mhurhangee/patent-ind-claim-en huggingface dataset:
A dishwasher , comprising: a case; a washing tub disposed at an inside of the case and accommodating dishware; and at least one nozzle assembly (100; 200; 300) configured to spray wash water to an inside of the washing tub to clean the dishware at an inside of the washing tub , wherein the nozzle assembly (100; 200; 300) comprises a nozzle (110; 210; 310) configured to rotate on a rotating axis (112; 212; 312) thereof, characterized in that the nozzle assembly (100; 200; 300) further comprises: an inside rotor (120; 220; 320) having a shape of a cylinder and being coupled to the rotating axis (112; 212; 312), so as to rotate according to a rotation of the nozzle (110; 210; 310); and an outside rotor case (130; 230; 340) having a larger radius than a radius of the inside rotor (120; 220; 320) and accommodating the inside rotor (120; 220; 320) therein, and having an opening hole (141; 241; 351) through which the rotating axis (112; 212; 312) passes, wherein the rotating axis (112; 212; 312) is configured to shift around a center of the outside rotor case (130; 230; 340). a case; a washing tub disposed at an inside of the case and accommodating dishware; and at least one nozzle assembly (100; 200; 300) configured to spray wash water to an inside of the washing tub to clean the dishware at an inside of the washing tub , wherein the nozzle assembly (100; 200; 300) comprises a nozzle (110; 210; 310) configured to rotate on a rotating axis (112; 212; 312) thereof, characterized in that the nozzle assembly (100; 200; 300) further comprises: an inside rotor (120; 220; 320) having a shape of a cylinder and being coupled to the rotating axis (112; 212; 312), so as to rotate according to a rotation of the nozzle (110; 210; 310); and an outside rotor case (130; 230; 340) having a larger radius than a radius of the inside rotor (120; 220; 320) and accommodating the inside rotor (120; 220; 320) therein, and having an opening hole (141; 241; 351) through which the rotating axis (112; 212; 312) passes, an inside rotor (120; 220; 320) having a shape of a cylinder and being coupled to the rotating axis (112; 212; 312), so as to rotate according to a rotation of the nozzle (110; 210; 310); and an outside rotor case (130; 230; 340) having a larger radius than a radius of the inside rotor (120; 220; 320) and accommodating the inside rotor (120; 220; 320) therein, and having an opening hole (141; 241; 351) through which the rotating axis (112; 212; 312) passes, wherein the rotating axis (112; 212; 312) is configured to shift around a center of the outside rotor case (130; 230; 340).
A radiator assembly for heat transfer by combining radiation and convection, comprising a housing which comprises a front wall for the static heat dissipation by means of radiation, at least one pipe system in form of a pipe register for making pass a heating/cooling medium, at least one distribution body made of graphite for homogenizing the temperature distribution, characterized in that the housing is configured as a cassette-like body having openings and comprising a base plate and a circumferential border in which the openings are arranged, wherein the radiator assembly comprises at least one additional heat exchanger unit in form of a lamella pack as well as at least one ventilator, by means of which ventilator the heat transfer realized by means of convection can be adapted according to the needs.
A method of evaluating sensitivity or resistance of a tumor to an antitumoral agent, comprising assessing the quantity of eiF4E-eiF4G complex (Cap-ON complex) and the quantity of eiF4E-4EBP complex (Cap-OFF complex) in said tumor or in tumor cells derived therefrom and correlating the relative amount of the Cap-OFF complex in comparison to the Cap-ON complex with sensitivity or resistance to the antitumoral agent.
A track chain member comprising: a shoe member defining a track chain traveling direction (T) and a lateral direction (L) perpendicular to the track chain traveling direction (T) defining a first lateral end and a second lateral end ; and a first track pad member extending from the shoe member including a first lug member extending from the shoe member in a first direction parallel to the track chain traveling direction (T), a second lug member and a third lug member both extending from the shoe member in a second direction opposite of the first direction ; wherein the first, second and third lug members define a Y-shaped configuration and the track chain member further includes a first rib disposed nearest the first lug member along the track chain traveling direction (T) extending from the first track pad member along the lateral direction (L) to the first lateral end of the shoe member , characterised in that , the first rib defining a first concave radial portion curving in a plane extending orthogonal to the track chain traveling direction (T), and a second rib disposed nearest the second lug member along the track chain traveling direction (T) extending from the first track pad member along the lateral direction (L) substantially to the first lateral end of the shoe member . a shoe member defining a track chain traveling direction (T) and a lateral direction (L) perpendicular to the track chain traveling direction (T) defining a first lateral end and a second lateral end ; and a first track pad member extending from the shoe member including a first lug member extending from the shoe member in a first direction parallel to the track chain traveling direction (T), a second lug member and a third lug member both extending from the shoe member in a second direction opposite of the first direction ; wherein the first, second and third lug members define a Y-shaped configuration and the track chain member further includes a first rib disposed nearest the first lug member along the track chain traveling direction (T) extending from the first track pad member along the lateral direction (L) to the first lateral end of the shoe member , characterised in that , the first rib defining a first concave radial portion curving in a plane extending orthogonal to the track chain traveling direction (T), and a second rib disposed nearest the second lug member along the track chain traveling direction (T) extending from the first track pad member along the lateral direction (L) substantially to the first lateral end of the shoe member .
A method, comprising: detecting , by a user equipment, an indication for an upcoming local area network activation; and determining , by the user equipment, whether or not to terminate a wide area network connection on an unlicensed band in an instance in which the wide area network connection on the unlicensed band is active and the local area network is to be activated on the same unlicensed band.
A computer implemented method for allocating frequency channels among a set of neighboring access points (1-10), said method comprising: - determining at least a first set of access points; - collecting from the first set of access points information indicative of a wireless medium usage of a plurality of access points of the first set of access points; - computing one or more activity-based parameters based on the information indicative of a wireless medium usage of the plurality of access points of the first set of access points (1-10), wherein the activity based parameter is indicative of a similarity between a plurality of temporal sequences of wireless medium usage of each of the plurality of access points of the first set of access points; and - determining an allocation of a frequency channel to each of the plurality of access points of the first set of access points based on the computed one or more activity-based parameters, wherein the allocation is determined by minimizing time overlap of wireless medium usage by each of the plurality of access points of the first set of access points. - determining at least a first set of access points; - collecting from the first set of access points information indicative of a wireless medium usage of a plurality of access points of the first set of access points; - computing one or more activity-based parameters based on the information indicative of a wireless medium usage of the plurality of access points of the first set of access points (1-10), wherein the activity based parameter is indicative of a similarity between a plurality of temporal sequences of wireless medium usage of each of the plurality of access points of the first set of access points; and - determining an allocation of a frequency channel to each of the plurality of access points of the first set of access points based on the computed one or more activity-based parameters, wherein the allocation is determined by minimizing time overlap of wireless medium usage by each of the plurality of access points of the first set of access points.
Motor/pump unit with a multi-part housing , which unit comprises an internal gear machine for reversing duty and an electric motor which is coupled with the internal gear machine by way of at least one shaft which is mounted rotatably about a shaft rotational axis in the housing , wherein the internal gear machine comprises a working chamber which is delimited by at least two housing parts (25.1, 25.2) of the housing , and in which an externally-toothed pinion which has pinion teeth and an internally-toothed ring gear which has ring-gear teeth and is mounted eccentrically relative to the pinion are arranged, wherein the ring-gear teeth mesh with the pinion teeth in a tooth engagement region, and wherein a sickle-shaped free space is formed between the pinion and the ring gear , in which space a multi-part filler piece is arranged which comprises a plurality of radial sealing elements (42; 43.1, 43.2), movable in the radial direction relative to one another, for radially sealing off a high-pressure region (44.1, 44.2) of the working chamber , a first radial sealing element of which forms a pinion segment which lies against the pinion teeth and a second radial sealing element of which forms a ring-gear segment which lies against the ring-gear teeth , and wherein a radial gap (75.1, 75.2) is formed between an inner face of the pinion segment , said inner face pointing radially outwards to the ring-gear segment, and an inner face (73.1, 73.2) of the ring-gear segment, said inner face (73.1, 73.2) located opposite said inner face and pointing radially inwards to the pinion segment , and wherein at least one axial sealing plate (58.1, 58.2), which is movable in the axial direction , for axially sealing off the high-pressure region (44.1, 44.2) of the working chamber is arranged between axial end faces (56.1, 57.1; 56.2, 57.2) of the gear wheels and at least one of the housing parts (25.1, 25.2), characterised in that the at least one axial sealing plate (58.1, 58.2) has at least one sealing-plate depression, open towards the end faces (56.1, 57.1; 56.2, 57.2) of the gear wheels , in the form of a sealing-plate control channel (63.3.1, 63.3.2) which can be acted upon by pressure medium, which depression starts from a sealing-plate recess (62.1, 62.2), is open towards the radial gap (75.1, 75.2) and lies directly opposite the radial gap (75.1, 75.2), wherein two control grooves (63.1.1, 63.1.2; 63.2.1, 63.2.2) open into the sealing-plate recess (62.1, 62.2), which grooves are open towards the end faces (56.1, 56.2; 57.1, 57.2), wherein a first one of the control grooves (63.1.1, 63.1.2) is arranged lying directly opposite pinion tooth spaces which are formed between the pinion teeth , and a second one of the control grooves (63.2.1, 63.2.2) is arranged lying directly opposite ring-gear tooth spaces which are formed between the ring-gear teeth .
Milling device for surgery comprising a handling body containing a transmission unit terminating in respective attachment portions which comprise a distal attachment portion with which there are associated hooking means of the releasable type for a cutter of said device , wherein said hooking means comprise a central body and an annular body mobile with respect to said central body both axially and also angularly with respect to a milling axis (X) thus selectively defining a condition of releasable clamping and of disengagement of said cutter with respect to said central body , wherein said central body comprises a connection portion on which there are hooking slots configured to determine a releasable bayonet-type connection between a joining portion of said cutter and corresponding apertures parallel to said milling axis (X) and characterised in that said annular body is provided with clamping elements which project in an axial direction toward said connection portion and are configured to be inserted inside said apertures in order to close access to the respective hooking slots when said annular body is in said releasable clamping condition. wherein said hooking means comprise a central body and an annular body mobile with respect to said central body both axially and also angularly with respect to a milling axis (X) thus selectively defining a condition of releasable clamping and of disengagement of said cutter with respect to said central body , wherein said central body comprises a connection portion on which there are hooking slots configured to determine a releasable bayonet-type connection between a joining portion of said cutter and corresponding apertures parallel to said milling axis (X) and characterised in that said annular body is provided with clamping elements which project in an axial direction toward said connection portion and are configured to be inserted inside said apertures in order to close access to the respective hooking slots when said annular body is in said releasable clamping condition.
A radiation sensor element , comprising: - a support plate , having a front face , extending substantially along a base plane , defining a lateral extension of the radiation sensor element ; - a substrate , having a basal face facing the front face , an interconnection face opposite the basal face , and an edge face connecting the basal face and the interconnection face ; - a sensor tile , comprising an active material layer and having a back face facing the interconnection face ; - a copper-pillar interconnection element between the interconnection face and the back face ; and - a non-conductive film extending between the interconnection face and the back face and laterally surrounding the copper-pillar interconnection element ; characterised in that the front face comprises, laterally beyond the edge face , a depression extending in a thickness direction perpendicular to the base plane , and the non-conductive film comprises, laterally beyond the edge face , an edge protrusion part extending in the depression . - a support plate , having a front face , extending substantially along a base plane , defining a lateral extension of the radiation sensor element ; - a substrate , having a basal face facing the front face , an interconnection face opposite the basal face , and an edge face connecting the basal face and the interconnection face ; - a sensor tile , comprising an active material layer and having a back face facing the interconnection face ; - a copper-pillar interconnection element between the interconnection face and the back face ; and - a non-conductive film extending between the interconnection face and the back face and laterally surrounding the copper-pillar interconnection element ;
A method for inspecting and repairing a structure using unmanned aerial vehicles, comprising: (a) flying one or more unmanned aerial vehicles equipped with a camera to a position in a vicinity of an area on a surface of a structure ; (b) acquiring image data representing one or more images of the structure using the camera ; determining that the image data acquired in step (b) indicates damage in the area above a first "use as is" threshold before proceeding to step (c); (c) flying the one or more unmanned aerial vehicles equipped with an NDE sensor unit until the NDE sensor unit is within measurement range of the structure ; (d) acquiring sensor data representing structural characteristics of the structure using the NDE sensor unit while the NDE sensor unit is within measurement range of the structure ; (e) moving the one or more unmanned aerial vehicles equipped with a repair tool to a location that places the repair tool in contact with the surface of the structure ; and (f) repairing the structure using the repair tool while the one or more unmanned aerial vehicles is at the location. (a) flying one or more unmanned aerial vehicles equipped with a camera to a position in a vicinity of an area on a surface of a structure ; (b) acquiring image data representing one or more images of the structure using the camera ; determining that the image data acquired in step (b) indicates damage in the area above a first "use as is" threshold before proceeding to step (c); (c) flying the one or more unmanned aerial vehicles equipped with an NDE sensor unit until the NDE sensor unit is within measurement range of the structure ; (d) acquiring sensor data representing structural characteristics of the structure using the NDE sensor unit while the NDE sensor unit is within measurement range of the structure ; (e) moving the one or more unmanned aerial vehicles equipped with a repair tool to a location that places the repair tool in contact with the surface of the structure ; and (f) repairing the structure using the repair tool while the one or more unmanned aerial vehicles is at the location.
A fitting arrangement for a sliding element , such as a sliding door or a sliding window, which comprises a displaceable leaf , said fitting arrangement comprising at least two carriages and a connecting rod for coupling the carriages to one another, wherein the connecting rod has a flattened cross-section and thereby defines a main plane of extent , and wherein a coupling for attaching the connecting rod to the carriage is arranged at at least one of the carriages , characterized in that the coupling has two separate fastening sections to which the connecting rod can be selectively fastened, with the fastening sections being designed such that the main plane of extent of the connecting rod has different orientations relative to a stationary reference plane depending on which of the separate fastening sections the connecting rod is fastened to.
An oral unit dose form composition comprising a compound of formula I or a pharmaceutically acceptable salt, solvate, or ester thereof: wherein: X is CH or N; Y is CH or N; A is C=O or CH 2 ; R 1 is hydrogen or a C 1-4 alkoxy group; and R 2 is a C 1-4 alkyl group or a C 3-6 cycloalkyl group, optionally substituted by 1 or 2 hydroxyl groups; for use in a method of treating hereditary angioedema, or acquired angioedema in a human subject, the method comprising orally administering to the human subject a therapeutically effective amount of said oral unit dose form composition, wherein the oral unit dose form comprises 50% to 90% of a polyethylene glycol having a number average molecular weight of 200 to 1000, 0.1% to 10% of a vitamin E and 1% to 40% of a vitamin E poly(C 2-3 )alkylene glycol dicarboxylic ester, the percentages expressed by weight of the total weight of the excipients. X is CH or N; Y is CH or N; A is C=O or CH 2 ; R 1 is hydrogen or a C 1-4 alkoxy group; and R 2 is a C 1-4 alkyl group or a C 3-6 cycloalkyl group, optionally substituted by 1 or 2 hydroxyl groups; for use in a method of treating hereditary angioedema, or acquired angioedema in a human subject, the method comprising orally administering to the human subject a therapeutically effective amount of said oral unit dose form composition, wherein the oral unit dose form comprises 50% to 90% of a polyethylene glycol having a number average molecular weight of 200 to 1000, 0.1% to 10% of a vitamin E and 1% to 40% of a vitamin E poly(C 2-3 )alkylene glycol dicarboxylic ester, the percentages expressed by weight of the total weight of the excipients.
Device for substance exchange between blood and a gas/gas mixture, comprising a chamber through which blood can flow and in which a large number of substance-permeable hollow fibres are arranged, wherein the gas/gas mixture can flow through the hollow fibres and blood can flow around them, wherein the chamber accommodates, in addition to the hollow fibres through which the gas/gas mixture can flow, at least one deformable element around which the blood can flow and which is deformable and restorable by pressure fluctuations acting externally on the at least one element from the blood in the chamber , characterized in that the at least one element is configured as a hollow body and is passive and designed to make available a Windkessel effect, for which reason the at least one element in the interior is acted upon exclusively by a static fluid pressure and, during an increase of the blood pressure, is compressible from a relaxed shape, and, as the blood pressure decreases, is restorable to the relaxed shape.
A heater comprising: an insulating base ; a resistor buried in the insulating base and having a folded shape; and a pair of leads buried in the insulating base and connected at a front end side thereof to the resistor , the heater including connection portions in which the resistor and each of the leads overlap each other in a direction perpendicular to an axial direction of the lead , and the heater including a portion in which the connection portions overlap each other in the direction perpendicular to the axial direction of the lead , wherein when the portion to which the connection portions overlap each other is seen in a cross section perpendicular to the axial direction, the pair of leads are located more center side of the heater than the resistor and respective boundaries between the resistor and the pair of leads have a curved shape so as to be convex toward the leads, characterized in that , in the cross section, the respective boundaries between the resistor and the pair of leads face each other via the center of the heater with the pair of leads being interposed between the boundaries and without the resistor being interposed between the boundaries. an insulating base ; a resistor buried in the insulating base and having a folded shape; and a pair of leads buried in the insulating base and connected at a front end side thereof to the resistor , the heater including connection portions in which the resistor and each of the leads overlap each other in a direction perpendicular to an axial direction of the lead , and the heater including a portion in which the connection portions overlap each other in the direction perpendicular to the axial direction of the lead , wherein when the portion to which the connection portions overlap each other is seen in a cross section perpendicular to the axial direction, the pair of leads are located more center side of the heater than the resistor and respective boundaries between the resistor and the pair of leads have a curved shape so as to be convex toward the leads, characterized in that , in the cross section, the respective boundaries between the resistor and the pair of leads face each other via the center of the heater with the pair of leads being interposed between the boundaries and without the resistor being interposed between the boundaries.
Seat part of a vehicle seat, wherein the seat part has a seat frame, characterized by a lining element which is arranged laterally on the seat frame for lining purposes, having an inner soft lining part and a cover element arranged thereon on the outer side, wherein the lining element has a number of respectively protruding peripheral regions (10.5, 10.6) for fastening to the seat frame.