mhurhangee/patent-ind-claim-en huggingface dataset:
The use of an electrode stacked energy conversion device for converting mechanical energy generated by the flow of a liquid into electrical energy, the device comprising: ionic liquid or water as the liquid; a substrate ; a first electrode formed on the substrate ; a first energy conversion layer formed on the first electrode and covering the first electrode ; a second electrode formed on the first energy conversion layer to overlap at least a portion of the first electrode in a vertical direction, wherein according to a movement or state change of the liquid a capacitance between the first electrode and the second electrode is configured to change thereby producing a potential difference for generating electrical energy; and a hydrophobic material layer stacked above the first energy conversion layer and the second electrode so that a shape of the liquid is capable of being restored. ionic liquid or water as the liquid; a substrate ; a first electrode formed on the substrate ; a first energy conversion layer formed on the first electrode and covering the first electrode ; a second electrode formed on the first energy conversion layer to overlap at least a portion of the first electrode in a vertical direction, wherein according to a movement or state change of the liquid a capacitance between the first electrode and the second electrode is configured to change thereby producing a potential difference for generating electrical energy; and a hydrophobic material layer stacked above the first energy conversion layer and the second electrode so that a shape of the liquid is capable of being restored.
Optical device for forming an output light beam (FLS) having at least one target mode (Mc), by combining a plurality of phase-locked input light beams (FLI) which collectively form incident light radiation, the device having: - an input plane (PE) transverse to the input light beams (FLI) in which a base of input modes is defined, which base is composed of a main supermode (SMPr) formed by a linear combination of primary modes each having a set phase and amplitude, the primary modes being respectively spatially associated with the input light beams (FLI), and in which a plurality of disturbance supermodes (SMPe) is defined; - an output plane (PS) transverse to the output light beam (FLS) in which a base of output modes composed of the target mode (Mc) and a plurality of deformation modes (Md) is defined; - a multiplane light conversion device (DC) comprising a plurality of microstructured zones arranged on at least one optical element to intercept and spatially modify the phase of the incident light radiation during a plurality of reflections or transmissions separated by free propagation, the multiplane light conversion device (DC) being arranged between the input plane (PE) and the output plane (PS), and the microstructuring of the plurality of microstructured zones being configured to perform a modal conversion of the incident radiation and to prepare transformed radiation, the modal conversion aiming to transport the part of the energy of the incident radiation present in the main supermode (SMPr) into the target mode (Mc), and aiming to transport the part of the energy of the incident radiation present in the disturbance supermodes (SMPe) into the deformation modes (Md). - an input plane (PE) transverse to the input light beams (FLI) in which a base of input modes is defined, which base is composed of a main supermode (SMPr) formed by a linear combination of primary modes each having a set phase and amplitude, the primary modes being respectively spatially associated with the input light beams (FLI), and in which a plurality of disturbance supermodes (SMPe) is defined; - an output plane (PS) transverse to the output light beam (FLS) in which a base of output modes composed of the target mode (Mc) and a plurality of deformation modes (Md) is defined; - a multiplane light conversion device (DC) comprising a plurality of microstructured zones arranged on at least one optical element to intercept and spatially modify the phase of the incident light radiation during a plurality of reflections or transmissions separated by free propagation, the multiplane light conversion device (DC) being arranged between the input plane (PE) and the output plane (PS), and the microstructuring of the plurality of microstructured zones being configured to perform a modal conversion of the incident radiation and to prepare transformed radiation, the modal conversion aiming to transport the part of the energy of the incident radiation present in the main supermode (SMPr) into the target mode (Mc), and aiming to transport the part of the energy of the incident radiation present in the disturbance supermodes (SMPe) into the deformation modes (Md).
A processor-readable medium storing code representing instructions that when executed by a processor of a printer controller cause the processor to: separate image data into dark color data and light color data; print the dark color data in a first printing direction and the light color data in a second printing direction, wherein printing the dark color data in the first printing direction and the light color data in the second printing direction comprises: printing dark color ink onto a print medium only in forward passes of a printhead over the print medium ; and printing light color ink onto the print medium only in reverse passes of the printhead over the print medium ; or printing light color ink onto a print medium only in forward passes of a printhead over the print medium; and printing dark color ink onto the print medium only in reverse passes of the printhead over the print medium. separate image data into dark color data and light color data; print the dark color data in a first printing direction and the light color data in a second printing direction, wherein printing the dark color data in the first printing direction and the light color data in the second printing direction comprises: printing dark color ink onto a print medium only in forward passes of a printhead over the print medium ; and printing light color ink onto the print medium only in reverse passes of the printhead over the print medium ; or printing light color ink onto a print medium only in forward passes of a printhead over the print medium; and printing dark color ink onto the print medium only in reverse passes of the printhead over the print medium. printing dark color ink onto a print medium only in forward passes of a printhead over the print medium ; and printing light color ink onto the print medium only in reverse passes of the printhead over the print medium ; or printing light color ink onto a print medium only in forward passes of a printhead over the print medium; and printing dark color ink onto the print medium only in reverse passes of the printhead over the print medium.
A mowing cylinder cutter driven by a built-in outer rotor motor, wherein the mowing cylinder cutter comprises an outer rotor motor , blades and a reel ; the outer rotor motor comprises a stator assembly and an outer rotor ; the stator assembly is connected to a frame through a connecting member ; and the blades are multiple and spiral; characterized in that the blades are fixedly connected to the reel through a plurality of support plates , such that there is no direct contact between the reel and the blades ; at least one end of the reel is provided with the outer rotor motor , such that the end of the reel is surrounded by the outer rotor motor ; and the outer rotor is fixedly connected to the reel and the blades , such that the blades are fixedly connected to both the outer rotor and the reel at the same time.
A modular universal air supply device for a refrigerator, comprising: an air duct main body , provided with a front surface and a back surface in opposite arrangement, and two vertical end surfaces in opposite arrangement, each of the vertical end surfaces being provided with at least one air supply outlet, characterized in that two widening modules , disposed at two transverse sides of the air duct main body , wherein each of the widening air duct modules is provided with at least one connection air duct, and each of the connection air ducts communicates with one of the air supply outlets on the corresponding vertical end surface; and a first air duct cover plate and a second air duct cover plate , the first air duct cover plate and the second air duct cover plate both comprising a front cover portion and two connection portions respectively disposed at two transverse sides of the front cover portion , wherein the front cover portion is disposed at a front side of the air duct main body , and each of the connection portions is configured to be installed on a cabinet of the refrigerator; and the second air duct cover plate further comprises two widening cover portions , wherein each of the widening cover portions is connected to one transverse side of the front cover portion , and is disposed at a front side of one of the widening modules ; and each of the widening cover portions is integrally formed with the front cover portion , or each of the widening cover portions is installed on the front cover portion or one of the connection portions through a connection structure. an air duct main body , provided with a front surface and a back surface in opposite arrangement, and two vertical end surfaces in opposite arrangement, each of the vertical end surfaces being provided with at least one air supply outlet, characterized in that two widening modules , disposed at two transverse sides of the air duct main body , wherein each of the widening air duct modules is provided with at least one connection air duct, and each of the connection air ducts communicates with one of the air supply outlets on the corresponding vertical end surface; and a first air duct cover plate and a second air duct cover plate , the first air duct cover plate and the second air duct cover plate both comprising a front cover portion and two connection portions respectively disposed at two transverse sides of the front cover portion , wherein the front cover portion is disposed at a front side of the air duct main body , and each of the connection portions is configured to be installed on a cabinet of the refrigerator; and the second air duct cover plate further comprises two widening cover portions , wherein each of the widening cover portions is connected to one transverse side of the front cover portion , and is disposed at a front side of one of the widening modules ; and each of the widening cover portions is integrally formed with the front cover portion , or each of the widening cover portions is installed on the front cover portion or one of the connection portions through a connection structure.
A network slice selection method, comprising: receiving, by a core network device, a first request message from a terminal device for requesting to allocate, to the terminal device, a network slice that provides a service, wherein the first request message is an initial attach request and carries a service type; sending, by the core network device, a query message to a slice selection function entity, SSF for querying for a network slice providing a service for the terminal device, wherein the query message carries the service type; receiving, by the core network device, slice information, sent by the SSF, of the network slice that provides the service required by the terminal device and that is determined based on the service type; forwarding, by the core network device, the first request message to the network slice corresponding to the slice information, so that the network slice corresponding to the slice information provides the service for the terminal device. receiving, by a core network device, a first request message from a terminal device for requesting to allocate, to the terminal device, a network slice that provides a service, wherein the first request message is an initial attach request and carries a service type; sending, by the core network device, a query message to a slice selection function entity, SSF for querying for a network slice providing a service for the terminal device, wherein the query message carries the service type; receiving, by the core network device, slice information, sent by the SSF, of the network slice that provides the service required by the terminal device and that is determined based on the service type; forwarding, by the core network device, the first request message to the network slice corresponding to the slice information, so that the network slice corresponding to the slice information provides the service for the terminal device.
A process for the production of a bouillon tablet comprising a co-processed salt-starch mass, the process comprising the steps of: a) dissolving the salt or part of the salt in water; b) mixing the starch and the water before, during or after dissolution of the salt or part of the salt in water; c) drying the mixture of step b) to obtain a dry salt-starch mass; d) milling the dry salt-starch mass; e) mixing the dry salt-starch mass with fat and at least one further ingredient selected from the group consisting of salt, sugar, MSG, flavourings, colourants, fillers, oil, or any combination thereof, to result in a dry composition; f) pressing the dry composition to a bouillon tablet; wherein the bouillon tablet comprises between 1 to 10wt% of fat and between 2 to 10wt% of dry salt-starch mass; and wherein the dry salt-starch mass comprises 18 to 82wt% salt and 18 to 82wt% starch and wherein the salt is dissolved in the water at a ratio between 1:2.8 to 1:20 and wherein the drying is done at a temperature between 65 to 120°C. a) dissolving the salt or part of the salt in water; b) mixing the starch and the water before, during or after dissolution of the salt or part of the salt in water; c) drying the mixture of step b) to obtain a dry salt-starch mass; d) milling the dry salt-starch mass; e) mixing the dry salt-starch mass with fat and at least one further ingredient selected from the group consisting of salt, sugar, MSG, flavourings, colourants, fillers, oil, or any combination thereof, to result in a dry composition; f) pressing the dry composition to a bouillon tablet; wherein the bouillon tablet comprises between 1 to 10wt% of fat and between 2 to 10wt% of dry salt-starch mass; and wherein the dry salt-starch mass comprises 18 to 82wt% salt and 18 to 82wt% starch and wherein the salt is dissolved in the water at a ratio between 1:2.8 to 1:20 and wherein the drying is done at a temperature between 65 to 120°C.
An electrode structure for resistance welding, for use in a resistance welding machine that energizes an upper and lower electrodes arranged so as to vertically face each other to weld a nut (N) and a workpiece (W) sandwiched between the upper and lower electrodes, the electrode structure comprising: an upper pin that has a first magnet fixed thereto and is built in a cavity formed inside the upper electrode so as to be vertically movable to allow a front end portion of the upper pin to protrude downward from the upper electrode; and a lower pin (3a; 3e) that is arranged so as to face the upper pin and built in a cavity formed inside the lower electrode so as to be vertically moveable to allow a front end portion of the lower pin to protrude upward from the lower electrode; characterised in that a second magnet is mounted on and fixed to an upper side of the upper pin which is opposite from the front end portion, and a third magnet is fixed on an upper side of the cavity, apart from the second magnet, wherein facing surfaces of the second magnet and the third magnet have the same polarity; wherein the upper pin has a T-shaped cross-section, comprising a disc portion on the upper side and an elongated rod portion; wherein the first magnet has an annular shape and is inserted onto and fixed to the elongated rod portion of the upper pin, and the second magnet is mounted on and fixed to the upper surface of the disc portion; wherein, in a state where the front end portion of the upper pin protrudes downward from the upper electrode by a repulsive force between the second and third magnets, the nut inserted onto the front end portion of the protruding upper pin is attracted and held by a magnetic force of the first magnet; and in a state where the upper pin is pushed upward by the lower pin against the repulsive force so that the first magnet is separated from the nut by a predetermined distance, the nut comes off the upper pin and moves due to a less force for attracting the nut by the first magnet, and then fitted onto the lower pin at a position higher than the position where the workpiece inserted onto the lower pin is set on the lower electrode. an upper pin that has a first magnet fixed thereto and is built in a cavity formed inside the upper electrode so as to be vertically movable to allow a front end portion of the upper pin to protrude downward from the upper electrode; and a lower pin (3a; 3e) that is arranged so as to face the upper pin and built in a cavity formed inside the lower electrode so as to be vertically moveable to allow a front end portion of the lower pin to protrude upward from the lower electrode; characterised in that a second magnet is mounted on and fixed to an upper side of the upper pin which is opposite from the front end portion, and a third magnet is fixed on an upper side of the cavity, apart from the second magnet, wherein facing surfaces of the second magnet and the third magnet have the same polarity;
An expansion system comprising: an adjustable cone assembly having a plurality of cone segments slidably coupled to a mandrel ; a solid cone assembly coupled to the mandrel; a piston assembly coupled to the mandrel, wherein the adjustable cone assembly is disposed between the piston assembly and the solid cone assembly; an expandable tubular disposed around the adjustable cone assembly, the solid cone assembly, and the piston assembly; and an inner sleeve disposed within the expandable tubular adjacent to one end of the expandable tubular; and characterized in that a locking member that selectively couples the solid cone assembly to the one end of the expandable tubular, wherein the locking member includes a biasing member configured to urge the locking member radially outward, wherein the locking member is configured to couple the solid cone assembly directly to the inner sleeve . an adjustable cone assembly having a plurality of cone segments slidably coupled to a mandrel ; a solid cone assembly coupled to the mandrel; a piston assembly coupled to the mandrel, wherein the adjustable cone assembly is disposed between the piston assembly and the solid cone assembly; an expandable tubular disposed around the adjustable cone assembly, the solid cone assembly, and the piston assembly; and an inner sleeve disposed within the expandable tubular adjacent to one end of the expandable tubular; and characterized in that a locking member that selectively couples the solid cone assembly to the one end of the expandable tubular, wherein the locking member includes a biasing member configured to urge the locking member radially outward, wherein the locking member is configured to couple the solid cone assembly directly to the inner sleeve .
High temperature superconducting tape conductor, HTS tape conductor, comprising a substrate of an austenitic stainless steel having a chromium content of less than 18 mass percent, characterized in , the substrate, after electrochemical polishing, having an angular deviation distribution of a surface angle α with a half-width of less than 10° and an angular change distribution with a half-width of less than 13.5°/μm, wherein the surface angle α corresponds via arctan(α) = ∂ z/ ∂ x to the height profile z(x) of the tape conductor in tape direction x.
An access control system , comprising: an access control that operates as a Wi-Fi access point that broadcasts a Service Set Identifier, SSID, to communicate with a mobile device via Wi-Fi Protected Access 2, WPA2, with only PSK to save energy; and a mobile device that includes credentials authorized remotely, wherein the credentials includes the Service Set Identifier, SSID, and a channel number; characterised in that the Service Set Identifier, SSID, represents a different user access level; in that the access control wakes up only periodically to save energy while achieving access control wakeup when the mobile device approaches the access control unit, that requires only WiFi without using NFC; and in that the access control does not support Dynamic Host Configuration Protocol, DHCP, and routing to save energy. an access control that operates as a Wi-Fi access point that broadcasts a Service Set Identifier, SSID, to communicate with a mobile device via Wi-Fi Protected Access 2, WPA2, with only PSK to save energy; and a mobile device that includes credentials authorized remotely, wherein the credentials includes the Service Set Identifier, SSID, and a channel number; characterised in that the Service Set Identifier, SSID, represents a different user access level; in that the access control wakes up only periodically to save energy while achieving access control wakeup when the mobile device approaches the access control unit, that requires only WiFi without using NFC; and in that the access control does not support Dynamic Host Configuration Protocol, DHCP, and routing to save energy.
A coating device for the register-accurate application of plastic material to a carrier web , comprising a first coating roller and a downstream second coating roller , wherein the first coating roller has at least one first cavity and can be filled with plastic material by means of at least one first nozzle , and wherein the second coating roller has at least one second cavity and can be filled with plastic material by means of at least one second nozzle , and wherein a first wiping device wipes the first coating roller and a second wiping device wipes the second coating roller , and wherein the first coating roller cooperates with a first counter roller and coats a first carrier web side and the second coating roller cooperates with a second counter roller and coats a second carrier web side , and wherein the second counter roller comprises at least one counter cavity corresponding to the at least one first cavity , characterized in that the coating device further comprises at least one carrier web positioning device , and at least one area detection device which detects the position of a first area of plastic material coated by the at least one first cavity .
A process for the preparation of particles containing a strong oxidizer ,classified as PG I according to the standard test method of the UN Manual of Tests and Criteria, 5 th revised Edition, sub-section 34.4.1, and at least one other constituent, the amount and nature of the constituent(s) other than the strong oxidizer in the particles being such that the particles are classified as non-oxidizer according to the standard test method of the UN Manual of Tests and Criteria, 5 th revised Edition, sub-section 34.4.1, wherein the strong oxidizer is CaO2, wherein the at least one other constituent is introduced in the CaO 2 particles during the manufacture thereof, wherein the CaO 2 is manufactured by adding hydrogen peroxide (H 2 O 2 ) to slaked lime (slurry of Ca(OH) 2 in water) to form crystals of CaO 2 , which crystals are then dried, wherein the other constituent(s) is introduced in the slaked lime before reaction with the H2O2 or after said reaction and just before drying the crystals and wherein the at least one other constituent is magnesite or aluminium hydroxide.
An anchor coating agent comprising a white pigment, a calcium salt and/or magnesium salt, and an aqueous acrylic resin having an acid value of 50 mg KOH/g or less.