mhurhangee/ep-ind-claims huggingface dataset:
A lubricating oil composition comprising: a base oil, an organic molybdenum compound, and a metallic detergent, wherein the metallic detergent comprises calcium sulfonate, and the content of the calcium sulfonate in terms of calcium atoms is 0.12% by mass or more based on the mass of the composition, the content ratio of molybdenum atoms derived from the organic molybdenum compound to soap groups derived from the metallic detergent based on the lubricating oil composition, [Mo/soap groups], is 0.06 or more at a mass ratio, and the HTHS viscosity at 150°C is 1.3 mPa·s or more and less than 2.3 mPa·s. a base oil, an organic molybdenum compound, and a metallic detergent, wherein the metallic detergent comprises calcium sulfonate, and the content of the calcium sulfonate in terms of calcium atoms is 0.12% by mass or more based on the mass of the composition, the content ratio of molybdenum atoms derived from the organic molybdenum compound to soap groups derived from the metallic detergent based on the lubricating oil composition, [Mo/soap groups], is 0.06 or more at a mass ratio, and the HTHS viscosity at 150°C is 1.3 mPa·s or more and less than 2.3 mPa·s.
An adjustment device for adjusting the.height position of the hopper for a livestock feeder, particularly applicable to a livestock weaning feeder, of the type comprising a post on which a sleeve for supporting the hopper is assembled with longitudinal sliding capacity, said post being provided in its outer surface with an outer screw thread on which a displacement ring is coupled by screwing, which ring is provided in its inner surface with a corresponding inner screw thread, the device being characterized in that the ring is in turn provided with a lower tubular portion having an open cross-section, provided with an inner annular groove in which an outwardly projecting outer flange of the sleeve for supporting the hopper is inserted, being suspended from the ring, whereby when the ring is displaced downwards or upwards by screwing it on or unscrewing it from the post, it drives the sleeve in its movement.
A method for wireless communications performed by a user equipment, UE, comprising: transmitting, to an access network entity, a UE capability to receive a first portion of a tracking reference signal and a second portion of the tracking reference signal, the first portion and the second portion associated with a tracking reference signal pattern; transmitting, to the access network entity, a request for the second portion of the tracking reference signal pattern, based on detecting the UE is moving at a speed that satisfies a speed threshold; receiving, from the access network entity, an indication of the tracking reference signal pattern, wherein the tracking reference signal pattern comprises the first portion of the tracking reference signal pattern and the second portion of the tracking reference signal pattern, and wherein the first portion of the tracking reference signal pattern includes a first symbol gap of one or more symbols between tracking reference signals, and the first portion and the second portion of the tracking reference signal pattern include a second symbol gap between at least two tracking reference signals; and receiving one or more tracking reference signals according to the first portion of the tracking reference signal pattern and the second portion of the tracking reference signal pattern. transmitting, to an access network entity, a UE capability to receive a first portion of a tracking reference signal and a second portion of the tracking reference signal, the first portion and the second portion associated with a tracking reference signal pattern; transmitting, to the access network entity, a request for the second portion of the tracking reference signal pattern, based on detecting the UE is moving at a speed that satisfies a speed threshold; receiving, from the access network entity, an indication of the tracking reference signal pattern, wherein the tracking reference signal pattern comprises the first portion of the tracking reference signal pattern and the second portion of the tracking reference signal pattern, and wherein the first portion of the tracking reference signal pattern includes a first symbol gap of one or more symbols between tracking reference signals, and the first portion and the second portion of the tracking reference signal pattern include a second symbol gap between at least two tracking reference signals; and receiving one or more tracking reference signals according to the first portion of the tracking reference signal pattern and the second portion of the tracking reference signal pattern.
A method of operating a tipper vehicle, the tipper vehicle comprising a tipper body pivotably moveable with respect to a frame with a hydraulic cylinder disposed therebetween and actuatable to pivot the tipper body, the method comprising: monitoring a vehicle speed parameter relating to the current speed of the vehicle; monitoring at least one of (i) a pressure parameter relating to the hydraulic pressure within the hydraulic cylinder and (ii) an angular positional parameter relating to the angular position of the tipper body; determining whether the vehicle speed is excessive based on at least one of the monitored (i) pressure parameter and (ii) angular positional parameter; and generating an output if it is determined that the vehicle speed is excessive. monitoring a vehicle speed parameter relating to the current speed of the vehicle; monitoring at least one of (i) a pressure parameter relating to the hydraulic pressure within the hydraulic cylinder and (ii) an angular positional parameter relating to the angular position of the tipper body; determining whether the vehicle speed is excessive based on at least one of the monitored (i) pressure parameter and (ii) angular positional parameter; and generating an output if it is determined that the vehicle speed is excessive.
An in vitro method of delivering a protein to a cell, comprising: (a) contacting the protein with a protein transfection composition to form a mixture, wherein the protein transfection composition consists of a 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) buffer; and (b) contacting the cell with a minimal essential medium; (c) contacting the cells of step (b) with the mixture of step (a). (a) contacting the protein with a protein transfection composition to form a mixture, wherein the protein transfection composition consists of a 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) buffer; and (b) contacting the cell with a minimal essential medium; (c) contacting the cells of step (b) with the mixture of step (a).
A light-emitting module, comprising: a module substrate including an insulating layer at least on a surface; a reflective layer provided on the insulating layer and having a reflectance higher than a reflectance of the insulating layer; a conductive layer (12, 13) provided on the insulating layer in the vicinity of the reflective layer and having a reflectance greater than the insulating layer; a light-emitting element provided on the reflective layer; a translucent sealing member provided on the module substrate so as to embed the reflective layer, the conductive layer, the light-emitting element, and an exposed part of the insulating layer that is exposed between the reflective layer and the conductive layer, and the conductive layer is provided beside and spaced apart from the reflective layer, characterized in that a ratio of an area occupied by the reflective layer and the conductive layer to the sealed region sealed by the sealing member is equal to or greater than 80%. a module substrate including an insulating layer at least on a surface; a reflective layer provided on the insulating layer and having a reflectance higher than a reflectance of the insulating layer; a conductive layer (12, 13) provided on the insulating layer in the vicinity of the reflective layer and having a reflectance greater than the insulating layer; a light-emitting element provided on the reflective layer; a translucent sealing member provided on the module substrate so as to embed the reflective layer, the conductive layer, the light-emitting element, and an exposed part of the insulating layer that is exposed between the reflective layer and the conductive layer, and the conductive layer is provided beside and spaced apart from the reflective layer, characterized in that a ratio of an area occupied by the reflective layer and the conductive layer to the sealed region sealed by the sealing member is equal to or greater than 80%.
A method for a Bearer Binding and Event Report Function, BBERF, relocation, characterized in that said method is used in a process of the BBERF relocation after establishing a first Internet Protocol, IP, Connectivity Access Network, IP-CAN, session for User Equipment, UE, and establishing (S606-S613) a first gateway control Gxx session, a first Gx session, an S9 session and a first subsession of the S9 session which are used to perform policy control to said first IP-CAN session in an Evolved Packet System, EPS, and said method comprises: establishing (S705-S708, S705'-S708') a second Gxx session between a destination BBERF and a visited Policy and Charging Rules Function, PCRF; if an IP-CAN session modification indication message sent by a Policy and Charging Enforcement Function, PCEF, is received, the home PCRF linking (S710-S712) said first Gx session that said IP-CAN session modification indication message requests to modify to said first subsession according to session identity information; or if an IP-CAN session establishment indication message sent by said PCEF is received, said home PCRF linking (S710'-S712') a second Gx session, that said IP-CAN session establishment indication message requests to establish, for performing policy control to said second IP-CAN session to said first subsession according to session identity information; and said visited PCRF linking (S706 or S716, S706' or S716') said second Gxx session to said first subsession after said establishing second Gxx session. establishing (S705-S708, S705'-S708') a second Gxx session between a destination BBERF and a visited Policy and Charging Rules Function, PCRF; if an IP-CAN session modification indication message sent by a Policy and Charging Enforcement Function, PCEF, is received, the home PCRF linking (S710-S712) said first Gx session that said IP-CAN session modification indication message requests to modify to said first subsession according to session identity information; or if an IP-CAN session establishment indication message sent by said PCEF is received, said home PCRF linking (S710'-S712') a second Gx session, that said IP-CAN session establishment indication message requests to establish, for performing policy control to said second IP-CAN session to said first subsession according to session identity information; and said visited PCRF linking (S706 or S716, S706' or S716') said second Gxx session to said first subsession after said establishing second Gxx session.
A turbine arrangement, particularly a gas turbine arrangement, comprising at least one rotor blade and a turbine disc, the rotor blade comprising a root portion, the turbine disc comprising at least one slot in which the root portion of the rotor blade is secured, the slot comprising - a plurality of opposite pairs of slot lobes, - a plurality of opposite pairs of slot fillets, and - a slot bottom of the slot, characterised in that the slot bottom comprises a first convex surface section, wherein the root portion of the rotor blade comprises a root bottom comprising a first concave surface section corresponding to the first convex surface section of the slot bottom, and wherein the first convex surface section is pierced by an outlet of a cooling duct through the turbine disc. - a plurality of opposite pairs of slot lobes, - a plurality of opposite pairs of slot fillets, and - a slot bottom of the slot,
A power control system for a vehicle, the power control system characterized by comprising: a secondary battery; a charging terminal capable of connecting to a power supply terminal of an alternating current power supply; a charging apparatus configured to be input alternating current power from the charging terminal, the charging apparatus being configured to convert the alternating current power to direct current power and charge this direct current power to the secondary battery; a discharging terminal capable of connecting to a power receiving terminal of an alternating current load and the charging terminal; a power supplying apparatus configured to convert the direct current power from the secondary battery to alternating current power of a predetermined frequency that differs from a standard frequency of a commercial power supply and output this alternating current power from the discharging terminal, the power supplying apparatus including a cut-off detecting portion; and a control device configured to control the charging apparatus and the power supplying apparatus, wherein the control device is configured to stop charging to the secondary battery when a connecting terminal is connected to each of both the charging terminal and the discharging terminal; the control device is configured to continue to stop the charging when a charging-stopped state is detected by the cut-off detecting portion, and the control device is configured to resume charging by cancelling the charging-stopped state when the charging-stopped state is not detected by the cut-off detecting portion. a secondary battery; a charging terminal capable of connecting to a power supply terminal of an alternating current power supply; a charging apparatus configured to be input alternating current power from the charging terminal, the charging apparatus being configured to convert the alternating current power to direct current power and charge this direct current power to the secondary battery; a discharging terminal capable of connecting to a power receiving terminal of an alternating current load and the charging terminal; a power supplying apparatus configured to convert the direct current power from the secondary battery to alternating current power of a predetermined frequency that differs from a standard frequency of a commercial power supply and output this alternating current power from the discharging terminal, the power supplying apparatus including a cut-off detecting portion; and a control device configured to control the charging apparatus and the power supplying apparatus, wherein the control device is configured to stop charging to the secondary battery when a connecting terminal is connected to each of both the charging terminal and the discharging terminal; the control device is configured to continue to stop the charging when a charging-stopped state is detected by the cut-off detecting portion, and the control device is configured to resume charging by cancelling the charging-stopped state when the charging-stopped state is not detected by the cut-off detecting portion.
Airbag assembly comprising an airbag passage opening which is arranged above the firing channel of the airbag and which is closed by at least one airbag flap and a cover made of plastic which is fastened, in particular moulded on, above the airbag flap, wherein the cover has at least one predetermined breaking line at the edge of the airbag flap in order to allow the airbag cushion to deploy, and wherein the airbag flap is connected in an integrally moulded manner to a flap supporting wall via an articulation point, said supporting wall bearing in a fastened manner on the inner side of the firing channel wall, characterized in that lying in the firing channel, between the airbag cushion and the airbag flap, is an additional surface element which is in the form of a cover and which at least partially covers the airbag flap and the inner side of the firing channel wall.
A printing apparatus that uses a print head to perform printing on a printing medium, the printing apparatus comprising: a reversing unit that, after conveyance for printing on a first surface of the printing medium has been completed, reverses the printing medium in order to perform printing on a second surface, and is provided with a reversing roller for conveying the printing medium to a conveyance path of the reversing unit, the second surface being a back surface of the first surface; a sensor that is provided between a printing surface where the printing on the printing medium is performed and the reversing unit, and detects a fore end of the printing medium; a detecting unit configured to, when the printing medium is conveyed through the reversing unit, detect a load on the reversing roller; and a control unit configured to, if when the detecting unit detects a load equal to or more than a predetermined value, a conveyance amount of the printing medium after the sensor has detected the fore end is longer than a threshold value that is a distance from a position of the fore end at a time of being detected by the sensor to a position of the fore end at a time of exiting from the conveyance path of the reversing unit, perform control to continue conveyance. a reversing unit that, after conveyance for printing on a first surface of the printing medium has been completed, reverses the printing medium in order to perform printing on a second surface, and is provided with a reversing roller for conveying the printing medium to a conveyance path of the reversing unit, the second surface being a back surface of the first surface; a sensor that is provided between a printing surface where the printing on the printing medium is performed and the reversing unit, and detects a fore end of the printing medium; a detecting unit configured to, when the printing medium is conveyed through the reversing unit, detect a load on the reversing roller; and a control unit configured to, if when the detecting unit detects a load equal to or more than a predetermined value, a conveyance amount of the printing medium after the sensor has detected the fore end is longer than a threshold value that is a distance from a position of the fore end at a time of being detected by the sensor to a position of the fore end at a time of exiting from the conveyance path of the reversing unit, perform control to continue conveyance.
A method for handling a component for use in an operation in the construction, maintenance and repair of wells, the method comprising the steps of producing information about said component, the component for a specific well task, the information including design information about the component and intended use information about the component, producing a component identification specific to the component characterised in that the method further comprises the steps of associating the information with the component identification producing thereby an information package for the component, installing the information package in at least one wave-energizable apparatus, and applying the at least one wave-energizable apparatus to the component.
A process comprising the steps of: providing a sheet of reinforcement material; introducing a quantity of a separator material to separate the sheet of reinforcement material and rolling the sheet of reinforcement material and separator material into a preform roll having a plurality of reinforcement material layers; infusing a quantity of sol solution comprising a gel precursor and a solvent into the preform roll; gelling the sol solution in the preform roll to form a gelled sheet roll; and removing the solvent from the gelled sheet. providing a sheet of reinforcement material; introducing a quantity of a separator material to separate the sheet of reinforcement material and rolling the sheet of reinforcement material and separator material into a preform roll having a plurality of reinforcement material layers; infusing a quantity of sol solution comprising a gel precursor and a solvent into the preform roll; gelling the sol solution in the preform roll to form a gelled sheet roll; and removing the solvent from the gelled sheet.
A method of dynamically adapting an application of one or more substances in a cosmetic facial treatment based on a current facial skin profile, comprising: using at least one sensor for measuring at least one current value of at least one variable skin characteristic of facial skin (604, 608, 612, 616, 620) of a patient; acquiring at least one personal skin characteristic of facial skin of the patient; calculating a current facial skin status of the patient according to the at least one personal skin characteristic and the at least one current value; determining instructions to operate a plurality of applicator elements of a cosmetic treatment applicator according to the current facial skin status; and applying one or more cosmetic substances by one or more of the plurality of applicator elements of the treatment applicator according to the instructions; wherein the instructions define which applicator element or elements of the plurality of applicator elements apply which treatment and for how long, for each of a plurality of different stages of the cosmetic facial treatment; and wherein the plurality of treatment applicator elements comprises an applicator element for applying RF treatment and an applicator element for applying electrophoresis, wherein the RF treatment is applied at intensity of 5-30 Watt and frequency of 0.5-5 MegaHertz (MHz), and electrophoresis is applied at frequency of 30-200 KiloHertz and intensity of 30-200 volts. using at least one sensor for measuring at least one current value of at least one variable skin characteristic of facial skin (604, 608, 612, 616, 620) of a patient; acquiring at least one personal skin characteristic of facial skin of the patient; calculating a current facial skin status of the patient according to the at least one personal skin characteristic and the at least one current value; determining instructions to operate a plurality of applicator elements of a cosmetic treatment applicator according to the current facial skin status; and applying one or more cosmetic substances by one or more of the plurality of applicator elements of the treatment applicator according to the instructions; wherein the instructions define which applicator element or elements of the plurality of applicator elements apply which treatment and for how long, for each of a plurality of different stages of the cosmetic facial treatment; and wherein the plurality of treatment applicator elements comprises an applicator element for applying RF treatment and an applicator element for applying electrophoresis, wherein the RF treatment is applied at intensity of 5-30 Watt and frequency of 0.5-5 MegaHertz (MHz), and electrophoresis is applied at frequency of 30-200 KiloHertz and intensity of 30-200 volts.