mhurhangee/ep-ind-claims huggingface dataset:
A method of making a mobile originated, MO, call using a user equipment which is a dual SIM dual active, DSDA, terminal in an isolated E-UTRAN operations for public safety, IOPS, dual PLMN mode of operation, the method comprising: the user equipment registering on both a first PLMN using a first smartcard and a second PLMN using a second smartcard, wherein the first PLMN is connected to an EPC and the second PLMN is isolated from the macro EPC; and the user equipment making a first communication attempt by dialing an MO call via the first PLMN and making a second communication attempt by dialing the MO call via the second PLMN at a same time; after determining that the MO call can be conducted in one of the first communication attempt and the second communication attempt, the user equipment terminating an other one of the first communication attempt and the second communication attempt; and the user equipment displaying a connection failure message after determining that the MO call cannot be conducted via the primary PLMN and the secondary PLMN. the user equipment registering on both a first PLMN using a first smartcard and a second PLMN using a second smartcard, wherein the first PLMN is connected to an EPC and the second PLMN is isolated from the macro EPC; and the user equipment making a first communication attempt by dialing an MO call via the first PLMN and making a second communication attempt by dialing the MO call via the second PLMN at a same time; after determining that the MO call can be conducted in one of the first communication attempt and the second communication attempt, the user equipment terminating an other one of the first communication attempt and the second communication attempt; and the user equipment displaying a connection failure message after determining that the MO call cannot be conducted via the primary PLMN and the secondary PLMN.
A hair styling device comprising: a light emitting diode configured to deliver optical energy to hair, wherein an energy fluence of the optical energy is between 0.5 and 9 J/cm 2, and more preferably between 1 and 5 J/cm 2, wherein the light emitting diode is pulse-driven, characterized in that a pulse width of the optical energy is at least 50 ms.
An apparatus for applying a therapeutic electric field to a target region of a patient, the apparatus comprising: a first pair of insulated electrodes configured for placement against the patient's body; a second pair of insulated electrodes configured for placement against the patient's body; a periodic control signal generator (43, 44) that generates a periodic control signal (21, 22; 23, 24) with first and second output states, wherein the duration of the first output state is between 20 and 500 ms and the duration of the second output state is between 20 and 500 ms; an AC signal generator that generates a first AC signal having a field strength of at least 1 V/cm and a frequency between 50 and 500 kHz across the first pair of electrodes when the control signal (21; 23) is in the first output state and a second AC signal having a field strength of at least 1 V/cm and a frequency between 50 and 500 kHz across the second pair of electrodes when the control signal (22; 24) is in the second output state, wherein switching between the generation of the first AC signal across the first pair of electrodes and the second AC signal across the second pair of electrodes is provided by switching between the first and second output states. a first pair of insulated electrodes configured for placement against the patient's body; a second pair of insulated electrodes configured for placement against the patient's body; a periodic control signal generator (43, 44) that generates a periodic control signal (21, 22; 23, 24) with first and second output states, wherein the duration of the first output state is between 20 and 500 ms and the duration of the second output state is between 20 and 500 ms; an AC signal generator that generates a first AC signal having a field strength of at least 1 V/cm and a frequency between 50 and 500 kHz across the first pair of electrodes when the control signal (21; 23) is in the first output state and a second AC signal having a field strength of at least 1 V/cm and a frequency between 50 and 500 kHz across the second pair of electrodes when the control signal (22; 24) is in the second output state, wherein switching between the generation of the first AC signal across the first pair of electrodes and the second AC signal across the second pair of electrodes is provided by switching between the first and second output states.
A deployable in-flight entertainment arrangement comprising: a fixture having a supporting surface; a monitor attached to the supporting surface of the fixture and moveable relative thereto between a stowed position wherein the monitor is in a portrait orientation to a deployed position wherein the monitor is in a landscape orientation; characterized in that the monitor is configured to be viewed in both the deployed and stowed positions; and a plurality of control guide ways attached to the rear of the monitor supporting the attachment of the monitor to the fixture and controlling movement of the monitor from the stowed position to the deployed position. a fixture having a supporting surface; a monitor attached to the supporting surface of the fixture and moveable relative thereto between a stowed position wherein the monitor is in a portrait orientation to a deployed position wherein the monitor is in a landscape orientation; characterized in that the monitor is configured to be viewed in both the deployed and stowed positions; and a plurality of control guide ways attached to the rear of the monitor supporting the attachment of the monitor to the fixture and controlling movement of the monitor from the stowed position to the deployed position.
A belt tension control system comprising: a first fluid cylinder; a first piston slidably disposed within the first fluid cylinder and extending from a first side of the first fluid cylinder; a first belt engager connected to the first piston and to engage a first portion of a belt extending between and on a first side of first and second pulleys (42, 44); a second fluid cylinder; a second piston slidably disposed within the second fluid cylinder and extending from a first side of the second fluid cylinder; and a second belt engager connected to the second piston and to engage a second portion of the belt extending between and on a second side of the first and second pulleys (42, 44); characterized by a fluid line connecting a second side of the first fluid cylinder to a second side of the second fluid cylinder such that the first portion of the belt and the second portion of the belt are automatically maintained at a constant tension ratio. a first fluid cylinder; a first piston slidably disposed within the first fluid cylinder and extending from a first side of the first fluid cylinder; a first belt engager connected to the first piston and to engage a first portion of a belt extending between and on a first side of first and second pulleys (42, 44); a second fluid cylinder; a second piston slidably disposed within the second fluid cylinder and extending from a first side of the second fluid cylinder; and a second belt engager connected to the second piston and to engage a second portion of the belt extending between and on a second side of the first and second pulleys (42, 44); characterized by a fluid line connecting a second side of the first fluid cylinder to a second side of the second fluid cylinder such that the first portion of the belt and the second portion of the belt are automatically maintained at a constant tension ratio.
Process for manufacturing edible fat-continuous emulsions comprising 25 to 60 wt. % of total fat by weight % on total emulsion and 40 to 75 wt. % of a dispersed water-phase by weight % on total emulsion, said process comprising the steps of: a) providing a water-phase; b) providing liquid oil; c) providing fat powder comprising hardstock fat; d) providing hardstock fat in liquid form; e) mixing liquid oil which is at a temperature of 1-15°C with 0.3-20% by weight on total fat of the emulsion of the hardstock fat in liquid form, said hardstock fat being at a temperature above its melting point; f) mixing the product of e) which is at a temperature of 10-30°C with 3-20% by weight based on total fat of the emulsion of the fat powder comprising hardstock fat to obtain a fat slurry; g) mixing the oil-slurry obtained by step f) with the water-phase to provide a water-in-oil emulsion; wherein the amount of non-lecithin emulsifier in the emulsion is less than 0.1 wt. %, based on weight of the total emulsion, and wherein the composition further comprises lecithin and/or a lecithin derivative in an amount of 0.05 to 0.4% by weight based on the total emulsion, and wherein the fat powder used is micronized fat powder. a) providing a water-phase; b) providing liquid oil; c) providing fat powder comprising hardstock fat; d) providing hardstock fat in liquid form; e) mixing liquid oil which is at a temperature of 1-15°C with 0.3-20% by weight on total fat of the emulsion of the hardstock fat in liquid form, said hardstock fat being at a temperature above its melting point; f) mixing the product of e) which is at a temperature of 10-30°C with 3-20% by weight based on total fat of the emulsion of the fat powder comprising hardstock fat to obtain a fat slurry; g) mixing the oil-slurry obtained by step f) with the water-phase to provide a water-in-oil emulsion;
A table assembly for a passenger seat, characterized in that the table assembly comprises: a paddle arm comprising a first end and a second end opposite from the first end, wherein the first end comprises a paddle arm tab extending outwards from the paddle arm; a table support pivotably connected to the first end of the paddle arm and configured to support a table of the table assembly, wherein the table support comprises a top side and a bottom side, and wherein the top side defines a latch receiving area; and a leveling assembly comprising: a latch comprising a first end, a second end, wherein the latch is pivotably supported on the table support within the latch receiving area between the first end and the second end of the latch; and a latch adjuster configured to selectively engage the first end of the latch, wherein the latch adjuster is configured to control a tilt angle range of the table support relative to the paddle arm, wherein, the latch adjuster is configured to engage the latch proximate to the first end of the latch at a first tilt angle within the tilt angle range, and wherein the paddle arm tab is configured to engage the latch proximate to the second end of the latch at a second tilt angle within the tilt angle range. a paddle arm comprising a first end and a second end opposite from the first end, wherein the first end comprises a paddle arm tab extending outwards from the paddle arm; a table support pivotably connected to the first end of the paddle arm and configured to support a table of the table assembly, wherein the table support comprises a top side and a bottom side, and wherein the top side defines a latch receiving area; and a leveling assembly comprising: a latch comprising a first end, a second end, wherein the latch is pivotably supported on the table support within the latch receiving area between the first end and the second end of the latch; and a latch adjuster configured to selectively engage the first end of the latch, wherein the latch adjuster is configured to control a tilt angle range of the table support relative to the paddle arm, wherein, the latch adjuster is configured to engage the latch proximate to the first end of the latch at a first tilt angle within the tilt angle range, and wherein the paddle arm tab is configured to engage the latch proximate to the second end of the latch at a second tilt angle within the tilt angle range. a latch comprising a first end, a second end, wherein the latch is pivotably supported on the table support within the latch receiving area between the first end and the second end of the latch; and a latch adjuster configured to selectively engage the first end of the latch, wherein the latch adjuster is configured to control a tilt angle range of the table support relative to the paddle arm, wherein, the latch adjuster is configured to engage the latch proximate to the first end of the latch at a first tilt angle within the tilt angle range, and wherein the paddle arm tab is configured to engage the latch proximate to the second end of the latch at a second tilt angle within the tilt angle range.
A method comprising: receiving a first control signal from a preceding stage at an operative stage of an asynchronous circuit device; receiving a second control signal from a subsequent stage at the operative stage of the asynchronous circuit device; and activating a switch associated with the operative stage in response to the first control signal and the second control signal being received at the operative stage to transition the operative stage from a power-off state to a power-on state, wherein the switch comprises a transistor, characterized in that the second control signal is provided to a body terminal of the transistor, and the first control signal is provided to a gate of the transistor. receiving a first control signal from a preceding stage at an operative stage of an asynchronous circuit device; receiving a second control signal from a subsequent stage at the operative stage of the asynchronous circuit device; and activating a switch associated with the operative stage in response to the first control signal and the second control signal being received at the operative stage to transition the operative stage from a power-off state to a power-on state, wherein the switch comprises a transistor, characterized in that the second control signal is provided to a body terminal of the transistor, and the first control signal is provided to a gate of the transistor.
A slide valve for a compressor, comprising a slide valve main body, characterized in that the slide valve for a compressor comprises a gas replenishing chamber and a gas replenishing outlet hole, wherein the gas replenishing chamber is disposed in the slide valve main body, the gas replenishing outlet hole is provided on a surface, facing to a compression chamber of the compressor, of the slide valve main body, and the gas replenishing outlet hole is in communication with the gas replenishing chamber; the slide valve main body comprises a top central line, along an extension direction of the top central line, an end of the slide valve main body is provided with an opening which is in communication with the gas replenishing chamber, the slide valve for the compressor further comprises a sealing and pressing plate, and the sealing and pressing plate is fixedly provided on the slide valve main body, and seals the opening.
A substrate holding and locking system for chemical and/or electrolytic surface treatment of a substrate in a process fluid, comprising: - a first element, - a second element, - a magnetic locking unit, and - a reduced pressure holding unit, wherein the first element and the second element are configured to hold the substrate between each other, wherein the magnetic locking unit is configured to lock the first element and the second element with each other, wherein the magnetic locking unit comprises a magnet control and at least a magnet, wherein the magnet is a permanent magnet and is arranged at one of the first element and the second element, wherein the magnet control is configured to control a magnetic force between the first element and the second element and to reverse the magnetic force of the permanent magnet to allow a repelling of the second element relative to the first element, and wherein the reduced pressure holding unit comprises a pump to reduce an interior pressure inside the substrate holding and locking system below atmospheric pressure. - a first element, - a second element, - a magnetic locking unit, and - a reduced pressure holding unit, wherein the first element and the second element are configured to hold the substrate between each other, wherein the magnetic locking unit is configured to lock the first element and the second element with each other, wherein the magnetic locking unit comprises a magnet control and at least a magnet, wherein the magnet is a permanent magnet and is arranged at one of the first element and the second element, wherein the magnet control is configured to control a magnetic force between the first element and the second element and to reverse the magnetic force of the permanent magnet to allow a repelling of the second element relative to the first element, and wherein the reduced pressure holding unit comprises a pump to reduce an interior pressure inside the substrate holding and locking system below atmospheric pressure. wherein the first element and the second element are configured to hold the substrate between each other, wherein the magnetic locking unit is configured to lock the first element and the second element with each other, wherein the magnetic locking unit comprises a magnet control and at least a magnet, wherein the magnet is a permanent magnet and is arranged at one of the first element and the second element, wherein the magnet control is configured to control a magnetic force between the first element and the second element and to reverse the magnetic force of the permanent magnet to allow a repelling of the second element relative to the first element, and wherein the reduced pressure holding unit comprises a pump to reduce an interior pressure inside the substrate holding and locking system below atmospheric pressure.
A computer-implemented method for analyzing a seismic data volume acquired in a seismic survey to determine potential for hydrocarbon accumulations in an associated subsurface region, the method comprising: obtaining a set of surfaces describing the seismic data volume; identifying edge points within the surfaces, identifying a plurality of seismic terminations within the set of surfaces, the method being characterzed in that each termination is defined by two edge points defining a first terminated surface and a second terminated surface; and using a computer to determine a termination direction for at least one termination. obtaining a set of surfaces describing the seismic data volume; identifying edge points within the surfaces, identifying a plurality of seismic terminations within the set of surfaces, the method being characterzed in that each termination is defined by two edge points defining a first terminated surface and a second terminated surface; and using a computer to determine a termination direction for at least one termination.
A valve apparatus for use in a liquid tank, said valve apparatus comprising: - a casing defining a main chamber, the main chamber having at least one inlet orifice and at least one outlet orifice; - a float comprising a closure element, the float being movable inside the main chamber between a first position and a second position in which said at least one outlet orifice is closed off by the closure element; Characterised in that the valve apparatus further comprises: - a weight control system configured for controlling the weight of the float by transferring a load in and out from the float, such that the weight of the float in the second position is lower than the weight of the float in the first position. - a casing defining a main chamber, the main chamber having at least one inlet orifice and at least one outlet orifice; - a float comprising a closure element, the float being movable inside the main chamber between a first position and a second position in which said at least one outlet orifice is closed off by the closure element; Characterised in that the valve apparatus further comprises: - a weight control system configured for controlling the weight of the float by transferring a load in and out from the float, such that the weight of the float in the second position is lower than the weight of the float in the first position.
A sensor arrangement comprising a sensor housing, a first sensor sensitive to a downhole parameter and carried by the housing, a second sensor sensitive to the same downhole parameter as the first sensor and carried by the housing, the second sensor being spaced apart from the first sensor by a fixed distance in the axial direction of the housing, the sensors (30, 32) comprising a sensor array or a plurality of individual sensor units (30a, 32a) located at the same axial position but angularly spaced apart around the housing to provide a panoramic thermal image to detect a temperature of the housing adjacent to the sensors (32, 34), and a control unit operable to monitor the outputs of the first and second sensors (30, 32) to ascertain information relating to the position, movement and/or related information of the housing.
Method for producing a component by way of additive manufacturing, in particular by selective laser sintering, wherein a powder material is used as the base material, wherein hollow microspheres, in particular glass hollow microspheres, having a closed surface are added to the powder material before the component is produced, characterised in that the hollow microspheres have an average diameter of 15 to 25 μm and a wall thickness of 1 to 3 μm.
A communication station comprising: a transceiver configured to communicate on a primary channel and up to three or more secondary channels; and processing circuitry to configure the transceiver to: perform short-preamble detection during a contention window to detect a packet transmission on any one of the secondary channels starting within the contention window; and perform guard-interval detection during the contention window to detect a guard interval of a packet transmission on any one of the secondary channels, wherein the short-preamble detection and the guard-interval detection are performed concurrently during the contention window; wherein the packet transmission to be detected on one of the secondary channels by either the short-preamble detection or the guard- interval detection comprises packet transmissions of a communication station of a neighboring basic service set having its primary channel co-located on one of the secondary channels. a transceiver configured to communicate on a primary channel and up to three or more secondary channels; and processing circuitry to configure the transceiver to: perform short-preamble detection during a contention window to detect a packet transmission on any one of the secondary channels starting within the contention window; and perform guard-interval detection during the contention window to detect a guard interval of a packet transmission on any one of the secondary channels, wherein the short-preamble detection and the guard-interval detection are performed concurrently during the contention window; wherein the packet transmission to be detected on one of the secondary channels by either the short-preamble detection or the guard- interval detection comprises packet transmissions of a communication station of a neighboring basic service set having its primary channel co-located on one of the secondary channels. perform short-preamble detection during a contention window to detect a packet transmission on any one of the secondary channels starting within the contention window; and perform guard-interval detection during the contention window to detect a guard interval of a packet transmission on any one of the secondary channels, wherein the short-preamble detection and the guard-interval detection are performed concurrently during the contention window; wherein the packet transmission to be detected on one of the secondary channels by either the short-preamble detection or the guard- interval detection comprises packet transmissions of a communication station of a neighboring basic service set having its primary channel co-located on one of the secondary channels.