mhurhangee/patent-ind-claim-en huggingface dataset:
A gas-insulated high-voltage switching device , comprising an arcing contact arrangement comprising a first arcing zone member and a second arcing zone member , wherein the first arcing zone member and the second arcing zone member are movable relative to one another along an axis (B), wherein the first arcing zone member comprises a first arcing contact unit ; and wherein the second arcing zone member comprises: a second arcing contact unit configured to receive the first arcing contact unit ; an auxiliary nozzle surrounding at least a part of the second arcing contact unit and having an auxiliary nozzle throat which has an axial extension and allows passage at least of an end of the first arcing contact unit ; a main nozzle surrounding at least a part of the auxiliary nozzle , and having a main nozzle throat , which has an axial extension sideways of the auxiliary nozzle throat and allows passage at least of the end of the first arcing contact unit , a cross-sectional area of the main nozzle throat is substantially decreasing in the axial direction away from the auxiliary nozzle throat so as to form a converging flow duct for a flow of an arc-extinguishing gas. characterized in that the converging flow duct of the main nozzle throat has a length L in the axial direction in a range of 15 mm to 80 mm, and the main nozzle throat has an aperture angle α in a range from more than 0° to at most 15° and a shape of the main nozzle throat is frusto-conical. a second arcing contact unit configured to receive the first arcing contact unit ; an auxiliary nozzle surrounding at least a part of the second arcing contact unit and having an auxiliary nozzle throat which has an axial extension and allows passage at least of an end of the first arcing contact unit ; a main nozzle surrounding at least a part of the auxiliary nozzle , and having a main nozzle throat , which has an axial extension sideways of the auxiliary nozzle throat and allows passage at least of the end of the first arcing contact unit , a cross-sectional area of the main nozzle throat is substantially decreasing in the axial direction away from the auxiliary nozzle throat so as to form a converging flow duct for a flow of an arc-extinguishing gas.
A method of extracting material from a fluid, the fluid being held within a fluid chamber , the method comprising: drawing, with a magnetic field generating system, at least one magnetically susceptible member through the fluid around a closed path between at least three points in the chamber, said at least one member being adapted to bind to material in fluid in the chamber, wherein the at least three points are arranged relative to each other in a shape having at least two dimensions, the magnetic field generating system being configured to move the at least one magnetically susceptible member directly between the at least three points, material in the fluid binding to the at least one magnetically susceptible member when it comes into contact with the at least one member as it moves through the fluid, and wherein the magnetic field generating system comprises at least one electromagnet , and the magnetic field generating system is configured to draw the at least one magnetically susceptible member to two of the at least three points using a magnetic field and to allow the at least one magnetically susceptible member to travel to the third point of the at least three points without using a magnetic field, the method further comprising heating the fluid in the chamber with heat produced by the at least one electromagnet. drawing, with a magnetic field generating system, at least one magnetically susceptible member through the fluid around a closed path between at least three points in the chamber, said at least one member being adapted to bind to material in fluid in the chamber, wherein the at least three points are arranged relative to each other in a shape having at least two dimensions, the magnetic field generating system being configured to move the at least one magnetically susceptible member directly between the at least three points, material in the fluid binding to the at least one magnetically susceptible member when it comes into contact with the at least one member as it moves through the fluid, and wherein the magnetic field generating system comprises at least one electromagnet , and the magnetic field generating system is configured to draw the at least one magnetically susceptible member to two of the at least three points using a magnetic field and to allow the at least one magnetically susceptible member to travel to the third point of the at least three points without using a magnetic field, the method further comprising heating the fluid in the chamber with heat produced by the at least one electromagnet.
Transport frame pair configured for transporting a wind turbine blade, said frame pair comprising a tip frame and a root frame , each said tip frame and root frame being stackable with identical frames for blade transport or storage, each one of said tip frame and root frame comprising four upright frame struts which together define a generally cuboid internal space having a longitudinal extent (L r , L t ) between two pairs of said upright struts ; said tip frame comprising a tip saddle assembly within said generally cuboid internal space, and said root frame comprising a root saddle assembly within said generally cuboid internal space, and wherein said root frame is configured to prohibit a translation movement of said root saddle assembly in a longitudinal direction of a blade supported in a root saddle of said root saddle assembly ; characterised in that said tip frame allows a translation movement of said tip saddle assembly relative to said tip frame in a longitudinal direction of a blade supported in a tip saddle of said tip saddle assembly , said tip saddle assembly being configured to slide along longitudinally extending frame struts ; and in that said longitudinal extent (L r ) of said root frame is more than twenty percent greater than the longitudinal extent (L t ) of said tip frame . said frame pair comprising a tip frame and a root frame , each said tip frame and root frame being stackable with identical frames for blade transport or storage, each one of said tip frame and root frame comprising four upright frame struts which together define a generally cuboid internal space having a longitudinal extent (L r , L t ) between two pairs of said upright struts ; said tip frame comprising a tip saddle assembly within said generally cuboid internal space, and said root frame comprising a root saddle assembly within said generally cuboid internal space, and wherein said root frame is configured to prohibit a translation movement of said root saddle assembly in a longitudinal direction of a blade supported in a root saddle of said root saddle assembly ; characterised in that said tip frame allows a translation movement of said tip saddle assembly relative to said tip frame in a longitudinal direction of a blade supported in a tip saddle of said tip saddle assembly , said tip saddle assembly being configured to slide along longitudinally extending frame struts ; and in that said longitudinal extent (L r ) of said root frame is more than twenty percent greater than the longitudinal extent (L t ) of said tip frame .
A system comprising an expandable mesh and an insertion tool for delivery of the expandable mesh to the target site, the expandable mesh comprising: a first end and a second end ; a first coupling element at the first end; a second coupling element at the second end; and an intermediate portion disposed between the first coupling element and the second coupling element, wherein the expandable mesh is positioned, for delivery, in the insertion tool in an everted state in which the second end is positioned proximal to the first end wherein the expandable mesh is configured such that proximal retraction of the first coupling element relative to the second coupling element causes the intermediate portion to flare out to an enlarged width. a first end and a second end ; a first coupling element at the first end; a second coupling element at the second end; and an intermediate portion disposed between the first coupling element and the second coupling element, wherein the expandable mesh is positioned, for delivery, in the insertion tool in an everted state in which the second end is positioned proximal to the first end wherein the expandable mesh is configured such that proximal retraction of the first coupling element relative to the second coupling element causes the intermediate portion to flare out to an enlarged width.
A tyre mold for curing and molding a tyre , the tyre mold comprising: a plurality of tread segments for molding a tread rubber of the tyre , the plurality of tread segments , upon being connected with one another in a mold circumferential direction, forming a tread molding-surface that is substantially continuous in the mold circumferential direction through parting lines that appear between adjacent tread segments , wherein the parting lines comprise one or more inclined parting lines inclined with respect to a mold axial direction, and wherein the inclined parting lines extend straightly between ends in the mold axial direction of the tread molding-surface , wherein a parting line that is different in angle with respect to the tyre axial direction from others is counted as one kind, wherein the parting lines comprise at least two kinds of inclined parting lines inclined at different angles (θ1, θ2) from one another with respect to the mold axial direction, characterized in that a number of kinds of the parting lines is equal to or more than 30% of the number of tread segments , and the inclined parting lines comprise at least one first inclined parting line inclined in a first direction with respect to the mold axial direction and at least one second inclined parting line inclined in a second direction opposite to the first direction. a plurality of tread segments for molding a tread rubber of the tyre , the plurality of tread segments , upon being connected with one another in a mold circumferential direction, forming a tread molding-surface that is substantially continuous in the mold circumferential direction through parting lines that appear between adjacent tread segments , wherein the parting lines comprise one or more inclined parting lines inclined with respect to a mold axial direction, and wherein the inclined parting lines extend straightly between ends in the mold axial direction of the tread molding-surface , wherein a parting line that is different in angle with respect to the tyre axial direction from others is counted as one kind, wherein the parting lines comprise at least two kinds of inclined parting lines inclined at different angles (θ1, θ2) from one another with respect to the mold axial direction, characterized in that a number of kinds of the parting lines is equal to or more than 30% of the number of tread segments , and the inclined parting lines comprise at least one first inclined parting line inclined in a first direction with respect to the mold axial direction and at least one second inclined parting line inclined in a second direction opposite to the first direction.
An assembly for locking a pin and carrier in position relative to each other, comprising: a carrier ; and a pin ; said carrier having first and second opposing arms , each comprising a bore therein; and said pin having a longitudinal axis (P), wherein the axial ends of said pin are positioned within said opposing bores of the carrier; and a hollow bearing provided around and coaxially with said pin and between said first and second arms ; and the assembly further comprising: a washer positioned between said bearing and the first arm of the carrier; and wherein said washer is positioned so that a first section of the washer makes a first contact area with the first arm of the carrier, and wherein the washer is bent at a first angle (X) away from said first contact area so as to extend towards and make a second contact area with the bearing , and characterised by said bearing being positioned so as to not contact the first arm of the carrier but to contact the second arm of the carrier. a carrier ; and a pin ; said carrier having first and second opposing arms , each comprising a bore therein; and said pin having a longitudinal axis (P), wherein the axial ends of said pin are positioned within said opposing bores of the carrier; and a hollow bearing provided around and coaxially with said pin and between said first and second arms ; and the assembly further comprising: a washer positioned between said bearing and the first arm of the carrier; and wherein said washer is positioned so that a first section of the washer makes a first contact area with the first arm of the carrier, and wherein the washer is bent at a first angle (X) away from said first contact area so as to extend towards and make a second contact area with the bearing , and characterised by said bearing being positioned so as to not contact the first arm of the carrier but to contact the second arm of the carrier. a washer positioned between said bearing and the first arm of the carrier; and wherein said washer is positioned so that a first section of the washer makes a first contact area with the first arm of the carrier, and wherein the washer is bent at a first angle (X) away from said first contact area so as to extend towards and make a second contact area with the bearing , and characterised by said bearing being positioned so as to not contact the first arm of the carrier but to contact the second arm of the carrier.
Roller tarpaulin arrangement for a bed body of a commercial vehicle, in particular a dump truck or a semi-trailer, which has a guide device and a winding rod which is movable transversely to the longitudinal direction thereof for rolling up and unrolling a roller tarpaulin between opposite longitudinal sides of the bed body , the winding rod , on a shaft , having a winding device for receiving the roller tarpaulin, the shaft protruding beyond the winding device on an end face connecting the longitudinal sides and being provided with a cam wheel , characterized in that two spacer disks are provided on the shaft which are arranged immediately adjacent to the cam wheel and on both sides of the cam wheel and in that the cam wheel meshes with the guide device arranged on the bed body along the end face such that the winding rod , which is provided with a guide disk at a spacing from the cam wheel on the side facing away from the end face, is guided in the longitudinal direction with axial play and the weight of the winding rod rests on the guide device via the cam wheel , the guide device having a perforated rail , the holes of which correspond to cams of the cam wheel and are slot-shaped in the longitudinal direction.
A method of manufacturing a metallic-composite joint , the metallic-composite joint comprising: - a metallic component , the metallic component having at least one hole in a surface thereof, and - a metallic fastener , the metallic fastener having a head portion for attaching to the metallic component and a tail portion for attaching to a composite component, the method comprising the steps of: - positioning the metallic fastener such that: - at least a part of the head portion of the metallic fastener is retained in the hole of the metallic component, and - the tail portion of the metallic fastener extends out of the hole and away from the surface of the metallic component, characterised in that the method comprises the steps of: - arranging layered fibres of an uncured composite component on the surface of the metallic component such that the tail portion extends through a gap between adjacent fibres in each fibre layer, and - curing the composite component, thereby attaching the composite component to the tail portion of the metallic fastener. - a metallic component , the metallic component having at least one hole in a surface thereof, and - a metallic fastener , the metallic fastener having a head portion for attaching to the metallic component and a tail portion for attaching to a composite component, - positioning the metallic fastener such that: - at least a part of the head portion of the metallic fastener is retained in the hole of the metallic component, and - the tail portion of the metallic fastener extends out of the hole and away from the surface of the metallic component, - at least a part of the head portion of the metallic fastener is retained in the hole of the metallic component, and - the tail portion of the metallic fastener extends out of the hole and away from the surface of the metallic component, - arranging layered fibres of an uncured composite component on the surface of the metallic component such that the tail portion extends through a gap between adjacent fibres in each fibre layer, and - curing the composite component, thereby attaching the composite component to the tail portion of the metallic fastener.
A method of wireless communication, comprising: receiving , by a first user equipment, UE , a first indication of a first waveform, of a plurality of waveforms, to be used for one or more downlink communications associated with the first UE ; receiving , by the first UE , a second indication of a second waveform, of the plurality of waveforms, associated with downlink communications of a second UE ; receiving , by the first UE , the one or more downlink communications using the first waveform; and processing , by the first UE , the one or more downlink communications based at least in part on the second indication of the second waveform. receiving , by a first user equipment, UE , a first indication of a first waveform, of a plurality of waveforms, to be used for one or more downlink communications associated with the first UE ; receiving , by the first UE , a second indication of a second waveform, of the plurality of waveforms, associated with downlink communications of a second UE ; receiving , by the first UE , the one or more downlink communications using the first waveform; and processing , by the first UE , the one or more downlink communications based at least in part on the second indication of the second waveform.
An Fc-binding polypeptide which comprises a sequence selected from the group consisting of SEQ ID NO 8, SEQ ID NO 9, SEQ ID NO 10, SEQ ID NO 11, SEQ ID NO 24, and SEQ ID NO 25.
A magnetic module suitable for disengageably anchoring ferromagnetic pieces constituting part of an assembly, wherein the magnetic module comprises: a first and a second fixed magnetic core in which each fixed magnetic core comprises a plurality of polar elements defining a front anchoring surface (A1, A2), and a rear surface axially spaced apart from the front surface, and a plurality of polarization permanent magnets disposed between contiguous polar elements ; the front anchoring surface (A) of each fixed magnetic core being magnetically activatable with a plurality of induced magnetic poles alternatively of opposite polarities (N, S), by a movable magnetic unit configured with a same plurality of permanent magnetic poles , alternatively of opposite polarities (N, S), characterized by comprising: a movable magnetic unit directly disposed between opposite rear surfaces (B1, B2) of the first and second fixed magnetic core , and configured on each side (C1, C2) facing the rear surface (B1, B2) of a respective fixed magnetic core , with a plurality of permanent magnetic poles , alternatively of opposite polarities, corresponding to the plurality of the induced polar elements of the fixed magnetic cores ; the movable magnetic unit being supported to be moved between a first operative position for activating the magnetic module , in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding induced polar element of the fixed magnetic cores having the same polarity (N, S) as the corresponding permanent magnetic pole of the movable magnetic unit , and a second operative position for deactivating the magnetic module , in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding polar element , of the fixed magnetic cores induced with opposite polarity. a movable magnetic unit directly disposed between opposite rear surfaces (B1, B2) of the first and second fixed magnetic core , and configured on each side (C1, C2) facing the rear surface (B1, B2) of a respective fixed magnetic core , with a plurality of permanent magnetic poles , alternatively of opposite polarities, corresponding to the plurality of the induced polar elements of the fixed magnetic cores ; the movable magnetic unit being supported to be moved between a first operative position for activating the magnetic module , in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding induced polar element of the fixed magnetic cores having the same polarity (N, S) as the corresponding permanent magnetic pole of the movable magnetic unit , and a second operative position for deactivating the magnetic module , in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding polar element , of the fixed magnetic cores induced with opposite polarity.
A lighting apparatus comprising a light source and a phosphor material that is radiationally coupled to the light source, the phosphor material comprising a blend of: an oxyfluoride phosphor having a peak emission in a wavelength range from 530 nanometers to 580 nanometers and an additional red-emitting phosphor; characterized in that the oxyfluoride phosphor comprises a composition of general formula I: R 3-z Ce z T 5-y N y O 12-y F y ; where 0<y<5 .0; 0<z≤0.30; R is Y, Tb, Gd, La, Lu or a combination thereof; T is Al, Sc, Ga, In or combinations thereof; N is Mg, and in that the additional red-emitting phosphor has a peak emission in a wavelength range from 590 nanometers to 650 nanometers and comprises a manganese doped complex fluoride.
A chainsaw, comprising: a saw blade; a body (102; 202; 302; 402; 502; 602) having a motor arranged to drive the saw blade, the saw blade being arranged to generate debris during operation of the chainsaw; and a debris deflecting device comprising a debris deflector (104; 204) arranged to deflect debris generated by the saw blade, characterised in that the debris deflector (104; 204) is movable between a deflecting position (120; 220), in which the debris deflector (104; 204) is extended from the body (102; 202; 302; 402; 502; 602) to deflect debris generated during operation of the chainsaw, and a non-deflecting position (122; 222), in which the debris deflector (104; 204) is retracted into the body. a saw blade; a body (102; 202; 302; 402; 502; 602) having a motor arranged to drive the saw blade, the saw blade being arranged to generate debris during operation of the chainsaw; and a debris deflecting device comprising a debris deflector (104; 204) arranged to deflect debris generated by the saw blade, characterised in that the debris deflector (104; 204) is movable between a deflecting position (120; 220), in which the debris deflector (104; 204) is extended from the body (102; 202; 302; 402; 502; 602) to deflect debris generated during operation of the chainsaw, and a non-deflecting position (122; 222), in which the debris deflector (104; 204) is retracted into the body. a debris deflecting device comprising a debris deflector (104; 204) arranged to deflect debris generated by the saw blade, characterised in that the debris deflector (104; 204) is movable between a deflecting position (120; 220), in which the debris deflector (104; 204) is extended from the body (102; 202; 302; 402; 502; 602) to deflect debris generated during operation of the chainsaw, and a non-deflecting position (122; 222), in which the debris deflector (104; 204) is retracted into the body.