mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an Optical Burst Switch,OBS, system, said OBS system comprising at least one stage (503, 504, 505), each stage configured with a closed optical burst switch addressing scheme and one or more ports, each port adapted for sending or receiving optical client data, one or more of said ports adapted to support a plurality of client service formats, representative of different client data services; said method characterised by: implementing a control addressing scheme independent of the closed optical addressing scheme by encapsulating client data at a port into a packet format, independent of the optical addressing scheme, to provide a control address, and passing the encapsulated packet format into a queuing system for onward transmission to a destination port; and providing interconnectivity for each port with every other port in said stage. implementing a control addressing scheme independent of the closed optical addressing scheme by encapsulating client data at a port into a packet format, independent of the optical addressing scheme, to provide a control address, and passing the encapsulated packet format into a queuing system for onward transmission to a destination port; and providing interconnectivity for each port with every other port in said stage.
Apparatus for separating droplets from vaporized refrigerant, comprising - a droplet separator, which comprises a separation vessel having an elongated shape mainly installed in a horizontal or an inclined position, through which separation vessel the refrigerant is arranged to flow, and in which separation vessel the droplets separate from the vaporized refrigerant gravitationally, - connections (4, 19) for leading the vaporized refrigerant coming from the evaporator to a first end of the separation vessel, - connections for leading the vaporized refrigerant out of the droplet separator from a second end of the separation vessel, - connections for leading liquid refrigerant from the separation vessel to the evaporator, whereby a partition plate has been arranged in the separation vessel, which partition plate divides the separation space into two separation parts (14, 15) in such a way that the vaporized refrigerant is arranged - to pass firstly through a first separation space on the first side of the partition plate, - then to transfer to the second side of the partition plate, i.e. to a second separation space, - then to pass through the second separation space on the second side of the partition plate, characterized in that the partition plate is arranged parallel to the separation vessel, whereby the connections (5, 8) of the first and second end of the separation vessel have been situated in the same end of the separation vessel, on different sides of the partition plate. - a droplet separator, which comprises a separation vessel having an elongated shape mainly installed in a horizontal or an inclined position, through which separation vessel the refrigerant is arranged to flow, and in which separation vessel the droplets separate from the vaporized refrigerant gravitationally, - connections (4, 19) for leading the vaporized refrigerant coming from the evaporator to a first end of the separation vessel, - connections for leading the vaporized refrigerant out of the droplet separator from a second end of the separation vessel, - connections for leading liquid refrigerant from the separation vessel to the evaporator, - to pass firstly through a first separation space on the first side of the partition plate, - then to transfer to the second side of the partition plate, i.e. to a second separation space, - then to pass through the second separation space on the second side of the partition plate,
A high-power high-frequency directional transmission underwater acoustic transducer, comprising: a piezoelectric composite material, electrodes, a matching layer, a heat dissipation structure, and a sound wave absorption backing; wherein the piezoelectric composite material is a 1-1-3 piezoelectric composite consisting of a piezoelectric phase, a passive phase and a structural phase; wherein the piezoelectric phase is a column array of piezoelectric material, the structural phase is a rigid material frame located between the piezoelectric material columns and connected in the x, y and z directions, and the passive phase is a flexible polymer filled between the piezoelectric phase and the structural phase; wherein the piezoelectric composite covers the electrodes on two surfaces in a thickness direction; wherein the matching layer is located on one side of the piezoelectric composite; characterized in that the heat dissipation structure and the sound wave absorption backing are located on the other side of the piezoelectric composite; wherein the sound-absorbing backing is distributed in the heat dissipation structure; the heat dissipation structure is a rigid material frame similar to the rigid structure in the piezoelectric composite material, connected to the lower surface of 1-1-3 piezoelectric composite material, and arranged to match with the rigid material frame inside the 1-1-3 piezoelectric composite material. the heat dissipation structure and the sound wave absorption backing are located on the other side of the piezoelectric composite; wherein the sound-absorbing backing is distributed in the heat dissipation structure; the heat dissipation structure is a rigid material frame similar to the rigid structure in the piezoelectric composite material, connected to the lower surface of 1-1-3 piezoelectric composite material, and arranged to match with the rigid material frame inside the 1-1-3 piezoelectric composite material.
A method of filling a hand held spray device comprising: providing a body having a reservoir comprising a total fill of materials; filling the reservoir with a first composition comprising a non-volatile silicone fluid, an antiperspirant active, an organoclay material, and at least one liquid activation enhancer having a Hansen Solubility Parameter for Hydrogen Bonding, δ h, between 2 and 6 and a light transmittance value greater than 90% according to the Light Transmittance Value Test Method; wherein the liquid activation enhancer has the formula: R 1 -X-R 2 wherein R 1 contains from 8 to 20 carbon atoms, X is selected from the group consisting of an alcohol, ester, amide and aryl group, and R 2 is selected from the group consisting of null, H, 1 to 4 carbon atoms, and C 6 H 6. filling the reservoir with a second composition comprising a liquid fragrance material after the reservoir is filled with the first composition to form an antiperspirant composition, wherein the non-volatile silicone fluid has a concentration from 30% to 70% by weight of the antiperspirant composition; providing a valve and attaching the valve to the body; and filling the reservoir with a propellant, wherein the hand held spray device has a propellant concentration after filling from 30% to 90% by weight of the total fill of materials within the reservoir. providing a body having a reservoir comprising a total fill of materials; filling the reservoir with a first composition comprising a non-volatile silicone fluid, an antiperspirant active, an organoclay material, and at least one liquid activation enhancer having a Hansen Solubility Parameter for Hydrogen Bonding, δ h, between 2 and 6 and a light transmittance value greater than 90% according to the Light Transmittance Value Test Method; wherein the liquid activation enhancer has the formula: R 1 -X-R 2 wherein R 1 contains from 8 to 20 carbon atoms, X is selected from the group consisting of an alcohol, ester, amide and aryl group, and R 2 is selected from the group consisting of null, H, 1 to 4 carbon atoms, and C 6 H 6. filling the reservoir with a second composition comprising a liquid fragrance material after the reservoir is filled with the first composition to form an antiperspirant composition, wherein the non-volatile silicone fluid has a concentration from 30% to 70% by weight of the antiperspirant composition; providing a valve and attaching the valve to the body; and filling the reservoir with a propellant, wherein the hand held spray device has a propellant concentration after filling from 30% to 90% by weight of the total fill of materials within the reservoir.
A method of graphics processing comprising: allocating, by a graphics processing unit, a ring buffer as a shared data channel in on-chip graphics memory of the GPU, wherein the ring buffer is shared by at least two stages of a graphics processing pipeline; executing, on shader units in the GPU, the at least two stages of the graphics processing pipeline; storing, by the GPU into the ring buffer in on-chip graphics memory, data produced by each of the at least two stages of the graphics processing pipeline executing on the shader units as queues of the data produced by each of the at least two stages of the graphics processing pipeline; and reading, by the GPU from the ring buffer in on-chip graphics memory, the data produced by a first stage of the at least two stages of the graphics processing pipeline, including deleting from the ring buffer the data produced by the first stage of the at least two stages of the graphics processing pipeline that is read from the ring buffer, thereby increasing space in the ring buffer for the GPU to store additional data produced by a second stage of the at least two stages of the graphics processing pipeline. allocating, by a graphics processing unit, a ring buffer as a shared data channel in on-chip graphics memory of the GPU, wherein the ring buffer is shared by at least two stages of a graphics processing pipeline; executing, on shader units in the GPU, the at least two stages of the graphics processing pipeline; storing, by the GPU into the ring buffer in on-chip graphics memory, data produced by each of the at least two stages of the graphics processing pipeline executing on the shader units as queues of the data produced by each of the at least two stages of the graphics processing pipeline; and reading, by the GPU from the ring buffer in on-chip graphics memory, the data produced by a first stage of the at least two stages of the graphics processing pipeline, including deleting from the ring buffer the data produced by the first stage of the at least two stages of the graphics processing pipeline that is read from the ring buffer, thereby increasing space in the ring buffer for the GPU to store additional data produced by a second stage of the at least two stages of the graphics processing pipeline.
Device for blowing out an electric arc between an accumulator output terminal (4, 5) and a busbar (B1, B2), comprising: - an output terminal (4, 5) of the accumulator comprising: • an electrically conductive part, • a magnetic lock comprising a permanent magnet, characterized in that the device for blowing out the electric arc further comprises: • an electrically conductive crinkle or tooth-lock washer, ensuring electrical contact between the output terminal and the busbar, • a part of low melting point, preferably lower than 250°C, arranged inside the washer; - a first ferromagnetic part secured to the busbar, forming a closure plate of a magnetic circuit with the magnetic lock, the closed magnetic circuit ensuring mechanical connection between the output terminal and the busbar while allowing the electrical contact between them; the device being configured such that when electric arcs occur between the output terminal and the busbar, the heat given off by the arcs vaporizes the part of low melting point, this generating a pressurized gas which elongates the arcs outwards from the part of low melting point and thus cools them in the ambient medium until they are blown out. - an output terminal (4, 5) of the accumulator comprising: • an electrically conductive part, • a magnetic lock comprising a permanent magnet, characterized in that the device for blowing out the electric arc further comprises: • an electrically conductive crinkle or tooth-lock washer, ensuring electrical contact between the output terminal and the busbar, • a part of low melting point, preferably lower than 250°C, arranged inside the washer; • an electrically conductive part, • a magnetic lock comprising a permanent magnet, • an electrically conductive crinkle or tooth-lock washer, ensuring electrical contact between the output terminal and the busbar, • a part of low melting point, preferably lower than 250°C, arranged inside the washer; - a first ferromagnetic part secured to the busbar, forming a closure plate of a magnetic circuit with the magnetic lock, the closed magnetic circuit ensuring mechanical connection between the output terminal and the busbar while allowing the electrical contact between them;
A cooler apparatus comprising: a coolant passageway; a water pump configured to circulate coolant in the coolant passageway; a thermostat including a heater that heats a temperature sensitive portion; and a controller configured to drive the water pump; and to cause electric current to flow through the heater at a first energization amount when an operation of filling the coolant passageway with the coolant is started; and to stop the electric current to flow through the heater if the water pump races when the electric current flows through the heater at the first energization amount. a coolant passageway; a water pump configured to circulate coolant in the coolant passageway; a thermostat including a heater that heats a temperature sensitive portion; and a controller configured to drive the water pump; and to cause electric current to flow through the heater at a first energization amount when an operation of filling the coolant passageway with the coolant is started; and to stop the electric current to flow through the heater if the water pump races when the electric current flows through the heater at the first energization amount.
A height-adjustable fixture for a buried tubular, the fixture comprising: a frame having an upper frame surface, a lower frame surface, a flange that defines a plurality of slots, and a central opening that extends between the upper frame surface and the lower frame surface and is sized to provide access to a buried tubular conduit that is defined by the buried tubular; and a plurality of slot nuts, wherein each slot nut of the plurality of slot nuts is shaped to be received within a corresponding slot of the plurality of slots, wherein each slot nut defines a lower nut surface, an upper nut surface, and a neck region positioned between the lower nut surface and the upper nut surface, wherein, when each slot nut is received within the corresponding slot, a region of the flange that defines the corresponding slot extends into the neck region, and further wherein each slot nut tapers from the lower nut surface to the neck region and also from the upper nut surface to the neck region; wherein when each slot nut is received within the corresponding slot, at least one of: (i) the lower nut surface is recessed within the corresponding slot relative to the lower frame surface of the frame; (ii) the lower nut surface is proximate the upper frame surface relative to the lower frame surface; (iii) the lower nut surface extends within the corresponding slot. a frame having an upper frame surface, a lower frame surface, a flange that defines a plurality of slots, and a central opening that extends between the upper frame surface and the lower frame surface and is sized to provide access to a buried tubular conduit that is defined by the buried tubular; and a plurality of slot nuts, wherein each slot nut of the plurality of slot nuts is shaped to be received within a corresponding slot of the plurality of slots, wherein each slot nut defines a lower nut surface, an upper nut surface, and a neck region positioned between the lower nut surface and the upper nut surface, wherein, when each slot nut is received within the corresponding slot, a region of the flange that defines the corresponding slot extends into the neck region, and further wherein each slot nut tapers from the lower nut surface to the neck region and also from the upper nut surface to the neck region; wherein when each slot nut is received within the corresponding slot, at least one of: (i) the lower nut surface is recessed within the corresponding slot relative to the lower frame surface of the frame; (ii) the lower nut surface is proximate the upper frame surface relative to the lower frame surface; (iii) the lower nut surface extends within the corresponding slot. (i) the lower nut surface is recessed within the corresponding slot relative to the lower frame surface of the frame; (ii) the lower nut surface is proximate the upper frame surface relative to the lower frame surface; (iii) the lower nut surface extends within the corresponding slot.
A blast treatment method for performing blast treatment of a treatment subject including a bursting charge and a shell containing the bursting charge, the blast treatment method comprising: an inside explosive disposing step of disposing an inside explosive for blasting the treatment subject around the treatment subject; an outside explosive disposing step of disposing an outside explosive having a detonation velocity greater than that of the inside explosive, at a position outside the inside explosive; and a blast step of initiating the outside explosive using an initiation device, and initiating the inside explosive by detonation of the outside explosive, thereby performing blast treatment of the treatment subject by detonation of the inside explosive, wherein the outside explosive disposing step includes an arrangement step of arranging more than two cord-like explosive members containing the outside explosive and having a shape extending in one direction, the cord-like explosive members being spaced at intervals about the circumference of the treatment subject at respective positions outside the inside explosive, and all of said intervals spacing in all of said cord-like explosive members about the circumference of the treatment subject are equal to one another, so that an initiation propagation velocity of the inside explosive in a direction from the one end toward the other end in a central axis direction of the inside explosive initiated by the outside explosive is greater than a detonation propagation velocity of the inside explosive in the direction from the one end toward the other end in a central axis direction of the inside explosive. an inside explosive disposing step of disposing an inside explosive for blasting the treatment subject around the treatment subject; an outside explosive disposing step of disposing an outside explosive having a detonation velocity greater than that of the inside explosive, at a position outside the inside explosive; and a blast step of initiating the outside explosive using an initiation device, and initiating the inside explosive by detonation of the outside explosive, thereby performing blast treatment of the treatment subject by detonation of the inside explosive, wherein the outside explosive disposing step includes an arrangement step of arranging more than two cord-like explosive members containing the outside explosive and having a shape extending in one direction, the cord-like explosive members being spaced at intervals about the circumference of the treatment subject at respective positions outside the inside explosive, and all of said intervals spacing in all of said cord-like explosive members about the circumference of the treatment subject are equal to one another, so that an initiation propagation velocity of the inside explosive in a direction from the one end toward the other end in a central axis direction of the inside explosive initiated by the outside explosive is greater than a detonation propagation velocity of the inside explosive in the direction from the one end toward the other end in a central axis direction of the inside explosive.
A strake, comprising: a plate, wherein the plate extends between a forward end and an aft end along a first direction and the plate extends between a root end and a tip end along a second direction; a first tab extending from the root end of the plate, wherein a first fastening aperture is disposed in the first tab; a second tab extending from the root end of the plate, wherein a second fastening aperture is disposed in the second tab; the plate comprises a thickness, measured along a third direction; the first direction is orthogonal to the second direction and the third direction is orthogonal to the second direction; the first tab extends in the second direction and the second tab extends in the second direction; and characterized in that: a first centerline of the first fastening aperture extends in the third direction and a second centerline of the second fastening aperture extends in the third direction a plate, wherein the plate extends between a forward end and an aft end along a first direction and the plate extends between a root end and a tip end along a second direction; a first tab extending from the root end of the plate, wherein a first fastening aperture is disposed in the first tab; a second tab extending from the root end of the plate, wherein a second fastening aperture is disposed in the second tab; the plate comprises a thickness, measured along a third direction; the first direction is orthogonal to the second direction and the third direction is orthogonal to the second direction; the first tab extends in the second direction and the second tab extends in the second direction; and characterized in that: a first centerline of the first fastening aperture extends in the third direction and a second centerline of the second fastening aperture extends in the third direction
Device for chemical looping combustion using a solid fuel generating unburnt particles and employing oxygen carrier particles, such as metal oxides, and comprising at least a combustion zone, a separator for particles contained in a gas mixture from said combustion zone, and a gas-solid separator, said particle separator comprising a chamber equipped with at least one intake duct connected to said combustion zone, at least one discharge duct situated in the lower part of said chamber, and at least one outlet duct situated in the upper part of said chamber and connected to said gas-solid separator, said chamber being able to comprise a dense phase in the lower part and a dilute phase in the upper part, said intake duct comprising successively, in the intake direction, a vertical portion, an elbow and an inclined intake end, said intake end being inclined by an angle α with respect to a horizontal plane and opening out within said chamber.
A robotic system for operations, such as measurement and manipulation tasks in confined spaces and environments, the robotic system, comprising a main drive unit (100, 200) having, a mounting structure (101, 201), and an arm storage unit (102, 202) coupled to the mounting structure (101, 201); a non-actuated extendable arm unit (110, 210) coupled to the arm storage unit (102, 202) to be moved axially in a predefined direction in a lateral plane from the arm storage unit (102, 202), the non-actuated extendable arm unit (110, 210) having an elongated structure (111,211) flexible and thin in the lateral plane, and rigid and wide in a vertical plane; an axial drive unit (120, 220) coupled to the arm storage unit (102, 202) to axially extend and retract the non-actuated extendable arm unit (110, 210) from the arm storage unit (102, 202); an arm guidance member (130, 203) coupled to the arm storage unit (102, 202) to guide the non-actuated extendable arm unit (110, 210) in a predefined direction in the lateral plane during extension and retraction; characterised in that the robotic system comprises a head articulation unit (14, 240) coupled to a free end (110a, 210a) of the non-actuated extendable arm unit (110, 210) to actuate and move the non-actuated extendable arm unit (110, 210) in varying directions in the confined spaces and environments.