mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for monitoring flow rate and distributional uniformity of liquid in a multi-channel hydraulic system comprising: a liquid chamber with a hydraulic inlet and two or more hydraulic outlets for discharge of electrically conducting liquid, as well as a flow meter installed at the hydraulic inlet of the liquid chamber and connected to a control unit, characterized in that: each hydraulic outlet is fitted with a single measuring electrode disposed in a path of a jet of liquid discharged from the hydraulic outlet, each measuring electrode being connected via a current converter to the control unit and also via the current converter to the first output terminal of a common voltage source, whereby the second output terminal of the common voltage source is connected to the liquid chamber and/or the hydraulic outlets. a liquid chamber with a hydraulic inlet and two or more hydraulic outlets for discharge of electrically conducting liquid, as well as a flow meter installed at the hydraulic inlet of the liquid chamber and connected to a control unit, characterized in that: each hydraulic outlet is fitted with a single measuring electrode disposed in a path of a jet of liquid discharged from the hydraulic outlet, each measuring electrode being connected via a current converter to the control unit and also via the current converter to the first output terminal of a common voltage source, whereby the second output terminal of the common voltage source is connected to the liquid chamber and/or the hydraulic outlets.
A preformed gastric band, comprising a flexible substrate comprising oppositely disposed first and second major surfaces (18, 20) defined by first and second minor side portions (22, 24) and first and second major side portions (26, 28), said first major surface including a lower collar section and an upper band section, the upper band section being disposed between the lower collar section and the first major side portion, the lower collar section extending from the upper band section to the second major side portion and a plurality of flexible band members (16, 16', 16") securely connected to said upper band section and extending between said first and second minor side portions of said substrate, each of said band members including first and second ends (42, 44) that comprise an attachment mechanism (46, 48; 46, 52; 54, 56; 58, 60) for connecting said first and second ends, each of said band members being separated from one another by a spacing region, the lower collar section being defined by an absence of band member.
Elevator system, comprising - a first elevator car and a second elevator car which can be moved in a first elevator shaft in the vertical direction, - a closed support means which is guided about a lower deflection roller and an upper deflection roller, - a drive machine which is assigned to the support means, and - an actuatable coupling device arranged on the first elevator car and an actuatable coupling device arranged on the second elevator car, the support means having a first and a second coupling element, to and from which a coupling device can be coupled and decoupled, as a result of which a drive connection can be established and detached between the relevant elevator car (14, 16) and the support means, and a coupled elevator car (14, 16) can be moved in the first elevator shaft by means of the support means drivable by the relevant drive machine, characterized in that the two coupling elements of the support means are arranged such that in a movement of the first elevator car, which is coupled to the support means via a coupling element, from a lower end position to an upper end position, or vice versa, no coupling element is guided about a deflection roller (28, 30). - a first elevator car and a second elevator car which can be moved in a first elevator shaft in the vertical direction, - a closed support means which is guided about a lower deflection roller and an upper deflection roller, - a drive machine which is assigned to the support means, and - an actuatable coupling device arranged on the first elevator car and an actuatable coupling device arranged on the second elevator car,
A vapor cell for a clock apparatus, said vapour cell comprising: a cavity including a sealed interior with a conductive interior cavity surface, a first non-conductive aperture in the interior cavity surface for providing an electromagnetic field entrance to the cavity, and a second non-conductive aperture spaced from the first non-conductive aperture in the interior cavity surface for providing an electromagnetic field exit from the cavity; a dipolar molecule gas inside the sealed interior of the cavity; a first conductive coupling structure for receiving an alternating output electrical signal, and formed on an outer surface of the vapor cell and proximate the first non-conductive aperture; and a second conductive coupling structure for providing an alternating input electric signal and formed on the outer surface of the vapor cell and proximate the second non-conductive aperture; and characterized by at least one conductive electronic bandgap structure formed on the outer surface of the vapor cell and spaced from and between the first and second conductive coupling structures for attenuating electromagnetic wave coupling along the outer surface of the vapor cell. a cavity including a sealed interior with a conductive interior cavity surface, a first non-conductive aperture in the interior cavity surface for providing an electromagnetic field entrance to the cavity, and a second non-conductive aperture spaced from the first non-conductive aperture in the interior cavity surface for providing an electromagnetic field exit from the cavity; a dipolar molecule gas inside the sealed interior of the cavity; a first conductive coupling structure for receiving an alternating output electrical signal, and formed on an outer surface of the vapor cell and proximate the first non-conductive aperture; and a second conductive coupling structure for providing an alternating input electric signal and formed on the outer surface of the vapor cell and proximate the second non-conductive aperture; and characterized by at least one conductive electronic bandgap structure formed on the outer surface of the vapor cell and spaced from and between the first and second conductive coupling structures for attenuating electromagnetic wave coupling along the outer surface of the vapor cell.
A method, performed by a video monitoring system comprising at least one video camera (320, 330) and a processor, for identifying an animal in a group of animals (210; 310) in an area, each animal (210; 310) being provided with an identification tag, the area comprising at least one identification station (220, 230), the identification station (220, 230) having reading means for reading the identification tag of the individual animal, wherein the method comprises the steps of: monitoring the group of animals (210; 310); detecting a visually observable event of interest related to the individual animal among the group of animals (210; 310); after the event of interest has been detected, continually tracking the individual animal; detecting an interaction between the individual animal and the identification station (220, 230), wherein the interaction comprises the animal passing by or stopping at the identification station (220, 230); determining an identity for the individual animal based on information read from the identification tag of the individual animal at the identification station (220, 230). monitoring the group of animals (210; 310); detecting a visually observable event of interest related to the individual animal among the group of animals (210; 310); after the event of interest has been detected, continually tracking the individual animal; detecting an interaction between the individual animal and the identification station (220, 230), wherein the interaction comprises the animal passing by or stopping at the identification station (220, 230); determining an identity for the individual animal based on information read from the identification tag of the individual animal at the identification station (220, 230).
A superconducting qubit (100,900) comprising: a Josephson junction (702,1302) including a first superconductor and a second superconductor formed on a non-superconducting metal, wherein the first superconductor and the second superconductor are separated by a space giving a superconductor-normal metal-superconductor junction; and a capacitor (1520A,1520B) in parallel with the Josephson junction (702,1302). a Josephson junction (702,1302) including a first superconductor and a second superconductor formed on a non-superconducting metal, wherein the first superconductor and the second superconductor are separated by a space giving a superconductor-normal metal-superconductor junction; and a capacitor (1520A,1520B) in parallel with the Josephson junction (702,1302).
A photocurable ink composition for inkjet printing, at least comprising: photopolymerizable compounds; and a photopolymerization initiator, a sensitizer, the photopolymerizable compounds comprising vinyloxyethoxyethyl acrylate and benzyl acrylate, the amount of the vinyloxyethoxyethyl acrylate being within the range of 15% to 40% by mass, and the amount of the benzyl acrylate being within the range of 20% to 55% by mass, the photopolymerization initiator comprising a compound that expresses an initiator function when irradiated with light having a wavelength within the range of 450 to 300 nm, the sensitizer is a compound that expresses a sensitizing function when irradiated with light having a wavelength of 400 nm or longer, the photocurable ink composition having a flash point measured by a method in accordance with JIS K 2265 using a Setaflash Closed Cup Tester of 70°C or higher and a viscosity at 25°C of 5 mPa·s or lower, and wherein 50% by mass or more of the photopolymerizable compounds are monofunctional monomer(s). photopolymerizable compounds; and a photopolymerization initiator, a sensitizer, the photopolymerizable compounds comprising vinyloxyethoxyethyl acrylate and benzyl acrylate, the amount of the vinyloxyethoxyethyl acrylate being within the range of 15% to 40% by mass, and the amount of the benzyl acrylate being within the range of 20% to 55% by mass, the photopolymerization initiator comprising a compound that expresses an initiator function when irradiated with light having a wavelength within the range of 450 to 300 nm, the sensitizer is a compound that expresses a sensitizing function when irradiated with light having a wavelength of 400 nm or longer, the photocurable ink composition having a flash point measured by a method in accordance with JIS K 2265 using a Setaflash Closed Cup Tester of 70°C or higher and a viscosity at 25°C of 5 mPa·s or lower, and wherein 50% by mass or more of the photopolymerizable compounds are monofunctional monomer(s).
Method for diagnosing an electric appliance, the electric appliance comprising at least one electromechanical component ( 205 1,205 2) each one being switchable between deactivated and activated states for selectively coupling and decoupling electric loads to respective supply sources of the appliance thereby allowing electric load energization and de-energization, respectively, for each selected electromechanical component ( 205 1,205 2) the method being characterized by comprising: applying ( 310,345) to the selected electromechanical component ( 205 1,205 2) a PWM signal having a duty cycle whose value is at a reference duty cycle value, varying ( 315,350) the value of duty cycle of the PWM signal from the reference duty cycle value, sensing ( 320,355) the switching of the selected electromechanical component ( 205 1,205 2), the value of duty cycle at which the switching of the selected electromechanical component ( 205 1,205 2) has been sensed corresponding to an actual minimum driving signal to which the selected electromechanical component ( 205 1,205 2) is responsive, comparing ( 335,370) the actual minimum driving signal of the selected electromechanical component ( 205 1,205 2) to a respective expected minimum driving signal to which the selected electromechanical component ( 205 1,205 2) is expected, by design, to be responsive, and signaling ( 340,375) an error of the selected electro-mechanical component ( 205 1,205 2) if ( 335,370) the actual minimum driving signal is higher than the respective expected minimum driving signal. applying ( 310,345) to the selected electromechanical component ( 205 1,205 2) a PWM signal having a duty cycle whose value is at a reference duty cycle value, varying ( 315,350) the value of duty cycle of the PWM signal from the reference duty cycle value, sensing ( 320,355) the switching of the selected electromechanical component ( 205 1,205 2), the value of duty cycle at which the switching of the selected electromechanical component ( 205 1,205 2) has been sensed corresponding to an actual minimum driving signal to which the selected electromechanical component ( 205 1,205 2) is responsive, comparing ( 335,370) the actual minimum driving signal of the selected electromechanical component ( 205 1,205 2) to a respective expected minimum driving signal to which the selected electromechanical component ( 205 1,205 2) is expected, by design, to be responsive, and signaling ( 340,375) an error of the selected electro-mechanical component ( 205 1,205 2) if ( 335,370) the actual minimum driving signal is higher than the respective expected minimum driving signal.
Antifouling protective coating for a surface, characterised in that the protective coating consists of a three-dimensional structure, - whereby the three-dimensional structure is formed by channels in a matrix and - whereby the channel length is the same as or greater than the channel diameter and - whereby the channels are essentially aligned parallel to the surface normal of the surface and - whereby the channel diameter is 10 nm to 200 nm, preferably 20 nm to 180 nm, especially preferably 30 nm to 150 nm, and the channel length is 0.01 μm to 10 μm, preferably 0.02 μm to 10 μm, especially preferably 0.03 μm to 10 μm, - whereby the channels have an inner surface and - whereby the inner surface is at least partially coated and - whereby the coating of the inner surfaces has organic polymers selected from antifouling materials. - whereby the three-dimensional structure is formed by channels in a matrix and - whereby the channel length is the same as or greater than the channel diameter and - whereby the channels are essentially aligned parallel to the surface normal of the surface and - whereby the channel diameter is 10 nm to 200 nm, preferably 20 nm to 180 nm, especially preferably 30 nm to 150 nm, and the channel length is 0.01 μm to 10 μm, preferably 0.02 μm to 10 μm, especially preferably 0.03 μm to 10 μm, - whereby the channels have an inner surface and - whereby the inner surface is at least partially coated and - whereby the coating of the inner surfaces has organic polymers selected from antifouling materials.
A connecting member for pivotally connecting a motion member constituting a part of a motion mechanism and an operational rod having a coupling hole at an end thereof for transmitting an operational force to the motion member, the connecting member comprising: a shaft portion that extends through the coupling hole of the operational rod and insertable into a bearing portion provided in the motion member; and an engaging portion engageable with the motion member at a position different from the shaft portion thereby to prevent withdrawal of the shaft portion from the bearing portion. a shaft portion that extends through the coupling hole of the operational rod and insertable into a bearing portion provided in the motion member; and an engaging portion engageable with the motion member at a position different from the shaft portion thereby to prevent withdrawal of the shaft portion from the bearing portion.
1. Hinge for a branch of glasses, comprising a knuckle integral with a base intended to be fixed to the frame of the pair of glasses, a mortise arranged in the branch, in which this knuckle is intended to be engaged, and a screw, or similar member, intended to be engaged through the branch and the knuckle so as to assembling the branch to the knuckle and forming the pivot axis of the branch; characterized in that: - the knuckle has a convex edge, in an arc of a circle centered on the pivot axis of the branch, and forms a notch on the internal side of the knuckle, delimited, on one side, by the base or by the portion of the knuckle connected to this base, and, on the other side, by said edge; - the hinge comprises a shoe intended to bear against said edge, forming a wall bearing against this edge and having the same curvature as this edge, this bearing wall extending over an arc representing at least a quarter of the arc along which the edge extends; - the hinge comprises elastic means urging the pad towards said edge, so that said bearing wall is pressed against this edge, - said notch is dimensioned so as to partially accommodate the pad in the folding position of the branch along the frame. - the knuckle has a convex edge, in an arc of a circle centered on the pivot axis of the branch, and forms a notch on the internal side of the knuckle, delimited, on one side, by the base or by the portion of the knuckle connected to this base, and, on the other side, by said edge; - the hinge comprises a shoe intended to bear against said edge, forming a wall bearing against this edge and having the same curvature as this edge, this bearing wall extending over an arc representing at least a quarter of the arc along which the edge extends; - the hinge comprises elastic means urging the pad towards said edge, so that said bearing wall is pressed against this edge, - said notch is dimensioned so as to partially accommodate the pad in the folding position of the branch along the frame.
A method of manufacturing a sport ball comprising: providing a plurality of casing panels including a first panel and a second panel; the first panel having a first exterior surface and an opposite second interior surface, the first panel formed, at least in part, of a first thermoplastic material, and the second interior surface including a layer formed of a second thermoplastic material, wherein the first panel includes a first flange area forming a first edge portion of the first panel; the second panel having a third exterior surface and an opposite fourth interior surface, the second panel formed, at least in part, of the first thermoplastic material, and the fourth interior surface including a layer formed of the second thermoplastic material, wherein the second panel includes a second flange area forming a second edge portion of the second panel; joining the first panel to the second panel by welding the first exterior surface of the first panel in the first flange area to the third exterior surface of the second panel in the second flange area, thereby forming a seam; and welding the layer formed of the second thermoplastic material on the first panel to the layer formed of the second thermoplastic material on the second panel, thereby forming a continuous layer that extends across the seam. providing a plurality of casing panels including a first panel and a second panel; the first panel having a first exterior surface and an opposite second interior surface, the first panel formed, at least in part, of a first thermoplastic material, and the second interior surface including a layer formed of a second thermoplastic material, wherein the first panel includes a first flange area forming a first edge portion of the first panel; the second panel having a third exterior surface and an opposite fourth interior surface, the second panel formed, at least in part, of the first thermoplastic material, and the fourth interior surface including a layer formed of the second thermoplastic material, wherein the second panel includes a second flange area forming a second edge portion of the second panel; joining the first panel to the second panel by welding the first exterior surface of the first panel in the first flange area to the third exterior surface of the second panel in the second flange area, thereby forming a seam; and welding the layer formed of the second thermoplastic material on the first panel to the layer formed of the second thermoplastic material on the second panel, thereby forming a continuous layer that extends across the seam.
A valve unit for opening and closing a channel to provide a flow path of a fluid, comprising: a channel; a valve substance containing a phase transition material; a valve substance chamber which communicates with the channel and receives the valve substance; a micro-channel part placed in the channel, characterized by a fusion structure formed in the micro-channel part, wherein the valve substance contained in the valve substance chamber is fused by applied energy and flows into the micro-channel part, and the valve substance in the micro-channel part is heated to melt the fusion structure and conduct fused bonding of the channel, in turn closing the channel. a channel; a valve substance containing a phase transition material; a valve substance chamber which communicates with the channel and receives the valve substance; a micro-channel part placed in the channel, characterized by a fusion structure formed in the micro-channel part, wherein the valve substance contained in the valve substance chamber is fused by applied energy and flows into the micro-channel part, and the valve substance in the micro-channel part is heated to melt the fusion structure and conduct fused bonding of the channel, in turn closing the channel.
A mobile device, comprising: a shell including an aperture; a first replaceable hardware component received within the shell; and a second replaceable hardware component received within the shell, the second replaceable hardware component configured to receive a wireless power signal through the aperture from a remote device and convert the power signal into electrical energy usable by the mobile device. a shell including an aperture; a first replaceable hardware component received within the shell; and a second replaceable hardware component received within the shell, the second replaceable hardware component configured to receive a wireless power signal through the aperture from a remote device and convert the power signal into electrical energy usable by the mobile device.
A truss footing cutoff device, comprising: a rack; a fixed blade holder fixed on the rack, wherein two fixed blades are symmetrically arranged on the fixed blade holder, the fixed blade holder is configured to support a truss, and each of the two fixed blades is configured to support a truss footing of the truss; two cutoff arms symmetrically mounted on the rack, wherein each of the two cutoff arms is provided with a movable blade; and a driving member mounted on the rack and configured to drive the two cutoff arms to move, so that the each of the two cutoff arms drives the movable blade to get close to a respective one of the two fixed blades, and the movable blade cooperates with the respective one of the two fixed blades to cut off the truss footing. a rack; a fixed blade holder fixed on the rack, wherein two fixed blades are symmetrically arranged on the fixed blade holder, the fixed blade holder is configured to support a truss, and each of the two fixed blades is configured to support a truss footing of the truss; two cutoff arms symmetrically mounted on the rack, wherein each of the two cutoff arms is provided with a movable blade; and a driving member mounted on the rack and configured to drive the two cutoff arms to move, so that the each of the two cutoff arms drives the movable blade to get close to a respective one of the two fixed blades, and the movable blade cooperates with the respective one of the two fixed blades to cut off the truss footing.