mhurhangee/ep-ind-claims huggingface dataset:
A composition suitable for use in pipe applications, the composition comprising: a. an ultra-high molecular weight ethylene-based polymer having an intrinsic viscosity from 5 to 50 deciliters/gram, b. a polyethylene resin comprising a first molecular weight ethylene-based polymer component and a second molecular weight ethylene-based polymer component, wherein the polyethylene resin has a density from 0.930 to 0.960 g/cc; c. a thermoplastic polyolefin elastomer having a density of from 0.850 to 0.910 g/cc, and d. optionally, a fluoropolymer. a. an ultra-high molecular weight ethylene-based polymer having an intrinsic viscosity from 5 to 50 deciliters/gram, b. a polyethylene resin comprising a first molecular weight ethylene-based polymer component and a second molecular weight ethylene-based polymer component, wherein the polyethylene resin has a density from 0.930 to 0.960 g/cc; c. a thermoplastic polyolefin elastomer having a density of from 0.850 to 0.910 g/cc, and d. optionally, a fluoropolymer.
Metal salt preparation, not comprising cyanide and halogen ions, comprising at least one metal alkylsulfonate and thiourea, wherein the molar ratio of metal to thiourea is 10.000:1 to 1:10, wherein the metal alkylsulfonate is selected from gold (Au), platinum (Pt), palladium (Pd), rhodium (Rh), iridium (Ir), ruthenium (Ru) or indium (In) alkylsulfonates.
An apparatus comprising: a first data line coupled to a first driver; a second data line coupled to a second driver; and a crosstalk cancelation circuit comprising a third driver coupled between the first data line and the second data line and a capacitor in series with the third driver, the crosstalk cancelation circuit to compensate for far end crosstalk introduced from the first data line to the second data line, characterized in that the crosstalk cancelation circuit further comprises a multiplexer, coupled to multiple potential aggressor data lines (502, 522, 532), to selectively couple the crosstalk cancelation circuit to the first data line; and a tuning circuit to adjust a parameter of the crosstalk cancelation circuit. a first data line coupled to a first driver; a second data line coupled to a second driver; and a crosstalk cancelation circuit comprising a third driver coupled between the first data line and the second data line and a capacitor in series with the third driver, the crosstalk cancelation circuit to compensate for far end crosstalk introduced from the first data line to the second data line, characterized in that the crosstalk cancelation circuit further comprises a multiplexer, coupled to multiple potential aggressor data lines (502, 522, 532), to selectively couple the crosstalk cancelation circuit to the first data line; and a tuning circuit to adjust a parameter of the crosstalk cancelation circuit.
Double bed mattress with two lying surfaces arranged next to each other in a width direction for two persons, with a mattress core, at least one support cushion (2, 3) and a common mattress cover, wherein the mattress core has springs which are arranged next to one another in the width direction and in a length direction, and lying surfaces with different hardnesses and/or lying zones are formed, characterized in that the mattress core is formed of two sub-cores (5, 6) which adjoin each other in the width direction and which each consist of springs arranged next to one another in the width direction and in the length direction and which are connected to each other by a butt joint lying in the length direction and lie on each other across the butt joint, and in that the edge springs (5', 6') of the two sub-cores (5, 6) located at the butt joint are directly connected to each other mechanically by eyelets, coiled wire or textile, plastic or metal filaments or wires, and in that the sub-cores (5, 6) are covered by the support cushion (2, 3) extending over both lying surfaces.
A laser welded joint comprising a plurality of overlaid metal sheets being weld by laser, and being characterised by: triple or more ring-shaped or open ring-shaped weld beads (10, 20, 30), wherein a surface hardness of the weld beads increases from an inside bead to an outside bead, wherein a ring-shaped weld bead is a bead with a circular, elliptical, oval, or polygonal path or such a bead with a partially constricted part wherein the bead path is continuous and the bead surrounds a specific range, and an open ring-shaped weld bead is a bead with a circular, elliptical, oval, or polygonal path or such a bead with a partially constricted part wherein the bead path includes a partially discontinuous part and the bead and line segment connecting the parts of the bead surround a specific range. a plurality of overlaid metal sheets being weld by laser, and being characterised by: triple or more ring-shaped or open ring-shaped weld beads (10, 20, 30), wherein a surface hardness of the weld beads increases from an inside bead to an outside bead, wherein a ring-shaped weld bead is a bead with a circular, elliptical, oval, or polygonal path or such a bead with a partially constricted part wherein the bead path is continuous and the bead surrounds a specific range, and an open ring-shaped weld bead is a bead with a circular, elliptical, oval, or polygonal path or such a bead with a partially constricted part wherein the bead path includes a partially discontinuous part and the bead and line segment connecting the parts of the bead surround a specific range. triple or more ring-shaped or open ring-shaped weld beads (10, 20, 30), wherein a surface hardness of the weld beads increases from an inside bead to an outside bead, wherein a ring-shaped weld bead is a bead with a circular, elliptical, oval, or polygonal path or such a bead with a partially constricted part wherein the bead path is continuous and the bead surrounds a specific range, and an open ring-shaped weld bead is a bead with a circular, elliptical, oval, or polygonal path or such a bead with a partially constricted part wherein the bead path includes a partially discontinuous part and the bead and line segment connecting the parts of the bead surround a specific range.
A power generation method comprising: driving a diesel engine and exhausting exhaust gas from the diesel engine; driving a power turbine by the exhaust gas exhausted from the diesel engine; generating steam by introducing the exhaust gas from the diesel engine to an exhaust-gas heat exchanger; driving a steam turbine by the steam generated by the exhaust-gas heat exchanger; when demand power decreases and generated power becomes surplus, reducing supply of the exhaust gas to the power turbine; and after output of the power turbine is reduced to a minimum, reducing supply of the steam to the steam turbine. driving a diesel engine and exhausting exhaust gas from the diesel engine; driving a power turbine by the exhaust gas exhausted from the diesel engine; generating steam by introducing the exhaust gas from the diesel engine to an exhaust-gas heat exchanger; driving a steam turbine by the steam generated by the exhaust-gas heat exchanger; when demand power decreases and generated power becomes surplus, reducing supply of the exhaust gas to the power turbine; and after output of the power turbine is reduced to a minimum, reducing supply of the steam to the steam turbine.
A light emitting diode comprising: a first electrode layer; a light emitting structure formed on the first electrode layer to emit blue series light having a main peak wavelength region of about 430 nm to about 470 nm, and comprising a light extraction structure having random surface roughness or a periodic pattern; and a second electrode layer comprising a first layer, which is formed in correspondence with a shape of the light extraction structure and which is formed of a metal material having the plasmon frequency different from a frequency corresponding to a wavelength of the blue series light, on the light extraction structure; characterised by a refractive layer of an insulating material disposed between the light emitting structure and the second electrode layer, the refractive layer having a refractive index lower than a refractive index of the light emitting structure, wherein an area of the refractive layer is less than an area of a bottom of the second electrode layer and a portion of the second electrode layer contacts a portion of the light emitting structure, wherein the insulating material of the refractive layer comprises a concave portion and a convex portion, and a top most surface of the insulating material of the refractive layer is higher than a bottom most surface of the first layer of the second electrode layer. a first electrode layer; a light emitting structure formed on the first electrode layer to emit blue series light having a main peak wavelength region of about 430 nm to about 470 nm, and comprising a light extraction structure having random surface roughness or a periodic pattern; and a second electrode layer comprising a first layer, which is formed in correspondence with a shape of the light extraction structure and which is formed of a metal material having the plasmon frequency different from a frequency corresponding to a wavelength of the blue series light, on the light extraction structure; characterised by a refractive layer of an insulating material disposed between the light emitting structure and the second electrode layer, the refractive layer having a refractive index lower than a refractive index of the light emitting structure, wherein an area of the refractive layer is less than an area of a bottom of the second electrode layer and a portion of the second electrode layer contacts a portion of the light emitting structure, wherein the insulating material of the refractive layer comprises a concave portion and a convex portion, and a top most surface of the insulating material of the refractive layer is higher than a bottom most surface of the first layer of the second electrode layer.
A composition comprising at least one compound selected from synthetic polysulfated oligosaccharides having 1 to 4 monosaccharide units, salts and complexes thereof, for use as a wound cleaning agent.
A buckle device comprising: a buckle with which a tongue of a seat belt device is to be engaged; a moving member that is coupled to the buckle and movable together with the buckle, a drive component that moves the moving member by outputting drive force; a cord member that is connected to the buckle; a restricting member that restricts relative approaching of the cord member to the moving member; and a tube member inside of which the moving member and the cord member are provided, characterized in that in a cross-sectional view orthogonal to a longitudinal direction of the tube member, the restricting member is provided inside the tube member and is arranged between the moving member and the cord member. a buckle with which a tongue of a seat belt device is to be engaged; a moving member that is coupled to the buckle and movable together with the buckle, a drive component that moves the moving member by outputting drive force; a cord member that is connected to the buckle; a restricting member that restricts relative approaching of the cord member to the moving member; and a tube member inside of which the moving member and the cord member are provided, characterized in that in a cross-sectional view orthogonal to a longitudinal direction of the tube member, the restricting member is provided inside the tube member and is arranged between the moving member and the cord member.
A step, for facilitating climbing on a platform integrating a bracket, this bracket including a beam partly defining an outer longitudinal side of the platform, the step comprising: - a bearing portion, configured to bear against the beam of the bracket; - a supporting portion, integral with the bearing portion, for being, when the bearing portion bears against the beam, protruding from the outer longitudinal side of the platform; - a portion for holding the bearing portion, when the later bears against the beam, the holding portion being directly integral with the bearing portion and the supporting portion and being configured to at least partially wrap the beam of the bracket, the holding portion comprising a front face, a transverse face and a rear face configured to be substantially in contact with three sections of the beam, the transverse face being integral with the front face and with the rear face, and perpendicular to the same, characterised in that the front face temporarily increases the perimeter of the supporting portion so as to enhance, when the bearing portion bears against the beam, resistance of the step to a load exerted vertically on this step, the bearing portion and the supporting portion being disposed substantially as an extension of each other, the bearing portion being configured to enter a port of the beam, disposed on the outer longitudinal side of the platform, the port can be aligned with a rung of the bracket, the bearing portion and the supporting portion having a cylinder shape. - a bearing portion, configured to bear against the beam of the bracket; - a supporting portion, integral with the bearing portion, for being, when the bearing portion bears against the beam, protruding from the outer longitudinal side of the platform; - a portion for holding the bearing portion, when the later bears against the beam, the holding portion being directly integral with the bearing portion and the supporting portion and being configured to at least partially wrap the beam of the bracket,
Turbocharger for an internal combustion engine, comprising a compressor assembly, the compressor assembly comprises: a spiral housing with a flow channel which is designed to convey a first fluid which can be sucked up from outside the compressor assembly and to feed said fluid to a compressor outlet; and a conical diffuser, a compressor outlet flange (3, 11, 16) which is arranged on the spiral housing and is adjacent to the conical diffuser, an injection device (4, 20) for improving the load response behavior of an internal combustion engine which can be connected to the turbocharger, wherein the injection device (4, 20) is designed to introduce air from outside the compressor assembly into the flow channel, wherein the injection device (4, 20) is arranged outside the flow channel of the spiral housing, characterized in that the injection device (4, 20) is designed so as to inject the air in the conical diffuser. a spiral housing with a flow channel which is designed to convey a first fluid which can be sucked up from outside the compressor assembly and to feed said fluid to a compressor outlet; and a conical diffuser, a compressor outlet flange (3, 11, 16) which is arranged on the spiral housing and is adjacent to the conical diffuser, an injection device (4, 20) for improving the load response behavior of an internal combustion engine which can be connected to the turbocharger, wherein the injection device (4, 20) is designed to introduce air from outside the compressor assembly into the flow channel, wherein the injection device (4, 20) is arranged outside the flow channel of the spiral housing, characterized in that the injection device (4, 20) is designed so as to inject the air in the conical diffuser.
Mesh welding plant comprising a pressing apparatus (100, 200, 300a, 300b) for at least one tool (101, 301) of the mesh welding plant, the pressing apparatus (100, 200, 300a, 300b) comprising: a) a first pneumatic element (110, 210, 310a, 310b) having at least one first piston rod (112, 212.1, 212.2) which is configured such that it can be operatively connected to one of the tools (101, 301) of the mesh welding plant; characterized in that the pressing apparatus also comprises: b) a second pneumatic element (120, 220, 320a, 320b) having at least one second piston rod (122, 222.1, 222.2) which is configured such that it can be operatively connected to the first pneumatic element (110, 210, 310a, 310b), in particular to the first piston rod (112, 212.1, 212.2), and wherein the first and the second pneumatic element (110, 210, 310a, 310b, 120, 220, 320a, 320b) are arranged such that the first and second piston rod(s) (112, 212.1, 212.2, 122, 222.1, 222.2) can exert a common pressing force by way of a movement in translation in their longitudinal direction, wherein the pressing force can be applied both only by the first and simultaneously by the first and the second pneumatic element, wherein the pneumatic elements (110, 210, 310a, 310b, 120, 220, 320a, 320b) are configured such that they are controllable separately from one another, wherein the first pneumatic element (110, 210, 310a, 310b) comprises a first control device and the second pneumatic element comprises a second control device, which are each separately controllable. a) a first pneumatic element (110, 210, 310a, 310b) having at least one first piston rod (112, 212.1, 212.2) which is configured such that it can be operatively connected to one of the tools (101, 301) of the mesh welding plant;
A remote management method, characterized in that the method comprises: receiving (301, 401), by a subscription manager-data preparation SM-DP+ server, at least a first identifier sent by a local profile assistant LPA; searching for (303, 411), by the SM-DP+ server, a remote profile management command corresponding to the first identifier; and generating (304, 412), by the SM-DP+ server, a first digital signature according to at least the first identifier and the remote profile management command, and sending (305, 413) at least the first digital signature and the remote profile management command to an embedded universal integrated circuit card eUICC by using the LPA. receiving (301, 401), by a subscription manager-data preparation SM-DP+ server, at least a first identifier sent by a local profile assistant LPA; searching for (303, 411), by the SM-DP+ server, a remote profile management command corresponding to the first identifier; and generating (304, 412), by the SM-DP+ server, a first digital signature according to at least the first identifier and the remote profile management command, and sending (305, 413) at least the first digital signature and the remote profile management command to an embedded universal integrated circuit card eUICC by using the LPA.
A power transformer protection system, comprising: a first Rogowski coil positioned to sense a primary current associated with a primary of the power transformer and to output a primary signal indicative of the primary current; a second Rogowski coil positioned to sense a secondary current associated with a secondary of the power transformer and to output a signal indicative of the secondary current; a protection relay configured to isolate the power transformer when the protection relay is activated; and a controller operable to activate the protection relay, characterized in that the controller is further operable to compare the output of the first Rogowski coil and the output of the second Rogowski coil to obtain a differential first time derivative of current, to sample the differential first time derivative of current based on a sampling rate, to detect an inrush condition when a predetermined number of sequential samples of the differential first time derivative of current are within a predetermined range, and to prevent activation of the protection relay in response to detecting the inrush condition. a first Rogowski coil positioned to sense a primary current associated with a primary of the power transformer and to output a primary signal indicative of the primary current; a second Rogowski coil positioned to sense a secondary current associated with a secondary of the power transformer and to output a signal indicative of the secondary current; a protection relay configured to isolate the power transformer when the protection relay is activated; and a controller operable to activate the protection relay, characterized in that the controller is further operable to compare the output of the first Rogowski coil and the output of the second Rogowski coil to obtain a differential first time derivative of current, to sample the differential first time derivative of current based on a sampling rate, to detect an inrush condition when a predetermined number of sequential samples of the differential first time derivative of current are within a predetermined range, and to prevent activation of the protection relay in response to detecting the inrush condition.
A sorbent manifold system, comprising: a sorbent manifold comprising a plurality of passageways fluidly connectable to a sorbent dialysis system; one or more valves (110, 120) and one or more sensors; and at least one sorbent inlet fluidly connectable to an outlet of a sorbent cartridge; and a controller controlling the one or more valves to direct fluid to either pass through the sorbent cartridge in the sorbent dialysis system or bypass the sorbent cartridge based on measurements of the one or more sensors, wherein the controller controls the fluid to enter the at least one sorbent inlet from the outlet of the sorbent cartridge. a sorbent manifold comprising a plurality of passageways fluidly connectable to a sorbent dialysis system; one or more valves (110, 120) and one or more sensors; and at least one sorbent inlet fluidly connectable to an outlet of a sorbent cartridge; and a controller controlling the one or more valves to direct fluid to either pass through the sorbent cartridge in the sorbent dialysis system or bypass the sorbent cartridge based on measurements of the one or more sensors, wherein the controller controls the fluid to enter the at least one sorbent inlet from the outlet of the sorbent cartridge.
A method for monitoring user activity on a mobile device running on Android mobile operating system comprising an input unit and an output unit comprising the following steps in the following order: (a) detecting user activity on said input unit; (b) identifying a foreground running application; (c) hashing of a user-interface-element management list of the foreground running application; (d) creating a screenshot comprising items displayed on said output unit; wherein the foreground running application is identified by querying the field topActivity of the ActivityManager.RunningTaskInfo object of a running application manager whenever user activity on the input device is detected, and wherein the user activity on said input device is detected by an observer thread being spawned for each input device, the input events being obtained by said observer threads and the input events being posted to an event pool by said observer threads, by examining the event pool by a detection service upon the input event being received and by storing said input events to a local or remote database. (a) detecting user activity on said input unit; (b) identifying a foreground running application; (c) hashing of a user-interface-element management list of the foreground running application; (d) creating a screenshot comprising items displayed on said output unit;
A method of network access for a fixed device, comprising, said fixed device: synchronizing with a downlink channel of a network; acquiring a master information block including a last system update time; if the last system update time is before the last system access time, then executing cell selection without acquiring other system information (318; 320; 322). synchronizing with a downlink channel of a network; acquiring a master information block including a last system update time; if the last system update time is before the last system access time, then executing cell selection without acquiring other system information (318; 320; 322).