mhurhangee/ep-ind-claims huggingface dataset:
A method of making up a tubular joint, comprising: rotating a first tubular relative to a second tubular to make a threaded connection between the first and second tubulars using a tong assembly while measuring torque applied to the threaded connection and while measuring turns of the first tubular relative to the second tubular; correcting measurements of the torque during rotation of the tong assembly as required to compensate for dynamic behavior and mechanical properties of the tong assembly; correcting measurements of the turns during rotation of the tong assembly as required to compensate for incorrect turns data; evaluating the corrected measurements of the torque and the corrected measurements of the turns; and determining whether the threaded connection is acceptable based on the evaluation of the corrected measurements. rotating a first tubular relative to a second tubular to make a threaded connection between the first and second tubulars using a tong assembly while measuring torque applied to the threaded connection and while measuring turns of the first tubular relative to the second tubular; correcting measurements of the torque during rotation of the tong assembly as required to compensate for dynamic behavior and mechanical properties of the tong assembly; correcting measurements of the turns during rotation of the tong assembly as required to compensate for incorrect turns data; evaluating the corrected measurements of the torque and the corrected measurements of the turns; and determining whether the threaded connection is acceptable based on the evaluation of the corrected measurements.
An exhaust gas treatment device for an exhaust system of an internal combustion engine, - with a housing, through which an exhaust gas path leads, - with an injector arranged on the housing for introducing a reduction agent into an exhaust gas flow following the exhaust gas path, - with a mixer arranged in the housing for mixing-through the reactant with the exhaust gas flow, - wherein the mixer comprises a shell, which encloses a mixer cross section through which the exhaust gas flow can flow, - wherein the mixer comprises multiple guide blades, which on a shell inside project from the shell and project into the mixer cross section, - wherein the mixer is a shaped sheet metal part, in which the shell, the guide blades and the straps are formed by a single sheet metal piece, characterized in - that the mixer comprises multiple straps, which on a shell outside project from the shell and in each case project into a strap opening formed on the housing and penetrating a housing wall, - that the straps are also formed by the sheet metal piece, - that the mixer on its shell outside is radially supported via supporting zones on a wall inside of the housing wall, - that the supporting zones are arranged distributed in the circumferential direction of the shell and spaced from one another, - that radially between the shell outside and the wall inside an air gap is formed outside the straps and outside the supporting zones. - with a housing, through which an exhaust gas path leads, - with an injector arranged on the housing for introducing a reduction agent into an exhaust gas flow following the exhaust gas path, - with a mixer arranged in the housing for mixing-through the reactant with the exhaust gas flow, - wherein the mixer comprises a shell, which encloses a mixer cross section through which the exhaust gas flow can flow, - wherein the mixer comprises multiple guide blades, which on a shell inside project from the shell and project into the mixer cross section, - wherein the mixer is a shaped sheet metal part, in which the shell, the guide blades and the straps are formed by a single sheet metal piece, - that the mixer comprises multiple straps, which on a shell outside project from the shell and in each case project into a strap opening formed on the housing and penetrating a housing wall, - that the straps are also formed by the sheet metal piece, - that the mixer on its shell outside is radially supported via supporting zones on a wall inside of the housing wall, - that the supporting zones are arranged distributed in the circumferential direction of the shell and spaced from one another, - that radially between the shell outside and the wall inside an air gap is formed outside the straps and outside the supporting zones.
A connection device for connecting a coaxial cable to a camera module, having: an electrically conductive connector housing having an opening; a connection element which is designed to connect an inner conductor of the coaxial cable to a first electrical connection of the connection element and to connect an outer conductor of the coaxial cable to a second connection of the connection element, and wherein the connection element is arranged in the opening of the connector housing; a contact plate which comprises a first connection region which is electrically connected to the first connection of the connection element, and which comprises a second connection region which is electrically connected to the second connection of the connection element, wherein the connector housing encloses a side facing the opening of the connector housing and side regions of the contact plate, and wherein the connector housing and the second connection are fully electrically connected to one another with a low impedance; and wherein the connector housing is electrically connected to the second connection of the connection element. an electrically conductive connector housing having an opening; a connection element which is designed to connect an inner conductor of the coaxial cable to a first electrical connection of the connection element and to connect an outer conductor of the coaxial cable to a second connection of the connection element, and wherein the connection element is arranged in the opening of the connector housing; a contact plate which comprises a first connection region which is electrically connected to the first connection of the connection element, and which comprises a second connection region which is electrically connected to the second connection of the connection element, wherein the connector housing encloses a side facing the opening of the connector housing and side regions of the contact plate, and wherein the connector housing and the second connection are fully electrically connected to one another with a low impedance; and wherein the connector housing is electrically connected to the second connection of the connection element.
A hydroelectric power generation system, comprising: a water turbine arranged in a flow path through which a fluid flows; a generator connected to the water turbine; and a controller configured to perform pressure control by controlling the generator to regulate a pressure of the fluid downstream of the water turbine, wherein the pressure control includes a first control of regulating the pressure in parallel with a regenerative operation of the generator, wherein the generator generates power, a second control of regulating the pressure in parallel with a power running operation of the generator, wherein the generator functions as a motor, and the water turbine rotates in the same direction during the power running operation and the regenerative operation. a water turbine arranged in a flow path through which a fluid flows; a generator connected to the water turbine; and a controller configured to perform pressure control by controlling the generator to regulate a pressure of the fluid downstream of the water turbine, wherein the pressure control includes a first control of regulating the pressure in parallel with a regenerative operation of the generator, wherein the generator generates power, a second control of regulating the pressure in parallel with a power running operation of the generator, wherein the generator functions as a motor, and the water turbine rotates in the same direction during the power running operation and the regenerative operation.
A method for sending a fiber channel 10 gigabit, 10GFC, service in an optical transport network, OTN, comprising: a) receiving, a 10GFC service signal with a rate of 10.51875Gbps from a user side; b) adjusting, the received 10GFC service signal with the rate of 10.51875Gbps to a 10GFC service signal with a rate of a 10 gigabit Ethernet, 10GE, signal, the rate of the 10GE signal being 10.3125 Gbps; c) mapping, the 10GFC service signal with the rate of the 10GE signal into an OTU2e/ODU2e signal, or mapping, the 10GFC service signal with the rate of the 10GE signal into an OTU1e/ODU1e signal; and d) sending, the OTU2e/ODU2e signal to the OTN for transmission, or sending the OTU1e/ODU1e signal to the OTN for transmission, wherein step b) comprises: decoding, the 10GFC service signal with the rate of 10.51875Gbps by way of 64/66B to get a 10GFC service signal with a rate of 10.2Gbps; and coding, the 10GFC service signal with the rate of 10.2Gbps to get the 10GFC service signal with the rate of the 10GE signal. a) receiving, a 10GFC service signal with a rate of 10.51875Gbps from a user side; b) adjusting, the received 10GFC service signal with the rate of 10.51875Gbps to a 10GFC service signal with a rate of a 10 gigabit Ethernet, 10GE, signal, the rate of the 10GE signal being 10.3125 Gbps; c) mapping, the 10GFC service signal with the rate of the 10GE signal into an OTU2e/ODU2e signal, or mapping, the 10GFC service signal with the rate of the 10GE signal into an OTU1e/ODU1e signal; and d) sending, the OTU2e/ODU2e signal to the OTN for transmission, or sending the OTU1e/ODU1e signal to the OTN for transmission, decoding, the 10GFC service signal with the rate of 10.51875Gbps by way of 64/66B to get a 10GFC service signal with a rate of 10.2Gbps; and coding, the 10GFC service signal with the rate of 10.2Gbps to get the 10GFC service signal with the rate of the 10GE signal.
A distal targeting device comprising: a field generator having a coupling element configured to receive a shaft that is elongate along an axis; and a bridge connectable to the field generator so as to be spaced from the field generator in a proximal direction with respect to the axis, the bridge having an attachment device that is connectable to a tool that is configured to manipulate the shaft, the bridge having a pair of arms configured to clasp a body of the tool in a manner substantially rigidly coupling the bridge to the tool, wherein at least one of the arms is positionable with respect to the attachment device at a distance that is adjustable so as to enable the arms to substantially rigidly clasp tool bodies having one or more of various shapes and sizes. a field generator having a coupling element configured to receive a shaft that is elongate along an axis; and a bridge connectable to the field generator so as to be spaced from the field generator in a proximal direction with respect to the axis, the bridge having an attachment device that is connectable to a tool that is configured to manipulate the shaft, the bridge having a pair of arms configured to clasp a body of the tool in a manner substantially rigidly coupling the bridge to the tool, wherein at least one of the arms is positionable with respect to the attachment device at a distance that is adjustable so as to enable the arms to substantially rigidly clasp tool bodies having one or more of various shapes and sizes.
A component for a gas turbine engine, comprising: an airfoil having a tip portion; a tip shelf located in the tip portion; a first plurality of cooling openings located in an edge of the tip shelf ·that· extends along at least a portion of a pressure side of the airfoil; and characterised in that a second plurality of cooling openings are located in an edge of a wall portion defining a surface of the tip portion proximate to the tip shelf that extends along at least a portion of the pressure side of the tip portion. an airfoil having a tip portion; a tip shelf located in the tip portion; a first plurality of cooling openings located in an edge of the tip shelf ·that· extends along at least a portion of a pressure side of the airfoil; and characterised in that a second plurality of cooling openings are located in an edge of a wall portion defining a surface of the tip portion proximate to the tip shelf that extends along at least a portion of the pressure side of the tip portion.
A multi-layer textile comprising: a base textile layer having a first surface, a second surface, and a thickness between the first surface and the second surface; a bonding layer coupled directly with the first surface of the base textile layer; a tiled fabric layer having a plurality of discrete fabric tiles (22A-22D) affixed to the first surface of the base textile layer by way of the bonding layer, wherein the plurality of discrete fabric tiles (22A-22D) includes a first discrete fabric tile including a first bonded surface facing towards the bonding layer and the first surface of the base textile layer and having a first two-dimensional shape; and wherein the bonding layer includes a first discrete bonding-layer portion layered between the first discrete fabric tile and the base textile layer and having a second two-dimensional shape that is a same shape as the first two-dimensional shape, wherein the multi-layer textile is at least part of an upper for a footwear article.
A support for hosting of a treated subject, particularly a chaise longue, including a hosting seat configured to host a user, and a frame carrying said hosting seat, the support comprising a stimulation unit including one or more stimulation devices (66, 50) configured for operating dependently of consumable material (F1, F2, F3), wherein said stimulation unit includes a mobile element installed within said frame and movable between a retracted position and an extracted position, and configured to contain the consumable material (F1, F2, F3), said mobile element being extractable to allow the replacement of the depleted consumable material the support being characterized in that it includes at least one further stimulation unit including one or more stimulation devices (SP, ST) configured for operating independently of consumable material, said further stimulation unit includes a cushion structure provided with two wings at opposite ends thereof, wherein said cushion-like structure is positioned at an end of the hosting seat configured to receive the head of a user, and wherein in correspondence of each of said wings a device for visual stimulation (ST, SC) and/or a device for sound stimulation are arranged, wherein said cushion structure houses a first and a second speaker in correspondence of each of said wings, each speaker being installed in a corresponding acoustic horn (46, 48).
Method for controlling a road finishing machine having a material bunker for receiving paving material, a screed for compressing paving material, a drivable rear wheel, and a drivable front wheel, comprising: measuring a rotational speed of the rear wheel, characterized by measuring a travel speed of the road finishing machine; calculating a target driving torque of the front wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine; and adjusting an actual driving torque of the front wheel to the calculated target driving torque, wherein the step of calculating the target driving torque comprises: determining an actually transmitted driving torque of the rear wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine; and setting the target driving torque of the front wheel to be proportional to the determined actually transmitted driving torque of the rear wheel. measuring a rotational speed of the rear wheel, characterized by measuring a travel speed of the road finishing machine; calculating a target driving torque of the front wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine; and adjusting an actual driving torque of the front wheel to the calculated target driving torque, wherein the step of calculating the target driving torque comprises: determining an actually transmitted driving torque of the rear wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine; and setting the target driving torque of the front wheel to be proportional to the determined actually transmitted driving torque of the rear wheel. determining an actually transmitted driving torque of the rear wheel based on the measured rotational speed of the rear wheel and the measured travel speed of the road finishing machine; and setting the target driving torque of the front wheel to be proportional to the determined actually transmitted driving torque of the rear wheel.
A crystal of a GCYH-IB•Mn 2+ polypeptide, wherein the GCYH-IB●Mn 2+ polypeptide comprises the amino acid sequence of SEQ ID NO: 8, and wherein the GCYH-IB●Mn 2+ crystal is characterized by space group C222 1 and unit cell dimension values: a = 92.2 Å; b = 100.4 Å; and c = 113.9 Å.
Crop harvesting machine with a machine body and a discharge spout attached to the machine body for overloading crop via a crop stream to a trailer, with an electronic spout control and a discharge spout drive arrangement to displace the discharge spout relative to the machine body based on drive commands of the electronic spout control for guiding the crop stream to a target hit point at the trailer, wherein a first sensor arrangement generates sensor information by optically identifying a reference feature at the trailer and detecting the position and/or space orientation of the reference feature, characterized in that a second sensor arrangement generates sensor information by detecting a space orientation of the machine body and/or the discharge spout and that the electronic spout control generates its drive commands for guiding the crop stream based on the sensor information of the first sensor arrangement and the sensor information of the second sensor arrangement.
A method comprising: accessing data representing a traffic schedule for a television broadcast; selecting a record from the traffic schedule, wherein the record includes a video source identifier which identifies a video source that outputs video content in the form of a video stream; determining a type of the identified video source, wherein determining the type of the identified video source comprises determining that the identified video source is a newsroom production system; using the determined type of the identified video source as a basis to select a Digital Video Effect; and causing a computing device to run the selected Digital Video Effect, wherein running the selected Digital Video Effect causes the computing device to generate a modified version of an input video stream received from the identified video source, wherein the selected Digital Video Effect is designed such that, running the selected Digital Video Effect causes the computing device to generate the modified version of the input video stream by overlaying content on video content of the input video stream without distorting the video content. accessing data representing a traffic schedule for a television broadcast; selecting a record from the traffic schedule, wherein the record includes a video source identifier which identifies a video source that outputs video content in the form of a video stream; determining a type of the identified video source, wherein determining the type of the identified video source comprises determining that the identified video source is a newsroom production system; using the determined type of the identified video source as a basis to select a Digital Video Effect; and causing a computing device to run the selected Digital Video Effect, wherein running the selected Digital Video Effect causes the computing device to generate a modified version of an input video stream received from the identified video source, wherein the selected Digital Video Effect is designed such that, running the selected Digital Video Effect causes the computing device to generate the modified version of the input video stream by overlaying content on video content of the input video stream without distorting the video content.
An adjustable valve (100, 200, 300, 400, 500) for a shock absorber, the adjustable valve comprises: a hollow valve body (110, 410) wherein the hollow valve body comprises a plurality of valve apertures (160, 170, 180, 460, 470, 491, 492, 493, 494, 495, 496, 497, 498); a rotatable sleeve (140, 440) rotatably arranged around at least part of the hollow valve body, wherein the rotatable sleeve comprises a plurality of sleeve apertures (165, 175, 185, 465, 475, 485); a movable spool (130, 430) slidably arranged within the hollow valve body and configured to move relative to the hollow valve body; wherein the movable spool is configured to divide the hollow valve body into a first chamber and second chamber; wherein rotation of the rotatable sleeve relative to the hollow valve body is configured to vary an alignment between at least one sleeve aperture of the plurality of sleeve apertures and at least one valve aperture of the plurality of valve apertures; and wherein movement of the movable spool relative to the hollow valve body is configured to vary an available opening area of at least one valve aperture of the plurality of valve apertures. a hollow valve body (110, 410) wherein the hollow valve body comprises a plurality of valve apertures (160, 170, 180, 460, 470, 491, 492, 493, 494, 495, 496, 497, 498); a rotatable sleeve (140, 440) rotatably arranged around at least part of the hollow valve body, wherein the rotatable sleeve comprises a plurality of sleeve apertures (165, 175, 185, 465, 475, 485); a movable spool (130, 430) slidably arranged within the hollow valve body and configured to move relative to the hollow valve body; wherein the movable spool is configured to divide the hollow valve body into a first chamber and second chamber; wherein rotation of the rotatable sleeve relative to the hollow valve body is configured to vary an alignment between at least one sleeve aperture of the plurality of sleeve apertures and at least one valve aperture of the plurality of valve apertures; and wherein movement of the movable spool relative to the hollow valve body is configured to vary an available opening area of at least one valve aperture of the plurality of valve apertures.