mhurhangee/patent-ind-claim-en huggingface dataset:
A hand dryer comprising: an air-stream generating device that blows out air, taken from a device air inlet , from a device air outlet ; an inner housing that accommodates therein the air-stream generating device and has an inner air inlet formed in an intake surface thereof that is opposed to the device air inlet ; and an outer housing that accommodates therein the inner housing and the air-stream generating device and has an outer air inlet and an outer air outlet formed therein, wherein an intake air passage that connects the outer air inlet and the device air inlet to each other is formed inside the outer housing while including the intake surface and an opposing surface that is opposed to the intake surface as a portion of a wall surface thereof, wherein the intake air passage is formed by being bent in a direction in which the intake air passage is away from the opposing surface , at a section midway between an upstream end of the intake air passage and the inner air inlet , wherein the portion of the intake air passage bent in the direction in which the intake air passage is away from the opposing surface forms a bent portion , and wherein the intake air passage is also bent on an upstream side of the bent portion , forming a bent portion , characterized in that , a projection is provided on the opposing surface to project from a region that is opposed to the inner air inlet towards the intake surface on a downstream side in the intake air passage with respect to the bent portion , and the projection has a first surface facing an upstream side in the intake air passage . an air-stream generating device that blows out air, taken from a device air inlet , from a device air outlet ; an inner housing that accommodates therein the air-stream generating device and has an inner air inlet formed in an intake surface thereof that is opposed to the device air inlet ; and an outer housing that accommodates therein the inner housing and the air-stream generating device and has an outer air inlet and an outer air outlet formed therein, wherein an intake air passage that connects the outer air inlet and the device air inlet to each other is formed inside the outer housing while including the intake surface and an opposing surface that is opposed to the intake surface as a portion of a wall surface thereof, wherein the intake air passage is formed by being bent in a direction in which the intake air passage is away from the opposing surface , at a section midway between an upstream end of the intake air passage and the inner air inlet , wherein the portion of the intake air passage bent in the direction in which the intake air passage is away from the opposing surface forms a bent portion , and wherein the intake air passage is also bent on an upstream side of the bent portion , forming a bent portion , characterized in that , a projection is provided on the opposing surface to project from a region that is opposed to the inner air inlet towards the intake surface on a downstream side in the intake air passage with respect to the bent portion , and the projection has a first surface facing an upstream side in the intake air passage .
Filter plug for pipelines in an automatic beverage machine, in particular fully-automatic coffee machine, with at least one first cylindrical solid body and one second cylindrical solid body , which have diameters which differ from one another, wherein the first cylindrical solid body and the second cylindrical solid body each have a plurality of axial apertures .
A system comprising: an atherectomy catheter including a cutter and an OCT imaging sensor attached thereto configured to gather OCT images of a vessel; and a controller, the controller configured to automatically identify an external elastic lamina in the OCT images and to adjust a depth of cutting performed by the cutter based upon the identification. an atherectomy catheter including a cutter and an OCT imaging sensor attached thereto configured to gather OCT images of a vessel; and a controller, the controller configured to automatically identify an external elastic lamina in the OCT images and to adjust a depth of cutting performed by the cutter based upon the identification.
A method for decompressing a compressed Higher Order Ambisonics (HOA) signal representation ( C ( l )), the compressed HOA signal representation comprising: - perceptually encoded dominant directional signals ( X ⌣ l ) and related direction information ( Ω DOM ( l )) ; and - perceptually encoded residual ambient HOA component ( W ⌣ A , RED l ), said method including the steps: - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( X ⌣ l ) and said perceptually encoded residual ambient HOA component ( W ⌣ A , RED l ); - performing an order extension of said perceptually decoded residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l )); and - recomposing said perceptually decoded dominant directional signals ( X̂ ( l )), said direction information ( Ω DOM ( l )) and said original-order extended ambient HOA component ( Ĉ A ( l )) so as to get an HOA signal representation ( Ĉ ( l )); wherein performing said order extension comprises appending zeros to said perceptually decoded residual ambient HOA component ( Ĉ A,RED ( l )). - perceptually encoded dominant directional signals ( X ⌣ l ) and related direction information ( Ω DOM ( l )) ; and - perceptually encoded residual ambient HOA component ( W ⌣ A , RED l ), said method including the steps: - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( X ⌣ l ) and said perceptually encoded residual ambient HOA component ( W ⌣ A , RED l ); - performing an order extension of said perceptually decoded residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l )); and - recomposing said perceptually decoded dominant directional signals ( X̂ ( l )), said direction information ( Ω DOM ( l )) and said original-order extended ambient HOA component ( Ĉ A ( l )) so as to get an HOA signal representation ( Ĉ ( l )); wherein performing said order extension comprises appending zeros to said perceptually decoded residual ambient HOA component ( Ĉ A,RED ( l )). - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( X ⌣ l ) and said perceptually encoded residual ambient HOA component ( W ⌣ A , RED l ); - performing an order extension of said perceptually decoded residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l )); and - recomposing said perceptually decoded dominant directional signals ( X̂ ( l )), said direction information ( Ω DOM ( l )) and said original-order extended ambient HOA component ( Ĉ A ( l )) so as to get an HOA signal representation ( Ĉ ( l ));
A method to determine a transmission gear shift recommendation based on optimization of overall fuel economy, the method comprising: receiving data indicative of at least one current vehicle operating condition, said operating condition data including data representing or signifying at least one of transmission out power and speed, current gear number, transmission gearing set, current engine temperature, current engine speed, current engine torque, and fueling; receiving data from engine fueling maps based on cold and warm-up conditions; determining a first expected temperature change of an engine system component or exhaust based on a transmission down shift and higher engine speed in view of said operating condition data and said fueling maps; determining a second expected temperature change of the engine system component or exhaust based on a transmission up shift and lower engine speed in view of said operating condition data and said fueling maps; and determining a transmission gear shift recommendation in view of said determined first and second expected temperature changes based on optimization of overall fuel economy. receiving data indicative of at least one current vehicle operating condition, said operating condition data including data representing or signifying at least one of transmission out power and speed, current gear number, transmission gearing set, current engine temperature, current engine speed, current engine torque, and fueling; receiving data from engine fueling maps based on cold and warm-up conditions; determining a first expected temperature change of an engine system component or exhaust based on a transmission down shift and higher engine speed in view of said operating condition data and said fueling maps; determining a second expected temperature change of the engine system component or exhaust based on a transmission up shift and lower engine speed in view of said operating condition data and said fueling maps; and determining a transmission gear shift recommendation in view of said determined first and second expected temperature changes based on optimization of overall fuel economy.
A header for a combine harvester including a conveyor belt for conveying crop material in a conveyance direction , the header further comprising an adjusting device for adjusting a tension of the conveyor belt, characterized in that the adjusting device comprises a cable that is movable with respect to a frame member of the header, wherein a first attachment portion of the cable is either directly or indirectly attached to one end of a roller for the conveyor belt, and wherein the first attachment portion extends either parallel to or substantially parallel to a tensioning direction of the conveyor belt for adjusting the tension of the conveyor belt, wherein the cable is connected to a shaft that is biased by a spring to maintain the conveyor belt in a state of tension and wherein the spring is positioned against the frame member . an adjusting device for adjusting a tension of the conveyor belt, characterized in that the adjusting device comprises a cable that is movable with respect to a frame member of the header, wherein a first attachment portion of the cable is either directly or indirectly attached to one end of a roller for the conveyor belt, and wherein the first attachment portion extends either parallel to or substantially parallel to a tensioning direction of the conveyor belt for adjusting the tension of the conveyor belt, wherein the cable is connected to a shaft that is biased by a spring to maintain the conveyor belt in a state of tension and wherein the spring is positioned against the frame member .
A rotational moulding system , comprising a mould having a mould wall surrounding a mould cavity , a mould heating and cooling system at least partly integrated with the mould wall and provided for applying a temperature-time program to the mould, a motion system to which the mould is connectable and provided for applying a motion-time program to the mould, and a control system for controlling the mould heating and cooling system and the motion system , characterized in that the control system is configured for determining at least one suitable temperature-time program and at least one suitable motion-time program for the rotational moulding of an object by means of the rotational moulding system on the basis of a predetermined rotational moulding thermal characteristic of a raw material to be used for the rotational moulding of the object, wherein the predetermined rotational moulding thermal characteristic is a target mould cavity temperature-time profile for the at least one raw material. a mould having a mould wall surrounding a mould cavity , a mould heating and cooling system at least partly integrated with the mould wall and provided for applying a temperature-time program to the mould, a motion system to which the mould is connectable and provided for applying a motion-time program to the mould, and a control system for controlling the mould heating and cooling system and the motion system , characterized in that the control system is configured for determining at least one suitable temperature-time program and at least one suitable motion-time program for the rotational moulding of an object by means of the rotational moulding system on the basis of a predetermined rotational moulding thermal characteristic of a raw material to be used for the rotational moulding of the object, wherein the predetermined rotational moulding thermal characteristic is a target mould cavity temperature-time profile for the at least one raw material.
Deflectometry sensor system, wherein a reference plate is provided for calibrating and/or checking the deflectometry sensor system, wherein the deflectometry sensor system is configured to carry out a method according to any one of claims 7 to 14, wherein the deflectometry sensor system comprises an image production device and a detection device, wherein the detection device comprises a plurality of detection elements , whereby a larger field of vision is produced, wherein the reference plate corresponds to the size of the field of vision, wherein the reference plate has a reflective surface, wherein in order to check at least one system parameter of the deflectometry sensor system the reflective surface is provided with a predefined pattern which comprises markings, and wherein the predefined pattern which comprises markings is constructed in such a manner that the predefined pattern comprises a plurality of marking groups and for each detection element of the detection device a marking group is provided for recording images.
An apparatus for inducing motion of blood relative to the apparatus comprising: an elongated cannula having a proximal portion and a distal portion, the proximal portion including a conduit having a fixed diameter and the distal portion including an expandable portion having an inlet end , an outlet end and a diameter expandable to a diameter greater than the fixed diameter, the expandable portion comprising a generally tubular reinforcing matrix comprising: a plurality of circumferential rings each having an undulating pattern including a plurality of apexes pointing toward the outlet end and defining a plurality of recesses pointing toward the inlet end ; and a plurality of axial first connectors , each first connector connecting a circumferential ring to an adjacent one of the circumferential rings ; and an impeller positioned in the elongated cannula and having a deployed configuration and a stored configuration, characterized in that the generally tubular reinforcing matrix further comprises a plurality of second connectors , different from the axial first connectors , each second connector connecting one of the apexes pointing toward the outlet end in one of the rings to an adjacent one of the rings , a first end of each second connector being joined to an outside apex of a first circumferential ring and a second end of each second connector being joined to a point along a side of a second adjacent circumferential ring . an elongated cannula having a proximal portion and a distal portion, the proximal portion including a conduit having a fixed diameter and the distal portion including an expandable portion having an inlet end , an outlet end and a diameter expandable to a diameter greater than the fixed diameter, the expandable portion comprising a generally tubular reinforcing matrix comprising: a plurality of circumferential rings each having an undulating pattern including a plurality of apexes pointing toward the outlet end and defining a plurality of recesses pointing toward the inlet end ; and a plurality of axial first connectors , each first connector connecting a circumferential ring to an adjacent one of the circumferential rings ; and a plurality of circumferential rings each having an undulating pattern including a plurality of apexes pointing toward the outlet end and defining a plurality of recesses pointing toward the inlet end ; and a plurality of axial first connectors , each first connector connecting a circumferential ring to an adjacent one of the circumferential rings ; and an impeller positioned in the elongated cannula and having a deployed configuration and a stored configuration, characterized in that the generally tubular reinforcing matrix further comprises a plurality of second connectors , different from the axial first connectors , each second connector connecting one of the apexes pointing toward the outlet end in one of the rings to an adjacent one of the rings , a first end of each second connector being joined to an outside apex of a first circumferential ring and a second end of each second connector being joined to a point along a side of a second adjacent circumferential ring .
Line arrester comprising two flanges and an insulating body which is arranged between these flanges , wherein one flange can be connected to an overhead line in such a way that the line arrester hangs down freely from this overhead line and a corona ring is fastened to the other, earth-side, flange , which corona ring has a first ring , which is arranged about a longitudinal axis , and a fastening apparatus , which is axially spaced apart from the first ring and is connected to the first ring , for fastening the corona ring to the other, earth-side flange of the line arrester , characterized in that the corona ring has a planar shield for protecting a component which is arranged below the line arrester from environmental influences, wherein this shield spans the area which is produced between the fastening apparatus and the first ring , and the corona ring , by means of its fastening apparatus , is fastened in such a way that the shield extends away from the line arrester .
An electrode for a rechargeable battery, the electrode comprising: a current collector; a primer coating layer applied on the current collector, the primer coating layer including PVdF, as a first binder, and a conductive material; and an electrode composite layer applied on the primer coating layer, the electrode composite layer including a second binder and an electrode active material; wherein the crystallinity of the first binder is 58% or greater and the crystallinity of the second binder is less than 58%, the crystallinity being the weight percentage of crystalline parts with respect to the total amount of crystalline and non-crystalline parts in the binder, determined by NMR as described in the description. a current collector; a primer coating layer applied on the current collector, the primer coating layer including PVdF, as a first binder, and a conductive material; and an electrode composite layer applied on the primer coating layer, the electrode composite layer including a second binder and an electrode active material; wherein the crystallinity of the first binder is 58% or greater and the crystallinity of the second binder is less than 58%, the crystallinity being the weight percentage of crystalline parts with respect to the total amount of crystalline and non-crystalline parts in the binder, determined by NMR as described in the description.
A method of producing a universal joint assembly comprising: providing a joining member for forming a universal joint, said joining member comprising a first pivot and a second pivot ; applying continuous fibre reinforcement and a polymer matrix to a form including said joining member to create a single fibre-reinforced polymer structure in which the joining member is embedded; and splitting said single fibre-reinforced structure into a first fibre-reinforced polymer shaft and a second fibre-reinforced polymer shaft that are coupled together by the joining member to form a universal joint. providing a joining member for forming a universal joint, said joining member comprising a first pivot and a second pivot ; applying continuous fibre reinforcement and a polymer matrix to a form including said joining member to create a single fibre-reinforced polymer structure in which the joining member is embedded; and splitting said single fibre-reinforced structure into a first fibre-reinforced polymer shaft and a second fibre-reinforced polymer shaft that are coupled together by the joining member to form a universal joint.
A method for the synchronization of a central controller wirelessly connected to at least one self-powered power sensor, SPPS, comprising: sampling an electrical signal by at least one SPPS; estimating by the at least one SPPS a time of a sample of the electrical signal; generating a packet comprising packet components including a preamble, a synchronization field, and message data; generating synchronization information for the synchronization field of the packet; transmitting wirelessly the packet components; determining a time offset value for the packet, the time offset calculated from the time of the sample of the electrical signal and a transmission time-stamp of the synchronization information; and transmitting the time offset value by appending it to the packet, wherein the time offset value is used for the purpose of calculating at least an electrical parameter. sampling an electrical signal by at least one SPPS; estimating by the at least one SPPS a time of a sample of the electrical signal; generating a packet comprising packet components including a preamble, a synchronization field, and message data; generating synchronization information for the synchronization field of the packet; transmitting wirelessly the packet components; determining a time offset value for the packet, the time offset calculated from the time of the sample of the electrical signal and a transmission time-stamp of the synchronization information; and transmitting the time offset value by appending it to the packet, wherein the time offset value is used for the purpose of calculating at least an electrical parameter.
A composition comprising an isocyanate compound comprising an isocyanate group in a molecule, in which the isocyanate group is not directly bonded to an aromatic ring, a compound comprising an active hydrogen-containing group, and a reaction accelerator, which is a compound comprising a halogenated carbamoyl group and a (meth)acryloyl group, wherein the amount of the reaction accelerator is in a range of 3000 ppm by mass to 20000 ppm by mass with respect to an amount (100% by mass) of the isocyanate compound.
A system for establishing an intervehicle communication for at least a first and a second commercial vehicles, comprising at least one physical communication line , wherein the communication line is bidirectional, wherein at one point of the communication line a first authentication code generation module is provided, which is dedicated to the first commercial vehicle, wherein at another point of the communication line a second code processing module is provided, which is dedicated to the second commercial vehicle, wherein the first authentication code generation module is configured to send identification information and/or authentication information and encryption keys and wherein the second code processing module is configured to process and send back identification information and/or authentication information and encryption keys, especially processed and/or modified identification information and/or authentication information and encryption keys, wherein the communication line is a pneumatic line , wherein the first authentication code generation module and the second code processing module are configured and arranged such that the identification information and/or authentication information and encryption keys are transmitted by at least one pressure signal and/or a series of pressure signals, which correspond(s) to and/or represent(s) the identification information and/or authentication information and encryption keys.