mhurhangee/patent-ind-claim-en huggingface dataset:
Pipe with a screw-on screw ring, in particular plastic pipe for sewage pipes, which has at least one socket end which is provided with an annular bead and a socket neck and forms a first pipe , into the socket end of which the spigot end of a second pipe or shaped part can be inserted and removed again therefrom, and in which an elastic annular seal is inserted into the annular bead , characterised in that the socket neck of the pipe is provided with a screw thread , which is an internal thread formed on the inside of the socket neck , onto which the screw ring can be screwed, the screw ring comprising an inner ring part with an external thread and an outer ring part , between which an annular gap is formed, and the ring parts are connected via an ring base facing away from the annular bead , the inner diameter of the outer ring part of the screw ring being selected to be larger than the outer diameter of the socket neck , and the outer ring part surrounding the socket neck on the outside when the screw ring is screwed on, and the socket neck thus being received in the annular gap, and wherein the front edge of the inner ring part , when the screw ring is screwed onto the screw thread , compresses the annular seal inserted into the annular bead and locks the spigot end of the second pipe or shaped part in the first pipe , the inner diameter of the annular bead being greater than the inner diameter of the socket neck.
A method performed at a cache server, comprising: establishing a video session with an endpoint , the cache server being coupled to an origin server that provides content for the video session; evaluating , at the cache server , network criteria associated with characteristics that can affect a bit rate for the video session; evaluating, at the cache server , a first bit rate request from the endpoint , the first bit rate request being a request for a streaming video file at a first bit rate; identifying, at the cache server , the presence of a streaming video file at a second bit rate, the second bit rate being higher than the first bit rate; communicating , from the cache server , bit rate hint data, which is determined based on the network criteria, to the endpoint for consideration in a bit rate request, wherein the bit rate hint data indicates that said second bit rate is available for streaming to the endpoint ; and receiving a second bit rate request from the endpoint . establishing a video session with an endpoint , the cache server being coupled to an origin server that provides content for the video session; evaluating , at the cache server , network criteria associated with characteristics that can affect a bit rate for the video session; evaluating, at the cache server , a first bit rate request from the endpoint , the first bit rate request being a request for a streaming video file at a first bit rate; identifying, at the cache server , the presence of a streaming video file at a second bit rate, the second bit rate being higher than the first bit rate; communicating , from the cache server , bit rate hint data, which is determined based on the network criteria, to the endpoint for consideration in a bit rate request, wherein the bit rate hint data indicates that said second bit rate is available for streaming to the endpoint ; and receiving a second bit rate request from the endpoint .
A method for manufacturing a photodetector able to operate for the photodetection of infrared electromagnetic waves, comprising a stack of thin layers placed on top of one another, characterized in that it comprises the following steps: - obtaining a first assembly (E 1 ) of stacked layers, forming a detection assembly, comprising a first substrate layer (C 1 ) made from a first semiconducting substrate material, a photoabsorbent layer (C 3 ) made from an active semiconductor material, a barrier layer (C 4 ) made from a semiconductor barrier material and at least one contact layer (C 5 ) made from a first semiconductor contact material, and a second assembly (E 2 ) of stacked layers forming a reading circuit, comprising at least one second substrate layer (C 6 ) and a multiplexing layer (C 7 ) made from a second semiconductor contact material, - gluing said first and second assembly of stacked layers between the contact layer (C 5 ) of the first assembly (E 1 ) and the multiplexing layer (C 7 ) of the second assembly (E 2 ), - etching through said second assembly of a plurality of interconnect vias (D), - p or n doping of zones (Z) of the contact layer of the first assembly through said interconnect vias (D). - obtaining a first assembly (E 1 ) of stacked layers, forming a detection assembly, comprising a first substrate layer (C 1 ) made from a first semiconducting substrate material, a photoabsorbent layer (C 3 ) made from an active semiconductor material, a barrier layer (C 4 ) made from a semiconductor barrier material and at least one contact layer (C 5 ) made from a first semiconductor contact material, and a second assembly (E 2 ) of stacked layers forming a reading circuit, comprising at least one second substrate layer (C 6 ) and a multiplexing layer (C 7 ) made from a second semiconductor contact material, - gluing said first and second assembly of stacked layers between the contact layer (C 5 ) of the first assembly (E 1 ) and the multiplexing layer (C 7 ) of the second assembly (E 2 ), - etching through said second assembly of a plurality of interconnect vias (D), - p or n doping of zones (Z) of the contact layer of the first assembly through said interconnect vias (D).
Device for loading bending tools into a press (P), comprising: - at least one first lower guide oriented according to a first direction (X); - at least one second lower guide arranged so that it is parallel to said first lower guide ; - first lower means for translating at least said second lower guide in a second direction (Z) which is orthogonal to said first direction (X); - a first upper guide oriented according to said first direction (X); - a second upper guide arranged so that it is parallel to said first upper guide ; - first upper means for translating at least said second lower guide in said second direction (Z) which is orthogonal to said first direction (X); and wherein said lower guides and upper guides are configured in such a way that one or more tools or dies can be slidably assembled thereon, the device being characterized in that it further comprises: - second lower means for translating said first lower guide and said second lower guide in a third direction (Y) which is orthogonal to said first direction (X) and to said second direction (Z), and - second upper means for translating said first upper guide and said second upper guide in said third direction (Y) which is orthogonal to said first direction (X). - at least one first lower guide oriented according to a first direction (X); - at least one second lower guide arranged so that it is parallel to said first lower guide ; - first lower means for translating at least said second lower guide in a second direction (Z) which is orthogonal to said first direction (X); - a first upper guide oriented according to said first direction (X); - a second upper guide arranged so that it is parallel to said first upper guide ; - first upper means for translating at least said second lower guide in said second direction (Z) which is orthogonal to said first direction (X); - second lower means for translating said first lower guide and said second lower guide in a third direction (Y) which is orthogonal to said first direction (X) and to said second direction (Z), and - second upper means for translating said first upper guide and said second upper guide in said third direction (Y) which is orthogonal to said first direction (X).
An amorphous solid dispersion of belinostat comprising: a) Belinostat or a pharmaceutically acceptable salt, solvate or ester thereof; b) At least one polyvinyl lactam polymer; and c) Optionally, at least one additive. a) Belinostat or a pharmaceutically acceptable salt, solvate or ester thereof; b) At least one polyvinyl lactam polymer; and c) Optionally, at least one additive.
An outdoor unit for a refrigeration cycle apparatus comprising: a fan ; a bellmouth that covers a periphery of the fan; a casing that internally houses the fan and the bellmouth , so that airflow faces upward, and that has a top end edge having a flat shape ; and a diffuser surface located below the top end edge of the casing but above a top end of the bellmouth and on the outer side relative to the top end of the bellmouth in plan view, and the diffuser surface being inclined so as to separate outward away from a rotation axis of the fan , with respect to a direction of the rotation axis heading upward, characterized in that the casing has a plurality of side surfaces that cover the sides of the bellmouth ; and at least one of the side surfaces has a recessed shape toward the bellmouth , so that a gap with the top end edge of the bellmouth is reduced. a fan ; a bellmouth that covers a periphery of the fan; a casing that internally houses the fan and the bellmouth , so that airflow faces upward, and that has a top end edge having a flat shape ; and a diffuser surface located below the top end edge of the casing but above a top end of the bellmouth and on the outer side relative to the top end of the bellmouth in plan view, and the diffuser surface being inclined so as to separate outward away from a rotation axis of the fan , with respect to a direction of the rotation axis heading upward, characterized in that the casing has a plurality of side surfaces that cover the sides of the bellmouth ; and at least one of the side surfaces has a recessed shape toward the bellmouth , so that a gap with the top end edge of the bellmouth is reduced.
A system for a turbine engine, comprising: a rotating assembly ; a bearing configured with the rotating assembly ; and a lubrication system configured to lubricate the bearing as the rotating assembly rotates at less than about five revolutions per minute; wherein the lubrication system includes a lubricant pump mechanically coupled with and driven by the rotating assembly characterised in that the lubrication system further includes a clutch configured to: mechanically couple the lubricant pump to the rotating assembly where the rotating assembly rotates at or below a threshold rotational velocity; and mechanically decouple the lubricant pump from the rotating assembly where the rotating assembly rotates above the threshold rotational velocity. a rotating assembly ; a bearing configured with the rotating assembly ; and a lubrication system configured to lubricate the bearing as the rotating assembly rotates at less than about five revolutions per minute; wherein the lubrication system includes a lubricant pump mechanically coupled with and driven by the rotating assembly characterised in that the lubrication system further includes a clutch configured to: mechanically couple the lubricant pump to the rotating assembly where the rotating assembly rotates at or below a threshold rotational velocity; and mechanically decouple the lubricant pump from the rotating assembly where the rotating assembly rotates above the threshold rotational velocity. mechanically couple the lubricant pump to the rotating assembly where the rotating assembly rotates at or below a threshold rotational velocity; and mechanically decouple the lubricant pump from the rotating assembly where the rotating assembly rotates above the threshold rotational velocity.
A method for producing neopentyl glycol, the method comprising a step of performing a hydrogenation reaction by injecting a hydroxypivaldehyde (HPA) solution and hydrogen into a hydrogenation reactor, and comprising a step of adjusting the content of H 2 O contained in the hydroxypivaldehyde solution to 6.0% by weight or less before the hydroxypivaldehyde solution is injected into the hydrogenation reactor, wherein the hydrogenation reactor is a reactor comprising a catalyst in which copper is supported on a silicon oxide support as a fixed bed.
Industrial truck having a load receiving apparatus , in particular a load fork, which can be raised and lowered by means of a lifting apparatus, and having a control apparatus for controlling the lifting apparatus, wherein the control apparatus is operatively connected to at least one sensor for sensing at least one uppermost layer of a load in at least one sensing region , wherein the sensor is configured to measure distances from a measurement position provided above the sensing region to points on the top sides of all uppermost layers of the load in the sensing region , characterized in that the control apparatus is set up to assign height coordinates to the individual points on the basis of the measured distances and to calculate an average height level of the load therefrom and to control the lifting apparatus in such a manner that the average height level of the load is kept continuously at a predefined levelling height .
A sintered ceramic article, comprising: a first component including silicon carbide, wherein the first component comprises a tube; a second component including silicon carbide, the second component circumscribing at least a portion of the first component, wherein the second component comprises a flange or a cap; and an interface between the first component and the second component, the interface being a sinter bond having a Shear Strength not less than 25 MPa and at least one performance characteristic selected from the group consisting of: i) a Nitrogen Seal Performance of not greater than 10%; ii) a Helium Seal Performance of not greater than 10%; iii) a Vacuum Seal Performance of not greater than 10%, wherein the Shear Strength, the Nitrogen Seal Performance, the Helium Seal Performance, and the Vacuum Seal Performance are being determined as described in the description; wherein the first component and the second component comprise silicon carbide in an amount of at least 91 wt% to not greater than 99.85 wt%, wherein at least 95 wt% of the silicon carbide is alpha phase. a first component including silicon carbide, wherein the first component comprises a tube; a second component including silicon carbide, the second component circumscribing at least a portion of the first component, wherein the second component comprises a flange or a cap; and an interface between the first component and the second component, the interface being a sinter bond having a Shear Strength not less than 25 MPa and at least one performance characteristic selected from the group consisting of: i) a Nitrogen Seal Performance of not greater than 10%; ii) a Helium Seal Performance of not greater than 10%; iii) a Vacuum Seal Performance of not greater than 10%, wherein the Shear Strength, the Nitrogen Seal Performance, the Helium Seal Performance, and the Vacuum Seal Performance are being determined as described in the description; i) a Nitrogen Seal Performance of not greater than 10%; ii) a Helium Seal Performance of not greater than 10%; iii) a Vacuum Seal Performance of not greater than 10%, wherein the first component and the second component comprise silicon carbide in an amount of at least 91 wt% to not greater than 99.85 wt%, wherein at least 95 wt% of the silicon carbide is alpha phase.
A switching device comprising: a plurality of switching mechanisms configured to connect and disconnect a power supply from a load, the plurality of switching mechanisms arranged along a first axis defining a first direction and each comprising a fixed contact and a moveable contact ; and an actuating mechanism for simultaneously actuating the plurality of switching mechanisms, the actuating mechanism comprising: a bridge configured to move the movable contacts of the plurality of switching mechanisms; a shaft arranged along a rotational axis parallel to the first axis, wherein the shaft is configured to rotate around the rotational axis; and one or more force transmittal mechanisms configured to convert torque from the rotation of the shaft to a linear force acting on the bridge in a second direction , wherein the second direction is perpendicular to the first axis and wherein movement of the bridge in the second direction in response to the linear force brings the moveable contacts into electrical contact with the fixed contacts to close the switching mechanisms and connect the power supply to the load. a plurality of switching mechanisms configured to connect and disconnect a power supply from a load, the plurality of switching mechanisms arranged along a first axis defining a first direction and each comprising a fixed contact and a moveable contact ; and an actuating mechanism for simultaneously actuating the plurality of switching mechanisms, the actuating mechanism comprising: a bridge configured to move the movable contacts of the plurality of switching mechanisms; a shaft arranged along a rotational axis parallel to the first axis, a bridge configured to move the movable contacts of the plurality of switching mechanisms; a shaft arranged along a rotational axis parallel to the first axis, wherein the shaft is configured to rotate around the rotational axis; and one or more force transmittal mechanisms configured to convert torque from the rotation of the shaft to a linear force acting on the bridge in a second direction , wherein the second direction is perpendicular to the first axis and wherein movement of the bridge in the second direction in response to the linear force brings the moveable contacts into electrical contact with the fixed contacts to close the switching mechanisms and connect the power supply to the load. one or more force transmittal mechanisms configured to convert torque from the rotation of the shaft to a linear force acting on the bridge in a second direction , wherein the second direction is perpendicular to the first axis and wherein movement of the bridge in the second direction in response to the linear force brings the moveable contacts into electrical contact with the fixed contacts to close the switching mechanisms and connect the power supply to the load.
A contactless electromagnetic sensor for determining a radial position (x) of a rotor configured for rotation about a longitudinal axis (L), the sensor comprising: a first transducer comprising one or more first coils ; excitation circuitry connected to the first transducer to energize the first transducer ; and processing circuitry for receiving transducer signals from the first transducer and for deriving at least one position signal indicative of a radial position (x) of the rotor based on the transducer signals, characterized in that the first coils have a sensitivity to a target material that varies sinusoidally along the circumferential direction (C). a first transducer comprising one or more first coils ; excitation circuitry connected to the first transducer to energize the first transducer ; and processing circuitry for receiving transducer signals from the first transducer and for deriving at least one position signal indicative of a radial position (x) of the rotor based on the transducer signals, characterized in that the first coils have a sensitivity to a target material that varies sinusoidally along the circumferential direction (C).
A brake assembly comprising: a housing assembly ; a piston assembly moveably disposed within the housing assembly ; an operating shaft that is provided with a position feature and that is disposed proximate the housing assembly , wherein the operating shaft rotates about an operating shaft axis to actuate the piston assembly and translate a brake pad assembly (24 or 26) from a retracted position to an extended position; a sensor assembly that is disposed proximate the operating shaft and configured to detect rotation of the operating shaft by detecting a position of the position feature , wherein the sensor assembly includes a first sensor to provide a first signal indicative of indicative of an amount of wear of the brake pad assembly (24 or 26) and/or a rotor and a third sensor to provide a third signal indicative of rotation of the operating shaft based on the position of the position feature ; and a brake overstroke warning means to provide a brake overstroke warning when the third signal is greater than a third threshold and the first signal is less than a first threshold. a housing assembly ; a piston assembly moveably disposed within the housing assembly ; an operating shaft that is provided with a position feature and that is disposed proximate the housing assembly , wherein the operating shaft rotates about an operating shaft axis to actuate the piston assembly and translate a brake pad assembly (24 or 26) from a retracted position to an extended position; a sensor assembly that is disposed proximate the operating shaft and configured to detect rotation of the operating shaft by detecting a position of the position feature , wherein the sensor assembly includes a first sensor to provide a first signal indicative of indicative of an amount of wear of the brake pad assembly (24 or 26) and/or a rotor and a third sensor to provide a third signal indicative of rotation of the operating shaft based on the position of the position feature ; and a brake overstroke warning means to provide a brake overstroke warning when the third signal is greater than a third threshold and the first signal is less than a first threshold.
Method for controlling at least one considered wind turbine in a wind park , comprising: determining, based on a wind condition , in particular wind direction , whether another wind turbine (9a, ...,9e) is in a wake region caused by the considered wind turbine ; if the other wind turbine is the closest wind turbine in the wake region and if the other wind turbine is in an operable state, applying a first control setting to the considered wind turbine ; if the other wind turbine is the closest wind turbine and the other wind turbine is in a non-operable state applying a second control setting to the considered wind turbine , wherein the first control setting is based on wind park level optimisation and the second control setting is based on wind turbine level optimisation. determining, based on a wind condition , in particular wind direction , whether another wind turbine (9a, ...,9e) is in a wake region caused by the considered wind turbine ; if the other wind turbine is the closest wind turbine in the wake region and if the other wind turbine is in an operable state, applying a first control setting to the considered wind turbine ; if the other wind turbine is the closest wind turbine and the other wind turbine is in a non-operable state applying a second control setting to the considered wind turbine , wherein the first control setting is based on wind park level optimisation and the second control setting is based on wind turbine level optimisation.