mhurhangee/patent-ind-claim-en huggingface dataset:
A system for recovering natural gas liquid from a gas source , comprising: compression means configured to increase the temperature and pressure of the fluid from the gas source ; cooling means configured to cool the fluid from the compression means ; at least one gas/gas heat exchanger , fluid from the cooling means flowing from a first inlet to a first outlet; at least one separator configured to receive the fluid from the first outlet of the gas/gas heat exchanger and separate liquid from the gas; the gas from the separator being directed to expansion means configured to reduce the temperature and pressure of the gas; the aqueous part of the liquid from the separator and the gas from the expansion means being directed to the gas/gas heat exchanger where they flow therethrough from a second inlet to a second outlet to cool the fluid flowing between the first inlet and first outlet; wherein injection means are provided between the cooling means and the gas/gas heat exchanger , configured to saturate the gas with a liquid agent; characterised in that the liquid agent comprises an evaporant and an antifreeze agent; and a recovery vessel is provided downstream of the second outlet, the antifreeze agent being recoverable therein for injection into the fluid from the gas source upstream of the first inlet; wherein the expansion means and compression means are provided by respective sides of a turbo expander. compression means configured to increase the temperature and pressure of the fluid from the gas source ; cooling means configured to cool the fluid from the compression means ; at least one gas/gas heat exchanger , fluid from the cooling means flowing from a first inlet to a first outlet; at least one separator configured to receive the fluid from the first outlet of the gas/gas heat exchanger and separate liquid from the gas; the gas from the separator being directed to expansion means configured to reduce the temperature and pressure of the gas; the aqueous part of the liquid from the separator and the gas from the expansion means being directed to the gas/gas heat exchanger where they flow therethrough from a second inlet to a second outlet to cool the fluid flowing between the first inlet and first outlet; wherein injection means are provided between the cooling means and the gas/gas heat exchanger , configured to saturate the gas with a liquid agent; characterised in that the liquid agent comprises an evaporant and an antifreeze agent; and a recovery vessel is provided downstream of the second outlet, the antifreeze agent being recoverable therein for injection into the fluid from the gas source upstream of the first inlet; wherein the expansion means and compression means are provided by respective sides of a turbo expander.
Axle of a mobile working machine, in particular an industrial truck, having at least one axle shaft (3a; 3b) and having a braking device which has a parking brake and a hydraulically actuatable service brake , wherein the parking brake is configured as a storage brake , which can be loaded into a braking position by an energy store and into a release position by means of a brake release actuator , and wherein the hydraulically actuatable service brake has a hydraulically actuatable brake piston device , wherein the braking device has at least one brake rotor (7a; 7b) interacting with the axle shaft (3a; 3b) and at least one brake stator interacting with an axle housing of the axle , which can be connected operatively to each other in order to produce a braking torque of the parking brake and the service brake , characterized in that the brake piston device has at least two brake pistons (25a; 25b; 25c), which are each longitudinally displaceably arranged in a bore (26a; 26b; 26c) of the axle housing , wherein the bores can be loaded by a hydraulic brake pressure.
Method of installing a foundation element , in particular a monopile , in an underwater ground formation by means of a driver , comprising the steps of placing the foundation element on the underwater ground formation , placing a first screen for reducing noise input from the driver into surrounding water, driving the foundation element into the ground formation by means of the driver while the first screen is positioned about the foundation element , and deploying, before driving the foundation element into the ground formation , a further screen about the first screen , and characterized by comprising deploying the further screen from the first screen , wherein the further screen is deployed at a distance, measured between the outer circumference of the first screen and the outer circumference of the further screen , of at least 3 meters, wherein the further screen comprises a plurality of arms attached to the first screen and wherein these arms are translated and/or rotated to deploy the further screen . placing the foundation element on the underwater ground formation , placing a first screen for reducing noise input from the driver into surrounding water, driving the foundation element into the ground formation by means of the driver while the first screen is positioned about the foundation element , and deploying, before driving the foundation element into the ground formation , a further screen about the first screen , and characterized by comprising deploying the further screen from the first screen , wherein the further screen is deployed at a distance, measured between the outer circumference of the first screen and the outer circumference of the further screen , of at least 3 meters, wherein the further screen comprises a plurality of arms attached to the first screen and wherein these arms are translated and/or rotated to deploy the further screen .
A powder coating booth, - wherein booth walls (13 - 18) and a roof , which can be lowered between the booth walls (13 - 18), are provided, - wherein a gap is present between the roof and the booth walls (13 - 18), - wherein compressed air nozzles for spraying the booth walls (13 - 18) are provided on the roof , - wherein a support device (33 - 36) is provided, which supports the roof , - wherein, in at least one of the booth walls (13 - 18) a vertical slot is provided, through which the support device (33 - 36) protrudes into the booth and in which the support device (33 - 36) is movable, - wherein a bottom comprising a suction is provided, and - wherein the suction is connectable to the suction inlet (2.1) of a cyclone separator via a suction pipe . - wherein booth walls (13 - 18) and a roof , which can be lowered between the booth walls (13 - 18), are provided, - wherein a gap is present between the roof and the booth walls (13 - 18), - wherein compressed air nozzles for spraying the booth walls (13 - 18) are provided on the roof , - wherein a support device (33 - 36) is provided, which supports the roof , - wherein, in at least one of the booth walls (13 - 18) a vertical slot is provided, through which the support device (33 - 36) protrudes into the booth and in which the support device (33 - 36) is movable, - wherein a bottom comprising a suction is provided, and - wherein the suction is connectable to the suction inlet (2.1) of a cyclone separator via a suction pipe .
An assembly which can be used for recovering molecules in a sample, the assembly comprising, a first flow cell which comprises first ligands which can bind to molecules; at least one waste reservoir which is connected to a first fluid port of the first flow cell via a first conduit , and a second conduit which connects the waste reservoir to a second fluid port of the first flow cell ; and a first valve arranged to control the fluid communication between the first conduit and the waste reservoir , and a second valve to control the fluid communication between the second conduit and the waste reservoir ; a first buffer reservoir which can hold buffer fluid, which is fluidly connected to the first conduit via a first subsidiary conduit , wherein the first subsidiary conduit connects to the first conduit at a first junction which is located between the first fluid port of the first flow cell and the first valve , and wherein buffer fluid can be selectively supplied from the first buffer reservoir into the first subsidiary conduit ; and wherein the first buffer reservoir comprises a first pump; a unit which comprises at least a collection reservoir , and a sample reservoir which can hold sample fluid, and a second buffer reservoir which can hold buffer fluid and wherein the second buffer reservoir comprises a second pump, wherein said unit is fluidly connected to the second conduit via a second subsidiary conduit , wherein the second subsidiary conduit connects to the second conduit at a second junction which is located between the second fluid port of the first flow cell and the second valve , and wherein the unit is operable to selectively fluidly connect the collection reservoir , second buffer reservoir , or sample reservoir , with the second subsidiary conduit ; and wherein the unit further comprises a third valve which is fluidly connected to the second subsidiary conduit ; and a storage conduit which fluidly connects the second buffer reservoir to the third valve and wherein the third valve is operable to selectively, fluidly connect the storage conduit to the second subsidiary conduit , or fluidly connect the collection reservoir to the second subsidiary conduit , or fluidly connect the sample reservoir to the second subsidiary conduit .
A hybrid module for a drive train of a motor vehicle, wherein the hybrid module has: a housing , a disconnect clutch , an electric machine which has a rotor which is or can be rotatably coupled to a clutch component of the disconnect clutch , a hydraulic actuation unit , which cooperates with the disconnect clutch and is accommodated on the housing , which has a piston element , which is accommodated so as to be displaceable relative to the housing , which is connected by means of an actuation bearing in an axial direction of the disconnect clutch so as to be fixed against displacement with and rotatable relative to a pressure element serving to engage and disengage the disconnect clutch , wherein the clutch component has a rotor carrier , which is rotatably mounted by means of a support bearing on the side of the housing , wherein the actuation bearing is designed as an axial needle bearing , and wherein the axial bearing is arranged in the axial direction between a web of the piston element aligned in the radial direction and the pressure element , characterised in that a first bearing ring of the needle bearing is formed directly by the web , a second bearing ring of the needle bearing is formed directly by the pressure element , and a first screw element screwed to the clutch component of the disconnect clutch serves as a counter-holder for a plurality of friction elements of the disconnect clutch and axially supports a first bearing ring of the support bearing , or a second screw element screwed to the housing is arranged for axially securing a second bearing ring of the support bearing . a housing , a disconnect clutch , an electric machine which has a rotor which is or can be rotatably coupled to a clutch component of the disconnect clutch , a hydraulic actuation unit , which cooperates with the disconnect clutch and is accommodated on the housing , which has a piston element , which is accommodated so as to be displaceable relative to the housing , which is connected by means of an actuation bearing in an axial direction of the disconnect clutch so as to be fixed against displacement with and rotatable relative to a pressure element serving to engage and disengage the disconnect clutch , wherein the clutch component has a rotor carrier , which is rotatably mounted by means of a support bearing on the side of the housing , wherein the actuation bearing is designed as an axial needle bearing , and wherein the axial bearing is arranged in the axial direction between a web of the piston element aligned in the radial direction and the pressure element , characterised in that a first bearing ring of the needle bearing is formed directly by the web , a second bearing ring of the needle bearing is formed directly by the pressure element , and a first screw element screwed to the clutch component of the disconnect clutch serves as a counter-holder for a plurality of friction elements of the disconnect clutch and axially supports a first bearing ring of the support bearing , or a second screw element screwed to the housing is arranged for axially securing a second bearing ring of the support bearing .
A surface light source device comprising: a plurality of light sources configured to emit light toward a light exit surface of the surface light source device; a holding member having an installation surface on which the light sources are installed; and a reflector having a plurality of openings that expose the light sources, respectively, the reflector being arranged to cover the installation surface of the holding member, the reflector including a first reflective sheet which has an engagement piece at a peripheral portion of the first reflective sheet, and a second reflective sheet which is adjacent to the first reflective sheet and has an engaged portion shiftably engaged with the engagement piece, wherein the first reflective sheet and the second reflective sheet are each made of a resin sheet, characterised in that the resin sheet has a first in-plane direction (A) which is a machine flow direction during manufacture of the resin sheet; the engagement piece extends from the peripheral portion of the first reflective sheet in the first in-plane direction; and the engaged portion engages with the engagement piece shiftably in the first in-plane direction. a plurality of light sources configured to emit light toward a light exit surface of the surface light source device; a holding member having an installation surface on which the light sources are installed; and a reflector having a plurality of openings that expose the light sources, respectively, the reflector being arranged to cover the installation surface of the holding member, the reflector including a first reflective sheet which has an engagement piece at a peripheral portion of the first reflective sheet, and a second reflective sheet which is adjacent to the first reflective sheet and has an engaged portion shiftably engaged with the engagement piece, wherein the first reflective sheet and the second reflective sheet are each made of a resin sheet, characterised in that the resin sheet has a first in-plane direction (A) which is a machine flow direction during manufacture of the resin sheet; the engagement piece extends from the peripheral portion of the first reflective sheet in the first in-plane direction; and the engaged portion engages with the engagement piece shiftably in the first in-plane direction.
A method for typographically composing Arabic texts using detached letters and employing the independent form of the traditional Arabic letters, after the standardization of its form into a typographic structure, where the same sign comes in any position it takes in the word composition.
A method comprising: configuring , by a device, a plurality of subinterfaces for each of a plurality of physical ports of a software defined network, SDN; allocating , by the device, a fixed amount of bandwidth to each of the subinterfaces; forming , by the device, a plurality of midlays for the SDN by assigning subsets of the plurality of subinterfaces to each of the midlays, wherein each of the plurality of midlays is arranged to operate as an intermediate layer between a physical layer of the SDN and an overlay layer of the SDN; and assigning , by the device, a network slice to one or more of the midlays, based on a bandwidth requirement of the network slice. configuring , by a device, a plurality of subinterfaces for each of a plurality of physical ports of a software defined network, SDN; allocating , by the device, a fixed amount of bandwidth to each of the subinterfaces; forming , by the device, a plurality of midlays for the SDN by assigning subsets of the plurality of subinterfaces to each of the midlays, wherein each of the plurality of midlays is arranged to operate as an intermediate layer between a physical layer of the SDN and an overlay layer of the SDN; and assigning , by the device, a network slice to one or more of the midlays, based on a bandwidth requirement of the network slice.
Pipe, especially exhaust gas-guiding pipe for an exhaust system of an internal combustion engine, wherein a connection area is provided at at least one axial pipe end for connecting the pipe extending in the direction of a pipe longitudinal axis (A) to another pipe to be pushed into the connection area , wherein the connection area comprises two slots , wherein each of the two slots has a first slot area located closer to the pipe end and open in the direction of the pipe longitudinal axis (A) and a second slot area , which is located axially farther away from the pipe end and is offset in the circumferential direction in relation to the first slot area , wherein the first slot areas and the second slot areas are limited in the circumferential direction by an inner slot edge facing the respective other slot and by an outer slot edge facing away from the respective other slot , wherein the inner slot edges of the first and second slot areas of the two slots are connected to one another by inner transition edges ; and the outer slot edges of the first and second slot areas of the two slots are connected to one another by outer transition edges , wherein the inner transition edge or/and the outer transition edge of both slots is bent at an angle in relation to a reference line (R) extending in the circumferential direction, characterized in that the two slots have an essentially mirror-symmetric configuration in relation to a symmetry axis (S) that is essentially parallel to the pipe longitudinal axis (A) and that the second slot areas of the two slots are offset in the circumferential direction towards one another or away from each other in relation to the first slot areas .
A method for shape cutting a pipe end, said method comprising cutting two arc-rimmed pieces from the pipe end by means of a punching tool and a mold , the punching tool having therefore an arc-shaped cutting edge and the mold having a contour arc consistent with the curvature of the cutting edge, and the cutting procedures of the pieces being performed outwardly from within the end of a pipe in two successive cutting phases, inserting the punching tool into the pipe end co-directionally with a center line (C) of the pipe, while the cutting edge lies in the vicinity of the pipe center line (C), and displacing the punching tool in a direction (B 1 ) perpendicular to the center line, whereby the cutting edge shears off a first piece against the contour arc present on a first side of a parting plane of the mold , characterized in that the cutting procedure is followed by displacing the punching tool backward and by rotating the punching tool 180° or by replacing it with another punching tool pre-rotated through 180°, that the rotated punching tool is re-inserted along the pipe center line into the pipe end while the cutting edge lies at an adjusted distance relative to the center line (C) closer to the first cutting, and that the punching tool is displaced perpendicularly relative to the center line (C) in a displacement direction (B 2 ) opposite to the first displacement direction (B 1 ), whereby the cutting edge shears off a second piece against the contour arc present on a second side of the mold's parting plane.
Radar sensor for motor vehicles, comprising a signal generator configured to generate a radar signal which contains a cyclically repeating sequence of N wave trains W j , j = 1, ..., N, which are emitted successively at temporal intervals T' c,j and which occupy respective frequency bands that differ from one another in terms of their mid frequency f c , j , characterized in that the time intervals T' c,j and the mid frequencies f c , j satisfy the following relationship: T ′ c , j * f c , j = X with a constant parameter X.
A collar for aiding learning by a person and being arranged to be positioned around the neck area of the person, the collar being made from a self-supporting material and having supporting means for supporting the collar so that a front portion of the collar extends outwardly generally perpendicular to the chest of the person even when the person inclines their head; said collar also having a neck aperture for accommodating the neck of the person; characterized in that : the supporting means comprises a supporting strut formed integrally with the collar and extending from the front portion into the neck aperture ; the material of the collar is flexible whereby the strut can be flexed downwardly to abut the chest of the person when the collar is worn; and the collar is shaped and dimensioned to conceal the body of the person below the collar from direct view of the person so that the body of the person can remain out of direct view of the person regardless of movement of the person during wearing of the collar ; and said collar is intended to be used, when worn by the person, in combination with a camera arranged to capture images of the body of the person below the collar and a display screen arranged within direct view of the person to enable said captured images to be displayed to the person.