mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a car light and a car fan in an elevator car , the method comprising: monitoring a multiplicity of conditions comprising - detecting whether the elevator car is at a predetermined parking position based upon information from an elevator controller controlling displacements of the elevator car within an elevator hoistway; - detecting whether a car door of the elevator car is open based upon information from a door switch being switched upon changing a door opening state; - detecting whether the elevator car is not currently accessed based upon information from a light barrier arrangement being activated upon a light barrier along an entry area of the elevator car being interrupted; - detecting whether the elevator car is not currently called based upon information from a call device to be activated for calling the elevator car to a requested floor; and after the conditions above are met for at least a predetermined period of time, dimming a light intensity of the car light to a non-zero reduced light intensity value and either switching-off or reducing operation of the car fan . monitoring a multiplicity of conditions comprising - detecting whether the elevator car is at a predetermined parking position based upon information from an elevator controller controlling displacements of the elevator car within an elevator hoistway; - detecting whether a car door of the elevator car is open based upon information from a door switch being switched upon changing a door opening state; - detecting whether the elevator car is not currently accessed based upon information from a light barrier arrangement being activated upon a light barrier along an entry area of the elevator car being interrupted; - detecting whether the elevator car is not currently called based upon information from a call device to be activated for calling the elevator car to a requested floor; - detecting whether the elevator car is at a predetermined parking position based upon information from an elevator controller controlling displacements of the elevator car within an elevator hoistway; - detecting whether a car door of the elevator car is open based upon information from a door switch being switched upon changing a door opening state; - detecting whether the elevator car is not currently accessed based upon information from a light barrier arrangement being activated upon a light barrier along an entry area of the elevator car being interrupted; - detecting whether the elevator car is not currently called based upon information from a call device to be activated for calling the elevator car to a requested floor; and after the conditions above are met for at least a predetermined period of time, dimming a light intensity of the car light to a non-zero reduced light intensity value and either switching-off or reducing operation of the car fan .
A method of checking an amount of a hydrogen gas delivered to a vehicle at a hydrogen refueling station during a refueling process of the vehicle , the method comprising the steps of: (a) Filling a vehicle tank of the vehicle during the refueling process at the hydrogen refueling station , (b) Measuring the amount of hydrogen gas delivered to the vehicle tank during the refueling process by means of a gas meter of the hydrogen refueling station , (c) Establishing a communication link between the hydrogen refueling station and the vehicle or an external device connected to the vehicle , (d) Transmitting at least one meter information of the gas meter , which contains the amount of hydrogen gas measured by the gas meter , to the vehicle or the external device by means of the communication link , and (e) Determining the amount of hydrogen gas absorbed in the vehicle tank during the refueling process , - Determining a differential gas quantity between the measured gas quantity of hydrogen and the absorbed gas quantity of hydrogen, characterized in that the method further comprises the step: - Transmission of a message based on the determined differential gas quantity to the hydrogen refueling station by means of the communication link . (a) Filling a vehicle tank of the vehicle during the refueling process at the hydrogen refueling station , (b) Measuring the amount of hydrogen gas delivered to the vehicle tank during the refueling process by means of a gas meter of the hydrogen refueling station , (c) Establishing a communication link between the hydrogen refueling station and the vehicle or an external device connected to the vehicle , (d) Transmitting at least one meter information of the gas meter , which contains the amount of hydrogen gas measured by the gas meter , to the vehicle or the external device by means of the communication link , and (e) Determining the amount of hydrogen gas absorbed in the vehicle tank during the refueling process , - Determining a differential gas quantity between the measured gas quantity of hydrogen and the absorbed gas quantity of hydrogen, characterized in that the method further comprises the step: - Transmission of a message based on the determined differential gas quantity to the hydrogen refueling station by means of the communication link . - Determining a differential gas quantity between the measured gas quantity of hydrogen and the absorbed gas quantity of hydrogen, - Transmission of a message based on the determined differential gas quantity to the hydrogen refueling station by means of the communication link .
A sensor arrangement with a sensor which has at least one transmitting unit emitting electromagnetic waves , a receiving unit receiving electromagnetic waves and an evaluating unit , in which object distances and/or object velocities are determined as a function of received signals from the receiving unit , the sensor arrangement having at least one reflector unit , electromagnetic waves emitted by the transmitting unit being guided onto the reflector unit , characterised in that the reflector unit is arranged in such a way that the electromagnetic waves emitted by the transmitting unit are guided onto the reflector unit , in that the reflector unit changes at least one property of the electromagnetic waves and the electromagnetic waves changed in this way are guided back from the reflector unit to the receiving unit , in that the sensor arrangement has a plurality of spatially separated reflector units , and in that different protective zones are formed by the reflector units , it being possible to select one or more protective zones within which object detection takes place, and protective zones being selected as a function of codes of the reflector units detected by the sensor.
A method for the transport of laundry items hanging on clamps and for the purpose of transferring the laundry items to an input machine . wherein the respective laundry item hanging with adjacent corners of an edge in clamps of at least one conveyor is transferred to two spreading clamps of a spreading device of the input machine , characterized in that, the adjacent corners of the laundry item concerned are transferred one after the other from the clamps to the two spreading clamps of the spreading device , the transfer from the clamps to the spreading clamps is performed in a successive or bit by bit manner, in that the transfer is executed by consecutive and/or or successive clamps of the respective conveyor , and the respective laundry item is transferred to the two spreading clamps of a pair of spreading clamps by such successive or consecutive clamps of the respective conveyor which hold the adjacent corners of the edge of the laundry item .
A graphics processing pipeline arranged to render in a rendering space , wherein the rendering space is sub-divided into a plurality of tiles , each tile is sub-divided into a plurality of microtiles , each microtile comprising an identical arrangement of pixels and each pixel comprising an arrangement of one or more subsample positions , the graphics processing pipeline comprising edge test and/or depth calculation hardware and wherein the edge test and/or depth calculation hardware comprises one or more hardware arrangements each arranged to perform an edge test or a depth calculation using a sum-of-products, each hardware arrangement comprising: a microtile component hardware element comprising hardware logic arranged to calculate a first output using the sum-of-products and coordinates of a microtile within a tile in the rendering space; a plurality of pixel component hardware elements , each comprising hardware logic arranged to calculate one of a plurality of second outputs using the sum-of-products and coordinates for different pixels defined relative to an origin of the microtile; one or more subsample component hardware elements , each comprising hardware logic arranged to calculate a third output using the sum-of-products and coordinates for a subsample position defined relative to an origin of a pixel; a plurality of adders arranged to generate a plurality of output results for the sum-of-products in parallel by combining, for each output result, a different combination of the first output, one of the plurality of second outputs and a third output, and when the edge test is performed a single bit or more than a single bit of the result is output and when the depth calculation is performed the full result is output. a microtile component hardware element comprising hardware logic arranged to calculate a first output using the sum-of-products and coordinates of a microtile within a tile in the rendering space; a plurality of pixel component hardware elements , each comprising hardware logic arranged to calculate one of a plurality of second outputs using the sum-of-products and coordinates for different pixels defined relative to an origin of the microtile; one or more subsample component hardware elements , each comprising hardware logic arranged to calculate a third output using the sum-of-products and coordinates for a subsample position defined relative to an origin of a pixel; a plurality of adders arranged to generate a plurality of output results for the sum-of-products in parallel by combining, for each output result, a different combination of the first output, one of the plurality of second outputs and a third output, and when the edge test is performed a single bit or more than a single bit of the result is output and when the depth calculation is performed the full result is output.
A display device comprising: a withdrawable display means configured to display content including first content; and a display control means configured to cause the display means to display second content, being an operation screen of the first content, together with the first content when a display width based on a withdrawal state of the display means exceeds a predetermined reference (W2), wherein a display width of the second content in a withdrawal direction (A) is smaller than a display width of the first content, a device direction detection means configured to detect a device direction of the display device , wherein, in a case where the display width has exceeded the reference (W2), the display control means is configured to cause the display means to display the second content further on the basis of the device direction detected by the device direction detection means . a withdrawable display means configured to display content including first content; and a display control means configured to cause the display means to display second content, being an operation screen of the first content, together with the first content when a display width based on a withdrawal state of the display means exceeds a predetermined reference (W2), wherein a display width of the second content in a withdrawal direction (A) is smaller than a display width of the first content, a device direction detection means configured to detect a device direction of the display device , wherein, in a case where the display width has exceeded the reference (W2), the display control means is configured to cause the display means to display the second content further on the basis of the device direction detected by the device direction detection means .
A method for generating a robust radiotherapy treatment plan for a treatment volume of a subject, the treatment volume being defined using a plurality of voxels, the method comprising the steps of: - defining (S100) an optimization problem; - defining (S102) a set of scenarios comprising at least a first scenario and a second scenario; - calculating (S104) an optimization function value for each scenario in the set of scenarios; - generating (S106) a radiotherapy treatment plan by robustly optimizing the optimization function value evaluated over the set of scenarios characterized in that the optimization problem is defined using at least one optimization function for a biological endpoint related to the radiotherapy treatment, and at least two of the scenarios in the set of scenarios represent different biological models to quantify the same biological endpoint. - defining (S100) an optimization problem; - defining (S102) a set of scenarios comprising at least a first scenario and a second scenario; - calculating (S104) an optimization function value for each scenario in the set of scenarios; - generating (S106) a radiotherapy treatment plan by robustly optimizing the optimization function value evaluated over the set of scenarios the optimization problem is defined using at least one optimization function for a biological endpoint related to the radiotherapy treatment, and at least two of the scenarios in the set of scenarios represent different biological models to quantify the same biological endpoint.
A rinse-off conditioner composition for hair comprising a 0.1 to 10% by weight of a conditioning surfactant; b a silicone combination of i 0.1 to 0.3% by weight of an amino functional silicone and ii 0.5 to 6% by weight of a silicone blend of dimethicone and amodimethicone in a ratio of 9:1 and c 1 to 20% by weight of a tricarboxylic acid. a 0.1 to 10% by weight of a conditioning surfactant; b a silicone combination of i 0.1 to 0.3% by weight of an amino functional silicone and ii 0.5 to 6% by weight of a silicone blend of dimethicone and amodimethicone in a ratio of 9:1 and i 0.1 to 0.3% by weight of an amino functional silicone and ii 0.5 to 6% by weight of a silicone blend of dimethicone and amodimethicone in a ratio of 9:1 and c 1 to 20% by weight of a tricarboxylic acid.
Alcove (1; 10; 20; 60; 70; 80) for mounting in an opening in a wall, which alcove (1; 10; 20; 60; 70; 80) comprises a rear wall (2; 11) and mutually connecting side walls (3, 4, 5, 6; 12, 13, 14, 15; 61; 71; 81) standing upright along the peripheral edge of the rear wall , wherein the free ends of the side walls (3, 4, 5, 6; 12, 13, 14, 15; 61; 71; 81) enclose an access opening (H1; 62; 72) of the alcove (1; 10; 20; 60; 70; 80), a finishing element (7, 8; 16; 63, 64; 73, 74; 83, 84) arranged around the access opening (H1; 62; 72; 82) and the side walls (3, 4, 5, 6; 12, 13, 14, 15; 61; 71; 81) of the alcove (1; 10; 20; 60; 70; 80), wherein arranged in a first surface of the finishing element (7, 8; 16; 63, 64; 73, 74; 83, 84) is a finishing element opening (H2; 17; 65; 75; 85) and a continuous hole extending therefrom, wherein the access opening (H1; 62; 72; 82) and the finishing element opening (H2; 17; 65; 75; 85) connect to each other, characterized in that the finishing element opening (H2; 17; 65; 75; 85) is congruent with the access opening (H1; 62; 72; 82) of the alcove (1; 10; 20; 60; 70; 80), wherein the first surface lies against the free ends of the side walls, and wherein the finishing element (7, 8; 16; 63, 64; 75; 85) has at least a second surface which lies against at least an outer side of the upright side walls (3, 4, 5, 6; 12, 13, 14, 15; 61; 71; 81) . a finishing element (7, 8; 16; 63, 64; 73, 74; 83, 84) arranged around the access opening (H1; 62; 72; 82) and the side walls (3, 4, 5, 6; 12, 13, 14, 15; 61; 71; 81) of the alcove (1; 10; 20; 60; 70; 80), wherein arranged in a first surface of the finishing element (7, 8; 16; 63, 64; 73, 74; 83, 84) is a finishing element opening (H2; 17; 65; 75; 85) and a continuous hole extending therefrom, wherein the access opening (H1; 62; 72; 82) and the finishing element opening (H2; 17; 65; 75; 85) connect to each other, characterized in that the finishing element opening (H2; 17; 65; 75; 85) is congruent with the access opening (H1; 62; 72; 82) of the alcove (1; 10; 20; 60; 70; 80), wherein the first surface lies against the free ends of the side walls, and wherein the finishing element (7, 8; 16; 63, 64; 75; 85) has at least a second surface which lies against at least an outer side of the upright side walls (3, 4, 5, 6; 12, 13, 14, 15; 61; 71; 81) .
A cell comprising: a support body comprising a length direction (L) and a pair of main surfaces; an element part in which a first electrode , a solid electrolyte layer containing an oxide containing a rare earth element oxide as a main component, and a second electrode are stacked, in that order, on one of the main surfaces of the support body ; a first layer provided on the other main surface of one end part of the support body in the length direction (L), the first layer containing the same oxide as a main component as the main component of the solid electrolyte layer with a different amount of a rare earth element oxide, and is stronger than the solid electrolyte layer ; a second layer provided between the first layer and the support body , the second layer having a higher content of a component identical to a component contained in the support body than the first layer , and containing the same component as the first layer , characterized in that an interconnector is provided so as to cover the other end part in the length direction (L) of the first layer ; and an area where the second layer is not provided located on the other main surface of the support body on the other end part side, wherein the interconnector and the support body abut and are joined in this area. a support body comprising a length direction (L) and a pair of main surfaces; an element part in which a first electrode , a solid electrolyte layer containing an oxide containing a rare earth element oxide as a main component, and a second electrode are stacked, in that order, on one of the main surfaces of the support body ; a first layer provided on the other main surface of one end part of the support body in the length direction (L), the first layer containing the same oxide as a main component as the main component of the solid electrolyte layer with a different amount of a rare earth element oxide, and is stronger than the solid electrolyte layer ; a second layer provided between the first layer and the support body , the second layer having a higher content of a component identical to a component contained in the support body than the first layer , and containing the same component as the first layer , characterized in that an interconnector is provided so as to cover the other end part in the length direction (L) of the first layer ; and an area where the second layer is not provided located on the other main surface of the support body on the other end part side, wherein the interconnector and the support body abut and are joined in this area.
An arrangement for changing a direction of movement of an elevator car of an elevator , which elevator comprises an electric linear motor for moving the elevator car , characterized in that the arrangement comprises at least two rotatable first stator beam parts comprising stators without a winding and arranged to an elevator shaft for receiving at least two movers , each one of the movers comprising electromagnetic components, such as a winding or a coil, arranged to be in electromagnetic engagement with the stator of the respective first stator beam part for moving the mover along the respective first stator beam part and being rotatably coupled to the elevator car , and at least one actuator for rotating the at least two first stator beam parts , wherein the at least two rotatable first stator beam parts are arranged such that the axes of rotation of the first stator beam parts align with the axes of rotation of the movers when the movers are arranged at corresponding positions with respect to the at least two first stator beam parts for changing the direction of movement of the elevator car , wherein each one of the movers rotates along with a respective rotatable first stator beam part when said respective rotatable first stator beam part is being rotated by the at least one actuator .
A process for the preparation of a superalloy metal comprising the steps of providing a metal alloy powder composition; providing a seed crystal; processing the metal alloy powder composition in the presence of the seed crystal to provide a superalloy metal having a highly textured or single crystal microstructure; characterised in that the processing step is performed by electron beam melting.
Rubber mixture, characterized in that it comprises at least one fluororubber and at least one active filler and carbon nanotubes.
A filtration method for filtering water in a pool, in particular a swimming pool, in which method a forced flow (E) of water is generated so that water is caused to flow from and back into the pool through at least one filtration unit having at least one suction intake , and at least one delivery orifice , said at least one filtration unit having a centrifugal hydraulic pump and at least one filtration device, said centrifugal hydraulic pump having an electric motor coupled to a centrifugal turbine housed in a pump body , and said electric motor being a sealed, brushless, autonomously controlled motor fed with direct current at very low voltage of in the range 12V to 30V, said filtration method being characterized in that said centrifugal hydraulic pump is mounted in the upper portion of said at least one filtration unit , in such a manner as to be fully incorporated into a water feed corridor that is substantially horizontal and open towards said pool via said suction intake , so that said centrifugal hydraulic pump is easily accessible from the top of said filtration unit , and so that said electric motor of said pump is partially or fully immersed in the water that is flowing along said water feed corridor , so that said electric motor is cooled and sound-proofed automatically by the water flowing through said filtration unit .
An assembly for use with a trimmer, the assembly comprising: a body (14; 14') being rotatable about an axis (A) and defining an annular channel (22; 22') for removably receiving an attachment (100; 100'), an attachment (100; 100') including an attachment body (104; 104') extending about the axis (A) and positionable in the channel (22; 22') and an attachment operation member projecting radially from the attachment body , and a retainer (26; 26') radially movable between a retaining position, in which the retainer (26; 26') overlaps the channel (22; 22') to selectively retain the attachment (100; 100') when the attachment (100; 100') is supported on the body (14; 14'), and a release position, in which the retainer (26; 26') axially opens the channel (22; 22') and relative axial movement of the attachment (22; 22') and the body (14; 14') is allowed. a body (14; 14') being rotatable about an axis (A) and defining an annular channel (22; 22') for removably receiving an attachment (100; 100'), an attachment (100; 100') including an attachment body (104; 104') extending about the axis (A) and positionable in the channel (22; 22') and an attachment operation member projecting radially from the attachment body , and a retainer (26; 26') radially movable between a retaining position, in which the retainer (26; 26') overlaps the channel (22; 22') to selectively retain the attachment (100; 100') when the attachment (100; 100') is supported on the body (14; 14'), and a release position, in which the retainer (26; 26') axially opens the channel (22; 22') and relative axial movement of the attachment (22; 22') and the body (14; 14') is allowed.