mhurhangee/patent-ind-claim-en huggingface dataset:
A cable interface system for connecting internal cabling of a wind power facility , the cable interface system comprising: a tower interface associated with a tower of the wind power facility , the tower interface comprising a support structure that is arranged to support a set of tower cables in a fixed configuration; and a nacelle interface associated with a nacelle of the wind power facility , the nacelle interface comprising a support structure that is arranged to support a set of nacelle cables in a fixed configuration; wherein the support structure of the nacelle interface comprises a respective terminal for each nacelle cable , each terminal comprising a compression connector or a mechanical connector, the compression connector or mechanical connector being arranged to receive an end of a respective nacelle cable and to establish a permanent connection between the respective nacelle cable and an aligned tower cable ; and wherein the tower interface is dockable with the nacelle interface so that each tower cable generally aligns with and can be joined to a corresponding nacelle cable . a tower interface associated with a tower of the wind power facility , the tower interface comprising a support structure that is arranged to support a set of tower cables in a fixed configuration; and a nacelle interface associated with a nacelle of the wind power facility , the nacelle interface comprising a support structure that is arranged to support a set of nacelle cables in a fixed configuration; wherein the support structure of the nacelle interface comprises a respective terminal for each nacelle cable , each terminal comprising a compression connector or a mechanical connector, the compression connector or mechanical connector being arranged to receive an end of a respective nacelle cable and to establish a permanent connection between the respective nacelle cable and an aligned tower cable ; and wherein the tower interface is dockable with the nacelle interface so that each tower cable generally aligns with and can be joined to a corresponding nacelle cable .
A method comprising: constructing a standard dynamic range, SDR, cumulative density function, CDF, based on an SDR histogram generated from a distribution of SDR codewords in one or more SDR images; transmitting the one or more SDR images along with backward reshaping metadata to one or more recipient devices; characterized by constructing a high dynamic range, HDR, CDF based on an HDR histogram generated from a distribution of HDR codewords in one or more HDR images that correspond to the one or more SDR images; generating a histogram transfer function based on the SDR CDF and the HDR CDF; wherein the backward reshaping metadata is generated at least in part on the histogram transfer function. constructing a standard dynamic range, SDR, cumulative density function, CDF, based on an SDR histogram generated from a distribution of SDR codewords in one or more SDR images; transmitting the one or more SDR images along with backward reshaping metadata to one or more recipient devices; characterized by constructing a high dynamic range, HDR, CDF based on an HDR histogram generated from a distribution of HDR codewords in one or more HDR images that correspond to the one or more SDR images; generating a histogram transfer function based on the SDR CDF and the HDR CDF; wherein the backward reshaping metadata is generated at least in part on the histogram transfer function.
A method for Radio Access Network, RAN, Notification Area, RNA, management for a user equipment, UE , the method comprising: receiving, by the UE , a first Radio Resource Control, RRC, message having a first RNA configuration from a first base station when the UE is in an RRC Connected state; transitioning from the RRC Connected state to an RRC Inactive state; storing, by the UE , the first RNA configuration when the UE transitions between the RRC Connected state and the RRC Inactive state, wherein the stored first RNA configuration remains valid if no new RNA configuration is provided; receiving, by the UE, a second RRC message not having an RNA configuration, the second RRC message being an RRC resume response message, the UE staying in the RRC Inactive state after having received the second RRC message; and applying, by the UE , an RNA update procedure, based on the first RNA configuration after reception of the second RRC message when the UE is in the RRC Inactive state. receiving, by the UE , a first Radio Resource Control, RRC, message having a first RNA configuration from a first base station when the UE is in an RRC Connected state; transitioning from the RRC Connected state to an RRC Inactive state; storing, by the UE , the first RNA configuration when the UE transitions between the RRC Connected state and the RRC Inactive state, wherein the stored first RNA configuration remains valid if no new RNA configuration is provided; receiving, by the UE, a second RRC message not having an RNA configuration, the second RRC message being an RRC resume response message, the UE staying in the RRC Inactive state after having received the second RRC message; and applying, by the UE , an RNA update procedure, based on the first RNA configuration after reception of the second RRC message when the UE is in the RRC Inactive state.
A dishwasher comprising: - a washing chamber , - a rack movably arranged in horizontal directions (d1, d2) into and out from the washing chamber between an inserted position and a first extracted position, - a pivot arm arrangement supporting the rack relative to the washing chamber , wherein the pivot arm arrangement is movable from a lower position to an upper position so as to elevate the rack from the first extracted position to an elevated position, characterized by comprising - an actuator assembly transferrable between a first state in which the actuator assembly is configured to cause the pivot arm arrangement to move from the lower position towards the upper position upon movement of the rack to the first extracted position, and a second state in which the actuator assembly is configured to cause the pivot arm arrangement to remain in the lower position upon movement of the rack to the first extracted position and allow movement of the rack in a horizontal direction (d1) out from the washing chamber past the first extracted position. - a washing chamber , - a rack movably arranged in horizontal directions (d1, d2) into and out from the washing chamber between an inserted position and a first extracted position, - a pivot arm arrangement supporting the rack relative to the washing chamber , wherein the pivot arm arrangement is movable from a lower position to an upper position so as to elevate the rack from the first extracted position to an elevated position, characterized by comprising - an actuator assembly transferrable between a first state in which the actuator assembly is configured to cause the pivot arm arrangement to move from the lower position towards the upper position upon movement of the rack to the first extracted position, and a second state in which the actuator assembly is configured to cause the pivot arm arrangement to remain in the lower position upon movement of the rack to the first extracted position and allow movement of the rack in a horizontal direction (d1) out from the washing chamber past the first extracted position.
A roll assembly for a milling apparatus , comprising a first roll and a second roll , as well as a handwheel which can be rotated about a handwheel axis of rotation (H) and by means of which a milling gap formed between the first roll and the second roll is adjustable, characterized in that the roll assembly has a position indicator for indicating a position of the handwheel , and the position indicator comprises a position indicator housing and an indicator element which is movable along the handwheel axis of rotation (H) relative to the position indicator housing and which is or can be pretensioned by means of a position indicator spring in the direction of the handwheel axis of rotation (H) with respect to the position indicator housing in such a way that it can be rotated about the handwheel axis of rotation (H) only upon overcoming the pretensioning brought about by the position indicator spring .
Cargo compartment covering device for automatically covering and uncovering a cargo compartment opening of a cargo compartment of a motor vehicle , comprising an extendable and retractable cargo compartment cover for covering the cargo compartment , a guide device for linearly guiding the cargo compartment cover between an extended state in which the cargo compartment cover covers the cargo compartment , and a retracted state in which the cargo compartment cover does not cover the cargo compartment ,and a drive system for targeted movement of the cargo compartment cover , the drive system comprising a housing , the drive system for moving the cargo compartment cover comprising a first flexible shaft , a second flexible shaft and a motor for moving the first flexible shaft and the second flexible shaft , the guide device for linearly guiding the cargo compartment cover comprising a first guide rail , a first guide carriage which is guided in a linearly movable manner on the first guide rail and can be fastened to a first cover face of the cargo compartment cover , a second guide rail , and a second guide carriage which is guided in a linearly movable manner on the second guide rail and can be fastened to a second cover face of the cargo compartment cover , the first flexible shaft being mechanically coupled to the first guide carriage and the second flexible shaft being mechanically coupled to the second guide carriage , the drive system comprising a first guide tube and a second guide tube , the first flexible shaft being arranged at least partially in the first guide tube and the second flexible shaft being arranged at least partially in the second guide tube , a first tube end region of the first guide tube being held on a first rail end region of the first guide rail , the first rail end region being adjacent to a region of the first guide rail in which the first guide carriage is arranged in the retracted state, a second tube end region of the second guide tube being held on a second rail end region of the second guide rail , the second rail end region being adjacent to a region of the second guide rail in which the second guide carriage is arranged in the retracted state, and the drive system comprising a first pressure tube for receiving a first portion of the first flexible shaft when the first guide carriage is moved into the retracted state, and a second pressure tube for receiving a second portion of the second flexible shaft when the second guide carriage is moved into the retracted state, characterized in that a second pressure tube region of the second pressure tube , which region faces away from the motor , is held on the first guide tube .
An active suspension system for a sprung mass that is supported and movable relative to an unsprung mass, the active suspension system comprising: a suspension that comprises an electromagnetic actuator that is capable of producing an arbitrary force on the sprung mass that is independent of the position, velocity and acceleration of the sprung mass ; a control system that provides control signals that cause the electromagnetic actuator to exert force on the sprung mass , to control the position of the sprung mass relative to the unsprung mass, wherein the control system implements a control algorithm with one or more constants; and a user interface that is operable to cause a change of one or more of the control algorithm constants so as to vary the degree to which motion of the sprung mass tracks motion of the unsprung mass. a suspension that comprises an electromagnetic actuator that is capable of producing an arbitrary force on the sprung mass that is independent of the position, velocity and acceleration of the sprung mass ; a control system that provides control signals that cause the electromagnetic actuator to exert force on the sprung mass , to control the position of the sprung mass relative to the unsprung mass, wherein the control system implements a control algorithm with one or more constants; and a user interface that is operable to cause a change of one or more of the control algorithm constants so as to vary the degree to which motion of the sprung mass tracks motion of the unsprung mass.
An automatic analyzer , comprising: a magnetic separator that separates a magnetic component and a non-magnetic component from liquid obtained by reacting a sample with a first reagent; a storage unit that accommodates a second reagent; a pipe used to supply the second reagent to the magnetic separator ; and a heat exchanger that adjusts a temperature around the pipe , wherein the heat exchanger includes a heat absorption and dissipation unit and a fan that blows air heat-exchanged by the heat absorption and dissipation unit , and the air blown from the fan is blown onto the pipe , characterized in that the heat exchanger further includes fins that improve the efficiency of heat exchange with the air and a rectifier that rectifies the air blown from the fan in a direction in which the air is blown onto the pipe . a magnetic separator that separates a magnetic component and a non-magnetic component from liquid obtained by reacting a sample with a first reagent; a storage unit that accommodates a second reagent; a pipe used to supply the second reagent to the magnetic separator ; and a heat exchanger that adjusts a temperature around the pipe , wherein the heat exchanger includes a heat absorption and dissipation unit and a fan that blows air heat-exchanged by the heat absorption and dissipation unit , and the air blown from the fan is blown onto the pipe , characterized in that the heat exchanger further includes fins that improve the efficiency of heat exchange with the air and a rectifier that rectifies the air blown from the fan in a direction in which the air is blown onto the pipe .
A valve assembly comprising: a first part mountable to a fluid port of a panel and comprising a first opening for allowing ingress of fluid into the first part from a first side of the panel, and a second opening for allowing egress of fluid out of the first part through the fluid port to a second side of the panel ; a second part disposed within the first part and configured to seal the second opening when in a first position within the first part , a deformable member disposed within the first part and a resilient member biased to move the second part to a second position within the first part (55 155, 255), so as to provide a fluid flow path from the first opening to the second opening , wherein, when in an initial state, the deformable member is arranged to retain the second part in the first position, and wherein, upon contacting a liquid within the first part , at least a portion of the deformable member is configured to deform so as to enable the resilient member to move the second part to the second position, characterized in that the deformable member is disposed between the first part and the second part , and wherein the resilient member is biased to move the second part towards the deformable member . a first part mountable to a fluid port of a panel and comprising a first opening for allowing ingress of fluid into the first part from a first side of the panel, and a second opening for allowing egress of fluid out of the first part through the fluid port to a second side of the panel ; a second part disposed within the first part and configured to seal the second opening when in a first position within the first part , a deformable member disposed within the first part and a resilient member biased to move the second part to a second position within the first part (55 155, 255), so as to provide a fluid flow path from the first opening to the second opening , wherein, when in an initial state, the deformable member is arranged to retain the second part in the first position, and wherein, upon contacting a liquid within the first part , at least a portion of the deformable member is configured to deform so as to enable the resilient member to move the second part to the second position, characterized in that the deformable member is disposed between the first part and the second part , and wherein the resilient member is biased to move the second part towards the deformable member .
A filter for the filtration of a fluid, such as a liquid, comprising or constituted by a support element made from a porous ceramic material, at least a portion of the surface of said support element being covered with a membrane separating layer, said filter being characterized in that : - said membrane separating layer is constituted essentially of silicon carbide (SiC), - the porosity of the membrane separating layer is between 10% and 70% by volume, - the median pore diameter in the membrane separating layer is between 50 nanometers and 500 nanometers, - the mean thickness of the membrane separating layer is between 1 micrometer and 30 micrometers, - the tortuosity of the membrane separating layer is less than 1.7, preferably is less than 1.5, the porosity, the median pore diameter, the mean thickness of the membrane separating layer and the tortuosity being measured as described in the description. - said membrane separating layer is constituted essentially of silicon carbide (SiC), - the porosity of the membrane separating layer is between 10% and 70% by volume, - the median pore diameter in the membrane separating layer is between 50 nanometers and 500 nanometers, - the mean thickness of the membrane separating layer is between 1 micrometer and 30 micrometers, - the tortuosity of the membrane separating layer is less than 1.7, preferably is less than 1.5,
A method of friction stir welding an object , the method comprising: performing a first friction stir weld along a first weld path having an exit, wherein an opening is formed in the object at the exit; installing a plug into the opening , the plug comprising a body , a first flange in contact with the body and a second flange extending from the first flange, wherein the plug is consolidated in the opening by deforming the second flange of the plug toward the body of the plug so that the second flange is deformed and consolidated into a gap between the first flange and the body and is rotationally and translationally secured in the opening upon installation; and performing a second friction stir weld along a second weld path traversing the opening that contains the plug installed therein, wherein the plug is at least partially consumed in the second friction stir weld . performing a first friction stir weld along a first weld path having an exit, wherein an opening is formed in the object at the exit; installing a plug into the opening , the plug comprising a body , a first flange in contact with the body and a second flange extending from the first flange, wherein the plug is consolidated in the opening by deforming the second flange of the plug toward the body of the plug so that the second flange is deformed and consolidated into a gap between the first flange and the body and is rotationally and translationally secured in the opening upon installation; and performing a second friction stir weld along a second weld path traversing the opening that contains the plug installed therein, wherein the plug is at least partially consumed in the second friction stir weld .
Trans 10-hydroxy-2-decenoic acid or a pharmaceutically acceptable salt thereof, for use in a method for the treatment of autism spectrum disorder.
A thermal interface pad, comprising a substrate and carbon nanowires, wherein the substrate has a first surface and a second surface opposite to the first surface, the carbon nanowires are disposed on both the first surface and the second surface of the substrate , and the carbon nanowires are arranged in an array, characterized in that the substrate is made from a solder alloy and has a thickness of 10 to50 μm, wherein the carbon nanowires disposed on the first surface of the substrate have a length of 0.5 to 10 μm,and the carbon nanowires disposed on the second surface of the substrate have a length of 50 to 150 μm, and wherein the thermal interface pad further comprises a vapor deposited layer or a sputtered layer, the vapor deposited layer or the sputtered layer is located on one side of the second surface of the substrate , the carbon nanowires located on the second surface penetrate into the vapor deposited layer or the sputtered layer, at least one portion of the carbon nanowires on the second surface penetrates through the vapor deposited layer or the sputtered layer, and projects out of the vapor deposited layer or the sputtered layer, and the portion of the carbon nanowires projecting out of the vapor deposited layer or the sputtered layer has a length of 0.5 to 10 μm.
A control device for a hybrid vehicle (Ve), the hybrid vehicle (Ve) including an engine , an exhaust gas control catalyst configured to remove combustion exhaust gas discharged from the engine , an automatic transmission arranged on an output side of the engine , and a first motor configured to have an electric power generation function of increasing or decreasing torque input from the engine to the automatic transmission , the control device comprising: a controller configured to control the engine , the first motor , and the automatic transmission , characterized in that the controller is configured to; determine whether or not an operation state of the engine is changeable when an upshift of the hybrid vehicle (Ve) to set a gear ratio smaller than a gear ratio currently set in the automatic transmission is performed, decrease torque of an input shaft of the automatic transmission to be decreased accompanied by the upshift by outputting negative torque acting to decrease the torque of the input shaft of the automatic transmission from the first motor , when a prohibition condition that the operation state of the engine is not changeable is established, and decrease engine torque output from the engine to decrease the torque of the input shaft of the automatic transmission to be decreased accompanied by the upshift when the prohibition condition is not established and the operation state of the engine is changeable. a controller configured to control the engine , the first motor , and the automatic transmission , characterized in that the controller is configured to; determine whether or not an operation state of the engine is changeable when an upshift of the hybrid vehicle (Ve) to set a gear ratio smaller than a gear ratio currently set in the automatic transmission is performed, decrease torque of an input shaft of the automatic transmission to be decreased accompanied by the upshift by outputting negative torque acting to decrease the torque of the input shaft of the automatic transmission from the first motor , when a prohibition condition that the operation state of the engine is not changeable is established, and decrease engine torque output from the engine to decrease the torque of the input shaft of the automatic transmission to be decreased accompanied by the upshift when the prohibition condition is not established and the operation state of the engine is changeable.
A method to reduce the emission of hydrogen sulphide in the production of hot bitumen or asphalt, wherein the method comprises the steps of: - providing a bituminous or asphalt mixture; - heating the mixture to a temperature of between 150 - 200°C; - adding an aqueous calcium nitrate solution or a calcium nitrate powder while mixing the bituminous or asphalt mixture. - providing a bituminous or asphalt mixture; - heating the mixture to a temperature of between 150 - 200°C; - adding an aqueous calcium nitrate solution or a calcium nitrate powder while mixing the bituminous or asphalt mixture.