second electrode connections is configured with an inner electrode position and an outer electrode position , wherein the inner and outer electrode positions (111a,112a;111b,112b) are electrically conducting; and in that - each one of the first and second attachment ends is configured with an insulating part (121a,121'a) configured to electrically insulate one out of the inner electrode position and the outer electrode position when located therein, and configured with an electrically conducting part (121b,121'b) configured to conduct current supplied to the other one out of the inner electrode position or the outer electrode position when located therein. - a handle portion comprising a first electrode connection and a second electrode connection , - a first needle electrode comprising a first attachment end and a second needle electrode comprising a second attachment end , wherein the first and second attachment ends are configured for releasable attachment to the first electrode connection and the second electrode connection , respectively; characterised in that : - each one of the first and second electrode connections is configured with an inner electrode position and an outer electrode position , wherein the inner and outer electrode positions (111a,112a;111b,112b) are electrically conducting; and in that - each one of the first and second attachment ends is configured with an insulating part (121a,121'a) configured to electrically insulate one out of the inner electrode position and the outer electrode position when located therein, and configured with an electrically conducting part (121b,121'b) configured to conduct current supplied to the other one out of the inner electrode position or the outer electrode position when located therein. - each one of the first and second electrode connections is configured with an inner electrode position and an outer electrode position , wherein the inner and outer electrode positions (111a,112a;111b,112b) are electrically conducting; and in that - each one of the first and second attachment ends is configured with an insulating part (121a,121'a) configured to electrically insulate one out of the inner electrode position and the outer electrode position when located therein, and configured with an electrically conducting part (121b,121'b) configured to conduct current supplied to the other one out of the inner electrode position or the outer electrode position when located therein.
A magnetically dynamic damping assembly comprising: a damping unit including a housing wall extending between a base portion and a top portion bounding a main chamber therein, a partition including a diaphragm of elastic material disposed in said damping unit impermeably dividing said main chamber into sub-chambers, said diaphragm including at least one magnetically actuated element , said partition further including a fixed magnetic source for creating a magnetic field adjacent to said at least one magnetically actuated element , a source of electrical current including an energized condition wherein said source of electrical current provides current to said partition creating a magnetic field regulating said at least one magnetically actuated element of said diaphragm relative to said fixed magnetic source and a non-energized condition wherein said source of electric current does not provide current and said diaphragm is unrestricted to flex as a result of pressure changing in one of said sub-chambers , characterized in that said damping unit contains magnetorheological fluid and includes flow paths and a solenoid adjacent to said flow paths changing the viscosity of said magnetorheological fluid entering said flow paths . a damping unit including a housing wall extending between a base portion and a top portion bounding a main chamber therein, a partition including a diaphragm of elastic material disposed in said damping unit impermeably dividing said main chamber into sub-chambers, said diaphragm including at least one magnetically actuated element , said partition further including a fixed magnetic source for creating a magnetic field adjacent to said at least one magnetically actuated element , a source of electrical current including an energized condition wherein said source of electrical current provides current to said partition creating a magnetic field regulating said at least one magnetically actuated element of said diaphragm relative to said fixed magnetic source and a non-energized condition wherein said source of electric current does not provide current and said diaphragm is unrestricted to flex as a result of pressure changing in one of said sub-chambers , characterized in that said damping unit contains magnetorheological fluid and includes flow paths and a solenoid adjacent to said flow paths changing the viscosity of said magnetorheological fluid entering said flow paths .
A multi-band phased array antenna , comprising: a backplane ; a first array of first radiating elements mounted in front of a front surface of the backplane , the first radiating elements disposed in a first vertically-disposed column and configured to form a first antenna beam that points in a first direction; a second array (230-1) of second radiating elements mounted in front of the front surface of the backplane , the second radiating elements disposed in a second vertically-disposed column and configured to form a second antenna beam that points in a second direction that is different than the first direction; a third array (230-2) of third radiating elements mounted in front of the front surface of the backplane , the third radiating elements disposed in a third vertically-disposed column and configured to form a third antenna beam that points in a third direction that is different than the first direction and the second direction, characterized in that : a plurality of radio frequency, "RF", lenses that are in a vertically-disposed column are in front of the front surface of the backplane , and a respective one of the second radiating elements and a respective one of the third radiating elements are positioned between the backplane and each RF lens , and wherein at least some of the first radiating elements are positioned between the RF lenses . a backplane ; a first array of first radiating elements mounted in front of a front surface of the backplane , the first radiating elements disposed in a first vertically-disposed column and configured to form a first antenna beam that points in a first direction; a second array (230-1) of second radiating elements mounted in front of the front surface of the backplane , the second radiating elements disposed in a second vertically-disposed column and configured to form a second antenna beam that points in a second direction that is different than the first direction; a third array (230-2) of third radiating elements mounted in front of the front surface of the backplane , the third radiating elements disposed in a third vertically-disposed column and configured to form a third antenna beam that points in a third direction that is different than the first direction and the second direction, characterized in that : a plurality of radio frequency, "RF", lenses that are in a vertically-disposed column are in front of the front surface of the backplane , and a respective one of the second radiating elements and a respective one of the third radiating elements are positioned between the backplane and each RF lens , and wherein at least some of the first radiating elements are positioned between the RF lenses . a plurality of radio frequency, "RF", lenses that are in a vertically-disposed column are in front of the front surface of the backplane , and a respective one of the second radiating elements and a respective one of the third radiating elements are positioned between the backplane and each RF lens , and wherein at least some of the first radiating elements are positioned between the RF lenses .
A process of dry milling particulate materials, the process comprising: dry milling the particulate materials with a plastic milling media having a hardness on the Brinell Scale in the range of 3 to 100; wherein at least one of the particulate materials is a layered material of graphite, in the presence of a non-layered material of silicon; wherein the milling media has a surface energy equivalent to the surface energy of the layered material; wherein the dry milling exfoliates the layered material to obtain an exfoliated material of graphene having a particle size of 10 microns by 5 nm thick, or less, and an aspect ratio of from 5 to 200; and wherein the dry milling composites the non-layered material with the exfoliated material. dry milling the particulate materials with a plastic milling media having a hardness on the Brinell Scale in the range of 3 to 100; wherein at least one of the particulate materials is a layered material of graphite, in the presence of a non-layered material of silicon; wherein the milling media has a surface energy equivalent to the surface energy of the layered material; wherein the dry milling exfoliates the layered material to obtain an exfoliated material of graphene having a particle size of 10 microns by 5 nm thick, or less, and an aspect ratio of from 5 to 200; and wherein the dry milling composites the non-layered material with the exfoliated material.
Composition comprising : - potassium bicarbonate ; - at least one excipient selected from anionic surfactants belonging to the taurate family, said excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient; and - at least one additional excipient selected from anionic polyelectrolyte polymer surfactants, non-ionic surfactants, cationic surfactants, and any combination thereof; the anionic polyelectrolyte polymer surfactants being selected from sulphonates, and any combination thereof; the non-ionic surfactants being selected from ethoxylated alcohols, and any combination thereof; the cationic surfactants being selected from organo-mineral polymers, and any combination thereof; said additional excipient preferably being water-soluble; said additional excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient. - potassium bicarbonate ; - at least one excipient selected from anionic surfactants belonging to the taurate family, said excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient; and - at least one additional excipient selected from anionic polyelectrolyte polymer surfactants, non-ionic surfactants, cationic surfactants, and any combination thereof; the anionic polyelectrolyte polymer surfactants being selected from sulphonates, and any combination thereof; the non-ionic surfactants being selected from ethoxylated alcohols, and any combination thereof; the cationic surfactants being selected from organo-mineral polymers, and any combination thereof; said additional excipient preferably being water-soluble; said additional excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient.