mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a ceramic formed body, comprising: a dry mixing step of dry mixing a raw material to make the ceramic formed body by batch processing; a wet mixing step of adding liquid to a dry mixture obtained at the dry mixing step, the liquid including at least one type of water, surfactant, lubricant and plasticizer, while wet mixing; a kneading step of kneading a wet mixture obtained at the wet mixing step; and a forming step of extruding a forming raw material obtained at the kneading step, wherein in the kneading step, the liquid is further added during kneading of the wet mixture, and the amount of the liquid added at the wet mixing step is 60 to 90 mass% with respect to the total additive amount of the liquid added at the wet mixing step and the kneading step. a dry mixing step of dry mixing a raw material to make the ceramic formed body by batch processing; a wet mixing step of adding liquid to a dry mixture obtained at the dry mixing step, the liquid including at least one type of water, surfactant, lubricant and plasticizer, while wet mixing; a kneading step of kneading a wet mixture obtained at the wet mixing step; and a forming step of extruding a forming raw material obtained at the kneading step, wherein in the kneading step, the liquid is further added during kneading of the wet mixture, and the amount of the liquid added at the wet mixing step is 60 to 90 mass% with respect to the total additive amount of the liquid added at the wet mixing step and the kneading step.
A wirelessly activated hydrostatic set module assembly for disposal in a well at an oilfield, the assembly comprising: a hydrostatic set module for hydraulically actuating a downhole device in the well; and a wireless trigger mechanism coupled to said module via a hydraulic connection for initiating of the actuating, said mechanism having a sensor for detection of wireless communications and a processor for analysis thereof, wherein the sensor is a pressure sensor configured for detection of wireless communications in the form of pressure pulses propagated through the well from the oilfield, the pressure sensor and processor being configured to distinguish different signature patterns of pressure pulses from one another, the assembly being characterized by a second trigger mechanism, coupled to the hydrostatic set module via a second hydraulic connection, the second trigger mechanism having a second pressure sensor and processor (580, 575) configured to distinguish different signature patterns of pressure pulses from one another. a hydrostatic set module for hydraulically actuating a downhole device in the well; and a wireless trigger mechanism coupled to said module via a hydraulic connection for initiating of the actuating, said mechanism having a sensor for detection of wireless communications and a processor for analysis thereof, wherein the sensor is a pressure sensor configured for detection of wireless communications in the form of pressure pulses propagated through the well from the oilfield, the pressure sensor and processor being configured to distinguish different signature patterns of pressure pulses from one another, the assembly being characterized by a second trigger mechanism, coupled to the hydrostatic set module via a second hydraulic connection, the second trigger mechanism having a second pressure sensor and processor (580, 575) configured to distinguish different signature patterns of pressure pulses from one another.
The use of an overbased metal detergent in which two or more different surfactant groups, one being a hydrocarbyl-substituted hydroxybenzoate and another being a sulfonate group, are incorporated therein during its overbasing, and which has been manufactured in the presence of at least one ester-based co-surfactant, said use being as an additive in a motor vehicle lubricating oil composition to provide lubricant frictional benefits, exemplified by improved high frequency reciprocating rig performance thereof, and/or improved stability of the overbased detergent in the composition in comparison with an analogous lubricating oil composition made by admixing said overbased metal detergent and said at least one ester-based co-surfactant.
Self-propelled and self-steering floor cleaner, comprising a housing and a cleaning tool in the form of a cleaning brush comprising cleaning bristles, wherein the housing forms a brush accommodating space in which the cleaning brush is accommodated so as to be rotationally drivable about an axis of rotation aligned in the transverse direction of the floor cleaner, in relation to a longitudinal or main direction of movement of the floor cleaner, and wherein the housing comprises or forms brush covers (50, 51) which cover the cleaning brush, at least in sections, at the end faces thereof, characterized in that at least one brush cover (50, 51) is constructed so as to be movable relative to the remaining housing and is transferable from a bristle covering position in which the brush cover (50, 51) protrudes laterally over cleaning bristles of the cleaning brush in the transverse direction of the floor cleaner to a bristle releasing position in which some of the cleaning bristles project laterally beyond the brush cover (50, 51) in the transverse direction of the floor cleaner, and vice versa.
A method for communication of a first device in a mobile communication system, the method comprising: receiving, from a base station, a first message including synchronization information and resource allocation information for a random access and a random access response; transmitting, to a second device, a synchronization signal and a second message based on the first message, the second message including random access channel, RACH, resource allocation information for the random access based on the resource allocation information for the random access; receiving, from the second device, a third message for the random access based on the RACH resource allocation information included in the second message; and transmitting, to the second device, a fourth message for the random access response based on the resource allocation information for the random access response included in the first message, the fourth message including information on a timing advance, TA, determined based on the third message, wherein a synchronization for transmitting signal of the second device is based on the information on the TA included in the fourth message. receiving, from a base station, a first message including synchronization information and resource allocation information for a random access and a random access response; transmitting, to a second device, a synchronization signal and a second message based on the first message, the second message including random access channel, RACH, resource allocation information for the random access based on the resource allocation information for the random access; receiving, from the second device, a third message for the random access based on the RACH resource allocation information included in the second message; and transmitting, to the second device, a fourth message for the random access response based on the resource allocation information for the random access response included in the first message, the fourth message including information on a timing advance, TA, determined based on the third message, wherein a synchronization for transmitting signal of the second device is based on the information on the TA included in the fourth message.
Method for enhancing the product quality and product safety of meat or foodstuffs of animal or vegetable origin by means of a selective pressure treatment and concurrent temperature treatment according to the following steps: - packaging fresh or warm meat of arbitrary shape, even up to entire animal bodies or parts thereof, in a portioned manner, using a film container which has restoring forces so that the escape of liquid is extremely reduced and liquid possibly still escaping from the packaged product is distributed over the surface of the product; - introducing the portions packaged in the film containers in a container-like treatment apparatus which comprises on surfaces coming into contact with the product a plurality of shapeless or shaping structures to which a pressure and temperature control medium can be applied, - filling the shapeless or shaping structures with the pressure and temperature control medium such that substantially uniform compressive forces act upon the packaged product and keeping the packaged product in a predefined temperature range form approximately 14°C to 16°C during a predetermined time window, and - upon expiry of the predetermined time window, cooling the packaged product as rapidly as possible by exchanging the temperature control medium. - packaging fresh or warm meat of arbitrary shape, even up to entire animal bodies or parts thereof, in a portioned manner, using a film container which has restoring forces so that the escape of liquid is extremely reduced and liquid possibly still escaping from the packaged product is distributed over the surface of the product; - introducing the portions packaged in the film containers in a container-like treatment apparatus which comprises on surfaces coming into contact with the product a plurality of shapeless or shaping structures to which a pressure and temperature control medium can be applied, - filling the shapeless or shaping structures with the pressure and temperature control medium such that substantially uniform compressive forces act upon the packaged product and keeping the packaged product in a predefined temperature range form approximately 14°C to 16°C during a predetermined time window, and - upon expiry of the predetermined time window, cooling the packaged product as rapidly as possible by exchanging the temperature control medium.
A laminating adhesive comprising a water-borne resin obtained by allowing an isocyanate group-terminated prepolymer having an anionic group to react with a chain extender, a swellable inorganic layer compound, and a water dispersible polyisocyanate curing agent. a water-borne resin obtained by allowing an isocyanate group-terminated prepolymer having an anionic group to react with a chain extender, a swellable inorganic layer compound, and a water dispersible polyisocyanate curing agent.
A method of detecting a characteristic of a coating on a surface of an intraocular lens delivery device comprising: forming the coating on the device, the coating including (i) a lubricious-enhancing component which comprises a hydrophilic polymeric material and (ii) a fluorescing component which comprises fluorescein; illuminating the fluorescing component to cause the fluorescing component to emit a glow; and determining characteristics of the coating on the device based on the glow of the fluorescing component. forming the coating on the device, the coating including (i) a lubricious-enhancing component which comprises a hydrophilic polymeric material and (ii) a fluorescing component which comprises fluorescein; illuminating the fluorescing component to cause the fluorescing component to emit a glow; and determining characteristics of the coating on the device based on the glow of the fluorescing component.
Composite pane, comprising an outer pane having an exterior-side surface and an interior-side surface, an inner pane having an exterior-side surface and an interior-side surface, and a thermoplastic intermediate layer that joins the interior-side surface of the outer pane to the exterior-side surface of the inner pane, the composite pane having, between the outer pane and the inner pane, at least one solar protection coating, characterized in that the solar protection coating comprises, from the direction of the outer pane, a layer sequence of - first dielectric module, - first silver layer, - second dielectric module, - second silver layer, - third dielectric module, - third silver layer, - fourth dielectric module, the silver layers (Ag1, Ag2, Ag3) have a layer thickness relative to one another of Ag1/Ag2>1 and Ag1/Ag3>1, and the dielectric modules (M1, M2, M3, M4) have a relative layer thickness of M2/M1>1, M2/M3>1, and M2/M4 >1. the solar protection coating comprises, from the direction of the outer pane, a layer sequence of - first dielectric module, - first silver layer, - second dielectric module, - second silver layer, - third dielectric module, - third silver layer, - fourth dielectric module, - first dielectric module, - first silver layer, - second dielectric module, - second silver layer, - third dielectric module, - third silver layer, - fourth dielectric module, the silver layers (Ag1, Ag2, Ag3) have a layer thickness relative to one another of Ag1/Ag2>1 and Ag1/Ag3>1, and the dielectric modules (M1, M2, M3, M4) have a relative layer thickness of M2/M1>1, M2/M3>1, and M2/M4 >1.
A method for exploration, production, and development of hydrocarbons comprising: obtaining a sample comprising hydrocarbons associated with a subsurface source interval,; analyzing the sample for a geochemical signature, wherein the geochemical signature comprises one or more of a multiply substituted isotopologue signature and a position specific isotope signature for two or more specific hydrocarbon compounds,; determining one or more historical temperatures,; the method characterised in that the determining comprises comparing one or more of multiply substituted isotopologues signature and position specific isotope signature of different hydrocarbon compounds to compare temperature equilibration rates; the method further comprising: defining a seal timing and/or a trap timing based on the determined one or more historical temperatures; and developing or refining an exploration, development, or production strategy based on the defined seal timing and/or trap timing. obtaining a sample comprising hydrocarbons associated with a subsurface source interval,; analyzing the sample for a geochemical signature, wherein the geochemical signature comprises one or more of a multiply substituted isotopologue signature and a position specific isotope signature for two or more specific hydrocarbon compounds,; determining one or more historical temperatures,; the method characterised in that the determining comprises comparing one or more of multiply substituted isotopologues signature and position specific isotope signature of different hydrocarbon compounds to compare temperature equilibration rates; the method further comprising: defining a seal timing and/or a trap timing based on the determined one or more historical temperatures; and developing or refining an exploration, development, or production strategy based on the defined seal timing and/or trap timing. defining a seal timing and/or a trap timing based on the determined one or more historical temperatures; and developing or refining an exploration, development, or production strategy based on the defined seal timing and/or trap timing.
A mobile communication arrangement comprising at least a mobile transmitting apparatus and a predetermined information unit; said mobile transmitting apparatus being adapted to transmit an information signal to the predetermined information unit, characterized in that the mobile transmission apparatus is adapted to operate in a first mode to continuously emit an information signal that is characteristic for the mobile transmitting apparatus and that the predetermined information unit is adapted to trigger an indication in the absence of the information signal, and a second mode to stop emitting said information signal and inform the predetermined information unit in case the velocity of said mobile transmitting apparatus exceeds a predetermined value.
A method for determining a position of a mobile station in a mobile radio system comprising: receiving, from said MS, a plurality of received signal strength measurements; processing a plurality N, wherein N is one of 2,3,4, of received signal strengths to produce a first output; sorting the plurality N of received signal strengths from highest to lowest strength; determining at least one pathloss associated with said MS using said first output; and determining a position of said MS using said at least one pathloss, whereby said first output is produced by selecting a largest of said received signal strengths, when said plurality N is 2; an average of a largest two of said received signal strengths, when said plurality N is 3; a second largest of said received signal strengths, when said plurality N is 4. receiving, from said MS, a plurality of received signal strength measurements; processing a plurality N, wherein N is one of 2,3,4, of received signal strengths to produce a first output; sorting the plurality N of received signal strengths from highest to lowest strength; determining at least one pathloss associated with said MS using said first output; and determining a position of said MS using said at least one pathloss, whereby said first output is produced by selecting a largest of said received signal strengths, when said plurality N is 2; an average of a largest two of said received signal strengths, when said plurality N is 3; a second largest of said received signal strengths, when said plurality N is 4.
A flight control system with auto-trim logic for a fly-by-wire rotary-wing aircraft with unique trim control, comprising: a controller (46, 50, 58) which defines a controller displacement; a control surface which defines a control surface authority; a module operable to provide a displacement feel to said controller (46, 50, 58) in response to a remaining portion of said controller displacement being greater than a remaining portion of said control surface authority and said module operable to re-reference a center of said controller displacement to equate said remaining portion of said controller displacement with said remaining portion of said control surface authority in response to said remaining portion of said controller displacement being less than said remaining portion of said control surface authority. a controller (46, 50, 58) which defines a controller displacement; a control surface which defines a control surface authority; a module operable to provide a displacement feel to said controller (46, 50, 58) in response to a remaining portion of said controller displacement being greater than a remaining portion of said control surface authority and said module operable to re-reference a center of said controller displacement to equate said remaining portion of said controller displacement with said remaining portion of said control surface authority in response to said remaining portion of said controller displacement being less than said remaining portion of said control surface authority.
A method of making a polymeric microstructure, comprising: providing at least two polymeric materials and a flat substrate; and, adhering the two polymeric materials directly to the flat substrate in geometric patterns by exposure to UV photons having a wavelength of between 190 nm and 400 nm. providing at least two polymeric materials and a flat substrate; and, adhering the two polymeric materials directly to the flat substrate in geometric patterns by exposure to UV photons having a wavelength of between 190 nm and 400 nm.
A control knob (1, 100) for use in a motor vehicle, comprising a hub for attaching the control knob (1, 100) to a shaft, a non-rotatable part, a rotatable part, a rotary angle encoder, means for generating rotary haptics (5, 17) and an electronic system by means of which the components (7, 10) disposed in the control knob (1, 100) can be controlled and the signals of the signal encoders (14, 19, 20) can be evaluated, wherein the control knob (1, 100) can be connected, via the electronic system, to the on-board electronic system of the motor vehicle via a data bus, wherein the electronic system is designed to receive the desired haptics via the data bus, to control the components (7, 10) accordingly and to transmit information about the actuation of the control knob via the data bus, characterized in that the rotatable part is a ring in whose interior the non-rotatable part is disposed.
A vertical humidifier with an evaporator comprising a housing, wherein an evaporative water trough is provided inside the housing, and the evaporator is provided and immersed in the evaporative water trough; a fan is mounted under the evaporator, and an air inlet end of the fan is communicated with an air inlet of the housing; and an air outlet is provided at an upper portion of the housing, and the air outlet is communicated with an air outlet end of the fan; characterized in that a water tank is mounted at an upper portion of the evaporative water trough, and the water tank is communicated with the evaporative water trough through a water inlet and in that the evaporator is a stepped evaporator, arranged in an airflow channel between the air outlet and the air outlet end of the fan, and the airflow channel is located between an inner wall of the housing and an outer wall of the water tank.
A dual gain friction clutch for transmitting an operational range of torques from a drive member to a driven member, comprising: a first friction clutch pack including first friction disc elements coupled to the drive member and first pressure plate elements coupled to the driven member; and a second friction clutch pack including second friction disc elements coupled to the drive member and second pressure plate elements coupled to the driven member, the second clutch pack adapted to operate in juxtaposition with the first friction clutch pack; characterized in that the dual gain friction clutch further comprises at least one spring-loaded skate detent unit disposed between the first and second clutch packs (220, 222), the skate detent unit configured to bias the respective clutch packs apart during a lower segment of the operational range of torques; and an actuator assembly operatively configured to cause one of the first pressure plate elements (220 b) of the first clutch pack to interact with the first friction clutch pack to force retraction of the skate detent unit 240, causing engagement of the second friction clutch pack and the dual gain friction clutch to transition to a higher segment of the operational range of torques. a first friction clutch pack including first friction disc elements coupled to the drive member and first pressure plate elements coupled to the driven member; and a second friction clutch pack including second friction disc elements coupled to the drive member and second pressure plate elements coupled to the driven member, the second clutch pack adapted to operate in juxtaposition with the first friction clutch pack; characterized in that the dual gain friction clutch further comprises at least one spring-loaded skate detent unit disposed between the first and second clutch packs (220, 222), the skate detent unit configured to bias the respective clutch packs apart during a lower segment of the operational range of torques; and an actuator assembly operatively configured to cause one of the first pressure plate elements (220 b) of the first clutch pack to interact with the first friction clutch pack to force retraction of the skate detent unit 240, causing engagement of the second friction clutch pack and the dual gain friction clutch to transition to a higher segment of the operational range of torques.