mhurhangee/patent-ind-claim-en huggingface dataset:
A device for installing and handling a module of a subsea processing station, comprising a frame intended to be fixed to a module , and a hydraulic system intended to ensure a shock-absorption and a controlled-lowering of the module on the base of the station, the hydraulic system comprising a plurality of hydraulic cylinders each intended to be connected to a foot able to come into contact with a base of the subsea processing station, characterized in that each hydraulic cylinder comprises: a cylinder body secured to the frame ; and a piston intended to be put into contact with a foot and movable in translation inside the cylinder body between a first mechanical abutment corresponding to a deployed position of the piston and a second mechanical abutment corresponding to a retracted position of the piston, the piston dividing the internal volume of the cylinder body into a first chamber and a second chamber which are sealed relative to each other; the first chamber of each hydraulic cylinder being supplied with hydraulic fluid by two independent hydraulic circuits comprising a shock-absorbing circuit able to move the piston between its deployed position and an intermediate position located between the deployed position and the retracted position and defined by a hydraulic abutment, and a controlled-lowering circuit able to move the piston between the intermediate position and its retracted position. a cylinder body secured to the frame ; and a piston intended to be put into contact with a foot and movable in translation inside the cylinder body between a first mechanical abutment corresponding to a deployed position of the piston and a second mechanical abutment corresponding to a retracted position of the piston, the piston dividing the internal volume of the cylinder body into a first chamber and a second chamber which are sealed relative to each other; the first chamber of each hydraulic cylinder being supplied with hydraulic fluid by two independent hydraulic circuits comprising a shock-absorbing circuit able to move the piston between its deployed position and an intermediate position located between the deployed position and the retracted position and defined by a hydraulic abutment, and a controlled-lowering circuit able to move the piston between the intermediate position and its retracted position.
An annular barrier for isolating a production zone , the annular barrier having a first end and a second end , comprising: - a tubular metal part for mounting as part of a well tubular metal structure , the tubular metal part having an outer face , - an expandable metal sleeve surrounding the tubular metal part and having an outer face facing a wall of a borehole , each end of the expandable metal sleeve being connected with the tubular metal part, - an annular space arranged between the expandable metal sleeve and the tubular metal part, the expandable metal sleeve being configured to expand by pressurised fluid entering the annular space, - a first tubular metal connection assembly surrounding the tubular metal part connecting one end of the expandable metal sleeve with the tubular metal part and a second tubular metal connection assembly surrounding the tubular metal part connecting the other end of the expandable metal sleeve with the tubular metal part, each tubular metal connection assembly having a wall , and - a shunt tube , wherein the tubular metal connection assemblies have at least one opening in the wall through which the shunt tube extends, the shunt tube extending along and outside the tubular metal part from the first end via the annular space to the second end. - a tubular metal part for mounting as part of a well tubular metal structure , the tubular metal part having an outer face , - an expandable metal sleeve surrounding the tubular metal part and having an outer face facing a wall of a borehole , each end of the expandable metal sleeve being connected with the tubular metal part, - an annular space arranged between the expandable metal sleeve and the tubular metal part, the expandable metal sleeve being configured to expand by pressurised fluid entering the annular space, - a first tubular metal connection assembly surrounding the tubular metal part connecting one end of the expandable metal sleeve with the tubular metal part and a second tubular metal connection assembly surrounding the tubular metal part connecting the other end of the expandable metal sleeve with the tubular metal part, each tubular metal connection assembly having a wall , and - a shunt tube ,
A device for pivotable fastening of a door leaf to a door frame , comprising the door leaf and a door hinge having a plurality of hinge rollers (102; 103; 104), wherein at least a first one of the hinge rollers (102; 103; 104) is fastened to the door leaf , wherein in each case two of the hinge rollers (102; 103; 104) are connected to one another, wherein the door leaf has a height, wherein the door hinge extends over the entire height of the door leaf ,wherein at least a second of the hinge rollers (102; 103; 104) is formed on the door frame for fastening, wherein the device has a sealing means (304; 305; 308; 309), wherein the sealing means (304; 305; 308; 309) is fastened to the door leaf and is fastenable to the door frame , wherein the sealing means (304; 305; 308; 309) is configured to seal a gap between the door leaf and the door frame when in the state fastened to the door frame , wherein the sealing means (304; 305; 308; 309) has at least one attachment region for attachment to the hinge rollers (102; 103; 104), wherein the attachment region is configured as a circular portion, and wherein the circular portion has a radius corresponding to the radius of the hinge rollers (102; 103; 104), wherein the sealing means (304; 305; 308; 309) has a plurality of sealing elements (304; 305; 308; 309), characterised in that a first of the sealing elements (304; 305) fastened to the door leaf or fastenable to the frame is compressed in the state of the door leaf attached to the door frame by a second of the sealing elements (304; 305) fastenable to the frame or fastened to the door leaf, when the door leaf closes a door opening defined by the door frame .
A process for preparing a multimodal ethylene copolymer in suspension in a reactor cascade comprising a first polymerization reactor and one or more subsequent polymerization reactors comprising, polymerizing, in the reactor cascade, ethylene and one or more C 3 -C 12 -1-alkenes at temperatures of from 40 to 150°C and pressures of from 0.1 to 20 MPa in the presence of a polymerization catalyst and forming a suspension of multimodal ethylene copolymer particles in a suspension medium comprising a diluent, transferring the suspension of multimodal ethylene copolymer particles into a separator, in which the suspension is separated into multimodal ethylene copolymer particles and recovered suspension medium, purifying a part of the recovered suspension medium in a purification section for producing purified components of the recovered suspension medium, and recycling at least some or a part of the purified components of the recovered suspension medium to the first polymerization reactor of the reactor cascade, wherein the purified components of the recovered suspension medium recycled to the first polymerization reactor, which comprise the diluent, undergo a catalytic hydrogenation before being introduced into the first polymerization reactor. polymerizing, in the reactor cascade, ethylene and one or more C 3 -C 12 -1-alkenes at temperatures of from 40 to 150°C and pressures of from 0.1 to 20 MPa in the presence of a polymerization catalyst and forming a suspension of multimodal ethylene copolymer particles in a suspension medium comprising a diluent, transferring the suspension of multimodal ethylene copolymer particles into a separator, in which the suspension is separated into multimodal ethylene copolymer particles and recovered suspension medium, purifying a part of the recovered suspension medium in a purification section for producing purified components of the recovered suspension medium, and recycling at least some or a part of the purified components of the recovered suspension medium to the first polymerization reactor of the reactor cascade, wherein the purified components of the recovered suspension medium recycled to the first polymerization reactor, which comprise the diluent, undergo a catalytic hydrogenation before being introduced into the first polymerization reactor.
Lid fitting for pivotally attaching a lid to a furniture body , wherein the lid fitting comprises: a base element for fastening the lid fitting to a side wall of the furniture body , a front attachment element for mounting a lid element to the lid fitting , a first pivot arm that is pivotally attached to the base element about a first body axis (K1) and to the front attachment element about a first lid axis (D1), a second pivot arm that is pivotally attached to the base element about a second body axis (K2) and to the front attachment element about a second lid axis (D2), wherein the first body axis (K1), the second body axis (K2), the first lid axis (D1) and the second lid axis (D2) are arranged parallel to and spaced apart from each other, and an eccentric that is pivotally attached to the base element about a bearing axis (L), characterized in that the first pivot arm is pivotally mounted on the eccentric about an eccentric axis (E), the bearing axis (L) and the eccentric axis (E) being arranged parallel to and at a distance from one another, that the lid fitting further comprises a power drive for acting on the front attachment element at least over a part of the pivot path of the front attachment element between an open position and a closed position in the direction towards the open position, that the front attachment element has an setting contour , and that the power drive is supported on the one hand against one of the pivot arms and on the other hand by means of a pressure element against the setting contour of the front attachment element . a base element for fastening the lid fitting to a side wall of the furniture body , a front attachment element for mounting a lid element to the lid fitting , a first pivot arm that is pivotally attached to the base element about a first body axis (K1) and to the front attachment element about a first lid axis (D1), a second pivot arm that is pivotally attached to the base element about a second body axis (K2) and to the front attachment element about a second lid axis (D2), wherein the first body axis (K1), the second body axis (K2), the first lid axis (D1) and the second lid axis (D2) are arranged parallel to and spaced apart from each other, and an eccentric that is pivotally attached to the base element about a bearing axis (L), characterized in that the first pivot arm is pivotally mounted on the eccentric about an eccentric axis (E), the bearing axis (L) and the eccentric axis (E) being arranged parallel to and at a distance from one another, that the lid fitting further comprises a power drive for acting on the front attachment element at least over a part of the pivot path of the front attachment element between an open position and a closed position in the direction towards the open position, that the front attachment element has an setting contour , and that the power drive is supported on the one hand against one of the pivot arms and on the other hand by means of a pressure element against the setting contour of the front attachment element .
Pumping system for generating a vacuum (SP), comprising a main vacuum pump which is a claw pump having a gas suction inlet connected to a vacuum chamber and a gas discharge outlet leading into a gas evacuation conduit in the direction of a gas exhaust outlet outside the pumping system, the pumping system further comprising: - a non-return valve positioned between the gas discharge outlet and the gas exhaust outlet , and - an auxiliary vacuum pump which has its motor and which is connected in parallel to the non-return valve, the pumping system being characterized in that the auxiliary vacuum pump is designed in such a way as to go into operation at the same time as the main vacuum pump and to pump all the while that the main vacuum pump pumps the gases contained in the vacuum chamber and all the while that the main vacuum pump maintains a defined pressure in the vacuum chamber . - a non-return valve positioned between the gas discharge outlet and the gas exhaust outlet , and - an auxiliary vacuum pump which has its motor and which is connected in parallel to the non-return valve,
A method for bonding a first substrate wafer and a second substrate wafer by creating an aluminum/germanium bond , the first substrate wafer being a CMOS substrate wafer including an aluminum top layer, a germanium layer disposed on the second substrate wafer , the method comprising: placing the first substrate wafer in a first chuck; placing the second substrate wafer in a second chuck; aligning the first substrate wafer and the second substrate wafer; and forming a eutectic bond between the germanium layer and the aluminum top layer, wherein the eutectic bond is formed by applying a force across the first chuck and the second chuck, and ramping temperature of the first substrate wafer and the second substrate wafer over a eutectic temperature of the aluminum/germanium bond, wherein the aluminum top layer disposed on the first substrate wafer is an aluminum layer disposed on the CMOS substrate wafer. placing the first substrate wafer in a first chuck; placing the second substrate wafer in a second chuck; aligning the first substrate wafer and the second substrate wafer; and forming a eutectic bond between the germanium layer and the aluminum top layer, wherein the eutectic bond is formed by applying a force across the first chuck and the second chuck, and ramping temperature of the first substrate wafer and the second substrate wafer over a eutectic temperature of the aluminum/germanium bond, wherein the aluminum top layer disposed on the first substrate wafer is an aluminum layer disposed on the CMOS substrate wafer.
A shaping method to plastically deform a flexible conductive element comprising at least one insulating layer and at least one conductive track fixed to the at least one insulating layer , wherein there is provided a device , having an outer surface destined to come in contact with the flexible conductive element , and configured to expand the volume thereof, wherein the method comprises the steps of a) arranging the flexible conductive element at least partially around said device , b) expanding the volume of the device up to a predetermined value, whereby at least one portion of the flexible conductive element which is in contact with the device during the expansion of the device is plastically deformed, c) separating the flexible conductive element from the device . wherein there is provided a device , having an outer surface destined to come in contact with the flexible conductive element , and configured to expand the volume thereof, wherein the method comprises the steps of a) arranging the flexible conductive element at least partially around said device , b) expanding the volume of the device up to a predetermined value, whereby at least one portion of the flexible conductive element which is in contact with the device during the expansion of the device is plastically deformed, c) separating the flexible conductive element from the device . a) arranging the flexible conductive element at least partially around said device , b) expanding the volume of the device up to a predetermined value, whereby at least one portion of the flexible conductive element which is in contact with the device during the expansion of the device is plastically deformed, c) separating the flexible conductive element from the device .
A method for detecting a biological comprising: mixing a sample with a plurality of labelling particles each of which comprises a receptor adapted for binding to a biological such that said labelling particles form one or more aggregates if said biological is present in the sample; and identifying the presence of the biological is present in the sample by detecting one or more aggregates of said labelling particles; and wherein the labelling particles are absorbing, reflecting or scattering particles, metallic particles, agarose, polysaccharide, natural sand, processed sand, textile, cellulose, cotton, wool, nylon, polyester, nanoparticles, glass, fiberglass, silica, wood, fiber, plastic, rubber, ceramic, porcelain, stone, marble, cement, biological polymer, natural polymer, or synthetic polymer, or any combination thereof; wherein the labelling particles further comprise a covalently bonded linker molecule, and wherein the receptor is covalently bonded to the labeling particles via said linker molecule, wherein the linker molecule is any of a branched polymer, dendron, dendrimer, and chitosan, or any combination thereof, and wherein the branched polymer is selected from the group consisting of branched poly(ethylene glycol) (PEG), branched poly(ethylenimine) (PEI), or a combination thereof. mixing a sample with a plurality of labelling particles each of which comprises a receptor adapted for binding to a biological such that said labelling particles form one or more aggregates if said biological is present in the sample; and identifying the presence of the biological is present in the sample by detecting one or more aggregates of said labelling particles; and wherein the labelling particles are absorbing, reflecting or scattering particles, metallic particles, agarose, polysaccharide, natural sand, processed sand, textile, cellulose, cotton, wool, nylon, polyester, nanoparticles, glass, fiberglass, silica, wood, fiber, plastic, rubber, ceramic, porcelain, stone, marble, cement, biological polymer, natural polymer, or synthetic polymer, or any combination thereof; wherein the labelling particles further comprise a covalently bonded linker molecule, and wherein the receptor is covalently bonded to the labeling particles via said linker molecule, wherein the linker molecule is any of a branched polymer, dendron, dendrimer, and chitosan, or any combination thereof, and wherein the branched polymer is selected from the group consisting of branched poly(ethylene glycol) (PEG), branched poly(ethylenimine) (PEI), or a combination thereof.
An aerosol delivery device comprising: a mouthpiece comprising an end surface at a longitudinal end of the mouthpiece, and a mouthpiece aperture formed in the end surface; an aerosolisation chamber extending longitudinally into the device from the mouthpiece aperture ; a storage chamber for storing an aerosol precursor; and a porous liquid transfer element comprising an aerosol generating portion at least partly received in the aerosolisation chamber and a conveying portion for conveying liquid from the storage chamber to the aerosol generating portion , wherein the aerosol generating portion of the liquid transfer element is a passive aerosol generating portion, characterized in that a transverse cross-sectional area of the aerosolisation chamber is uniform along a longitudinal length of the aerosolisation chamber , and the aerosol generating portion has a larger transverse cross-sectional area than a transverse cross-sectional area of the conveying portion to define a constricted airflow passage between a wall defining the aerosolisation chamber and the liquid transfer element . a mouthpiece comprising an end surface at a longitudinal end of the mouthpiece, and a mouthpiece aperture formed in the end surface; an aerosolisation chamber extending longitudinally into the device from the mouthpiece aperture ; a storage chamber for storing an aerosol precursor; and a porous liquid transfer element comprising an aerosol generating portion at least partly received in the aerosolisation chamber and a conveying portion for conveying liquid from the storage chamber to the aerosol generating portion , wherein the aerosol generating portion of the liquid transfer element is a passive aerosol generating portion, characterized in that a transverse cross-sectional area of the aerosolisation chamber is uniform along a longitudinal length of the aerosolisation chamber , and the aerosol generating portion has a larger transverse cross-sectional area than a transverse cross-sectional area of the conveying portion to define a constricted airflow passage between a wall defining the aerosolisation chamber and the liquid transfer element .
A device for machine-making a dunnage product from a single- or multi-ply paper web, comprising - a delivery conveyor for drawing the paper web into the device so that a conveying direction (F) is defined; and - a cutter for separating the dunnage product from a three-dimensional strand of dunnage material formed from the paper web within the device , wherein the cutter comprises a rotary cutter; wherein a removal conveyor suitable for removing the separated dunnage product from the cutter follows up the cutter in the conveying direction (F), characterized in that the removal conveyor is suitable to communicate a removal velocity to a leading edge of the strand of dunnage material which is between 0,1 % and 20% larger than the delivery conveyor. - a delivery conveyor for drawing the paper web into the device so that a conveying direction (F) is defined; and - a cutter for separating the dunnage product from a three-dimensional strand of dunnage material formed from the paper web within the device , wherein the cutter comprises a rotary cutter;
A display apparatus, comprising: an organic light-emitting display panel and a liquid crystal display panel disposed on a light-emitting side of the organic light-emitting display panel , wherein the liquid crystal display panel comprises: a wave plate , a lower linear polarizer, a bottom substrate , a liquid crystal layer , an upper substrate and an upper linear polarizer which are stacked successively, and the bottom substrate is a transparent substrate; and wherein the organic light-emitting display panel comprises a metal layer , and the metal layer serves as a backlight source for the liquid crystal display panel by reflecting light incident on liquid crystal display panel ; wherein, the wave plate is a 1/4 λ wave plate; wherein the 1/4 λ wave plate comprises an ordinary optical axis and an extraordinary optical axis which are perpendicular to each other, and an included angle θ between a polarization direction of a linearly polarized light exiting the lower linear polarizer and the ordinary optical axis of the 1/4 λ wave plate satisfies 25 ° < 0 <40° . wherein the liquid crystal display panel comprises: a wave plate , a lower linear polarizer, a bottom substrate , a liquid crystal layer , an upper substrate and an upper linear polarizer which are stacked successively, and the bottom substrate is a transparent substrate; and wherein the organic light-emitting display panel comprises a metal layer , and the metal layer serves as a backlight source for the liquid crystal display panel by reflecting light incident on liquid crystal display panel ; wherein, the wave plate is a 1/4 λ wave plate; wherein the 1/4 λ wave plate comprises an ordinary optical axis and an extraordinary optical axis which are perpendicular to each other, and an included angle θ between a polarization direction of a linearly polarized light exiting the lower linear polarizer and the ordinary optical axis of the 1/4 λ wave plate satisfies 25 ° < 0 <40° .