mhurhangee/ep-ind-claims huggingface dataset:
A method for injecting a corrosion inhibitor injecting an oxidant and an anticorrosive agent-pH adjusting agent complex comprising an anticorrosive agent and a pH adjusting agent adsorbed on a surface of the anticorrosive agent into high temperature water in contact with a surface of a metal structural material and irradiating the high temperature water with a radioactive ray or an ultraviolet ray, wherein the anticorrosive agent of the anticorrosive agent-pH adjusting agent complex has, on the surface of the anticorrosive agent, an active site where the pH adjusting agent reacts with the oxidant, and the pH adjusting agent present on the surface of the anticorrosive agent of the anticorrosive agent-pH adjusting agent complex and/or in the high temperature water is oxidized with the oxidant by the irradiation with the radioactive ray or the ultraviolet ray to change pH adjusting ability of the pH adjusting agent and shift a pH of the high temperature water to a neutral side, and thereby deposition of the anticorrosive agent to the metal structural material is accelerated.
A ceramic substrate comprising a plurality of stacked ceramic substrate members (1a,1b,1c,1d,1e,1f) each having one main surface (1a1,1b1,1c1,1d1,1e1,1f1) and the other main surface (1a2,1b2,1c2,1d2,1e2,1f2) opposite to the one main surface (1a1,1b1,1c1,1d1,1e1,1f1), wherein each of the plurality of ceramic substrate members (1a,1b,1c,1d,1e,1f) includes a via reaching the other main surface (1a2,1b2,1c2,1d2,1e2,1f2) from the one main surface (1a1,1b1,1c1,1d1,1e1,1f1), a gap is formed in each of first and second ceramic substrate members (1a,1f) of the plurality of stacked ceramic substrate members (1a,1b,1c,1d,1e,1f) to penetrate each of the first and second ceramic substrate members (1a,1f), the first ceramic substrate member being arranged at an outermost surface on one side in a stacking direction of the ceramic substrate members (1a,1b,1c,1d,1e,1f), the second ceramic substrate member being arranged at an outermost surface on the other side opposite to the one side in the stacking direction, a protection layer (7,8) entirely covers a side surface and a bottom surface within the gap, and the protection layer (7,8) is made of a material having an etching rate lower than that of the ceramic substrate members (1a,1b,1c,1d,1e,1f).
A computer-implemented method for securely establishing secretless and remote native access sessions to access one or more target resources the method comprising: identifying a client configured to participate in remote native access sessions, wherein the client has a remote access protocol file, said remote access protocol file being stored in a memory of the client device that has been modified to include an identifier associated with the client wherein the identifier does not include credentials required to access the one or more target resources and the identifier does not specifically identify the one or more target resources; sending a prompt to the client to establish a secure tunnel connection with a connection agent using the identifier associated with the client and included in the remote access protocol file; authenticating the client; accessing target identity information associated with the one or more target resources receiving from the client a token that identifies a target resource from among the one or more target resources; obtaining, based on the token, a credential required for secure access to the target resource; and initiating, using the credential, a remote native access session between the client and the target resource. identifying a client configured to participate in remote native access sessions, wherein the client has a remote access protocol file, said remote access protocol file being stored in a memory of the client device that has been modified to include an identifier associated with the client wherein the identifier does not include credentials required to access the one or more target resources and the identifier does not specifically identify the one or more target resources; sending a prompt to the client to establish a secure tunnel connection with a connection agent using the identifier associated with the client and included in the remote access protocol file; authenticating the client; accessing target identity information associated with the one or more target resources receiving from the client a token that identifies a target resource from among the one or more target resources; obtaining, based on the token, a credential required for secure access to the target resource; and initiating, using the credential, a remote native access session between the client and the target resource.
A device for smoothing and/or leveling out and/or for spreading knifing fillers or plaster compounds, comprising a smoothing and/or filling blade as well as a handle connected to the smoothing and/or filling blade, the smoothing and/or or filling blade including a working surface and a fastening side opposite the working surface for the handle, the smoothing and/or filling blade being glued with an adhesive to the handle by way of an intermediate element, and a seal being provided between the intermediate element and the smoothing and/or filling blade, characterized in that the sealing material is a foil, and the seal is designed as a sealing foil extending around the intermediate element.
A computer system for determining an operating state of at least one system component (K1 to Kp) in a cascading, fluid-carrying production system, comprising: - an interface, which is configured to receive a first and a second pressure pulse signal (201, 202), wherein the first pressure pulse signal characterizes a pressure pulse before passing through the production system, and the second pressure pulse signal characterizes the pressure pulse after passing through the production system; - a memory unit, which is configured to store a plurality of system component-specific transfer functions (TF1 to TFm), wherein a system component-specific transfer function (TF1 to TFm) describes a pulse response of at least one system component (K1 to Kp), which depends on the operating state, to an incoming pressure pulse; and - an evaluation unit, configured to determine a real transfer function for the production system from the first and second pressure pulse signals (201, 202) and to adjust the real transfer function of the production system with the stored plurality of transfer functions (TF1 to TFm) for the system components in order to determine the operating status of a specific system component (K1 to Kp) of the production system therefrom. - an interface, which is configured to receive a first and a second pressure pulse signal (201, 202), wherein the first pressure pulse signal characterizes a pressure pulse before passing through the production system, and the second pressure pulse signal characterizes the pressure pulse after passing through the production system; - a memory unit, which is configured to store a plurality of system component-specific transfer functions (TF1 to TFm), wherein a system component-specific transfer function (TF1 to TFm) describes a pulse response of at least one system component (K1 to Kp), which depends on the operating state, to an incoming pressure pulse; and - an evaluation unit, configured to determine a real transfer function for the production system from the first and second pressure pulse signals (201, 202) and to adjust the real transfer function of the production system with the stored plurality of transfer functions (TF1 to TFm) for the system components in order to determine the operating status of a specific system component (K1 to Kp) of the production system therefrom.
An electric machine comprising - a casing; - a stator and a rotor supported by the casing, the rotor having at least one rotor winding; - a commutator connected permanently to the rotor and electrically connected to the rotor winding; - at least one pair of brushes, each brush having a first end slidably engaged with the commutator and being electrically connected to respective terminals which may be connected to an electricity mains supply; - at least one pair of brush holder elements made from a conductive metallic material, having a tubular form and supported by the casing, each brush holder element being associated with a respective brush to keep it pressed on the commutator; each brush holder element having at least one lateral surface to face a respective butting portion of the casing and which may be joined to the butting portion to transmit thermal power to the butting portion, the lateral surface being electrically isolated from the butting portion, the casing comprising a wall defined by a removable covering element associated with a remaining part of the casing and lying in a plane substantially perpendicular to the axis of rotation of the rotor, the electric machine being characterized in that each of the butting portion is defined by a correspondent protrusion of the covering element extending away from the covering element, facing a space inside the electric machine and having a butting surface shaped to match the lateral surface of the brush holder element, the covering element comprising at least a pair of said protrusion each of which abuts a respective brush holder-element. - a casing; - a stator and a rotor supported by the casing, the rotor having at least one rotor winding; - a commutator connected permanently to the rotor and electrically connected to the rotor winding; - at least one pair of brushes, each brush having a first end slidably engaged with the commutator and being electrically connected to respective terminals which may be connected to an electricity mains supply; - at least one pair of brush holder elements made from a conductive metallic material, having a tubular form and supported by the casing, each brush holder element being associated with a respective brush to keep it pressed on the commutator;
Protective cloth, in particular for use in painting works, vehicle workshops, building works, hobbies, agriculture, comprising: a sheet made of a flexible material having an extension that is substantially rectangular or square, said sheet being configurable at least in a first state in which it is folded and the protective cloth is not in use, and in a second state in which the protective cloth is deployed and ready for use, wherein it comprises: two tapes (3, 13) made of a flexible material which extend inside corresponding sleeves (4, 14) obtained from opposite flaps (5, 15) of said sheet and characterised in that it comprises fixing means for partially fixing each of said tapes (3, 13) inside the corresponding sleeve (4, 14) so that, when the sheet is placed on an object to be covered, the user can grasp the tapes by their ends and pull them so as to crumple the sheet.
PANED WINDOWS AND/OR DOORS IN WHICH THERE IS A PLURALITY OF PELTIER CELLS, of the type that has a frame, in which there is at least one double glazing unit, characterised in that in the gap in the double glazing unit, at one or more edges thereof arranged in the frame, there is a plurality of Peltier cells, such cells being placed in contact with a heat sink element for dissipating towards the outside, made from material with high heat conductivity, which has a portion thereof arranged at the outer surface of the window or door frame, each of the cells has a sheet of material with high heat conductivity placed on top of it, acting as a heat sink for dissipating towards the inside of the double glazing unit, the Peltier cells are supplied with electricity through an electrical circuit, which has contacts (20', 20") arranged, respectively, in the fixed and mobile frame (2', 2") of the windows and doors, wherein the electrical circuit for powering the Peltier cells is equipped with means for switching the polarity of the electrical power supply of said cells, to cause the inversion of the heating/cooling mode between the two surfaces of the cells, in relation to the user's needs.
A tower for a concentrated solar power plant comprising an upper external platform on which is arranged an essentially cylindrical solar receiver with an external side surface and an upper base, the side surface of the receiver comprising a plurality of removably mounted receiving panels and a placement and maintenance system for the receiving panels, characterized in that the placement and maintenance system for the receiving panels comprises a crane mounted rotating 360° and guided using at least two concentric rails, on the upper base of the receiver.
A capacitor, comprising a lower electrode; a dielectric layer formed on a portion of the lower electrode; an upper electrode formed on the dielectric layer; a dielectric hard mask pattern formed on the upper electrode; an isolation layer having a shape of a spacer, a side surface of the isolation layer being formed on a sidewall of the dielectric hard mask pattern, a sidewall of the upper electrode, and a sidewall of the dielectric layer, and a bottom surface of the isolation layer is formed on an upper surface of the dielectric layer which extends beyond its sidewall and which has a thickness less than its thickness below the upper electrode; an interlayer insulation layer formed over the dielectric hard mask pattern and the isolation layer, such that the lower electrode (303, the dielectric layer and the upper electrode, the dielectric hard mask pattern and the interlayer insulation layer are sequentially stacked, wherein the isolation layer is formed of a nitride or an oxide, being a dielectric material which is the same material as that of the dielectric hard mask pattern, wherein the interlayer insulation layer is in direct contact with the dielectric hard mask pattern.
A liquid fuel injector for a gas turbine, the liquid fuel injector configured to produce an atomised spray of liquid and comprising: a) an annular injector body; b) an annular flow directing device comprising i) a first flow directing body having a first surface and an opposed second surface; ii) a plurality of flow channels defined in the first surface of the flow directing body, each flow channel including a channel floor set in from the first surface and a sidewall extending from the channel floor to the first surface of the first flow directing body; and iii) a swirl bore extending through the first flow directing body from each channel floor to the second surface of the first flow directing body at an oblique angle relative to the channel floor for imparting a tangential swirl component onto fluids flowing through the swirl bore; and c) an annular second flow directing body mounted radially inboard of the first flow directing body and including an outboard surface with an annular swirl chamber defined therein for receiving liquid from the swirl bores of the first flow directing body to form a swirling sheet of liquid for atomization downstream of the second flow directing body. a) an annular injector body; b) an annular flow directing device comprising i) a first flow directing body having a first surface and an opposed second surface; ii) a plurality of flow channels defined in the first surface of the flow directing body, each flow channel including a channel floor set in from the first surface and a sidewall extending from the channel floor to the first surface of the first flow directing body; and iii) a swirl bore extending through the first flow directing body from each channel floor to the second surface of the first flow directing body at an oblique angle relative to the channel floor for imparting a tangential swirl component onto fluids flowing through the swirl bore; and i) a first flow directing body having a first surface and an opposed second surface; ii) a plurality of flow channels defined in the first surface of the flow directing body, each flow channel including a channel floor set in from the first surface and a sidewall extending from the channel floor to the first surface of the first flow directing body; and iii) a swirl bore extending through the first flow directing body from each channel floor to the second surface of the first flow directing body at an oblique angle relative to the channel floor for imparting a tangential swirl component onto fluids flowing through the swirl bore; c) an annular second flow directing body mounted radially inboard of the first flow directing body and including an outboard surface with an annular swirl chamber defined therein for receiving liquid from the swirl bores of the first flow directing body to form a swirling sheet of liquid for atomization downstream of the second flow directing body.
A control method of a washing machine comprising a cabinet, a tub disposed in the cabinet for receiving water, a drum rotatably disposed in the tub for accommodating laundry, and a detergent supply device disposed at the cabinet so as to supply detergent contained in a plurality of cartridges into the tub, characterized in that at least one of the plurality of cartridges is provided with at least three electrode sensors (301a, 301b, 301c) for detecting an amount of detergent contained in the cartridge, the method including the steps of: (a) detecting a first sensor value by a first set of two of the electrode sensors (301a, 301b) and a second sensor value by a second set of two of the electrode sensors, wherein at least one of the second set is placed at a higher position than the first set of two electrode sensors (301a, 301b); (b) comparing the first sensor value and the second sensor value with a first predetermined value; (c) passing a predetermined time if each of the first sensor value and the second sensor value is less than the first predetermined value; (d) redetecting, after passing the predetermined time, the first sensor value and the second sensor value, and calculating a difference between the redetected first and second sensor values; and (e) determining that detergent is filling the cartridge between the first set of two electrode sensors (301a, 301b) and the higher-positioned one of the second set of two electrode sensors, when the difference value is greater than a second predetermined value. (a) detecting a first sensor value by a first set of two of the electrode sensors (301a, 301b) and a second sensor value by a second set of two of the electrode sensors, wherein at least one of the second set is placed at a higher position than the first set of two electrode sensors (301a, 301b); (b) comparing the first sensor value and the second sensor value with a first predetermined value; (c) passing a predetermined time if each of the first sensor value and the second sensor value is less than the first predetermined value; (d) redetecting, after passing the predetermined time, the first sensor value and the second sensor value, and calculating a difference between the redetected first and second sensor values; and (e) determining that detergent is filling the cartridge between the first set of two electrode sensors (301a, 301b) and the higher-positioned one of the second set of two electrode sensors, when the difference value is greater than a second predetermined value.
A microphone module comprising: a substrate having an aperture to allow sound waves to pass through the substrate; a lid mounted to the substrate, the lid and substrate defining a first interior volume; a microphone mounted to the substrate within the first interior volume; a housing coupled to the substrate and covering the aperture, the housing forming a second interior volume, the housing including an acoustic port configured to allow sound to enter the second interior volume; and at least one exterior interface pad outside of the second interior volume, the at least one exterior interface pad electrically coupled to the microphone; characterised by:- said microphone module having, at the outside thereof, a pipe extending away from the acoustic port in the housing, the pipe having an open end to receive sound waves and direct them toward the acoustic port in the housing. a substrate having an aperture to allow sound waves to pass through the substrate; a lid mounted to the substrate, the lid and substrate defining a first interior volume; a microphone mounted to the substrate within the first interior volume; a housing coupled to the substrate and covering the aperture, the housing forming a second interior volume, the housing including an acoustic port configured to allow sound to enter the second interior volume; and at least one exterior interface pad outside of the second interior volume, the at least one exterior interface pad electrically coupled to the microphone; said microphone module having, at the outside thereof, a pipe extending away from the acoustic port in the housing, the pipe having an open end to receive sound waves and direct them toward the acoustic port in the housing.
A surgical system configured to determine a size of a vessel within a region proximate to a working end of a surgical instrument, said surgical system comprising: at least one light emitter disposed at the working end of the surgical instrument, the at least one light emitter generating light at a first intensity; an array of light sensors disposed at the working end of the surgical instrument opposite the at least one light emitter, the array of light sensors comprising a least one row of light sensors, individual light sensors in the row of light sensors being adapted to generate a signal comprising a non-pulsatile component; and a controller coupled to the array of light sensors, the controller being characterized by: an analyzer configured to determine the magnitudes of the non-pulsatile components at the individual light sensors in the row of light sensors, to determine if the non-pulsatile component transitions from a higher magnitude to a lower magnitude and from a lower magnitude to a higher magnitude, and, if the non-pulsatile component transitions from a higher magnitude to a lower magnitude and from a lower magnitude to a higher magnitude, to determine if the first intensity should be changed to a second intensity. at least one light emitter disposed at the working end of the surgical instrument, the at least one light emitter generating light at a first intensity; an array of light sensors disposed at the working end of the surgical instrument opposite the at least one light emitter, the array of light sensors comprising a least one row of light sensors, individual light sensors in the row of light sensors being adapted to generate a signal comprising a non-pulsatile component; and a controller coupled to the array of light sensors, the controller being characterized by: an analyzer configured to determine the magnitudes of the non-pulsatile components at the individual light sensors in the row of light sensors, to determine if the non-pulsatile component transitions from a higher magnitude to a lower magnitude and from a lower magnitude to a higher magnitude, and, if the non-pulsatile component transitions from a higher magnitude to a lower magnitude and from a lower magnitude to a higher magnitude, to determine if the first intensity should be changed to a second intensity.