mhurhangee/patent-ind-claim-en huggingface dataset:
A brake disc arrangement comprising a first and a second splined portion , wherein the first splined portion is connected to one out of a brake disc and a hub to which the brake disc is to be connected, the first splined portion comprising teeth adapted to mesh with grooves in the second splined portion , the second splined portion being connected to the other of said brake disc and hub, the first splined portion extending annularly about an axially extending central axis, characterized in that at least one, preferably a plurality, of the teeth of the first splined portion is split into at least two tooth portions being resiliently movable towards and away from each other in a circumferential direction of the first splined portion , the first splined portion further comprising a tensioning means adapted to releasably adjust the circumferential distance between the two tooth portions , wherein the tensioning means is arranged in contact with each of the two tooth portions .
A detection device configured to execute a detection process with respect to a sample containing a first component stored in a labeled container , the detection device comprising: a rotation section for rotating the container , an image pickup section for picking up an image of the container in rotation; a background section serving as a background of the image pickup section ; and a detection section for detecting color information of the sample, wherein the detection section detects a gap region of the label which is not covered with the label attached to the container from the picked up image, wherein the color information is detected using an image of the first component in the container which has been picked up through the gap region of the label , and wherein the container is disposed between the image pickup section and the background section ; characterized in that the detection section identifies, in an image picked up by the image pickup section , a first region of the first component having the label as background, and a second region of the first component having the background section as background; in that the detection section calculates a center of gravity of the gap region which is not covered with the label ; and in that color information on the first region of the first component having the label as background is corrected based on information on a distance between the center of gravity of the gap region and a center axis of the container . a rotation section for rotating the container , an image pickup section for picking up an image of the container in rotation; a background section serving as a background of the image pickup section ; and a detection section for detecting color information of the sample, wherein the detection section detects a gap region of the label which is not covered with the label attached to the container from the picked up image, wherein the color information is detected using an image of the first component in the container which has been picked up through the gap region of the label , and wherein the container is disposed between the image pickup section and the background section ; characterized in that the detection section identifies, in an image picked up by the image pickup section , a first region of the first component having the label as background, and a second region of the first component having the background section as background; in that the detection section calculates a center of gravity of the gap region which is not covered with the label ; and in that color information on the first region of the first component having the label as background is corrected based on information on a distance between the center of gravity of the gap region and a center axis of the container .
Method for controlling at least one air drier unit (8; 8a-8c) of an air supply system for the primary and auxiliary air supply of a vehicle, in which both the primary air supply of a primary air vessel and the auxiliary air supply of an auxiliary air vessel are implemented by means of at least one compressor (1; 1a-1c) which is driven by means of an assigned electric motor (4; 4a-4c), wherein the compressed air which is generated by the compressor (1; 1a-1c) is conducted via the at least one downstream air drier unit (8; 8a-8c) with which the compressed air which is generated by the compressor (1; 1a-1c) is dried, wherein the desiccant of the air drier unit (8; 8a-8c) is regenerated with dried compressed air, characterised in that during the auxiliary air supply the air flow used for regenerating the at least one air drier unit (8; 8a-8c) is reduced or suppressed, with the result that, during the auxiliary air supply, a higher volume flow in comparison to the primary air supply, or the total volume flow which is delivered by the compressor (1; 1a-1c) is available for filling the auxiliary air vessel .
A stent graft delivery device comprising; an introducer portion, comprising a distal handle portion to remain outside a patient in use and a proximal portion for endovascular introduction into a patient in use; and an elongated extension piece extending from a proximal end of the proximal portion; characterised in that the stent graft delivery device comprises a plurality of auxiliary guide wires extending from the introducer portion through the introducer portion and through the elongate extension piece , wherein the elongate extension piece is selectively separable from the introducer portion; and whereby the stent graft delivery device is introducable into a patient via a femoral artery and the elongated extension piece is maneuverable so as to extend out an artery of the thoracic arch whereby to extend the auxiliary guide wires out of such an artery. an introducer portion, comprising a distal handle portion to remain outside a patient in use and a proximal portion for endovascular introduction into a patient in use; and an elongated extension piece extending from a proximal end of the proximal portion; characterised in that the stent graft delivery device comprises a plurality of auxiliary guide wires extending from the introducer portion through the introducer portion and through the elongate extension piece , wherein the elongate extension piece is selectively separable from the introducer portion; and whereby the stent graft delivery device is introducable into a patient via a femoral artery and the elongated extension piece is maneuverable so as to extend out an artery of the thoracic arch whereby to extend the auxiliary guide wires out of such an artery.
A device for machining a surface of a workpiece , having: a frame ; a roller support on which a first roller is rotatably mounted and which is slidably mounted on the frame along a first direction (x); a second roller which is mounted on the frame ; a belt which is guided around the two rollers and due to the tension of which a resulting belt force (F B , F B ') acts on the roller support, wherein the first roller only serves as a deflection roller; and an idler for adjusting a biasing force in the belt ; characterized by an actuator which is mechanically coupled to the frame and the roller support such that an adjustable actuator force (F A ) acts between the frame and the first roller along the first direction (x); wherein the belt is guided by means of the second roller or by means of the second roller and further rollers such that the resultant belt force (F B , F B ') acting on the roller support at a target deflection of the actuator acts approximately in a second direction (y) which is orthogonal to the first direction (x), wherein the actuator operates in a purely force-controlled manner. a frame ; a roller support on which a first roller is rotatably mounted and which is slidably mounted on the frame along a first direction (x); a second roller which is mounted on the frame ; a belt which is guided around the two rollers and due to the tension of which a resulting belt force (F B , F B ') acts on the roller support, wherein the first roller only serves as a deflection roller; and an idler for adjusting a biasing force in the belt ; characterized by an actuator which is mechanically coupled to the frame and the roller support such that an adjustable actuator force (F A ) acts between the frame and the first roller along the first direction (x); wherein the belt is guided by means of the second roller or by means of the second roller and further rollers such that the resultant belt force (F B , F B ') acting on the roller support at a target deflection of the actuator acts approximately in a second direction (y) which is orthogonal to the first direction (x), wherein the actuator operates in a purely force-controlled manner.
Gas treatment machine , in particular for extraction, separation, storage or transport of natural gas comprising hydrogen sulphide, of the type comprising: - a main circuit for treating natural gas comprising hydrogen sulphide, connected to a gas compression chamber , - a gas compressor , housed in the compression chamber , - a rotating electric machine , intended to drive the gas compressor , of the type comprising a stator comprising a coil for the circulation of electric current in view of creating a magnetic flow, wherein the coil comprises at least one torus formed of a winding of several turns each formed of at least one conductor insulated along its length by a primary insulator , the winding forming the torus itself being covered by a secondary insulator , the primary insulator and the secondary insulator comprising polyether ether ketone, and wherein the coil is impregnated with an organic resin such as an epoxy resin or polyester-imide resin, - a housing for the rotating electric machine , this housing communicating with the compression chamber , and - a secondary cooling circuit , conveying the natural gas comprising hydrogen sulphide from the compression chamber to the rotating electric machine , for the cooling of this rotating electric machine by the natural gas comprising hydrogen sulphide, the insulated coil being in contact with the natural gas comprising hydrogen sulphide. - a main circuit for treating natural gas comprising hydrogen sulphide, connected to a gas compression chamber , - a gas compressor , housed in the compression chamber , - a rotating electric machine , intended to drive the gas compressor , of the type comprising a stator comprising a coil for the circulation of electric current in view of creating a magnetic flow, wherein the coil comprises at least one torus formed of a winding of several turns each formed of at least one conductor insulated along its length by a primary insulator , the winding forming the torus itself being covered by a secondary insulator , the primary insulator and the secondary insulator comprising polyether ether ketone, and wherein the coil is impregnated with an organic resin such as an epoxy resin or polyester-imide resin, - a housing for the rotating electric machine , this housing communicating with the compression chamber , and - a secondary cooling circuit , conveying the natural gas comprising hydrogen sulphide from the compression chamber to the rotating electric machine , for the cooling of this rotating electric machine by the natural gas comprising hydrogen sulphide, the insulated coil being in contact with the natural gas comprising hydrogen sulphide.
A vortex disruption system for vehicles having opposing sides and a roof, and terminating at a rear end , said system being characterized by : a plurality of vortex disruption devices adapted to be mounted to said vehicle , and in spaced relation with the vehicle rear end ; each vortex disruption device including a leading end , a trailing end , and a bottom ; wherein at least said trailing end or a portion of each of said plurality of vortex disruption devices extends beyond the fluid dynamic boundary layer formed as the vehicle moves through the air; a left-hand planar surface and a right-hand planar surface , said planar surfaces originating at said leading end , and extending therefrom in diverging and inwardly slanted relation wherein said planar surfaces join along a common upper edge . a plurality of vortex disruption devices adapted to be mounted to said vehicle , and in spaced relation with the vehicle rear end ; each vortex disruption device including a leading end , a trailing end , and a bottom ; wherein at least said trailing end or a portion of each of said plurality of vortex disruption devices extends beyond the fluid dynamic boundary layer formed as the vehicle moves through the air; a left-hand planar surface and a right-hand planar surface , said planar surfaces originating at said leading end , and extending therefrom in diverging and inwardly slanted relation wherein said planar surfaces join along a common upper edge .
A system comprising: a fluid chamber having an interior surface; a conductive fluid positioned in the fluid chamber and contacting the interior surface at a contact angle; a curable fluid positioned in the fluid chamber and being immiscible with the conductive fluid, the curable fluid having a surface with a shape, the surface of the curable fluid facing the conductive fluid, and the shape of the surface of the curable fluid being dependent on the contact angle of the conductive fluid with the interior surface; and one or more electrodes configured to vary a voltage between the conductive fluid and at least one of the one or more electrodes to thereby vary the contact angle and the shape of the surface of the curable fluid, further comprising a light source configured to at least partially cure the curable fluid when the curable fluid is positioned in the fluid chamber, wherein the system is configured to radiate light to cure or partially cure a portion of the curable fluid , and subsequently to vary the surface shape of a remaining portion of the curable fluid and to apply light to cure or partially cure the remaining portion of the curable fluid . a fluid chamber having an interior surface; a conductive fluid positioned in the fluid chamber and contacting the interior surface at a contact angle; a curable fluid positioned in the fluid chamber and being immiscible with the conductive fluid, the curable fluid having a surface with a shape, the surface of the curable fluid facing the conductive fluid, and the shape of the surface of the curable fluid being dependent on the contact angle of the conductive fluid with the interior surface; and one or more electrodes configured to vary a voltage between the conductive fluid and at least one of the one or more electrodes to thereby vary the contact angle and the shape of the surface of the curable fluid, further comprising a light source configured to at least partially cure the curable fluid when the curable fluid is positioned in the fluid chamber, wherein the system is configured to radiate light to cure or partially cure a portion of the curable fluid , and subsequently to vary the surface shape of a remaining portion of the curable fluid and to apply light to cure or partially cure the remaining portion of the curable fluid .
An intraluminal device including an elongated structure formed of a plurality of wires, the device comprising: a plurality of cables each formed of a subset of the plurality of wires, wherein pairs of cables cross each other at a plurality of intersection locations; wherein at the plurality of intersection locations, wires from each pair of crossing cables are unwound and woven together with wires from a paired crossing cable; wherein the wires of the crossing cables are woven together at the intersection locations in a manner permitting the woven-together wires to move relative to each other when an opening force is applied to the elongated structure; and wherein in response to the opening force exerted thereon, at the intersection locations, pairs of crossing cables are configured to pivot relative to each other as the elongated structure transitions between a collapsed position for delivery to a treatment site, and an expanded clot capture position in which interstices are formed between the intersection locations enabling a clot to be captured. a plurality of cables each formed of a subset of the plurality of wires, wherein pairs of cables cross each other at a plurality of intersection locations; wherein at the plurality of intersection locations, wires from each pair of crossing cables are unwound and woven together with wires from a paired crossing cable; wherein the wires of the crossing cables are woven together at the intersection locations in a manner permitting the woven-together wires to move relative to each other when an opening force is applied to the elongated structure; and wherein in response to the opening force exerted thereon, at the intersection locations, pairs of crossing cables are configured to pivot relative to each other as the elongated structure transitions between a collapsed position for delivery to a treatment site, and an expanded clot capture position in which interstices are formed between the intersection locations enabling a clot to be captured.
A method for determining properties of a sample by ellipsometry, comprising the steps of: - positioning the sample in an ellipsometer , the surface normal (n) of a measurement region of the sample surface being tilted relative to the reference axis (z) of the ellipsometer , - measuring the Mueller matrix for the measurement region, - creating an equation system, which at least is not underdetermined, equating the measured Mueller matrix on the one hand and, on the other hand, a matrix product formed of + a rotation matrix about an input rotation angle (γ), + an isotropic Mueller matrix in normalized NCS form and + a rotation matrix about an output rotation angle (-δ). - solving the equation system for the parameters representing the sample properties to be determined, characterized in that when setting up the equation system, the input rotation angle (γ) and the output rotation angle (-δ) are set as parameters independent of one another. - positioning the sample in an ellipsometer , the surface normal (n) of a measurement region of the sample surface being tilted relative to the reference axis (z) of the ellipsometer , - measuring the Mueller matrix for the measurement region, - creating an equation system, which at least is not underdetermined, equating the measured Mueller matrix on the one hand and, on the other hand, a matrix product formed of + a rotation matrix about an input rotation angle (γ), + an isotropic Mueller matrix in normalized NCS form and + a rotation matrix about an output rotation angle (-δ). + a rotation matrix about an input rotation angle (γ), + an isotropic Mueller matrix in normalized NCS form and + a rotation matrix about an output rotation angle (-δ). - solving the equation system for the parameters representing the sample properties to be determined,
Lithium for use in a method of inhibiting and/or reducing the likelihood of peripheral neuropathy in a subject undergoing anti-cancer treatment with paclitaxel, the method comprising co-administering lithium with paclitaxel.
A method of wireless communication performed by a user equipment, UE, comprising: engaging in a downlink positioning session, a sidelink positioning session, or both with one or more first network entities; and transmitting at least one positioning capability report to one or more second network entities, the at least one positioning capability report including one or more parameters indicating joint downlink and sidelink capabilities of the UE to process both downlink positioning reference signals, DL-PRS, and sidelink positioning reference signals, SL-PRS. engaging in a downlink positioning session, a sidelink positioning session, or both with one or more first network entities; and transmitting at least one positioning capability report to one or more second network entities, the at least one positioning capability report including one or more parameters indicating joint downlink and sidelink capabilities of the UE to process both downlink positioning reference signals, DL-PRS, and sidelink positioning reference signals, SL-PRS.
A method for predicting the responsiveness of a cancer cell to an MEK inhibitor, comprising: detecting the presence of at least one mutation in ADAM12 in the cancer cell, by contacting a nucleic acid sample derived from the cancer cell with at least one oligonucleotide which allows specific detection of the mutation; wherein presence of mutation in ADAM12 is indicative of decreased responsiveness of the cancer cell to the MEK inhibitor. detecting the presence of at least one mutation in ADAM12 in the cancer cell, by contacting a nucleic acid sample derived from the cancer cell with at least one oligonucleotide which allows specific detection of the mutation; wherein presence of mutation in ADAM12 is indicative of decreased responsiveness of the cancer cell to the MEK inhibitor.
Multimodal random heterophasic polypropylene composition (m-Raheco) having a Melt Flow Rate (MFR230/2.16), determined according to ISO1133, of 1.0 - 100 g/10 min and is characterised by comprising • 70.0 - 94.0 wt.-% of a first propylene random copolymer (P1) and • 1.0 - 15.0 wt.-% a second propylene random copolymer (P2) being different from the first propylene random copolymer (P1), and having a higher comonomer content and a higher amount of fraction soluble in cold xylene (XCS) than the first propylene random copolymer (P1), and • 5.0 - 20.0 wt.-% of an elastomeric propylene copolymer (E) wherein the multimodal random heterophasic polypropylene composition (m-Raheco) comprises 17.0 - 32.0 wt.-% of a fraction soluble in cold xylene (XCS), wherein said fraction soluble in cold xylene (XCS) has • a comonomer content Co(XCS) of 65.0 - 85.0 wt.-% and • an intrinsic viscosity (IV) in the range of at least 2.5 dl/g when measured in Decalin according to ISO 1628. • 70.0 - 94.0 wt.-% of a first propylene random copolymer (P1) and • 1.0 - 15.0 wt.-% a second propylene random copolymer (P2) being different from the first propylene random copolymer (P1), and having a higher comonomer content and a higher amount of fraction soluble in cold xylene (XCS) than the first propylene random copolymer (P1), and • 5.0 - 20.0 wt.-% of an elastomeric propylene copolymer (E) wherein the multimodal random heterophasic polypropylene composition (m-Raheco) comprises 17.0 - 32.0 wt.-% of a fraction soluble in cold xylene (XCS), wherein said fraction soluble in cold xylene (XCS) has • a comonomer content Co(XCS) of 65.0 - 85.0 wt.-% and • an intrinsic viscosity (IV) in the range of at least 2.5 dl/g when measured in Decalin according to ISO 1628.
Turbomachine , comprising a cooling device for supplying cooling air from an air distribution space , between an outlet diffuser of a compressor and at least one combustion chamber, to a compressor region, the cooling device having cooling air pipes for guiding the cooling air from the air distribution space into a cavity between the outlet diffuser and a rotor portion of the compressor , the cooling air pipes opening into a hollow space which is radially delimited on the outside by the outlet diffuser and which is open to the cavity via outlet openings , characterized in that the hollow space is radially delimited on the inside by a sealing ring which is mounted on the outlet diffuser .