mhurhangee/ep-ind-claims huggingface dataset:
A method for proximity sensing comprising: carrying, transmitting or receiving an electrical signal by an antenna, the electrical signal including a proximity sensing electrical signal and a near field communications electrical signal; isolating the proximity sensing electrical signal from the NFC electrical signal using one or more components by configuring the antenna using the one or more components to operate in an open ended shape during proximity sensing operation, and by configuring the antenna using the one or more components to operate in a close ended shape during NFC operation; performing an NFC operation utilizing the close ended shape antenna configuration; and performing a proximity sensing operation utilizing the open ended shape antenna configuration. carrying, transmitting or receiving an electrical signal by an antenna, the electrical signal including a proximity sensing electrical signal and a near field communications electrical signal; isolating the proximity sensing electrical signal from the NFC electrical signal using one or more components by configuring the antenna using the one or more components to operate in an open ended shape during proximity sensing operation, and by configuring the antenna using the one or more components to operate in a close ended shape during NFC operation; performing an NFC operation utilizing the close ended shape antenna configuration; and performing a proximity sensing operation utilizing the open ended shape antenna configuration.
A spin-on composition comprising at least one metal oxide dicarboxylate and an organic solvent, where the metal oxide dicarboxylate is soluble or colloidally stable in the solvent, and wherein the metal oxide dicarboxylate is capable of decomposing during heat treatment to give a cured metal oxide film.
A method, comprising: operating a sensor of a multiphase flow meter to determine a physical property attributable to multiphase fluid flow in a conduit of the multiphase flow meter; determining a stationarity of the multiphase fluid flow based on the determined physical property in actual conditions compared to expected noise of the sensor in stationary flow conditions, wherein a process or a field of any variable is said to be statistically stationary if all statistics are invariant under a shift in time; selecting a variable from a plurality of variables based on a gas content of the multiphase fluid flow and the determined stationarity; and modeling the multiphase fluid flow by adjusting the selected variable. operating a sensor of a multiphase flow meter to determine a physical property attributable to multiphase fluid flow in a conduit of the multiphase flow meter; determining a stationarity of the multiphase fluid flow based on the determined physical property in actual conditions compared to expected noise of the sensor in stationary flow conditions, wherein a process or a field of any variable is said to be statistically stationary if all statistics are invariant under a shift in time; selecting a variable from a plurality of variables based on a gas content of the multiphase fluid flow and the determined stationarity; and modeling the multiphase fluid flow by adjusting the selected variable.
A hammer drill, which performs a predetermined operation by linearly and rotationally driving a detachably coupled tool bit, comprising a tool body, a motor that is housed in the tool body, an impact drive mechanism (113, 115) that is driven by the motor and linearly drives the tool bit, a rotary drive mechanism that is driven by the motor and rotationally drives the tool bit, a first sensor that detects torque of the tool bit, a second sensor that detects motion of the tool body, and a torque transmission interrupting mechanism that can interrupt torque transmission between the motor and the tool bit, wherein the torque transmission interrupting mechanism is an electromagnetic clutch that is disposed in a rotary drive path of the rotary drive mechanism and can transmit torque and can interrupt the torque transmission between the motor and the tool bit, wherein the electromagnetic clutch includes a driving-side rotating member, a driven-side rotating member, a biasing member that biases the rotating members (161, 163) away from each other so as to interrupt torque transmission, and an electromagnetic coil that brings the rotating members (161, 163) into contact with each other against the biasing force of the biasing member and transmits torque when the electromagnetic coil is energized, and the electromagnetic clutch interrupts torque transmission when the first sensor detects a preset threshold of the first sensor and the second sensor detects a preset threshold of the second sensor.
A scroll machine comprising: a first scroll member having a first spiral wrap projecting outwardly from a first end plate; a second scroll member having a second spiral wrap projecting outwardly from a second end plate, said second spiral wrap being interleaved with said first spiral wrap; a drive member for causing said spiral wraps to orbit with respect to one another whereby said spiral wraps create pockets of progressively changing volume between a suction pressure zone at a suction pressure and a discharge pressure zone at a discharge pressure; a plate member having first and second generally flat portions disposed adjacent said first scroll member; a discharge passage (76, 100) placing one of said pockets in fluid communication with said discharge pressure zone, said discharge passage extending through said plate member and said first end plate; a first annular lip seal (92, 94) disposed between said first generally flat portion of said plate member and said first end plate and surrounding said discharge passage; a second annular lip seal (90, 92) disposed between said second generally flat portion of said plate member and said first end plate and surrounding said first annular lip seal, thereby defining a chamber (82, 84) between said first and second annular lip seals; a seal groove (200, 204, 208) defined by one of said first scroll member and said plate member, said seal groove including a wall which defines a tapered portion. a first scroll member having a first spiral wrap projecting outwardly from a first end plate; a second scroll member having a second spiral wrap projecting outwardly from a second end plate, said second spiral wrap being interleaved with said first spiral wrap; a drive member for causing said spiral wraps to orbit with respect to one another whereby said spiral wraps create pockets of progressively changing volume between a suction pressure zone at a suction pressure and a discharge pressure zone at a discharge pressure; a plate member having first and second generally flat portions disposed adjacent said first scroll member; a discharge passage (76, 100) placing one of said pockets in fluid communication with said discharge pressure zone, said discharge passage extending through said plate member and said first end plate; a first annular lip seal (92, 94) disposed between said first generally flat portion of said plate member and said first end plate and surrounding said discharge passage; a second annular lip seal (90, 92) disposed between said second generally flat portion of said plate member and said first end plate and surrounding said first annular lip seal, thereby defining a chamber (82, 84) between said first and second annular lip seals; a seal groove (200, 204, 208) defined by one of said first scroll member and said plate member, said seal groove including a wall which defines a tapered portion.
A supply air terminal device (1, 101) with a main chamber (2, 102) configured for air (3, 103) to flow through, which main chamber (2, 102) comprises an inlet (4, 104) for inflow of air (3, 103) from a source disposed outside the supply air terminal device (1, 101), a bottom plate (5, 105), which bottom plate (5, 105) has air flow passages (7a, 7b, 7c, 107a, 107b) passing through it for throughflow of at least part of the air from an inside to an outside of the main chamber (2, 102), which supply air terminal device comprises (1, 101) an adjustable regulating element (10, 110), which regulating element (10, 110) comprises inside the main chamber (2, 102) and at a distance from the air flow passages (7a, 7b, 7c, 107a, 107b) at least one beam element (12a, 12b, 12c, 12d, 112a, 112b), which at least one beam element (12a, 12b, 12c, 12d, 112a, 112b) is connected to means (13a, 13b, 13c, 113a, 113b) with a respective direction from the at least one beam element (12a, 12b, 12c, 12d, 112a, 112b) towards and through a respective air flow passage (7a, 7b, 7c, 107a, 107b), each of which means (13a, 13b, 13c, 113a, 113b) has in its direction per unit length a narrowing cross-section area and is adjustable in the respective air flow passage (7a, 7b, 7c, 107a, 107b), whereby a throughflow cross-section (9a, 9b, 9c) for each air flow passage (7a, 7b, 7c, 107a, 107b) can be adjusted between at least a first size of throughflow cross-section and at least a second size of throughflow cross-section, characterised in that said regulating element (10, 110) further comprises level control means (16a, 16b, 16c, 16d), whereby end portions of said beam element (12a, 12b, 12c, 12d, 112a, 112b) can be set at different heights above the air flow passages (7a, 7b, 7c, 7d, 107a, 107b).
A method of making a metal-chalcogenide film on a substrate, wherein the film comprises 1 to 10 monolayers of a metal-chalcogenide, wherein the film is crystalline, the film has a grain size of from 100 nm to 100 microns, the grains are laterally connected at the grain boundaries, the film is structurally and electrically continuous, and the film is continuous over 95% or greater of the substrate that is covered by the film; the method comprising: contacting a metal precursor, a chalcogenide precursor, a reducing gas, and a substrate in a reactor such that the metal-chalcogenide film is formed, wherein the precursors are present in the gas phase and the metal precursor is present at a pressure of 1.33 Pa (1×10 -2 Torr) or less and the chalcogenide precursor is present at a pressure of 13.33 Pa (1×10 -1 Torr) or less, wherein the contacting is carried out in the presence of a desiccant. contacting a metal precursor, a chalcogenide precursor, a reducing gas, and a substrate in a reactor such that the metal-chalcogenide film is formed, wherein the precursors are present in the gas phase and the metal precursor is present at a pressure of 1.33 Pa (1×10 -2 Torr) or less and the chalcogenide precursor is present at a pressure of 13.33 Pa (1×10 -1 Torr) or less, wherein the contacting is carried out in the presence of a desiccant.
Child safety seat having a crotch belt, characterized in that it the crotch belt is detachable, and is movably connected with the seat through a locking assembly, and the said seat is provided with a crotch belt insertion hole; said locking assembly includes a lock case, a rotation stopping tongue and an unlock button iron vane, the said lock case is provided with a crotch belt insertion groove communicating with the crotch belt insertion hole, the said lock case is provided with a lock tongue rotating elastically along the lock case, the said lock tongue matches with the crotch belt insertion groove, and the said detachable crotch belt movably matches with the lock tongue; said rotation stopping tongue slides limitedly along the lock case, the said rotation stopping tongue movably matches with the lock tongue, the said rotation stopping tongue is elastically connected with the lock case, one end of the said unlock button iron vane shifts through the unlock button, the said unlock button is elastically connected with the unlock button iron vane, and the other end of the said unlock button iron vane drives the rotation stopping tongue to shift through an unlock button lever.
Friction part, comprising a metallic surface and an outer coating layer, characterized in that the outer coating layer is composed of nitrogen-doped tungsten carbide WC with between 5 and 12 atomic % of nitrogen, the outer coating layer consists of: • between 40 and 43 atomic % of carbon, • between 40 and 43 atomic % of tungsten, • between 5 and 12 atomic % of nitrogen, • between 7 and 9 atomic % of cobalt, • other compounds totaling between 0 and 8 atomic %. • between 40 and 43 atomic % of carbon, • between 40 and 43 atomic % of tungsten, • between 5 and 12 atomic % of nitrogen, • between 7 and 9 atomic % of cobalt, • other compounds totaling between 0 and 8 atomic %.
A layer 3 virtual private network route control method, wherein a layer 3 virtual private network L3VPN comprises a local customer edge device CE node, a remote CE node, a local provider edge device PE node connected to the local CE node, and a remote PE node connected to the remote CE node, and an L3VPN route controller is further deployed in the L3VPN, the method comprising: creating a VPN for the local PE node and the remote PE node separately, wherein the local PE node and the remote PE node belong to the VPN, adding a local CE node routing table entry belonging to the VPN created on the local PE node to the VPN created on the local PE node; acquiring, by the L3VPN route controller, VPN attribute information of the VPN created on the local PE node and the local CE node routing table entry belonging to the VPN, and acquiring VPN attribute information of the VPN created on the remote PE node; generating, by the L3VPN route controller, a remote CE node routing table entry according to the VPN attribute information of the VPN created on the local PE node and the local CE node routing table entry in the VPN; and sending, by the L3VPN route controller, a generated remote CE node routing table entry to the remote PE node according to the VPN attribute information of the VPN created on the local PE node and the VPN attribute information of the VPN created on the remote PE node, so that the remote PE node forwards a data packet that is from the remote CE node to the local CE node. creating a VPN for the local PE node and the remote PE node separately, wherein the local PE node and the remote PE node belong to the VPN, adding a local CE node routing table entry belonging to the VPN created on the local PE node to the VPN created on the local PE node; acquiring, by the L3VPN route controller, VPN attribute information of the VPN created on the local PE node and the local CE node routing table entry belonging to the VPN, and acquiring VPN attribute information of the VPN created on the remote PE node; generating, by the L3VPN route controller, a remote CE node routing table entry according to the VPN attribute information of the VPN created on the local PE node and the local CE node routing table entry in the VPN; and sending, by the L3VPN route controller, a generated remote CE node routing table entry to the remote PE node according to the VPN attribute information of the VPN created on the local PE node and the VPN attribute information of the VPN created on the remote PE node, so that the remote PE node forwards a data packet that is from the remote CE node to the local CE node.
An extruded product of an aluminum alloy possessing superior abrasion resistance, extrusion property and forging property, comprising: 5.5 to 7.0 mass% (hereinafter referred to as %) of Si, 1.0 to 2.0% of Cu, 0.4 to 0.8% of Mg, 0.05 to 0.15% of Cr, 0.05 to 0.25% of Ni, with the rest consisting of Al, 0.5% or less of Fe and Mn, and unavoidable impurities, wherein Sc (defined as the size of an eutectic Si in the central portion of the cross section of the extruded product which is vertical with respect to the longitudinal direction of the extruded product) and Ss (defined as the size of the eutectic Si at the surface side of the cross section which is vertical with respect to the longitudinal direction of the extruded product) satisfies an equation of "Sc-Ss ≤ 15 μm 2 ", and the number of the eutectic Si particles having the size of 20μm 2 or smaller is 1000 to 3000 per mm 2. 5.5 to 7.0 mass% (hereinafter referred to as %) of Si, 1.0 to 2.0% of Cu, 0.4 to 0.8% of Mg, 0.05 to 0.15% of Cr, 0.05 to 0.25% of Ni, with the rest consisting of Al, 0.5% or less of Fe and Mn, and unavoidable impurities, wherein Sc (defined as the size of an eutectic Si in the central portion of the cross section of the extruded product which is vertical with respect to the longitudinal direction of the extruded product) and Ss (defined as the size of the eutectic Si at the surface side of the cross section which is vertical with respect to the longitudinal direction of the extruded product) satisfies an equation of "Sc-Ss ≤ 15 μm 2 ", and the number of the eutectic Si particles having the size of 20μm 2 or smaller is 1000 to 3000 per mm 2.
A housing member (31, 33) for use with a flexure member of an accelerometer for sensing acceleration along a sensing axis, the flexure member comprising a pendulum member pivotably connected to a support member via a hinge arrangement, the housing member (31, 33) comprising: at least one mounting structure configured for clamping in load bearing contact the flexure member to the housing member while concurrently allowing for differential movement between the support member and the housing member in a direction orthogonal to said sensing axis; wherein at least one said mounting structure comprises an elongated mounting post, anchored at a first longitudinal end thereof to the housing member and configured to be anchored at a second longitudinal end thereof to the support member; and wherein said mounting post is configured for allowing displacement between said first longitudinal end and said second longitudinal end along a plurality of axes orthogonal to said sensing axis to permit at least a portion of said differential movement between the support member and the housing member. at least one mounting structure configured for clamping in load bearing contact the flexure member to the housing member while concurrently allowing for differential movement between the support member and the housing member in a direction orthogonal to said sensing axis; wherein at least one said mounting structure comprises an elongated mounting post, anchored at a first longitudinal end thereof to the housing member and configured to be anchored at a second longitudinal end thereof to the support member; and wherein said mounting post is configured for allowing displacement between said first longitudinal end and said second longitudinal end along a plurality of axes orthogonal to said sensing axis to permit at least a portion of said differential movement between the support member and the housing member.
A ceria-zirconia base composite oxide comprising a composite oxide of ceria and zirconia, wherein a content ratio between cerium and zirconium in the composite oxide is in a range from 43:57 to 48:52 in terms of molar ratio ([cerium]: [zirconium]), an average value (number-based average value) of diameters of crystal grains is 2.2 to 4.5 μm in a field of view (magnification 500×) of a scanning electron microscope, and an intensity ratio of a diffraction line at 2θ=14.5° to a diffraction line at 2θ=29° {I(14/29) value} and an intensity ratio of a diffraction line at 2θ=28.5° to the diffraction line at 2θ=29° {I(28/29) value}, which are calculated from an X-ray diffraction pattern obtained by an X-ray diffraction measurement using CuKα after heating under a temperature condition of 1100°C in air for 5 hours, respectively satisfy the following conditions: I(14/29) value ≥ 0.015, and 1(28/29) value ≤ 0.08. I(14/29) value ≥ 0.015, and 1(28/29) value ≤ 0.08.
Wind energy installation comprising a rotor with a plurality of rotor blades, which is rotatably arranged on a nacelle rotatably arranged on a tower and is connected to a generator arranged in the nacelle for the purpose of converting wind energy acting on the rotor into electrical energy, and a control device for controlling the wind energy installation, wherein the control device is connected to a data network for the purpose of receiving control commands and transmitting status notifications, characterized in that a display unit which is connected to the control device for the purpose of outputting an inconstant and expiring confirmation code is provided on the wind energy installation, and the control device is designed to implement particular control commands to be confirmed which are received via the data network only if the received control commands have been confirmed by receiving a confirmation code, which is still valid and has been output via the display unit, via the data network.
An intraocular lens having an optic portion having a front surface and a back surface, said front surface and said back surface being different from each other in the property of adhering to a protein and satisfying the relationship of the expression (x), PA F < PA B wherein PA F is the property of adherence of said front surface to fibronectin and PA B is the property of adherence of said back surface to fibronectin in a fibronectin adherence test as described on page 8, line 29 to page 9, line 29, wherein both the front surface and the back surface are surface-treated and wherein the front surface is surface-treated to inhibit the property of adhering to a protein, and the back surface is surface-treated to be improved in the property of adhering to a protein.