mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting quench of a superconductor fault current limiter, wherein the voltage at the incoming end and the voltage at the outgoing end of a superconductor fault current limiter are transformed to a current proportional to the voltage at the corresponding ends of the fault current limiter, wherein each current is fed to a differential protection relay, which calculates the current difference and operates a triggering mechanism of a circuit breaker if the current difference exceeds a predetermined value.
A system comprising: micro-electromechanical system switching circuitry; a first over-current protection circuitry (54, 56, 58) connected in a parallel circuit with the micro-electromechanical system switching circuitry, the first over-current protection circuitry configured to momentarily form a first electrically conductive path in response to a first switching event of the micro-electromechanical system switching circuitry, said electrically conductive path in a parallel circuit with the micro-electromechanical system switching circuitry for suppressing a voltage level across contacts of the micro-electromechanical system switching circuitry during the first switching event; a second over-current protection circuitry (229, 230, 234) connected in a parallel circuit with the micro-electromechanical system switching circuitry and the first over-current protection circuitry, the second over-current protection circuitry configured to momentarily form a second electrically conductive path in response to a second switching event of the micro-electromechanical system switching circuitry, said electrically conductive path in a parallel circuit with the micro-electromechanical system switching circuitry for suppressing a current flow through the contacts of the micro-electromechanical system switching circuitry during the second switching event; and a capacitor connected from source to drain on the micro-electromechanical system switching circuitry. micro-electromechanical system switching circuitry; a first over-current protection circuitry (54, 56, 58) connected in a parallel circuit with the micro-electromechanical system switching circuitry, the first over-current protection circuitry configured to momentarily form a first electrically conductive path in response to a first switching event of the micro-electromechanical system switching circuitry, said electrically conductive path in a parallel circuit with the micro-electromechanical system switching circuitry for suppressing a voltage level across contacts of the micro-electromechanical system switching circuitry during the first switching event; a second over-current protection circuitry (229, 230, 234) connected in a parallel circuit with the micro-electromechanical system switching circuitry and the first over-current protection circuitry, the second over-current protection circuitry configured to momentarily form a second electrically conductive path in response to a second switching event of the micro-electromechanical system switching circuitry, said electrically conductive path in a parallel circuit with the micro-electromechanical system switching circuitry for suppressing a current flow through the contacts of the micro-electromechanical system switching circuitry during the second switching event; and a capacitor connected from source to drain on the micro-electromechanical system switching circuitry.
A Transmit-Receive Point, TRP, for beam failure recovery in a multi-TRP transmission environment, the TRP comprising at least one processor coupled with the at least one memory and configured to cause the TRP to: transmit configuration information indicating at least one set of beam failure detection resources and at least one set of candidate resources associated with the TRP, wherein respective ones of the at least one set of beam failure detection resources are associated with respective ones of the at least one set of the candidate resources; and receive a physical random access channel resource to indicate a candidate resource, wherein the physical random access channel resource is associated with the candidate resource in one of the at least one set of candidate resources. transmit configuration information indicating at least one set of beam failure detection resources and at least one set of candidate resources associated with the TRP, wherein respective ones of the at least one set of beam failure detection resources are associated with respective ones of the at least one set of the candidate resources; and receive a physical random access channel resource to indicate a candidate resource, wherein the physical random access channel resource is associated with the candidate resource in one of the at least one set of candidate resources.
An ink composition comprising: (a) an organic solvent; (b) a metallic pigment dispersed in the solvent; (c) a first resin component dissolved in the solvent; and (d) a second resin component dissolved in the solvent, wherein the first resin component is a fixing resin selected from the group consisting of a styrenated terpene resin and a phenol free rosin resin, and the second resin component is a priming resin selected from the group consisting of a terpene phenolic resin and a phenolic modified rosin ester resin. (a) an organic solvent; (b) a metallic pigment dispersed in the solvent; (c) a first resin component dissolved in the solvent; and (d) a second resin component dissolved in the solvent,
A method for improving the separation of oil/water mixtures from the conversion of biomass to liquid products the method comprising: a) providing a first mixture including an oil phase comprising biomass derived carbon containing compounds and an aqueous phase comprising water; and b) adding a quantity of a conductivity modifier to said first mixture thereby forming a second mixture, wherein said quantity of said conductivity modifier is sufficient such that the electrical conductivity of said second mixture is lower than the electrical conductivity of said first mixture, wherein at least a portion of the first mixture and/or the second mixture is in the form of an emulsion comprising a portion of the biomass derived carbon containing compounds and a portion of the water, wherein said conductivity modifier comprises an aqueous solution having a pH greater than 7; and wherein said conductivity modifier comprises an aqueous solution comprising a base selected from the group consisting of NaOH, KOH, NH 4 OH, alkyl amines, pyridines, quinolines, ammonia, ammonium compounds including: nitrates, sulfides, carbonates (such as ammonium bicarbonate), hydroxides, acetates, chlorides, bromides, iodides, and sulfates, and combinations thereof, and wherein said base is preferably ammonium hydroxide; and c) subjecting said second mixture to electrostatic dehydration resulting in at least a partial breaking of the emulsion, and thereby freeing from the emulsion at least 75% of the biomass derived carbon containing compounds contained in the emulsion. a) providing a first mixture including an oil phase comprising biomass derived carbon containing compounds and an aqueous phase comprising water; and b) adding a quantity of a conductivity modifier to said first mixture thereby forming a second mixture, wherein said quantity of said conductivity modifier is sufficient such that the electrical conductivity of said second mixture is lower than the electrical conductivity of said first mixture, wherein at least a portion of the first mixture and/or the second mixture is in the form of an emulsion comprising a portion of the biomass derived carbon containing compounds and a portion of the water, wherein said conductivity modifier comprises an aqueous solution having a pH greater than 7; and wherein said conductivity modifier comprises an aqueous solution comprising a base selected from the group consisting of NaOH, KOH, NH 4 OH, alkyl amines, pyridines, quinolines, ammonia, ammonium compounds including: nitrates, sulfides, carbonates (such as ammonium bicarbonate), hydroxides, acetates, chlorides, bromides, iodides, and sulfates, and combinations thereof, and wherein said base is preferably ammonium hydroxide; and c) subjecting said second mixture to electrostatic dehydration resulting in at least a partial breaking of the emulsion, and thereby freeing from the emulsion at least 75% of the biomass derived carbon containing compounds contained in the emulsion.
An oral care system comprising: a toothbrush; a dispenser comprising a reservoir containing a fluid and a rotatable actuator for dispensing the fluid from the dispenser; the dispenser alterable between: (i) a storage state in which the dispenser is detachably coupled to the toothbrush; and (ii) an application state in which the dispenser is separated from the toothbrush; and one of the toothbrush or the dispenser comprising a key (307A, 307B) and the other of the toothbrush or the dispenser comprising a recess (250A, 250B), and wherein the key (307A, 307B) mates with the recess (250A, 250B) when the dispenser is in the storage state so as to prohibit rotation of the rotatable actuator relative to the toothbrush. a toothbrush; a dispenser comprising a reservoir containing a fluid and a rotatable actuator for dispensing the fluid from the dispenser; the dispenser alterable between: (i) a storage state in which the dispenser is detachably coupled to the toothbrush; and (ii) an application state in which the dispenser is separated from the toothbrush; and one of the toothbrush or the dispenser comprising a key (307A, 307B) and the other of the toothbrush or the dispenser comprising a recess (250A, 250B), and wherein the key (307A, 307B) mates with the recess (250A, 250B) when the dispenser is in the storage state so as to prohibit rotation of the rotatable actuator relative to the toothbrush.
A meter display device for a vehicle comprising: a pointer body having a pointer position changed by shifting in a predetermined array direction in accordance with a continuously changing vehicle state to indicate the vehicle state; a display plate having a plurality of index portions configured to indicate the vehicle state at different levels, wherein the index portions are aligned at intervals in the array direction, and can change lighting modes individually; and a controller configured to change, in accordance with the vehicle state while the vehicle is traveling, the lighting modes of the plurality of index portions into lighting modes for a regular state, in which the index portions indicate the same vehicle state as the pointer body, characterised in that when a predetermined condition is satisfied, the controller is configured to bring the lighting modes of the plurality of index portions into lighting modes different from the lighting modes for the regular state. a pointer body having a pointer position changed by shifting in a predetermined array direction in accordance with a continuously changing vehicle state to indicate the vehicle state; a display plate having a plurality of index portions configured to indicate the vehicle state at different levels, wherein the index portions are aligned at intervals in the array direction, and can change lighting modes individually; and a controller configured to change, in accordance with the vehicle state while the vehicle is traveling, the lighting modes of the plurality of index portions into lighting modes for a regular state, in which the index portions indicate the same vehicle state as the pointer body, characterised in that when a predetermined condition is satisfied, the controller is configured to bring the lighting modes of the plurality of index portions into lighting modes different from the lighting modes for the regular state.
A client packet processing method, applicable for a source node device, comprising: slicing and encapsulating a client packet based on a preset slice length, and adding a tag value to each slice, wherein the tag value is used to identify characteristic information of the client packet in the slice; and outputting encapsulated slices; characterized in that slicing and encapsulating the client packet according to the preset slice length comprises: in response to information amount of the client packet being less than the preset slice length, encapsulating the client packet after filling positions that fall short of the preset slice length with idle information; and in response to one slice comprising multiple client packets of the same client, encapsulating a length of the client packet before each client packet in the slice. slicing and encapsulating a client packet based on a preset slice length, and adding a tag value to each slice, wherein the tag value is used to identify characteristic information of the client packet in the slice; and outputting encapsulated slices; characterized in that slicing and encapsulating the client packet according to the preset slice length comprises: in response to information amount of the client packet being less than the preset slice length, encapsulating the client packet after filling positions that fall short of the preset slice length with idle information; and in response to one slice comprising multiple client packets of the same client, encapsulating a length of the client packet before each client packet in the slice. in response to information amount of the client packet being less than the preset slice length, encapsulating the client packet after filling positions that fall short of the preset slice length with idle information; and in response to one slice comprising multiple client packets of the same client, encapsulating a length of the client packet before each client packet in the slice.
A method for preparing a sleeve for a drum for use in forming, pressing or molding a fibrous web wherein the method comprises forming the sleeve by stereolitography, further comprising applying a coating to the sleeve following the stereolitography stage and using vacuum during the application of the coating.
A device for bending a split pin for positionally securing a workpiece, in particular for rotationally securing a nut, preferably a castellated nut, having: a tool body; a holding component for holding the split pin during a bending procedure, wherein the holding component is mounted so as to be rotatable on the tool body; and a bending element which is disposed on the tool body such that one end of a split pin that is held on the holding component is able to be bent, in particular in a form-fitting manner in relation to the workpiece, by a relative rotation between the holding component and the tool on the bending element, characterized by: a mechanism for converting a pivoting movement between two handle parts (38, 40) of the tool body to a translatory movement of the holding component, in particular in a direction to the bending element or away from the latter. a tool body; a holding component for holding the split pin during a bending procedure, wherein the holding component is mounted so as to be rotatable on the tool body; and a bending element which is disposed on the tool body such that one end of a split pin that is held on the holding component is able to be bent, in particular in a form-fitting manner in relation to the workpiece, by a relative rotation between the holding component and the tool on the bending element, characterized by: a mechanism for converting a pivoting movement between two handle parts (38, 40) of the tool body to a translatory movement of the holding component, in particular in a direction to the bending element or away from the latter.
Refrigerator, in particular household refrigerator, having an interior container with a front-side opening, which can be closed by a door leaf, for removing and/or depositing refrigeration articles, and a pull-out container for refrigeration articles, as well as bearing means for the pull-out bearing of the container for refrigeration articles in the interior container, wherein the bearing means has a runner (8a, 8b) on opposing side walls of the container for refrigeration articles in a rear-side region of the container for refrigeration articles in each case, and has at least one sliding bearing location (6a, 6b, 6c) in a centre-side and/or front-side region of the container for refrigeration articles, wherein the runner (8a, 8b) and the at least one sliding bearing location (6a, 6b, 6c) are supported on at least one counter-bearing surface of the interior container, characterised in that the sliding bearing locations (6a, 6b, 6c) and/or the runners (8a, 8b) are attached to separate retaining components (10a, 10b, 10c, 10d), and the separate retaining components have latching means or clamping means for their attachment to the container for refrigeration articles.
Unit consisting of a main part with a glazed-in conductor, comprising a main part having at least one opening, at least one conductor (12, 1261), in particular a substantially pin-shaped conductor (12, 1261), and a glass or glass-ceramic material (14, 1262), wherein the at least one conductor (12, 1261) in the glass or glass-ceramic material (14, 1262) is guided through the opening of the main part and is vitrified therein, characterized in that the main part has at least two circumferential grooves (100, 102) and/or depressions at a distance A from one another, wherein a first groove and/or depression is arranged in a first main part surface and a second groove and/or depression is arranged in an opposite second main part surface, as a result of which a thermal barrier is provided and the main part is designed to be deformable in a spring-like, in particular accordion-like, manner when subjected to a mechanical load in the direction perpendicular to the axis of the conductor.
An electroacoustic transducer for headphones comprising a dielectric membrane with a flat voice coil fixed thereon and a flat magnetic system comprising magnets, the flat magnetic system being mounted on at least one side of the membrane and being configured so that the magnetic field can interact with the voice coil, wherein the magnetic system comprises axially magnetized closed magnets in the form of ring magnets or oval magnets or rectangular magnets, spaced in concentric relationship and located in an area of the entrance to the ear canal of a human ear auricle during use, the magnetic system further comprising at least two arc-shaped magnets having the shape of annular sectors placed concentrically to the closed magnets and located above the closed magnets in an area of the auricle of the human ear, and the voice coil comprises at least one part, which is located in the area of the closed magnets and follows the shape of the closed magnets, and the second part, which is located in the area of the arc-shaped magnets, follows the shape of the arc-shaped magnets and is meander-shaped.
A Method for initiating a function of a component of a vehicle comprising the steps: receiving a wirelessly transmitted data signal representing an input of a user to an object and/or the presence of the object inside the vehicle or its vicinity; comparing the data signal with previously recorded reference data; initiating the function of the component if the comparison results that the data signal is at least essentially identical to at least a subset of the previously recorded reference data; wherein the data signal comprises object image data representing the object and wherein the object image data comprises an object identification-code for identifying the object; wherein the method further comprises the steps: comparing the object image data with previously recorded reference image data of the object; initiating the function if the comparison results that the object image data is at least essentially identical to at least a subset of the previously recorded reference image data of the object; comparing the identification code with a previously recorded reference identification-code; and initiating the function if the comparison results that the object identification-code is identical to the previously recorded reference identification-code. receiving a wirelessly transmitted data signal representing an input of a user to an object and/or the presence of the object inside the vehicle or its vicinity; comparing the data signal with previously recorded reference data; initiating the function of the component if the comparison results that the data signal is at least essentially identical to at least a subset of the previously recorded reference data; wherein the data signal comprises object image data representing the object and wherein the object image data comprises an object identification-code for identifying the object; wherein the method further comprises the steps: comparing the object image data with previously recorded reference image data of the object; initiating the function if the comparison results that the object image data is at least essentially identical to at least a subset of the previously recorded reference image data of the object; comparing the identification code with a previously recorded reference identification-code; and initiating the function if the comparison results that the object identification-code is identical to the previously recorded reference identification-code. comparing the object image data with previously recorded reference image data of the object; initiating the function if the comparison results that the object image data is at least essentially identical to at least a subset of the previously recorded reference image data of the object; comparing the identification code with a previously recorded reference identification-code; and initiating the function if the comparison results that the object identification-code is identical to the previously recorded reference identification-code.