mhurhangee/ep-ind-claims huggingface dataset:
A control center function unit having a drawing interlock mechanism comprising: an opening/closing operation rod for performing, through rotation, switching operation between opening and closing of a circuit breaker; a rotation cam which is connected with the opening/closing operation rod and is configured to perform a rotational movement, the rotation cam being provided with a first guide for assisting the rotational movement; and an interlock rod which is connected with the rotation cam and is configured to convert the rotational movement of the rotation cam into a linear movement, the interlock rod having a bent plate shape, the interlock rod being provided with a second guide for assisting the linear movement, and configured such that, when the circuit breaker is closed, a part of the interlock rod is engageable with an engagement hole (12, 16) formed in a control center housing, wherein a metal fitting having a round hole corresponding to the rotational movement of the rotation cam and an elongated hole corresponding to the linear movement of the interlock rod is provided so as to surround a periphery of the opening/closing operation rod, characterized in that the assisting for the rotational movement by the first guide is performed by sliding of the first guide along an arc-shaped edge of the round hole, and the assisting for the linear movement by the second guide is performed by sliding of the second guide along an edge of the elongated hole. an opening/closing operation rod for performing, through rotation, switching operation between opening and closing of a circuit breaker; a rotation cam which is connected with the opening/closing operation rod and is configured to perform a rotational movement, the rotation cam being provided with a first guide for assisting the rotational movement; and an interlock rod which is connected with the rotation cam and is configured to convert the rotational movement of the rotation cam into a linear movement, the interlock rod having a bent plate shape, the interlock rod being provided with a second guide for assisting the linear movement, and configured such that, when the circuit breaker is closed, a part of the interlock rod is engageable with an engagement hole (12, 16) formed in a control center housing, wherein a metal fitting having a round hole corresponding to the rotational movement of the rotation cam and an elongated hole corresponding to the linear movement of the interlock rod is provided so as to surround a periphery of the opening/closing operation rod, characterized in that the assisting for the rotational movement by the first guide is performed by sliding of the first guide along an arc-shaped edge of the round hole, and the assisting for the linear movement by the second guide is performed by sliding of the second guide along an edge of the elongated hole.
Paste, for use in a stereolithography method for manufacturing a metal or ceramic part, comprising a metal- or ceramic-particle powder, one or more photopolymerisable precursors of a first resin, a photoinitiator and an optical additive, the optical additive being selected from silica, a polythiophene, a polyvinyl alcohol, a polypropylene and a second resin of the acrylate type, previously crosslinked and ground, the optical additive represents from 0.1% to 20% by weight with respect to the metal- or ceramic-particle powder.
A portable wireless mobile phone computing device programmed with a software application that enables digital music content to be downloaded and used on the mobile phone computing device; in which (a) the application enables an end-user to browse and search music content on a remote server using a wireless network; and to download music content from that remote server using the wireless network; (b) the application includes or interacts with a digital rights management program (i) to enable unlimited legal downloads of different music tracks to the mobile phone device whilst a subscription service between the mobile phone device and the remote server is valid for the mobile phone device or user associated with that mobile phone device and (ii) to enable any of those tracks stored on the mobile phone device to be played so long as the subscription service has not terminated, and (c) the application uses a multithreaded architecture to balance the computational demands of network and/or music track catalogue access; and the computational demands of the user interface of the application. (a) the application enables an end-user to browse and search music content on a remote server using a wireless network; and to download music content from that remote server using the wireless network; (b) the application includes or interacts with a digital rights management program (i) to enable unlimited legal downloads of different music tracks to the mobile phone device whilst a subscription service between the mobile phone device and the remote server is valid for the mobile phone device or user associated with that mobile phone device and (ii) to enable any of those tracks stored on the mobile phone device to be played so long as the subscription service has not terminated, and (c) the application uses a multithreaded architecture to balance the computational demands of network and/or music track catalogue access; and the computational demands of the user interface of the application.
An electrically heated aerosol-generating device for receiving an aerosol-forming article comprising a mouthpiece, an aerosol-forming substrate and a magnetic material, the device comprising: a heater element for heating an aerosol-forming article; an inductor; and a controller for measuring an inductance of the inductor: wherein the heater element is controlled in response to a measured inductance of the inductor to provide a predetermined heating profile based on the type of aerosol-forming article, wherein the controller controls the heater element to provide the predetermined heating profile, wherein the controller is configured to select the predetermined heating profile based on a match between the measured inductance value and one of a plurality of predetermined inductance values. a heater element for heating an aerosol-forming article; an inductor; and a controller for measuring an inductance of the inductor: wherein the heater element is controlled in response to a measured inductance of the inductor to provide a predetermined heating profile based on the type of aerosol-forming article, wherein the controller controls the heater element to provide the predetermined heating profile, wherein the controller is configured to select the predetermined heating profile based on a match between the measured inductance value and one of a plurality of predetermined inductance values.
A method for operating a gas turbine comprising a compressor with annular inlet area, at least two burners, a combustion chamber (4, 14, 15) and a turbine (7, 16, 17), wherein at least one first partial intake flow, consisting of oxygen-reduced gas which has an oxygen concentration which is lower than the average oxygen concentration of the compressor intake flow, and at least one second partial intake flow, consisting of fresh air, characterized in that the first partial intake flow and the second partial intake flow are fed to the compressor in an alternating manner in the circumferential direction of the inlet area.
Valve top section for insertion in a sanitary fitting, with a head piece, in which a spindle is pivotably mounted, which protrudes with its first end from the head piece and is engaged with its second end via a pin with a control element, which is in contact with a stationary passage disc, wherein the passage disc has at least two passage openings (52, 52'), wherein the control element is designed as an adjusting block, which is dimensioned in such a manner that at least one passage opening (52, 52') can be closed by it, characterised in that the passage openings (52, 52') are each formed by the at least partial overlapping of a collecting channel, which is inserted in the passage disc (5, 5') on its upper side facing the adjusting block, with an outlet channel inserted in it on its opposite underside, wherein at least one outlet channel is circular, wherein at least one collecting channel extends on two opposite sides beyond the assigned outlet channel, wherein at least one collecting channel is of an arcuate design.
An evaporator apparatus for a heat pump, comprising: a water evaporator for evaporating water as a working liquid to generate a working vapor, the evaporator comprising an evaporation chamber and being configured to generate an evaporation pressure of less than 20 hPa within the evaporation chamber, so that the water will evaporate at temperatures below 18°C; characterized in that the water evaporator further comprises: an expander which expands, within the evaporation chamber, to at least three times a diameter of a feed line to the evaporation chamber; a reception apparatus configured to receive any working liquid overflowing over an edge of the expander; and a drain means configured to carry off the overflowing working liquid. a water evaporator for evaporating water as a working liquid to generate a working vapor, the evaporator comprising an evaporation chamber and being configured to generate an evaporation pressure of less than 20 hPa within the evaporation chamber, so that the water will evaporate at temperatures below 18°C; characterized in that the water evaporator further comprises: an expander which expands, within the evaporation chamber, to at least three times a diameter of a feed line to the evaporation chamber; a reception apparatus configured to receive any working liquid overflowing over an edge of the expander; and a drain means configured to carry off the overflowing working liquid. an expander which expands, within the evaporation chamber, to at least three times a diameter of a feed line to the evaporation chamber; a reception apparatus configured to receive any working liquid overflowing over an edge of the expander; and a drain means configured to carry off the overflowing working liquid.
Method for determining a state of charge and/or a state of health of a plurality of battery cells spatially combined into a battery pack and connected to one another by circuitry, wherein the determination of the state of charge and/or state of health is implemented by observing battery cells by means of at least one observer structure, wherein the totality of all the battery cells (n tot) is divided into groups, wherein in each case one subset (n x) of battery cells is assigned to a group, wherein the subset (n x) of a totality of battery cells (n tot) is observed and the observation takes place groupwise in an alternating fashion and furthermore the state of charge and/or state of health derived from the observation is determined for more battery cells than for the observed battery cells, wherein for at least one parameter (u) it is analyzed how large the variation (σ) of the parameters (ui) of the totality of the battery cells (n tot) is, wherein, in the case of the variation (σ) not exceeding a previously defined limiting value (σ max), an average change in the parameter (Δυ k) is used for the determination of the respective state of charge and/or state of health of all the battery cells of the totality of the battery cells (n tot).
A method of selecting a device for audio processing, the method comprising: receiving a first wakeword confidence metric from a first device that includes at least a first microphone, the first wakeword confidence metric corresponding to a first local maximum of a first plurality of wakeword confidence values determined by the first device; receiving a second wakeword confidence metric from a second device that includes at least a second microphone, the second wakeword confidence metric corresponding to a second local maximum of a second plurality of wakeword confidence values determined by the second device; comparing the first wakeword confidence metric and the second wakeword confidence metric; and selecting a device for subsequent audio processing based, at least in part, on a comparison of the first wakeword confidence metric and the second wakeword confidence metric, the method being characterised in that a local maximum is determined subsequent to determining that a wakeword confidence value exceeds a wakeword detection start threshold, wherein a local maximum is determined by detecting a decrease in a wakeword confidence value after a previous wakeword confidence value has exceeded the wakeword detection start threshold. receiving a first wakeword confidence metric from a first device that includes at least a first microphone, the first wakeword confidence metric corresponding to a first local maximum of a first plurality of wakeword confidence values determined by the first device; receiving a second wakeword confidence metric from a second device that includes at least a second microphone, the second wakeword confidence metric corresponding to a second local maximum of a second plurality of wakeword confidence values determined by the second device; comparing the first wakeword confidence metric and the second wakeword confidence metric; and selecting a device for subsequent audio processing based, at least in part, on a comparison of the first wakeword confidence metric and the second wakeword confidence metric, the method being characterised in that a local maximum is determined subsequent to determining that a wakeword confidence value exceeds a wakeword detection start threshold, wherein a local maximum is determined by detecting a decrease in a wakeword confidence value after a previous wakeword confidence value has exceeded the wakeword detection start threshold.
A RAM inlet header and heat exchanger within the RAM inlet header, comprising: a body through which RAM air flows from an inlet toward said heat exchanger; a nozzle body arranged along a wall of the body to be extendable into and retractable from an interior of the body, the nozzle body being configured to form a curtain of cooled air along the wall when extended into the interior and to thereby direct the curtain of cooled air into flows of the RAM air and toward the heat exchanger, the nozzle body comprising: a first body, which is formed to define a first flowpath and which is extendable in a first direction from the wall of the body; a second body, which is formed to define a second flowpath and which is extendable in a second direction along a plane of the wall of the body; the RAM inlet header being characterized in that: a curved body is interposed between the first and second bodies by which the second flowpath is receptive of fluid from the first flowpath; wherein the nozzle is electro magnetically, hydraulically or pneumatically extendable and retractable. a body through which RAM air flows from an inlet toward said heat exchanger; a nozzle body arranged along a wall of the body to be extendable into and retractable from an interior of the body, the nozzle body being configured to form a curtain of cooled air along the wall when extended into the interior and to thereby direct the curtain of cooled air into flows of the RAM air and toward the heat exchanger, the nozzle body comprising: a first body, which is formed to define a first flowpath and which is extendable in a first direction from the wall of the body; a second body, which is formed to define a second flowpath and which is extendable in a second direction along a plane of the wall of the body; the RAM inlet header being characterized in that: a curved body is interposed between the first and second bodies by which the second flowpath is receptive of fluid from the first flowpath; wherein the nozzle is electro magnetically, hydraulically or pneumatically extendable and retractable. a first body, which is formed to define a first flowpath and which is extendable in a first direction from the wall of the body; a second body, which is formed to define a second flowpath and which is extendable in a second direction along a plane of the wall of the body; the RAM inlet header being characterized in that: a curved body is interposed between the first and second bodies by which the second flowpath is receptive of fluid from the first flowpath; wherein the nozzle is electro magnetically, hydraulically or pneumatically extendable and retractable. a curved body is interposed between the first and second bodies by which the second flowpath is receptive of fluid from the first flowpath; wherein the nozzle is electro magnetically, hydraulically or pneumatically extendable and retractable.
A personal care product wherein the personal care product is selected from a diaper, a feminine hygiene product and an adult incontinence product, the personal care product comprising a substrate comprising at least a soil adhering compound imparting adherence for exudates to said substrate, or a composition comprising at least the soil adhering compound in an amount ranging from 10% to 99%, said compound being a solid non-ionic compound of formula: R 1 -CO- -R 2 wherein R 1 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein R 2 is selected from: (a) -O-CO-R 3 wherein R 3 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; or (b) wherein R 4 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein R 5 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein A, B and B' are independently selected from: a polymer or copolymer of ethylene oxide, propylene oxide, butylene oxide, hydroxypropylene oxide wherein said polymer or said copolymer comprises from 2 to 200 monomers, wherein the soil adhering compound or the composition comprising the soil adhering compound is applied to the substrate in an amount ranging from 0.05 mg/cm 2 to 6.4 mg/cm 2 (mg of composition per square centimeter of coated substrate), and wherein the soil adhering compound is substantially not transferable to a user. wherein R 1 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein R 2 is selected from: (a) -O-CO-R 3 wherein R 3 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; or (b) wherein R 4 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein R 5 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; (a) -O-CO-R 3 wherein R 3 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; or (b) wherein R 4 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein R 5 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein R 4 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein R 5 is a C 12 -C 22 hydrocarbyl or C 12 -C 22 substituted hydrocarbyl group; wherein A, B and B' are independently selected from: a polymer or copolymer of ethylene oxide, propylene oxide, butylene oxide, hydroxypropylene oxide wherein said polymer or said copolymer comprises from 2 to 200 monomers,
A process for carrying out ammonia dissociation in a reactor for ammonia splitting according to the endothermic reaction 2NH 3 <-> N 2 + 3H 2 catalyzed by a ferromagnetic catalyst, wherein inductive heating is used to supply the necessary heat, wherein the catalyst is based on Fe and/or Co, and wherein the inductive heating is obtained by surrounding the catalyst bed with an induction coil to which an alternating current is applied, which is placed inside the reactor wall and has direct electrical contact to the catalyst.
A hybrid drill bit comprising: a bit body with an axis; at least one blade (23, 25, 27) extending longitudinally and radially outward from the bit body; at least one rolling cutter assembly (29, 31, 33) mounted on the bit body; at least one primary cutter (41, 43, 45) including a cutting surface protruding at least partially from the at least one blade (23, 25, 27) and located to traverse a cutting path upon rotation of the bit body about the axis and configured to engage a formation upon movement along the cutting path; and at least one first backup cutter and at least one second backup cutter, wherein each of the first and second backup cutters (53, 53') includes a cutting surface protruding at least partially from the at least one blade (23, 25, 27), and wherein each of the first and second backup cutters (53, 53') is positioned to substantially follow the at least one primary cutter (41, 43, 45) along the cutting path upon rotation of the bit body about its axis; characterized in that the at least one first backup cutter and the at least one second backup cutter have a side rake angle (55, 76A, 76B) such that the at least one first backup cutter and the at least one second backup cutter are oriented in a same direction. a bit body with an axis; at least one blade (23, 25, 27) extending longitudinally and radially outward from the bit body; at least one rolling cutter assembly (29, 31, 33) mounted on the bit body; at least one primary cutter (41, 43, 45) including a cutting surface protruding at least partially from the at least one blade (23, 25, 27) and located to traverse a cutting path upon rotation of the bit body about the axis and configured to engage a formation upon movement along the cutting path; and at least one first backup cutter and at least one second backup cutter, wherein each of the first and second backup cutters (53, 53') includes a cutting surface protruding at least partially from the at least one blade (23, 25, 27), and wherein each of the first and second backup cutters (53, 53') is positioned to substantially follow the at least one primary cutter (41, 43, 45) along the cutting path upon rotation of the bit body about its axis; characterized in that the at least one first backup cutter and the at least one second backup cutter have a side rake angle (55, 76A, 76B) such that the at least one first backup cutter and the at least one second backup cutter are oriented in a same direction.