mhurhangee/ep-ind-claims huggingface dataset:
Lifting and alignment system for a track for rail vehicles to be laid in slab track with lifting and alignment devices that can be positioned in pairs at right and left side rails of the track, which respectively have a support element that can be placed below the rails of the track on a track substructure and which are height-adjustable relative thereto, wherein the rails are supported on the respective support elements in a pivotal manner by means of pivot bearing devices about a pivot axis, which is at least essentially parallel to the longitudinal extension of the track, characterized in that the pivot bearing devices each have a retaining clamp that can be mounted on the supported rail and that the retaining clamps of lifting and alignment devices arranged respectively in pairs at the left and right side of the rail are provided with mounting devices for track retaining elements retaining the left and right side rails in a spaced manner of each other at the track distance.
Light diffuser casing comprising: • an enclosure defining a cavity and provided with a closable opening configured to allow a headlamp to be inserted inside the light diffuser casing, • a light diffuser arranged: ∘ to receive a light beam coming from the headlamp and ∘ to make said beam diffuse on the enclosure, the light diffuser being made from a translucent or transparent material so that said light beam passes through the light diffuser, the enclosure being made from a translucent material Light diffuser casing characterized in that it comprises a separator separating the cavity into a first housing configured to house the headlamp, and a second housing distinct from the first housing, the separator being made from a translucent or transparent material and in that the enclosure of the first housing is made from an elastically deformable material so as to enable the headlamp placed in the light diffuser casing to be switched on and off. • an enclosure defining a cavity and provided with a closable opening configured to allow a headlamp to be inserted inside the light diffuser casing, • a light diffuser arranged: ∘ to receive a light beam coming from the headlamp and ∘ to make said beam diffuse on the enclosure, the light diffuser being made from a translucent or transparent material so that said light beam passes through the light diffuser, the enclosure being made from a translucent material ∘ to receive a light beam coming from the headlamp and ∘ to make said beam diffuse on the enclosure, the light diffuser being made from a translucent or transparent material so that said light beam passes through the light diffuser, the enclosure being made from a translucent material
An apparatus for fluidised-bed chemical vapour deposition, comprising at least: - a reactor comprising a treatment zone in which the fluidised-bed chemical vapour deposition is intended to be carried out from a gaseous phase, an inlet zone through which the gaseous phase is intended to be introduced into the treatment zone and an outlet zone through which the gaseous phase is intended to be removed from the treatment zone, - a heating system configured to heat the treatment zone, and - a cooling system configured to cool the inlet zone, the apparatus being characterised in that it further comprises a porous thermal insulator present in the inlet zone and configured to be passed through by the gaseous phase, said porous thermal insulator having an effective thermal conductivity at 20°C less than or equal to 3.5 W.m -1.K -1, and in that the porosity of the insulator has a tortuous shape. - a reactor comprising a treatment zone in which the fluidised-bed chemical vapour deposition is intended to be carried out from a gaseous phase, an inlet zone through which the gaseous phase is intended to be introduced into the treatment zone and an outlet zone through which the gaseous phase is intended to be removed from the treatment zone, - a heating system configured to heat the treatment zone, and - a cooling system configured to cool the inlet zone,
A casting article for defining the internal circuitry of a cast gas turbine engine part, wherein the casting article is a core comprising: a circuit forming portion (98; 198) for forming a portion of the internal circuitry of the cast gas turbine engine part, the circuit forming portion (98; 198) including an interior channel (91; 191) and an outer shell body (95; 195) that surrounds said interior channel (91; 191), characterised in that said casting article further comprises: an engineered failure feature including at least one porous area formed in said outer shell body (95; 195) and configured to increase compressibility of the casting article during a casting process, said at least one porous area having a first density that is less than a second density of a second portion of said outer shell body (95; 195). a circuit forming portion (98; 198) for forming a portion of the internal circuitry of the cast gas turbine engine part, the circuit forming portion (98; 198) including an interior channel (91; 191) and an outer shell body (95; 195) that surrounds said interior channel (91; 191), characterised in that said casting article further comprises: an engineered failure feature including at least one porous area formed in said outer shell body (95; 195) and configured to increase compressibility of the casting article during a casting process, said at least one porous area having a first density that is less than a second density of a second portion of said outer shell body (95; 195).
A roller assembly, the roller assembly including: a frame; a first undercarriage connected to the frame, the first undercarriage comprising: a first body; a rear roller connected to the first body; and a first overlapping roller that is elongate and connected to the first body; and a second undercarriage connected to the frame, the second undercarriage comprising: a second body; a front roller connected to the second body; and a second overlapping roller that is elongate and connected to the second body, wherein the first undercarriage is positioned adjacent to the second undercarriage such that the first overlapping roller overlaps the second overlapping roller, characterized in that the first undercarriage is substantially located to one side of a lateral axis of the frame and the second undercarriage is substantially located to another side the lateral axis of the frame, wherein the lateral axis of the frame is located centrally between side walls of the frame, and in that the first undercarriage and the second undercarriage are aligned. a frame; a first undercarriage connected to the frame, the first undercarriage comprising: a first body; a rear roller connected to the first body; and a first overlapping roller that is elongate and connected to the first body; and a first body; a rear roller connected to the first body; and a first overlapping roller that is elongate and connected to the first body; and a second undercarriage connected to the frame, the second undercarriage comprising: a second body; a front roller connected to the second body; and a second overlapping roller that is elongate and connected to the second body, a second body; a front roller connected to the second body; and a second overlapping roller that is elongate and connected to the second body, wherein the first undercarriage is positioned adjacent to the second undercarriage such that the first overlapping roller overlaps the second overlapping roller, characterized in that the first undercarriage is substantially located to one side of a lateral axis of the frame and the second undercarriage is substantially located to another side the lateral axis of the frame, wherein the lateral axis of the frame is located centrally between side walls of the frame, and in that the first undercarriage and the second undercarriage are aligned.
Delay return gas spring comprising: - a hollow cylindrical body with an open end, - a rod located in the hollow cylindrical body of a lesser section than this and which is longitudinally slidable through its open end, - a plunger attached to the rod, - a first gas chamber located between the open end of the hollow cylindrical body and the plunger, - a second gas chamber located between the plunger and the base of the hollow cylindrical body, and - gas passage means between the two chambers (3, 4) located in the plunger, configured so that they allow the passage of a first flow from the second chamber to the first chamber and the passage of a second flow from the first chamber to the second chamber lower than the first flow in order to delay the return of the rod; the hollow cylindrical body comprising a first longitudinal area located in the vicinity of its open end having a first inner diameter and a second longitudinal area placed following the first longitudinal area having a second inner diameter wherein the second inner diameter is greater than the first inner diameter, so that a radial space is comprised between the hollow cylindrical body and the plunger in the second longitudinal area for the passage of gas between both chambers (3, 4); the plunger comprising means to prevent the passage of gas through the radial space between the hollow cylindrical body and the plunger in the first area, the plunger further comprising a first hole for the passage of gas between the two chambers (3, 4) and a second hole comprising a first check valve adapted to allow passage of gas from the second chamber to the first chamber and prevent it in the opposite direction, being the first hole of a lower section than the second hole; the delay return gas spring being characterized in that the plunger comprises a second check valve arranged in series with the hole and connected with an elastic means for its opening in order to allow the passage of gas from the first chamber to the second chamber and prevents it in the opposite direction. - a hollow cylindrical body with an open end, - a rod located in the hollow cylindrical body of a lesser section than this and which is longitudinally slidable through its open end, - a plunger attached to the rod, - a first gas chamber located between the open end of the hollow cylindrical body and the plunger, - a second gas chamber located between the plunger and the base of the hollow cylindrical body, and - gas passage means between the two chambers (3, 4) located in the plunger, configured so that they allow the passage of a first flow from the second chamber to the first chamber and the passage of a second flow from the first chamber to the second chamber lower than the first flow in order to delay the return of the rod;
A process for the preparation of a carbamat-benzoxazinone of formula, wherein an amino-benzoxazinone of formula, is reacted with a compound of formula
An apparatus for sensing body information, the apparatus comprising: a light-emitting device configured to emit light toward an object; a light-receiving device configured to detect reflected light reflected from the object; an image sensor configured to detect the reflected light; and a controller configured to: determine a distance between the object and the light-emitting device; selectively drive at least one of the light-receiving device and the image sensor according to a distance between the object and the light-emitting device; characterized in that the controller is further configured to determine at least one of body volume information of the object and blood flow information of the object based on the reflected light; wherein, when the distance between the object and the light-emitting device is within a first distance, the controller is configured to determine the blood flow information, and when the distance between the object and the light-emitting device exceeds the first distance, the controller is configured to determine the body volume information of the object. a light-emitting device configured to emit light toward an object; a light-receiving device configured to detect reflected light reflected from the object; an image sensor configured to detect the reflected light; and a controller configured to: determine a distance between the object and the light-emitting device; selectively drive at least one of the light-receiving device and the image sensor according to a distance between the object and the light-emitting device; characterized in that the controller is further configured to determine at least one of body volume information of the object and blood flow information of the object based on the reflected light; wherein, when the distance between the object and the light-emitting device is within a first distance, the controller is configured to determine the blood flow information, and when the distance between the object and the light-emitting device exceeds the first distance, the controller is configured to determine the body volume information of the object. determine a distance between the object and the light-emitting device; selectively drive at least one of the light-receiving device and the image sensor according to a distance between the object and the light-emitting device; characterized in that the controller is further configured to determine at least one of body volume information of the object and blood flow information of the object based on the reflected light; wherein, when the distance between the object and the light-emitting device is within a first distance, the controller is configured to determine the blood flow information, and when the distance between the object and the light-emitting device exceeds the first distance, the controller is configured to determine the body volume information of the object.
A method of sharing state information for the wireless communication in a communication system including at least an access point and a plurality of wireless devices (106, 402) transmitting respective probe requests to the access point for determining whether the access point is within a range for initiating and maintaining a wireless communication link between each of the plurality of wireless devices (106, 402) and the access point, and the access point transmitting a probe response frame including communication parameters, the method comprising: receiving, at the access point, a probe request; decoding, at the access point, the probe request to determine shared wireless device state information; storing, at the access point, the shared wireless device state information for at least a timeout period; transmitting, at the access point, a probe response indicating the timeout period; and receiving, at the access point, an association request which has excluded the wireless device state information within the timeout period. receiving, at the access point, a probe request; decoding, at the access point, the probe request to determine shared wireless device state information; storing, at the access point, the shared wireless device state information for at least a timeout period; transmitting, at the access point, a probe response indicating the timeout period; and receiving, at the access point, an association request which has excluded the wireless device state information within the timeout period.
A connecting module for connecting a processor controlled device as communication partner with another communication partner via a mobile radio network, comprising a radio interface to the mobile radio network, an interface to the processor controlled device and a non-volatile data memory which comprises an operating system, OS, which after having been loaded into a working memory of the processor controlled device will assume the control of the processor controlled device, characterized in that the non-volatile data memory further comprises at least one user profile, NP, for adapting the operating system, OS, to individual requirements of a user, that the operating system loaded into the working memory of the processor controlled device is configured according to the user profile, NP, and that after having been loaded into the working memory of the processor controlled device the operating system is adapted to assume, apart from the control of the processor controlled device, a control of the connection between the connecting module and the mobile radio network.
An agricultural harvester comprising a header for gathering a crop and feeding it into a feeder housing of the agricultural harvester, the header being connected to the feeder housing by way of a header tilt mechanism for providing the header an ability to tilt relative to the feeder housing in order to follow ground contours, wherein the header tilt mechanism comprises at least one straight line linkage movably connecting the feeder housing to an attachment bracket on the header, and characterized in that the at least one straight line linkage is one of a "Robert's mechanism", a "Watt's linkage",, a "Chebyshev linkage", and a "Peaucellier-Lipkin linkage".
A method of identifying an analyte molecule in a biological sample, the method comprising the steps of: capturing the analyte molecule onto a metal surface to which there is attached a self-assembled monolayer of amphiphilic molecules covalently coated with a layer of oligoethylene glycol molecules, the analyte molecule being captured by means of an analyte molecule-specific aptamer which is attached directly to the amphiphilic molecules of the SAM or attached directly to the metal surface and surrounded by the SAM, resulting in an aptamer-analyte molecule complex on the metal surface for which a reproducible and unique SERS spectrum can be measured, measuring the SERS signal intensity and specific SERS spectrum of the resultant aptamer-analyte molecule complex, and identifying the captured analyte molecule by comparing the measured SERS spectrum of the aptamer-analyte molecule complex to a database of reference SERS spectra to verify the identity of the captured analyte molecule. capturing the analyte molecule onto a metal surface to which there is attached a self-assembled monolayer of amphiphilic molecules covalently coated with a layer of oligoethylene glycol molecules, the analyte molecule being captured by means of an analyte molecule-specific aptamer which is attached directly to the amphiphilic molecules of the SAM or attached directly to the metal surface and surrounded by the SAM, resulting in an aptamer-analyte molecule complex on the metal surface for which a reproducible and unique SERS spectrum can be measured, measuring the SERS signal intensity and specific SERS spectrum of the resultant aptamer-analyte molecule complex, and identifying the captured analyte molecule by comparing the measured SERS spectrum of the aptamer-analyte molecule complex to a database of reference SERS spectra to verify the identity of the captured analyte molecule.
A device for cooking by heating comprising: a heating unit (12, 13, 14, 16) for heating food that is accommodated in a cooking cavity; a setting unit (10, 25) configured to set a heating control content of the heating unit (12, 13, 14, 16); a display unit configured to display the heating control content set by the setting unit (10, 25); a display controller configured to control display on the display unit; an image capturing unit configured to capture an image of the food; and a storage unit configured to store the image captured by the image capturing unit and the heating control content set by the setting unit (10, 25) as a correspondence table in association with each other, wherein the display controller controls display so as to display a plurality of the images stored in the storage unit in a list on the display unit, and the setting unit (10, 25) sets, based on selection of an image from the list, an associated heating control content in the correspondence table in the storage unit, characterized in that the storage unit only stores the image captured by the image capturing unit and the heating control content in the correspondence table in association with each other, in a case where heating has been completed according to the heating control content set by the setting unit (10, 25). a heating unit (12, 13, 14, 16) for heating food that is accommodated in a cooking cavity; a setting unit (10, 25) configured to set a heating control content of the heating unit (12, 13, 14, 16); a display unit configured to display the heating control content set by the setting unit (10, 25); a display controller configured to control display on the display unit; an image capturing unit configured to capture an image of the food; and a storage unit configured to store the image captured by the image capturing unit and the heating control content set by the setting unit (10, 25) as a correspondence table in association with each other, wherein the display controller controls display so as to display a plurality of the images stored in the storage unit in a list on the display unit, and the setting unit (10, 25) sets, based on selection of an image from the list, an associated heating control content in the correspondence table in the storage unit, characterized in that the storage unit only stores the image captured by the image capturing unit and the heating control content in the correspondence table in association with each other, in a case where heating has been completed according to the heating control content set by the setting unit (10, 25).
Process for the delignification and bleaching of pulp, comprising a) a first bleaching stage with hydrogen peroxide in the presence of a molybdate or tungstate in an acidic aqueous mixture, b) subsequent to the first bleaching stage, a second bleaching stage with hydrogen peroxide in an alkaline aqueous mixture, and c) subsequent to the second bleaching stage, a third bleaching stage with hydrogen peroxide in the presence of a molybdate or tungstate in an acidic aqueous mixture. a) a first bleaching stage with hydrogen peroxide in the presence of a molybdate or tungstate in an acidic aqueous mixture, b) subsequent to the first bleaching stage, a second bleaching stage with hydrogen peroxide in an alkaline aqueous mixture, and c) subsequent to the second bleaching stage, a third bleaching stage with hydrogen peroxide in the presence of a molybdate or tungstate in an acidic aqueous mixture.
A flexible boron nitride nanoribbon aerogel, comprising an interconnected three-dimensional porous network structure, wherein the interconnected three-dimensional porous network structure is formed by mutually twining and contacting boron nitride nanoribbons and consists of macropores having a pore diameter of more than 50 nm, mesopores having a pore diameter of 2-50 nm and micropores having a pore diameter of less than 2 nm and wherein the flexible boron nitride nanoribbon aerogel has a thermal conductivity of 0.025-0.5W/mK.
A method for controlling a power generation system comprising a wind turbine energy resource (20, 70) connected to a grid, the method comprising: supporting voltage on the grid by providing reactive current to the grid from an inverter of the wind turbine energy resource (20, 70) during a period when the wind turbine energy resource (20, 70) is not providing active power to the grid; and monitoring a DC bus voltage of the wind turbine energy resource (20, 70) during the step of supporting voltage; characterized by reducing an amount of the reactive current being supplied to the grid when the monitored DC bus voltage drops to a predetermined threshold (59, 66) value above a low DC bus voltage trip setpoint of the wind turbine energy resource (20, 70). supporting voltage on the grid by providing reactive current to the grid from an inverter of the wind turbine energy resource (20, 70) during a period when the wind turbine energy resource (20, 70) is not providing active power to the grid; and monitoring a DC bus voltage of the wind turbine energy resource (20, 70) during the step of supporting voltage; characterized by reducing an amount of the reactive current being supplied to the grid when the monitored DC bus voltage drops to a predetermined threshold (59, 66) value above a low DC bus voltage trip setpoint of the wind turbine energy resource (20, 70).