mhurhangee/patent-ind-claim-en huggingface dataset:
An electrochemical reactor for exhaust gas purification comprising a plurality of plate-shaped members and a plurality of passages defined by the plurality of plate-shaped members , the passages being for the flow of exhaust gas therethrough, wherein each plate-shaped member comprises a cell including an ion conducting solid electrolyte layer , an anode layer arranged on a surface of the solid electrolyte layer, and a cathode layer arranged on a surface of the solid electrolyte layer at an opposite side to the surface at which the anode layer is arranged, and characterised in that : the plate-shaped members are configured so that, for all of the passages , both of an anode layer of at least one plate-shaped member among the plurality of plate-shaped members defining the passages and a cathode layer of at least one other plate-shaped member among the plurality of plate-shaped members defining the passages face the passages , and wherein all of the plate-shaped members are configured so that the two surfaces of each plate-shaped member face other respectively different plate-shaped members . each plate-shaped member comprises a cell including an ion conducting solid electrolyte layer , an anode layer arranged on a surface of the solid electrolyte layer, and a cathode layer arranged on a surface of the solid electrolyte layer at an opposite side to the surface at which the anode layer is arranged, and characterised in that : the plate-shaped members are configured so that, for all of the passages , both of an anode layer of at least one plate-shaped member among the plurality of plate-shaped members defining the passages and a cathode layer of at least one other plate-shaped member among the plurality of plate-shaped members defining the passages face the passages , and wherein all of the plate-shaped members are configured so that the two surfaces of each plate-shaped member face other respectively different plate-shaped members . the plate-shaped members are configured so that, for all of the passages , both of an anode layer of at least one plate-shaped member among the plurality of plate-shaped members defining the passages and a cathode layer of at least one other plate-shaped member among the plurality of plate-shaped members defining the passages face the passages , and wherein all of the plate-shaped members are configured so that the two surfaces of each plate-shaped member face other respectively different plate-shaped members .
A reusing method for an instruction generation process, which is used for a neural network processor, the method being characterized by comprising: computing (S103) a Hash value of an i th layer of a network on the basis of preconfigured information; and determining (S105) whether the computed Hash value of the i th layer of network is the same as a Hash value corresponding to a previous network layer, and, if yes, generating an instruction of the i th layer of network by using an instruction of the previous network layer having the same Hash value by means of an instruction reusing manner, i being a positive integer; wherein computing the Hash value of the i th layer of network on the basis of preconfigured information comprises: computing the Hash value of the i th layer of network on the basis of layer type and/or layer scale information of the i th layer of network. computing (S103) a Hash value of an i th layer of a network on the basis of preconfigured information; and determining (S105) whether the computed Hash value of the i th layer of network is the same as a Hash value corresponding to a previous network layer, and, if yes, generating an instruction of the i th layer of network by using an instruction of the previous network layer having the same Hash value by means of an instruction reusing manner, i being a positive integer; wherein computing the Hash value of the i th layer of network on the basis of preconfigured information comprises: computing the Hash value of the i th layer of network on the basis of layer type and/or layer scale information of the i th layer of network.
A method of forming a perovskite film, the method comprising: applying a first solution onto a substrate, the first solution comprising in a first solvent, a first alkyl ammonium halide with a first halogen, and a metal halide with a second halogen different from the first halogen; completing a first thermal treatment of the first solution to form a first film of the metal halide on the substrate; and contacting a second solution with the first film, the second solution comprising in a second solvent, a second alkyl ammonium halide with the second halogen, wherein the second alkyl ammonium halide reacts with the first film to form a final crystalline alkyl ammonium metal halide perovskite film that is free of the first film and the first halogen. applying a first solution onto a substrate, the first solution comprising in a first solvent, a first alkyl ammonium halide with a first halogen, and a metal halide with a second halogen different from the first halogen; completing a first thermal treatment of the first solution to form a first film of the metal halide on the substrate; and contacting a second solution with the first film, the second solution comprising in a second solvent, a second alkyl ammonium halide with the second halogen, wherein the second alkyl ammonium halide reacts with the first film to form a final crystalline alkyl ammonium metal halide perovskite film that is free of the first film and the first halogen.
A joined body, comprising: a first member; a second member; and a sintered metal layer that joins the first member and the second member, wherein the sintered metal layer includes a plurality of flake-shaped structures derived from flake-shaped copper particles having a maximum particle size of 1 μm to 20 μm and an aspect ratio of 4 or greater, major axes of the plurality of flake-shaped particles being oriented in approximately parallel to an interface between the first member or the second member, and the sintered metal layer, the amount of copper contained in the sintered metal layer is 65% by volume or greater on the basis of a volume of the sintered metal layer, and the degree of orientation order S of the plurality of flake-shaped structures, as expressed by the following formula, is 0.88 to 1.00: S = 1 / 2 × 3 < cos 2 θ > − 1 wherein θ represents the angle made by the interface and a flake-shaped structure and <cos 2 θ> represents the average value of a plurality of values of cos 2 θ. a first member; a second member; and a sintered metal layer that joins the first member and the second member, wherein the sintered metal layer includes a plurality of flake-shaped structures derived from flake-shaped copper particles having a maximum particle size of 1 μm to 20 μm and an aspect ratio of 4 or greater, major axes of the plurality of flake-shaped particles being oriented in approximately parallel to an interface between the first member or the second member, and the sintered metal layer, the amount of copper contained in the sintered metal layer is 65% by volume or greater on the basis of a volume of the sintered metal layer, and the degree of orientation order S of the plurality of flake-shaped structures, as expressed by the following formula, is 0.88 to 1.00: S = 1 / 2 × 3 < cos 2 θ > − 1 wherein θ represents the angle made by the interface and a flake-shaped structure and <cos 2 θ> represents the average value of a plurality of values of cos 2 θ.
Device for coating workpieces which preferably consist, at least partially, of wood, wood-based materials, plastic, aluminium or the like, having: a feeding device for feeding a coating material ; a pressing device for pressing the coating material onto a surface of a workpiece ; a conveying device for inducing a relative movement between the pressing device and the respective workpiece ; and an activation device for activating an adhesive on a coating material supplied by the feeding device and/or for activating an adhesive agent on a surface of a workpiece which is to be coated, wherein the activation device has at least one supply line for the supply of an activating agent and a nozzle body with an activating agent inflow channel and an activating agent discharge area , wherein the activating agent discharge area has at least one outflow opening , preferably at least two groups of outflow openings , characterised in that the activation device has exactly one closure means which is designed to close the outflow opening and/or individual outflow openings , at least partially, the closure means being a slide, wherein the slide is designed to engage into a first end portion of the nozzle body . the activation device has exactly one closure means which is designed to close the outflow opening and/or individual outflow openings , at least partially, the closure means being a slide, wherein the slide is designed to engage into a first end portion of the nozzle body .
A body fluid analysis device for irradiating a body fluid in a tube (T) having translucency with light and analyzing the body fluid on a basis of light having passed through the tube (T), the body fluid analysis device comprising: a base ; an attachment that can be attached to the base so that the tube (T) can be pinched in its radial direction between the attachment and the base ; a light emitting element (L) that is provided to the base or the attachment ; and a light receiving element (D) that is provided to the base or the attachment , wherein in a state where the attachment is attached to the base , between the base and the attachment , the light emitting element (L) and the light receiving element (D) are arranged so as to pinch the tube (T) in the radial direction, or both of the light emitting element (L) and the light receiving element (D) are arranged together in one of the base and the attachment , wherein the base comprises a groove into which the tube (T) can be fitted, and a through-hole for allowing light emitted from the light emitting element (L) to pass is formed in a bottom part of the path of the groove , and the groove is formed such that a path of the groove is curved in an axial direction. a base ; an attachment that can be attached to the base so that the tube (T) can be pinched in its radial direction between the attachment and the base ; a light emitting element (L) that is provided to the base or the attachment ; and a light receiving element (D) that is provided to the base or the attachment , wherein in a state where the attachment is attached to the base , between the base and the attachment , the light emitting element (L) and the light receiving element (D) are arranged so as to pinch the tube (T) in the radial direction, or both of the light emitting element (L) and the light receiving element (D) are arranged together in one of the base and the attachment , wherein the base comprises a groove into which the tube (T) can be fitted, and a through-hole for allowing light emitted from the light emitting element (L) to pass is formed in a bottom part of the path of the groove , and the groove is formed such that a path of the groove is curved in an axial direction.
A splice connector assembly comprising: a connection unit comprising: a female terminal configured to receive an end of a first cable (C1); and a male terminal configured to receive an end of a second cable (C2) and to mate with the female terminal to provide an electrical connection between the first and second cables (C1, C2); an outer housing comprising a first end , a second end , and an inner passage , the inner passage configured to receive the connection unit ; a first securing mechanism on the first end of the outer housing ; a second securing mechanism on the second end of the outer housing ; wherein the first and second securing mechanisms each comprise: a coupling nut engaged with the outer housing by mating threads , the coupling nut comprising a first anti-rotation feature which is positioned on a longitudinally facing shoulder of the coupling nut ; a washer comprising a flange that is fit in a corresponding recess of the outer housing , the washer comprising a front face comprising a second anti-rotation feature configured to engage with the first anti-rotation feature ; and an elastomeric sealing gland longitudinally compressed between the washer and the connection unit .
An improved 99,5% for the preparation of Indigo carmine of Formula (I) having purity which comprises: a) Indole of compound formula (II) treating with peroxide in presence of catalyst in alcoholic solvent to give indigo of compound formula (III) b) Indigo of compound formula (III) react with sulfuric acid and adding organic solvent then wash or purification in ester solvent to given to indigodisulfonic acid of compound formula (IV). c) Condensation of indigodisulfonic acid of Formula (IV) using aqueous media in sodium source of compound and wash with ketonic solvent to give title compound formula (I). a) Indole of compound formula (II) treating with peroxide in presence of catalyst in alcoholic solvent to give indigo of compound formula (III) b) Indigo of compound formula (III) react with sulfuric acid and adding organic solvent then wash or purification in ester solvent to given to indigodisulfonic acid of compound formula (IV). c) Condensation of indigodisulfonic acid of Formula (IV) using aqueous media in sodium source of compound and wash with ketonic solvent to give title compound formula (I).
A submersible pump assembly for transference of a fluid medium with low viscosity, the submersible pump assembly comprising: a plurality of pump units having a central axis co-axially aligned with a common drive shaft ; a common suction chamber and a common pressure chamber , being respectively positioned at the periphery of the submersible pump assembly and in alignment with the central axis, the common suction chamber providing the plurality of pump units concurrent and parallel access to the fluid medium under low pressure; each of the plurality of pump units including a first operational mode wherein the fluid medium is transferred from the common suction chamber to the common pressure chamber ; characterized by each of the plurality of pump units including a second operational mode wherein the fluid medium is circulated through the common suction chamber ; and each of the plurality of pump units being individually actuatable to select one of the first operational mode and the second operational mode. a plurality of pump units having a central axis co-axially aligned with a common drive shaft ; a common suction chamber and a common pressure chamber , being respectively positioned at the periphery of the submersible pump assembly and in alignment with the central axis, the common suction chamber providing the plurality of pump units concurrent and parallel access to the fluid medium under low pressure; each of the plurality of pump units including a first operational mode wherein the fluid medium is transferred from the common suction chamber to the common pressure chamber ; characterized by each of the plurality of pump units including a second operational mode wherein the fluid medium is circulated through the common suction chamber ; and each of the plurality of pump units being individually actuatable to select one of the first operational mode and the second operational mode.
A multipole rotor for an electric motor, the rotor being an internal rotor, the rotor comprising a plurality of individual permanent magnets which are distributed over a circumference of the rotor and which, when seen in a cross-sectional view of the rotor orthogonal to an axis of the rotor , have a convex curvature on the side facing the air gap between a stator of the electric motor and the rotor , wherein four respective permanent magnets (3.1, 3.2, 3.3, 3.4), which are juxtaposed in the circumferential direction of the rotor , define together a magnetic pole pair (N, S), the magnetization direction of each individual permanent magnet (3.1, 3.2, 3.3, 3.4) enclosing an angle (α) between 30° and 60° with a reference plane (8.1, 8.2, 8.3, 8.4) extending through the axis of the rotor and through the center of the respective permanent magnet (3.1, 3.2, 3.3, 3.4), wherein the rotor comprises an envelope , the permanent magnets being encompassed by the envelope on their outer side, and characterized in that the convex curvature deviates from the curvature of a circle around the axis of the rotor , the circle enveloping the permanent magnets directly.
A first machine-to-machine network services capabilities layer entity adapted to operate in a communication network, wherein the first machine-to-machine network services capabilities layer entity comprises: a memory comprising executable instructions to provide a first set, the first set being a first set of functionalities and resources, the functionalities and resources of the first set being functionalities and resources hosted by a first services capabilities layer entity of the communication network; a processor adapted to effectuate, when executing the executable instructions, operations comprising: managing the first set of functionalities and resources; determining to announce the first set of functionalities and resources to a second machine-to-machine network services capabilities layer entity, generating an announcement of the first set of functionalities and resources, the announcement being adapted to advertise functionalities and resources of the first set available at the first machine-to-machine network services capabilities layer entity; and transmitting the announcement of the first set of functionalities and resources to the second machine-to-machine network services capabilities layer entity. a memory comprising executable instructions to provide a first set, the first set being a first set of functionalities and resources, the functionalities and resources of the first set being functionalities and resources hosted by a first services capabilities layer entity of the communication network; a processor adapted to effectuate, when executing the executable instructions, operations comprising: managing the first set of functionalities and resources; determining to announce the first set of functionalities and resources to a second machine-to-machine network services capabilities layer entity, generating an announcement of the first set of functionalities and resources, the announcement being adapted to advertise functionalities and resources of the first set available at the first machine-to-machine network services capabilities layer entity; and transmitting the announcement of the first set of functionalities and resources to the second machine-to-machine network services capabilities layer entity. managing the first set of functionalities and resources; determining to announce the first set of functionalities and resources to a second machine-to-machine network services capabilities layer entity, generating an announcement of the first set of functionalities and resources, the announcement being adapted to advertise functionalities and resources of the first set available at the first machine-to-machine network services capabilities layer entity; and transmitting the announcement of the first set of functionalities and resources to the second machine-to-machine network services capabilities layer entity.
Method of renewable energy storage comprising the step of filling a tank with a substance held at high temperature and pressure for conversion into electrical energy characterized by the step of accumulating energy by heating the substance in the tank and thereby increasing pressure and temperature of the substance; use of a sensor to give the information to a control system about an actual stream of renewable energy and based on this information, the control system steers: a converter , a valve module , a first heat exchanger , a valve , a turbine , a second exchanger and a control module of an additional generator ; the control system uses the energy accumulated in the rotating mass of the turbine to generate electrical energy which is transferred to the grid.
FAM83B peptides consisting of amino acid sequences SEQ ID Nos: 3, 4, 6, 9, 12, 14, 15, 20, 23, 24, 29-33, 35, 37, 38, 47, 57, 60, 65-68, 71-75 and 77-80.
Colour-changeable ornamental element (A) containing a. a transparent gemstone which has a plano-convex geometry (B), characterised by b. a colour-changeable support surface (D), and c. a wavelength-selective layer (C) which is arranged between the transparent gemstone (B) and the colour-changeable support surface (D). a. a transparent gemstone which has a plano-convex geometry (B), characterised by b. a colour-changeable support surface (D), and c. a wavelength-selective layer (C) which is arranged between the transparent gemstone (B) and the colour-changeable support surface (D).
An optoelectronic sensor for detecting objects in a monitoring area , comprising at least one light transmitter for transmitting a plurality of light beams separated from one another, each starting from a transmission point , common transmission optics for the transmitted light beams , at least one light receiver for generating a respective reception signal from the remitted light beams remitted by objects and impinging in a respective receiving point , common receiving optics for the remitted light beams , and an evaluation unit which is configured to determine a distance of the object from a light time of flight between transmission of the light beams and reception of the remitted light beams , characterized in that the transmission points are arranged on a first circular line and/or the receiving points are arranged on a second circular line , and in that the first circular line is centered with respect to the optical center axis of the transmission optics and/or the second circular line is centered with respect to the optical center axis of the receiving optics .
A method for data connection management, comprising: obtaining (S401), by a user equipment, UE, first instruction information, wherein the first instruction information is used for instructing to close or open a data connection of at least one traffic flow in at least one bearer of the UE; and transmitting (S402), by the UE, a request bearer resource modification message to a mobility management entity, wherein the request bearer resource modification message comprises the first instruction information, for enabling the mobility management entity to obtain the first instruction information and transmit bearer resource command message comprising the first instruction information to a packet data network gateway through a serving gateway (S403), wherein the first instruction information enables, when adopting a dynamic policy and charging control policy, the packet data network gateway to obtain, from a policy and charging rules function, a policy for instructing the packet data network gateway to stop or start the data transmission of at least one traffic flow in the at least one bearer. obtaining (S401), by a user equipment, UE, first instruction information, wherein the first instruction information is used for instructing to close or open a data connection of at least one traffic flow in at least one bearer of the UE; and transmitting (S402), by the UE, a request bearer resource modification message to a mobility management entity, wherein the request bearer resource modification message comprises the first instruction information, for enabling the mobility management entity to obtain the first instruction information and transmit bearer resource command message comprising the first instruction information to a packet data network gateway through a serving gateway (S403), wherein the first instruction information enables, when adopting a dynamic policy and charging control policy, the packet data network gateway to obtain, from a policy and charging rules function, a policy for instructing the packet data network gateway to stop or start the data transmission of at least one traffic flow in the at least one bearer.