mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a vinyl acetate-ethylene copolymer emulsion, the method comprising: forming a first mixed solution containing a vinyl acetate-ethylene copolymer, comprising polymerizing vinyl acetate and ethylene; forming a second mixed solution by adding potassium iodate (KIO 3) to the first mixed solution, wherein potassium iodate (KIO 3) is added after 30 minutes to 2 hours after completion of the polymerization in step S100; and adding an isothiazolone-based compound to the second mixed solution in an amount of 10 to 150 ppm based on the total amount of the vinyl acetate-ethylene copolymer emulsion. forming a first mixed solution containing a vinyl acetate-ethylene copolymer, comprising polymerizing vinyl acetate and ethylene; forming a second mixed solution by adding potassium iodate (KIO 3) to the first mixed solution, wherein potassium iodate (KIO 3) is added after 30 minutes to 2 hours after completion of the polymerization in step S100; and adding an isothiazolone-based compound to the second mixed solution in an amount of 10 to 150 ppm based on the total amount of the vinyl acetate-ethylene copolymer emulsion.
Shower jet generating device for a sanitary shower head, comprising - a jet disk, including at least one jet disk opening and delimiting a fluid chamber on the outlet side, and - a fluid outlet element disposed on the at least one jet disk opening and movable in an axial main direction component, which element includes a movable valve body having a fluid outlet opening issuing from the fluid chamber, which fluid outlet opening is unblocked in an unblocking position of the fluid outlet element and is blocked in a blocking position of the fluid outlet element in response to a fluid pressure in the fluid chamber, characterized in that - the movable valve body cooperates with an unmovable valve seat, which unblocks the fluid outlet opening in the unblocking position of the fluid outlet element and blocks it in a blocking position of the fluid outlet element. - a jet disk, including at least one jet disk opening and delimiting a fluid chamber on the outlet side, and - a fluid outlet element disposed on the at least one jet disk opening and movable in an axial main direction component, which element includes a movable valve body having a fluid outlet opening issuing from the fluid chamber, which fluid outlet opening is unblocked in an unblocking position of the fluid outlet element and is blocked in a blocking position of the fluid outlet element in response to a fluid pressure in the fluid chamber, - the movable valve body cooperates with an unmovable valve seat, which unblocks the fluid outlet opening in the unblocking position of the fluid outlet element and blocks it in a blocking position of the fluid outlet element.
A computer-implemented method to simulate conditions along a wellbore, the method comprising: (a) determining an initial drilling temperature and pressure condition of the wellbore; (b) determining a final drilling temperature and pressure condition of the wellbore; (c) determining at least one of trapped annular pressure or wellhead movement of the wellbore based upon the initial and final drilling temperature and pressure conditions; and (d) simulating the at least one trapped annular pressure or wellhead movement of the wellbore during a drilling operation. (a) determining an initial drilling temperature and pressure condition of the wellbore; (b) determining a final drilling temperature and pressure condition of the wellbore; (c) determining at least one of trapped annular pressure or wellhead movement of the wellbore based upon the initial and final drilling temperature and pressure conditions; and (d) simulating the at least one trapped annular pressure or wellhead movement of the wellbore during a drilling operation.
A method, comprising: determining, by a macro cell, a binary sequence having a number of elements equal to a number of orthogonal frequency division multiplexing, OFDM, symbols in a first frame associated with the macro cell, wherein if a first OFDM symbol is used for control or sync or physical broadcast channel, PBCH (215 415), a corresponding first element is assigned a value of 1, otherwise the corresponding first element is assigned a value of 0; performing, by the macro cell, an autocorrelation calculation on the binary sequence; determining, by the macro cell, a time offset (540 920), between the first frame associated with the macro cell and a second frame associated with a small cell, based on one of the minimum values of the autocorrelation calculation; and broadcasting, by the macro cell, a control signal including the time offset to a plurality of small cells. determining, by a macro cell, a binary sequence having a number of elements equal to a number of orthogonal frequency division multiplexing, OFDM, symbols in a first frame associated with the macro cell, wherein if a first OFDM symbol is used for control or sync or physical broadcast channel, PBCH (215 415), a corresponding first element is assigned a value of 1, otherwise the corresponding first element is assigned a value of 0; performing, by the macro cell, an autocorrelation calculation on the binary sequence; determining, by the macro cell, a time offset (540 920), between the first frame associated with the macro cell and a second frame associated with a small cell, based on one of the minimum values of the autocorrelation calculation; and broadcasting, by the macro cell, a control signal including the time offset to a plurality of small cells.
Female die for a joining tool, in particular for clinching, having an anvil and a shoulder (11, 51) which coaxially surrounds the anvil and which is configured on a main body of the anvil or by an end of a bush, and a sleeve which surrounds the main body or the bush, respectively, and which across the circumference thereof has radial slots penetrating the wall of said sleeve, in each case one sliding piece being guided in said slots so as to be movable in the radial direction, said sliding piece in the axial direction being supported at least on the shoulder (11, 51), characterized in that the wall of the sleeve on that end (20.1) that surrounds the shoulder (11, 51) in the region between the slots has regions which widen in a radially inward manner and which extend in each case between two neighboring sliding pieces and in the radial direction at least in part protrude beyond the shoulder.
A pneumatic tire, comprising: a pair of bead cores; at least one carcass layer extending between the pair of bead cores continuously or with a divided portion at a tread portion; a belt layer disposed outward of the carcass layer in a tire radial direction; a tread rubber disposed outward of the belt layer in the tire radial direction; a pair of sidewall rubbers disposed outward of the carcass layer in a tire width direction; an innerliner disposed on an inner circumferential surface of the carcass layer; and an electrically conductive portion extending continuously at least from a bead portion to the belt layer; wherein the electrically conductive portion has a linear structure, the linear structure including an electrically conductive linear member made of a linear electrically conductive material with an electric resistivity of less than 1 × 10^8 Ω/cm, wherein the electrically conductive portion has a total linear density from 20 to 1000 dtex, both inclusive. a pair of bead cores; at least one carcass layer extending between the pair of bead cores continuously or with a divided portion at a tread portion; a belt layer disposed outward of the carcass layer in a tire radial direction; a tread rubber disposed outward of the belt layer in the tire radial direction; a pair of sidewall rubbers disposed outward of the carcass layer in a tire width direction; an innerliner disposed on an inner circumferential surface of the carcass layer; and an electrically conductive portion extending continuously at least from a bead portion to the belt layer; wherein the electrically conductive portion has a linear structure, the linear structure including an electrically conductive linear member made of a linear electrically conductive material with an electric resistivity of less than 1 × 10^8 Ω/cm, wherein the electrically conductive portion has a total linear density from 20 to 1000 dtex, both inclusive.
A hybrid gas turbine engine, comprising: a turbine; a compressor; a gear system that is driven by the turbine where the gear system includes a sun gear, a ring gear and a plurality of planet gears, where the ring gear has a ring gear radius of R Ring gear and the sun gear has a sun gear radius of R Sun gear such that the gear system provides a reduction ratio of R Ring gear /R sun gear; and a fan driven by the ring gear; characterised by a generator that is driven by the ring gear and provides a generator output signal; a power circuit that receives the generator output signal and provides a gain R Ring gear /R Sun gear to the generator output signal and provides a gain signal indicative thereof; and an electrical load that receives the gain signal. a turbine; a compressor; a gear system that is driven by the turbine where the gear system includes a sun gear, a ring gear and a plurality of planet gears, where the ring gear has a ring gear radius of R Ring gear and the sun gear has a sun gear radius of R Sun gear such that the gear system provides a reduction ratio of R Ring gear /R sun gear; and a fan driven by the ring gear; characterised by a generator that is driven by the ring gear and provides a generator output signal; a power circuit that receives the generator output signal and provides a gain R Ring gear /R Sun gear to the generator output signal and provides a gain signal indicative thereof; and an electrical load that receives the gain signal.
A display device comprising: a base layer; a circuit layer (DP-CL) disposed on the base layer and comprising a pixel circuit layer (DP-PCL) configured to provide a signal for driving the pixel circuit layer (DP-PCL); and an organic light emitting diode (OLED) disposed on the circuit layer (DP-CL) and comprising a first electrode electrically connected to the pixel circuit layer (DP-PCL), an organic light emitting layer disposed on the first electrode, and a second electrode disposed on the organic light emitting layer; a thin film sealing layer disposed on the organic light emitting diode (OLED); and a conductive portion characterized in that the circuit layer (DP-CL) further comprises a driving circuit layer (DP-DCL) configured to provide a signal for driving the pixel circuit layer (DP-PCL) and including a plurality of clock signal lines; and a touch detection unit disposed on the thin film sealing layer and comprising a touch detection part and a plurality of touch signal lines electrically connected to the touch detection part; wherein the conductive portion is disposed between the plurality of clock signal lines and the plurality of touch signal lines and extending through an overlapping area where at least some of the clock signal lines and at least some of the touch signal lines overlap each other. a base layer; a circuit layer (DP-CL) disposed on the base layer and comprising a pixel circuit layer (DP-PCL) configured to provide a signal for driving the pixel circuit layer (DP-PCL); and an organic light emitting diode (OLED) disposed on the circuit layer (DP-CL) and comprising a first electrode electrically connected to the pixel circuit layer (DP-PCL), an organic light emitting layer disposed on the first electrode, and a second electrode disposed on the organic light emitting layer; a thin film sealing layer disposed on the organic light emitting diode (OLED); and a conductive portion characterized in that the circuit layer (DP-CL) further comprises a driving circuit layer (DP-DCL) configured to provide a signal for driving the pixel circuit layer (DP-PCL) and including a plurality of clock signal lines; and a touch detection unit disposed on the thin film sealing layer and comprising a touch detection part and a plurality of touch signal lines electrically connected to the touch detection part; wherein the conductive portion is disposed between the plurality of clock signal lines and the plurality of touch signal lines and extending through an overlapping area where at least some of the clock signal lines and at least some of the touch signal lines overlap each other.
A method for assembling an airfoil with a boundary structure, the boundary structure for forming part of a flow path when installed in a gas turbine engine, at least one of the airfoil and the boundary structure being formed from a composite material, the method comprising: inserting the airfoil defining a cutout into an opening defined by the boundary structure, the boundary structure defining a cutout, wherein when the airfoil is inserted into the opening, a locking ring is received within the cutout defined by the boundary structure and the cutout defined by the airfoil; and pressing the airfoil against the boundary structure such that the locking ring forms a seal between the airfoil and the boundary structure. inserting the airfoil defining a cutout into an opening defined by the boundary structure, the boundary structure defining a cutout, wherein when the airfoil is inserted into the opening, a locking ring is received within the cutout defined by the boundary structure and the cutout defined by the airfoil; and pressing the airfoil against the boundary structure such that the locking ring forms a seal between the airfoil and the boundary structure.
An actuator (102, 200) comprising: - a housing; - a gear train contained within the housing and coupled to a movable component outside the housing for driving the movable component between multiple positions, the gear train comprising a plurality of gears including a first gear and a second gear; - a bend shaft fixed to an internal surface of the housing and configured to support the first gear and the second gear, the bend shaft comprising: - a first portion comprising a first end configured to be coupled to the housing and a second end offset from the first end, the first portion extending from the first end to the second end along a first direction, wherein, in the coupled state, the bend shaft is prevented from rotating around the first portion; - a crosspiece oriented orthogonal to the first direction and extending from the second end of the first portion; and - a second portion comprising a third end coupled to the crosspiece and a fourth end offset from the third end, the second portion extending from the third end to the fourth end along the first direction. - a housing; - a gear train contained within the housing and coupled to a movable component outside the housing for driving the movable component between multiple positions, the gear train comprising a plurality of gears including a first gear and a second gear; - a bend shaft fixed to an internal surface of the housing and configured to support the first gear and the second gear, the bend shaft comprising: - a first portion comprising a first end configured to be coupled to the housing and a second end offset from the first end, the first portion extending from the first end to the second end along a first direction, wherein, in the coupled state, the bend shaft is prevented from rotating around the first portion; - a crosspiece oriented orthogonal to the first direction and extending from the second end of the first portion; and - a second portion comprising a third end coupled to the crosspiece and a fourth end offset from the third end, the second portion extending from the third end to the fourth end along the first direction. - a first portion comprising a first end configured to be coupled to the housing and a second end offset from the first end, the first portion extending from the first end to the second end along a first direction, wherein, in the coupled state, the bend shaft is prevented from rotating around the first portion; - a crosspiece oriented orthogonal to the first direction and extending from the second end of the first portion; and - a second portion comprising a third end coupled to the crosspiece and a fourth end offset from the third end, the second portion extending from the third end to the fourth end along the first direction.
A method of preparing a mould having a moulding cavity surface with vacuum flow topology for vacuum resin transfer moulding, which method comprises the steps of: - pressing a number of peel ply layers into an uncured resin layer for building up the moulding cavity surface, - curing the resin of the resin layer, and - detaching the peel ply layers to generate the vacuum flow topology in the moulding cavity surface. - pressing a number of peel ply layers into an uncured resin layer for building up the moulding cavity surface, - curing the resin of the resin layer, and - detaching the peel ply layers to generate the vacuum flow topology in the moulding cavity surface.
Monitoring device with which a user monitors objects or method sequences and influences the display of an object or of a method sequence by inputting operating and control commands to change device parameters, and which is equipped with an operating unit which can be spatially separated from the remaining modules of the monitoring device, characterized in that, provided on the operating unit are - means for displaying and stipulating setting values related to the device parameters, and/or - means for displaying images of the object or method sequence to be monitored, and - a coupling device for the positive or non-positive fixing of the operating unit on the remaining structure of the monitoring device. - means for displaying and stipulating setting values related to the device parameters, and/or - means for displaying images of the object or method sequence to be monitored, and - a coupling device for the positive or non-positive fixing of the operating unit on the remaining structure of the monitoring device.
Pump unit for feeding fuel, preferably diesel fuel, to an internal combustion engine; the pump unit comprising: a head inside which a cylinder extending along an axis is formed; a pumping piston extending along the axis and slidingly coupled with the cylinder; a through-hole which extends from the cylinder towards the outside of the pump unit; an intake chamber communicating with the cylinder via the hole; an intake valve which controls the flow of fuel from the intake chamber to the hole; a cap (23; 123) which is connected to the head, is arranged on the opposite side to the pumping piston and can be selectively fixed along an outer surface of the head so as to close the intake chamber on one side; the head having an annular wall defined by a cylinder portion, the outer surface being defined by the outer surface of the cylinder portion; the cap (23; 123) comprising a cover-piece (23a; 123a) for closing the intake chamber on one side and a ring nut for locking the cover-piece (23a; 123a) in a given position; characterised by the cover-piece (23a; 123a) having an annular contact surface in contact with an annular contact surface of the head, the contact surface of the cover-piece (23a; 123a) and the contact surface of the head being arranged between the inner surface of the annular wall; and by a sealing element arranged between the cover-piece (23a; 123a) and the inner surface of the annular wall of the head. a head inside which a cylinder extending along an axis is formed; a pumping piston extending along the axis and slidingly coupled with the cylinder; a through-hole which extends from the cylinder towards the outside of the pump unit; an intake chamber communicating with the cylinder via the hole; an intake valve which controls the flow of fuel from the intake chamber to the hole; a cap (23; 123) which is connected to the head, is arranged on the opposite side to the pumping piston and can be selectively fixed along an outer surface of the head so as to close the intake chamber on one side; the head having an annular wall defined by a cylinder portion, the outer surface being defined by the outer surface of the cylinder portion; the cap (23; 123) comprising a cover-piece (23a; 123a) for closing the intake chamber on one side and a ring nut for locking the cover-piece (23a; 123a) in a given position; characterised by the cover-piece (23a; 123a) having an annular contact surface in contact with an annular contact surface of the head, the contact surface of the cover-piece (23a; 123a) and the contact surface of the head being arranged between the inner surface of the annular wall; and by a sealing element arranged between the cover-piece (23a; 123a) and the inner surface of the annular wall of the head.
An XRF (XRF=x-ray fluorescence) measurement apparatus, comprising - an x-ray source for generating x-rays, - x-ray optics for directing x-rays from the x-ray source to a sample, - the sample, - and an EDS (EDS=energy dispersive spectroscopy) detector for detecting fluorescent x-rays from the sample, wherein the x-ray source plus the x-ray optics has a brilliance of at least 5*10 7 counts/sec mm 2, preferably at least 1*10 8 counts/sec mm 2, and wherein the sample is a wafer, in particular a Si wafer, characterized in that the x-ray optics is positioned to direct the x-rays onto the bevel of the wafer, and that the x-ray optics and the wafer are positioned such that the x-rays hit the surface of the wafer at the bevel at an angle (α), measured with respect to the tangent of the bevel, of between 0.05° and 6°, so that total reflection occurs. - an x-ray source for generating x-rays, - x-ray optics for directing x-rays from the x-ray source to a sample, - the sample, - and an EDS (EDS=energy dispersive spectroscopy) detector for detecting fluorescent x-rays from the sample,