mhurhangee/ep-ind-claims huggingface dataset:
A leader movable body (Vp) comprising: a degree of freedom setting unit configured to set a degree of freedom relevant to movement of a follower movable body (Vw); and a transmitter configured to transmit the degree of freedom to the follower movable body (Vw), wherein the follower movable body (Vw) is configured to perform group travel with respect to the leader movable body (Vp); and the degree of freedom includes an allowable value of a movement range of the follower movable body (Vw); characterised in that the movement range of the follower movable body (Vw) is set in one of a substantially circular shape, a substantially fan shape, and a substantially windmill shape. a degree of freedom setting unit configured to set a degree of freedom relevant to movement of a follower movable body (Vw); and a transmitter configured to transmit the degree of freedom to the follower movable body (Vw), wherein the follower movable body (Vw) is configured to perform group travel with respect to the leader movable body (Vp); and the degree of freedom includes an allowable value of a movement range of the follower movable body (Vw); characterised in that the movement range of the follower movable body (Vw) is set in one of a substantially circular shape, a substantially fan shape, and a substantially windmill shape.
Use of an ionic liquid as a dispersant or solvent and as a heat sink in a composition for generating oxygen, the composition further comprising at least one oxygen source formulation, and at least one metal oxide compound formulation, wherein - the oxygen source formulation comprises a peroxide compound, - the ionic liquid is in the liquid state at least in a temperature range from -10°C to +50°C, and - the metal oxide compound formulation comprises a metal oxide compound which is an oxide of one single metal or of two or more different metals, said metal(s) being selected from the metals of groups 2 to 14 of the periodic table of the elements. - the oxygen source formulation comprises a peroxide compound, - the ionic liquid is in the liquid state at least in a temperature range from -10°C to +50°C, and - the metal oxide compound formulation comprises a metal oxide compound which is an oxide of one single metal or of two or more different metals, said metal(s) being selected from the metals of groups 2 to 14 of the periodic table of the elements.
Central body for hydraulic system for fluid comprising a frame comprising a first tubular end for connecting an upstream hydraulic circuit comprising a first fitting and a second tubular end for connecting a downstream hydraulic circuit comprising a second fitting, said central body comprising an annular electrically insulating substrate and a passage passing through the frame to convey the fluid coming from the upstream hydraulic circuit (2, 4) to the downstream hydraulic circuit (2, 4), said frame, of cylindrical shape being made of an electrically insulating material, the central body comprising a conductive circuit printed, said conductive circuit printed having a predefined resistivity is printed on said annular electrically insulating substrate, fixed on the outer surface of the frame, said printed circuit having controlled electrical properties in order to conduct a part of the electrical charges flowing between the upstream hydraulic circuit and the downstream hydraulic circuit.
A pressure vessel having an interior chamber, the pressure vessel comprising: an outer shell; a boss fit to the outer shell and comprising: a port extending between the interior chamber and an exterior of the pressure vessel; and an annular flange extending radially from the port and having an exterior surface and an interior surface; and an internal liner disposed within the outer shell and comprising: an exterior portion adjacent the exterior surface of the flange; and an interior portion adjacent the interior surface of the flange; the pressure vessel characterised by a vent aperture through a thickness of the interior portion of the liner that fluidly connects an interface between the annular flange and the liner with the interior chamber. an outer shell; a boss fit to the outer shell and comprising: a port extending between the interior chamber and an exterior of the pressure vessel; and an annular flange extending radially from the port and having an exterior surface and an interior surface; and a port extending between the interior chamber and an exterior of the pressure vessel; and an annular flange extending radially from the port and having an exterior surface and an interior surface; and an internal liner disposed within the outer shell and comprising: an exterior portion adjacent the exterior surface of the flange; and an interior portion adjacent the interior surface of the flange; an exterior portion adjacent the exterior surface of the flange; and an interior portion adjacent the interior surface of the flange;
Arrangement for reducing the consequences of a flashback of a flame into a mixture path of a premix burner in a heater which is operable with a mixture of hydrogen or a hydrogen-containing fuel gas as fuel gas and air, the arrangement comprising: - a premix burner, - a mixture path of the premix burner, - a burner body of the premix burner, - a blower, - a pressure relief valve, wherein the pressure relief valve is arranged in the mixture path between the burner body and the blower, and is set in such a way that it is closed during normal operation of the premix burner, characterised in that the mixture path has an intersection at which mixture from the blower can flow in laterally from a blower branch, but a pressure wave running in the opposite direction enters the pressure relief valve. - a premix burner, - a mixture path of the premix burner, - a burner body of the premix burner, - a blower, - a pressure relief valve, wherein the pressure relief valve is arranged in the mixture path between the burner body and the blower, and is set in such a way that it is closed during normal operation of the premix burner, characterised in that the mixture path has an intersection at which mixture from the blower can flow in laterally from a blower branch, but a pressure wave running in the opposite direction enters the pressure relief valve.
A method to dislodge debris from a pump system, the pump system including a down-hole pump coupled by a rod string to an above-ground actuator which is coupled to a controller configured to operate the pump system, the method characterised by: determining that the pump system should begin operating in a pump clean mode; implementing the pump clean mode configured in the controller; impressing a preset vibration frequency on the rod string during a portion of a pump stroke of at least one pump cycle; determining that the pump clean mode is complete; and returning the pump system to a normal operation mode. determining that the pump system should begin operating in a pump clean mode; implementing the pump clean mode configured in the controller; impressing a preset vibration frequency on the rod string during a portion of a pump stroke of at least one pump cycle; determining that the pump clean mode is complete; and returning the pump system to a normal operation mode.
A foam dispensing device comprising a mixer body having a main conduit, extending along the mixer body, having an opening for issuing pressurised foam or mixture comprising at least water, detergent and air; the mixer body has at least one conduit for introducing water under pressure and at least one conduit for introducing a detergent product in the main conduit or, alternatively, a single conduit for introducing water under pressure mixed with the detergent product in the main conduit; the mixer body has at least one conduit for introducing compressed air in a mixing chamber positioned along the main conduit and in fluid communication with the emission opening;the mixing chamber being configured to generate the above-mentioned pressurised foam or mixture by interference of the flows of water, detergent product and compressed air with the walls of the mixing chamber; the device comprising injection means for injecting at least water and detergent in the mixing chamber; characterised in that the injection means comprise at least a nozzle for introducing at least the pressurised water in the mixing chamber; the injection means are defined at least partly by a respective stretch of the main conduit having a variable cross section with a diverging extension; the stretch has an inlet opening and an outlet opening for at least water and detergent; the cross section of the outlet opening has a cross section larger than the cross section of the inlet opening; the stretch placing in fluid communication the nozzle with the mixing chamber.
A portion of an engine comprising a surface coated with a ceramic coating having a thickness and a surface area, said coating comprising a plurality of ceramic particles and corresponding particle interfaces, with at least some of said ceramic particles being partially bonded together, and said coating having a change in said particle interfaces through the thickness of said coating, across the surface area of said coating or both, wherein said coating exhibits a corresponding change in the ability of said coating to impart at least one functional characteristic to said engine portion through the thickness of said coating, across the surface area of said coating or both, wherein said ceramic coating is a multilayered coating, with a layer closer to said engine surface having relatively more porosity and particle interfaces and another layer located further from said engine surface having relatively less porosity and fewer particle interfaces, wherein the layer closer to the engine surface is made from hollow particle feedstock comprising hollow particles, and the layer located further from the engine surface is made from solid particle feedstock comprising fused and crushed powder, wherein said particle interfaces include splat particle interfaces resulting from said hollow particles.
A use of an anti-foaming agent and a fluidizing/dispersing/plasticizing/super plasticizing agent in combination with said anti-foaming agent to increase the thermal conductivity of screeds containing a calcium sulfate-based hydraulic binder, wherein the anti-foaming agent is selected from anti foaming agents based on silicone, fatty alcohols, esters, polypropylene glycol, polyethylene glycol and polypropylene glycol copolymers, alkyl polyacrylate, and wherein said fluidizing/dispersing/plasticizing/super plasticizing agent is selected from the group of compounds obtained by condensation of formaldehyde and naphthalene sulfonate or by condensation of formaldehyde and sulfonated melamines, or based on acrylic copolymer, and wherein the anti-foaming agent is present in an amount comprised between 0.01% and 2%, calculated relative to the weight of the binder and the fluidizing/dispersing/plasticizing/super plasticizing agent, expressed as dry extract, is present in an amount comprised between 0.01 and 2% relative to the weight of binder. wherein the anti-foaming agent is selected from anti foaming agents based on silicone, fatty alcohols, esters, polypropylene glycol, polyethylene glycol and polypropylene glycol copolymers, alkyl polyacrylate, and wherein said fluidizing/dispersing/plasticizing/super plasticizing agent is selected from the group of compounds obtained by condensation of formaldehyde and naphthalene sulfonate or by condensation of formaldehyde and sulfonated melamines, or based on acrylic copolymer, and wherein the anti-foaming agent is present in an amount comprised between 0.01% and 2%, calculated relative to the weight of the binder and the fluidizing/dispersing/plasticizing/super plasticizing agent, expressed as dry extract, is present in an amount comprised between 0.01 and 2% relative to the weight of binder.
Bag holder, in particular handbag holder with a first hook element and a second hook element, the first hook element and the second hook element being connected by an articulated joint, the first hook element having a first contact surface which is complementary to a second contact surface on the second hook element and the articulated joint enables the first contact surface and the second contact surface to be placed in contact against each other, characterised in that the contact surfaces (4, 5) have the shape of two arches with the curvature in opposite directions and abut each other.
An energy harvesting system, comprising: a transport refrigeration unit, TRU,; a remote wireless element operably disposed to respond to a characteristic of the TRU, the remote wireless element comprising a battery and a response element powered by the battery; an energy harvesting circuit coupled to the battery and configured to generate electricity from TRU movements, the electricity generated from the TRU movements being provided to at least one of the remote wireless element to power operations of the remote wireless element, and the battery to charge the battery; the energy harvesting system being characterized by further comprising a controller operably coupled to the energy harvesting circuit; wherein the controller is configured to: determine at least one of a load applied to the battery and a remaining charge of the battery; and activate the energy harvesting circuit when the load applied to the battery is greater than a capacity of the battery, when the load applied to the battery is expected to drain the battery in a given period of time, or when the remaining charge of the battery is below a predefined level. a transport refrigeration unit, TRU,; a remote wireless element operably disposed to respond to a characteristic of the TRU, the remote wireless element comprising a battery and a response element powered by the battery; an energy harvesting circuit coupled to the battery and configured to generate electricity from TRU movements, the electricity generated from the TRU movements being provided to at least one of the remote wireless element to power operations of the remote wireless element, and the battery to charge the battery; the energy harvesting system being characterized by further comprising a controller operably coupled to the energy harvesting circuit; wherein the controller is configured to: determine at least one of a load applied to the battery and a remaining charge of the battery; and activate the energy harvesting circuit when the load applied to the battery is greater than a capacity of the battery, when the load applied to the battery is expected to drain the battery in a given period of time, or when the remaining charge of the battery is below a predefined level. determine at least one of a load applied to the battery and a remaining charge of the battery; and activate the energy harvesting circuit when the load applied to the battery is greater than a capacity of the battery, when the load applied to the battery is expected to drain the battery in a given period of time, or when the remaining charge of the battery is below a predefined level.
A process of making paper, board or paperboard in which a cellulosic thin stock is provided and subjected to one or more shear stages and then drained on a moving screen to form a sheet which is dried, wherein the process employs a treatment system which is applied to the thin stock, said treatment system comprising as components, a) a cationic organic polymer of charge density of at least 3.0 meq/g with a molar mass Mw of up to 3 million Daltons or poly aluminium chloride, b) a cationic polymer having an average molar mass Mw of at least 500,000 Daltons and a charge density not exceeding 4.0 meq/g; c) a microparticulate material; in which components (b) and (c) are added to the cellulosic thin stock after the last shear stage before the head box and component (a) is added to the cellulosic thin stock before said last shear stage. a) a cationic organic polymer of charge density of at least 3.0 meq/g with a molar mass Mw of up to 3 million Daltons or poly aluminium chloride, b) a cationic polymer having an average molar mass Mw of at least 500,000 Daltons and a charge density not exceeding 4.0 meq/g; c) a microparticulate material;
A series-connected dual-valve security unit that ensures, by locking the hydraulic flow, the holding in position of the rod of a double-acting hydraulic cylinder comprising a cylinder body, compartmentalized by a movable piston supporting said rod, into a bottom-side chamber and rod-side chamber, said chambers (5, 6) each communicating with a specific hydraulic conduit allowing the entry or exit of fluid into or out of the chamber in question, said security unit including an isolating device, intended to be mounted in one of the hydraulic conduits and through which the corresponding chamber of the cylinder is supplied, which comprises a primary valve and a secondary valve, the primary valve being the closest to the chamber in question, both passing in the same direction corresponding to the entry of fluid into the chamber in question and arranged one after the other in series, the security unit being characterized in that it includes two isolating devices, each intended to be mounted in one of the hydraulic conduits, each of the chambers (5, 6) of the cylinder being supplied through one of said isolating devices; in that the primary valve and the secondary valve of each of said isolating devices are ball-check valves, comprising a seat and a ball; in that each of said isolating devices further includes: - an independent sliding rod, arranged longitudinally and inserted between the balls of the primary and secondary valves, but not connected thereto, and able to slide toward each of said balls so as to press by one end thereof against the ball located in front, and - a guide element for the sliding rod that provides guiding of the sliding rod during its sliding; and in that, in each of said isolating devices, the length of the rod is provided to be short enough not to be able to be in contact simultaneously with both of the balls bearing on their respective seats when the two primary and secondary valves are closed; but long enough that the opening command of the secondary valve causes, through the movement of the ball thereof that pushes the corresponding end of the sliding rod, the guided sliding of the sliding rod toward the primary valve and causes the opening of the primary valve the ball whereof is pushed by the other end of the sliding rod. - an independent sliding rod, arranged longitudinally and inserted between the balls of the primary and secondary valves, but not connected thereto, and able to slide toward each of said balls so as to press by one end thereof against the ball located in front, and - a guide element for the sliding rod that provides guiding of the sliding rod during its sliding;
Device for protecting the heel, of the type comprising a foam piece designed to cover the heel when the device is worn and a textile material covering the foam piece and holding said piece around the heel when the device is worn, the foam piece being designed so that the bottom and the top of the foot are not covered by said foam piece when the device is worn, the textile material being designed to cover only the bottom and top of the foot so as to close the device forming a closed sleeve to enable the device to be pulled on in the manner of a sock, characterised in that the foam piece comprises a compartment for receiving the heel, from which extend two branches intended to be disposed on either side of the foot without covering the bottom or the top thereof and a branch intended to receive the back of the leg without covering the top of the foot.
A semiconductor structure comprising a first layer and a second layer on top thereof and in physical contact therewith, the semiconductor structure comprising: 1) a device area at least comprising: a) a first structure in the first layer having a top surface above a top surface of the first layer, and b) a second structure in the second layer in physical contact with the first structure, such that the first structure is pinned in the second structure, 2) an optical overlay metrology area for optically evaluating an overlay error between the second structure and the first structure, comprising: a) a third structure in the first layer, formed of a material of which the first structure is formed, and having a top surface above the top surface of the first layer, b) a fourth structure in the second layer, formed of a material of which the second structure is formed, in physical contact with the third structure, such that the combination of the third and fourth structures (12, 13) mimics the combination of the first and second structures (21, 22), and c) a fifth structure in the first layer, for use as a reference structure. 1) a device area at least comprising: a) a first structure in the first layer having a top surface above a top surface of the first layer, and b) a second structure in the second layer in physical contact with the first structure, such that the first structure is pinned in the second structure, a) a first structure in the first layer having a top surface above a top surface of the first layer, and b) a second structure in the second layer in physical contact with the first structure, such that the first structure is pinned in the second structure, 2) an optical overlay metrology area for optically evaluating an overlay error between the second structure and the first structure, comprising: a) a third structure in the first layer, formed of a material of which the first structure is formed, and having a top surface above the top surface of the first layer, b) a fourth structure in the second layer, formed of a material of which the second structure is formed, in physical contact with the third structure, such that the combination of the third and fourth structures (12, 13) mimics the combination of the first and second structures (21, 22), and c) a fifth structure in the first layer, for use as a reference structure. a) a third structure in the first layer, formed of a material of which the first structure is formed, and having a top surface above the top surface of the first layer, b) a fourth structure in the second layer, formed of a material of which the second structure is formed, in physical contact with the third structure, such that the combination of the third and fourth structures (12, 13) mimics the combination of the first and second structures (21, 22), and c) a fifth structure in the first layer, for use as a reference structure.
Cultivation method for plants, of the type that uses several superimposed channels made of "V"-folded plastic sheets located at different layers, supported on the free edges thereof by a pair of rods or cables, several layers being created there between which are closed by means of an upper cover, wherein the plant roots are placed, which receive the nutrients from an aqueous solution that circulates in cascade fashion through said layers; wherein an upper layer, that constitutes an upper "V" sheet and a cover, incorporates a substrate mass which constitutes the basic rooting area for the plants and which is kept permanently moist with the nutrient solution characterized in that the upper layer, wherein the substrate mass is placed, is freely accessible through the cover thanks to the existence on one of the edges of said cover, of an adhesive strip, preferably made of a contact, re-usable adhesive.