mhurhangee/patent-ind-claim-en huggingface dataset:
Anti-tilt spring mechanism and tension mounting mechanism for a ball and socket mounting device , consisting of an outer ball shell provided with a guide member disposed in an outer housing ; an inner ball disposed in the outer ball shell and having a neck portion , a slit and a slide with bore ; a socket , and a cap , with a mounting disc , provided with an adjustment screw , being attached to the neck portion of the inner ball , characterised in that the inner ball , situated in an outer ball shell inserted into the outer housing and provided with a guide member comprising a bore , and having an inner cavity , a neck portion , and with a slide with bore disposed on the mounting faces of the longitudinal cavity thereof, is positioned in such a manner that the bore of the slide with bore is attached to the guide member of the outer ball shell , one or more expediently configured elastic bodies inserted into the inner cavity of the inner ball are in contact with or attached to the guide member of the outer ball shell and the interior surface of the inner ball , such that the rotation of the inner ball is counteracted by the torque produced by the force arising from the deformation of the elastic body effected by the rotation of the inner ball .
A wellhead assembly with an axis , comprising: an outer wellhead member , the outer wellhead member having a locking profile on an inner surface; an inner tubular wellhead member , the inner tubular wellhead member being operable to land within the outer wellhead member , defining a seal pocket between the inner tubular wellhead member and the outer wellhead member ; a seal ring located in the seal pocket ; a seal energizing ring selectively urging the seal ring into sealing engagement with the outer wellhead member and the inner tubular wellhead member , an annular lock ring carried with the seal energizing ring , the annular lock ring selectively engaging the locking profile ; and a lock energizing ring selectively retaining the annular lock ring in engagement with the locking profile ; characterized in that an upper end of the inner tubular wellhead member selectively engages a downward facing shoulder of the seal energizing ring , an annular gland is secured to the seal ring ; and the annular gland is threaded to the lock energizing ring , the annular lock ring being carried axially between an upper end surface of annular gland and sloped outer surface of lock energizing ring , sloped outer surface being a generally downward facing annular shoulder. an outer wellhead member , the outer wellhead member having a locking profile on an inner surface; an inner tubular wellhead member , the inner tubular wellhead member being operable to land within the outer wellhead member , defining a seal pocket between the inner tubular wellhead member and the outer wellhead member ; a seal ring located in the seal pocket ; a seal energizing ring selectively urging the seal ring into sealing engagement with the outer wellhead member and the inner tubular wellhead member , an annular lock ring carried with the seal energizing ring , the annular lock ring selectively engaging the locking profile ; and a lock energizing ring selectively retaining the annular lock ring in engagement with the locking profile ; characterized in that an upper end of the inner tubular wellhead member selectively engages a downward facing shoulder of the seal energizing ring , an annular gland is secured to the seal ring ; and the annular gland is threaded to the lock energizing ring , the annular lock ring being carried axially between an upper end surface of annular gland and sloped outer surface of lock energizing ring , sloped outer surface being a generally downward facing annular shoulder.
Polypropylene composition comprising a. 37.0 to 95.0 wt%, based on the total weight of the composition, of a polypropylene base material (PBM) wherein the polypropylene base material (PBM) is i. a propylene homopolymer (hPP) and/or ii. a propylene copolymer (cPP); and b. 4.5 to 50.0 wt%, based on the total weight of the composition, of a carbon fibre (CF); and c. 0.5 to 13.0 wt%, based on the total weight of the composition, of an adhesion promoter (AP), wherein the carbon fibre (CF) comprised in the composition is in the form of a roving and has an average fibre length in the range of 4.0 to 17.0 mm, the composition being present in the form of particles with the components a) and c) forming the polymer matrix (PM) having a melt flow rate MFR 2 (230°C, 2.16 kg) measured according to ISO 1133 in the range of 12.0 to 250 g/10 min and wherein the average particle length of the composition corresponds to the average fibre length of the carbon fibre (CF), and wherein the propylene homopolymer (hPP) has a1. a melting temperature measured according to ISO 11357-3 of at least 150 °C and/or b1. a xylene cold soluble (XCS) content of ≤ 4.0 wt%, based on the total weight of the propylene homopolymer (hPP), the propylene copolymer (cPP) is a heterophasic propylene copolymer (HECO) having a2 . a xylene cold soluble (XCS) content of > 5.0 wt%, based on the total weight of the heterophasic propylene copolymer (HECO), and/or b2. a comonomer content of ≤ 30.0 mol%, based on the total weight of the heterophasic propylene copolymer (HECO), and wherein the polypropylene base material (PBM) and the adhesion promoter (AP) are the only polymeric compounds in the composition. a. 37.0 to 95.0 wt%, based on the total weight of the composition, of a polypropylene base material (PBM) wherein the polypropylene base material (PBM) is i. a propylene homopolymer (hPP) and/or ii. a propylene copolymer (cPP); and i. a propylene homopolymer (hPP) and/or ii. a propylene copolymer (cPP); and b. 4.5 to 50.0 wt%, based on the total weight of the composition, of a carbon fibre (CF); and c. 0.5 to 13.0 wt%, based on the total weight of the composition, of an adhesion promoter (AP), a1. a melting temperature measured according to ISO 11357-3 of at least 150 °C and/or b1. a xylene cold soluble (XCS) content of ≤ 4.0 wt%, based on the total weight of the propylene homopolymer (hPP), . a xylene cold soluble (XCS) content of > 5.0 wt%, based on the total weight of the heterophasic propylene copolymer (HECO), and/or b2. a comonomer content of ≤ 30.0 mol%, based on the total weight of the heterophasic propylene copolymer (HECO), and
A stator assembly for a continuously variable transmission, CVT, the CVT comprising a plurality of traction planet assemblies arranged angularly about a main axle defining a longitudinal axis of the CVT, the traction planet assemblies being in contact with a traction sun assembly located radially inward of the traction planet assemblies and coaxial with the main axle, and the CVT comprising first and second traction rings in contact with each of the traction planet assemblies, the stator assembly comprising: a first stator having a plurality of guide slots ; a second stator coupled to and coaxial with the first stator and the main axle, the second stator having a plurality of radially off-set guide slots , the second stator being configured to rotate about the main axle relative to the first stator, wherein the traction planet assemblies are configured to couple to the guide slots of the first and second stator; a reaction plate coupled to the first stator and coaxial with the first and second stators; a plurality of eccentric gears coupled to the second stator and the reaction plate, each eccentric gear of the plurality of eccentric gears comprising a cam lobe extending from an associated reaction lobe , the plurality of cam lobes being coupled to a number of guide slots provided on the reaction plate, the plurality of reaction lobes being slidingly coupled to a number of guide bores provided on the second stator, each cam lobe having a rotation center that is off-set from a rotational center of the associated reaction lobe; and a stator driver coupled to each of the eccentric gears. a first stator having a plurality of guide slots ; a second stator coupled to and coaxial with the first stator and the main axle, the second stator having a plurality of radially off-set guide slots , the second stator being configured to rotate about the main axle relative to the first stator, wherein the traction planet assemblies are configured to couple to the guide slots of the first and second stator; a reaction plate coupled to the first stator and coaxial with the first and second stators; a plurality of eccentric gears coupled to the second stator and the reaction plate, each eccentric gear of the plurality of eccentric gears comprising a cam lobe extending from an associated reaction lobe , the plurality of cam lobes being coupled to a number of guide slots provided on the reaction plate, the plurality of reaction lobes being slidingly coupled to a number of guide bores provided on the second stator, each cam lobe having a rotation center that is off-set from a rotational center of the associated reaction lobe; and a stator driver coupled to each of the eccentric gears.
A repulpable, re-closeable flexible package comprising: repulpable front and back walls , each including a first side , a second side , a top and a bottom ; the repulpable front and back walls being joined together at the respective first sides, second sides and bottoms; a re-closeable mouth defined by the top of the front wall and the top of the back wall; and a repulpable zipper positioned at the top of the front wall and the top of the back wall , the repulpable zipper including at least one interlocking element connected to the front wall and at least one interlocking element connected to the back wall ; the repulpable zipper being movable between a first open position that disengages the at least one interlocking element connected to the front wall from the at least one interlocking element connected to the back wall and a second closed position that engages the at least one interlocking element connected to the front wall to the at least one interlocking element connected to the back wall ; characterized in that the repulpable zipper includes 40% to 60% by weight of a water-soluble flexible polymer and 40% to 60% by weight of a plant-based cellulose material. repulpable front and back walls , each including a first side , a second side , a top and a bottom ; the repulpable front and back walls being joined together at the respective first sides, second sides and bottoms; a re-closeable mouth defined by the top of the front wall and the top of the back wall; and a repulpable zipper positioned at the top of the front wall and the top of the back wall , the repulpable zipper including at least one interlocking element connected to the front wall and at least one interlocking element connected to the back wall ; the repulpable zipper being movable between a first open position that disengages the at least one interlocking element connected to the front wall from the at least one interlocking element connected to the back wall and a second closed position that engages the at least one interlocking element connected to the front wall to the at least one interlocking element connected to the back wall ; characterized in that the repulpable zipper includes 40% to 60% by weight of a water-soluble flexible polymer and 40% to 60% by weight of a plant-based cellulose material.
Laser device comprising: ▪ a device housing , ▪ a measuring means , which is at least partially arranged inside the device housing , and ▪ a first connecting means connected to the device housing and intended for connecting the laser device to a holding fixture , the first connecting means having a first magnetic connecting element and a first plug-in element , characterized in that the laser device is formed as a laser receiver and the device housing is formed in two parts, comprising a main housing and a protective housing , which surrounds the main housing , the first connecting means being arranged in the protective housing . ▪ a device housing , ▪ a measuring means , which is at least partially arranged inside the device housing , and ▪ a first connecting means connected to the device housing and intended for connecting the laser device to a holding fixture , the first connecting means having a first magnetic connecting element and a first plug-in element , characterized in that the laser device is formed as a laser receiver and the device housing is formed in two parts, comprising a main housing and a protective housing , which surrounds the main housing , the first connecting means being arranged in the protective housing . the first connecting means having a first magnetic connecting element and a first plug-in element , characterized in that the laser device is formed as a laser receiver and the device housing is formed in two parts, comprising a main housing and a protective housing , which surrounds the main housing , the first connecting means being arranged in the protective housing .
A method for reporting channel state information, wherein the method comprises: receiving, by a base station, a first reference signal sent by user equipment; sending, by the base station, a first parameter set and a second reference signal to the user equipment, wherein the first parameter set is obtained by the base station by measuring the first reference signal; and receiving, by the base station, a third parameter set sent by the user equipment, wherein the third parameter set comprises a relative value between a parameter in a second parameter set and a parameter in the first parameter set, wherein the second parameter set is obtained by the user equipment by measuring the second reference signal, and the third parameter set and the first parameter set are used by the base station to determine a precoding matrix. receiving, by a base station, a first reference signal sent by user equipment; sending, by the base station, a first parameter set and a second reference signal to the user equipment, wherein the first parameter set is obtained by the base station by measuring the first reference signal; and receiving, by the base station, a third parameter set sent by the user equipment, wherein the third parameter set comprises a relative value between a parameter in a second parameter set and a parameter in the first parameter set, wherein the second parameter set is obtained by the user equipment by measuring the second reference signal, and the third parameter set and the first parameter set are used by the base station to determine a precoding matrix.
An electromagnetic clutch assembly comprising: a first clutch plate configured to rotate about a clutch axis ; and a second clutch plate configured to rotate about the clutch axis, the second clutch plate comprising: a first surface facing the first clutch plate ; and a second surface facing away from the first clutch plate, wherein the second clutch plate defines an aperture extending from the first surface to the second surface, a synchronizer , wherein at least a portion of the synchronizer is configured to extend from the second surface of the second clutch plate through the aperture, wherein, in the absence of a magnetic field, the first clutch plate and the first surface of the second clutch plate define an air gap and the portion of the synchronizer extends through the aperture into the air gap, wherein, in response to a first magnetic field, a surface of the synchronizer is configured to contact the first clutch plate, and wherein, in response to a second magnetic field, the synchronizer is configured to translate in the aperture toward the second surface of the second clutch plate and the first clutch plate and the first surface of the second clutch plate are configured to close the air gap. a first clutch plate configured to rotate about a clutch axis ; and a second clutch plate configured to rotate about the clutch axis, the second clutch plate comprising: a first surface facing the first clutch plate ; and a second surface facing away from the first clutch plate, wherein the second clutch plate defines an aperture extending from the first surface to the second surface, a first surface facing the first clutch plate ; and a second surface facing away from the first clutch plate, wherein the second clutch plate defines an aperture extending from the first surface to the second surface, a synchronizer , wherein at least a portion of the synchronizer is configured to extend from the second surface of the second clutch plate through the aperture, wherein, in the absence of a magnetic field, the first clutch plate and the first surface of the second clutch plate define an air gap and the portion of the synchronizer extends through the aperture into the air gap, wherein, in response to a first magnetic field, a surface of the synchronizer is configured to contact the first clutch plate, and wherein, in response to a second magnetic field, the synchronizer is configured to translate in the aperture toward the second surface of the second clutch plate and the first clutch plate and the first surface of the second clutch plate are configured to close the air gap.
An arrangement for stopping a door for opening and closing a space, such as the cargo space of a vehicle, in the open position thereof, of the type comprising a fixed base part suitable for being mounted below the body of the vehicle, which constitutes the support structure of the door , a stop lever mounted on the fixed base , pivoting between a rest position and a stop position of the door in its open position, a handle for actuating the pivoting of the lever , the handle being made in the form of a separate part, which is mounted on the lever , pivoting about an axis provided on the lever , in a locking position of the handle on the fixed base , against a return spring , when the lever is in its stop position of the door , characterized in that it comprises means for returning the lever to its rest position and in that the return means are formed by compression return spring means mounted in a circular housing and bearing by one end on a stop face secured to the fixed base and a stop surface secured to the lever , the pivoting of the lever in its stop position causing the compression of the compression return spring means .
Window glass for vehicle comprising a glass plate , an antenna conductor and a conductive film provided on the glass plate , characterized in that : the conductive film includes a slot , the slot has a plurality of vertical slot parts having an open end that opens at an opposing outer edge part at an upper part of the conductive film , opposing the antenna conductor located on an outer side of an outer film edge of the conductive film , the plurality of vertical slot parts extending in a direction away from the opposing outer edge part , and the antenna conductor is formed between a glass edge and the open end that opens at the opposing outer edge part of the conductive film at an upper part of the window glass for vehicle. the conductive film includes a slot , the slot has a plurality of vertical slot parts having an open end that opens at an opposing outer edge part at an upper part of the conductive film , opposing the antenna conductor located on an outer side of an outer film edge of the conductive film , the plurality of vertical slot parts extending in a direction away from the opposing outer edge part , and the antenna conductor is formed between a glass edge and the open end that opens at the opposing outer edge part of the conductive film at an upper part of the window glass for vehicle.
Process of enhanced oil recovery, comprising: - introducing into the injection fluid at least one linear or structured water-soluble copolymer obtained by polymerization of: - more than 5 mol% and strictly less than 60 mol% of monomer 2-acrylamido-2-methylpropane sulfonic acid monomer in free acid and/or salified form, - strictly more than 10 mol% and less than 95 mol% of acrylamide derivative monomers of formula (I): in which: ▪ R = H or CH 3 or CH 2 COOR', wherein R' is an alkyl containing not more than 3 carbon atoms, ▪ A is selected from the group consisting of 2-pyrrolidone, pyrrolidine and 4-morpholine, - injecting the injection fluid, which is then viscosified, into the reservoir, - recovering the aqueous and oily and/or gaseous mixture. - introducing into the injection fluid at least one linear or structured water-soluble copolymer obtained by polymerization of: - more than 5 mol% and strictly less than 60 mol% of monomer 2-acrylamido-2-methylpropane sulfonic acid monomer in free acid and/or salified form, - strictly more than 10 mol% and less than 95 mol% of acrylamide derivative monomers of formula (I): in which: ▪ R = H or CH 3 or CH 2 COOR', wherein R' is an alkyl containing not more than 3 carbon atoms, ▪ A is selected from the group consisting of 2-pyrrolidone, pyrrolidine and 4-morpholine, - more than 5 mol% and strictly less than 60 mol% of monomer 2-acrylamido-2-methylpropane sulfonic acid monomer in free acid and/or salified form, - strictly more than 10 mol% and less than 95 mol% of acrylamide derivative monomers of formula (I): in which: ▪ R = H or CH 3 or CH 2 COOR', wherein R' is an alkyl containing not more than 3 carbon atoms, ▪ A is selected from the group consisting of 2-pyrrolidone, pyrrolidine and 4-morpholine, ▪ R = H or CH 3 or CH 2 COOR', wherein R' is an alkyl containing not more than 3 carbon atoms, ▪ A is selected from the group consisting of 2-pyrrolidone, pyrrolidine and 4-morpholine, - injecting the injection fluid, which is then viscosified, into the reservoir, - recovering the aqueous and oily and/or gaseous mixture.
A method for distinguishing a test gas escaping from a leak in a test object from an interfering gas in the environment of the test object during sniffing leak detection, comprising the following steps: suctioning gas from the environment of the test object in the region of the outer surface of the test object by means of a sniffing tip, which has a suction opening , which is connected, for gas conduction, to a sensor , which is designed to determine the test gas partial pressure of the test gas in the suctioned gas flow, varying, with periodic repetition, the flow intensity of the suctioned gas flow, setting a total pressure of the suctioned gas at the sensor of at least 80 percent of the total pressure of the gas in the atmosphere surrounding the test object , avoiding fluctuations of the total pressure of the suctioned gas at the sensor of more than 10 percent, measuring the test gas partial pressure of test gas contained in the suctioned gas flow by means of the sensor , and indicating that the test object has a leak if the measured test gas partial pressure has a varying component, the mean amplitude of which is greater than a threshold value and which follows the variation of the suctioned gas flow. suctioning gas from the environment of the test object in the region of the outer surface of the test object by means of a sniffing tip, which has a suction opening , which is connected, for gas conduction, to a sensor , which is designed to determine the test gas partial pressure of the test gas in the suctioned gas flow, varying, with periodic repetition, the flow intensity of the suctioned gas flow, setting a total pressure of the suctioned gas at the sensor of at least 80 percent of the total pressure of the gas in the atmosphere surrounding the test object , avoiding fluctuations of the total pressure of the suctioned gas at the sensor of more than 10 percent, measuring the test gas partial pressure of test gas contained in the suctioned gas flow by means of the sensor , and indicating that the test object has a leak if the measured test gas partial pressure has a varying component, the mean amplitude of which is greater than a threshold value and which follows the variation of the suctioned gas flow.