mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle power source apparatus comprising: a driving battery to be mounted in a vehicle; an auxiliary apparatus battery arranged to supply electric power to an auxiliary apparatus of the vehicle, and wherein a negative side of the auxiliary battery is to be grounded; a DC power conversion unit in a case and arranged to supply electric power from the driving battery to the auxiliary apparatus battery ; a control unit arranged to control the DC power conversion unit ; a first connection means that connects the driving battery with the DC power conversion unit and is protected by a shield , wherein the shield is electrically connected to the case of the DC power conversion unit , and the shield is to be grounded; a second connection means that connects the DC power conversion unit with the negative side of the auxiliary apparatus battery ; and a detection means arranged to detect a connection abnormality in the second connection means , wherein the control unit is arranged to control the output of the DC power conversion unit so that the detection means does not detect a connection abnormality. a driving battery to be mounted in a vehicle; an auxiliary apparatus battery arranged to supply electric power to an auxiliary apparatus of the vehicle, and wherein a negative side of the auxiliary battery is to be grounded; a DC power conversion unit in a case and arranged to supply electric power from the driving battery to the auxiliary apparatus battery ; a control unit arranged to control the DC power conversion unit ; a first connection means that connects the driving battery with the DC power conversion unit and is protected by a shield , wherein the shield is electrically connected to the case of the DC power conversion unit , and the shield is to be grounded; a second connection means that connects the DC power conversion unit with the negative side of the auxiliary apparatus battery ; and a detection means arranged to detect a connection abnormality in the second connection means , wherein the control unit is arranged to control the output of the DC power conversion unit so that the detection means does not detect a connection abnormality.
A method for validation of transaction policy compliance comprising: implementing, by an authority, code, including a transaction policy compliance check, in a form of a trusted application to be executed in a trusted execution environment, TEE; attesting and provisioning, by the authority, a secret to a trusted application instance in the TEE, the trusted application instance being an instance of the trusted application that executes the authority code; deriving, by the authority, from the secret a corresponding public certificate and making the public certificate available to verifying nodes of a distributed ledger system ; executing the trusted application instance on a client transaction request to generate a policy compliance result; producing, by the trusted application instance , a digital signature as a proof of the execution of the authority code, and generating a transaction object including the policy compliance result and the proof of the execution; proposing the transaction object to the distributed ledger system ; and verifying, by verifying nodes of the distributed ledger system using the public certificate, the policy compliance result and the digital signature produced by the trusted application instance as the proof of the execution during transaction validation in the distributed ledger system . implementing, by an authority, code, including a transaction policy compliance check, in a form of a trusted application to be executed in a trusted execution environment, TEE; attesting and provisioning, by the authority, a secret to a trusted application instance in the TEE, the trusted application instance being an instance of the trusted application that executes the authority code; deriving, by the authority, from the secret a corresponding public certificate and making the public certificate available to verifying nodes of a distributed ledger system ; executing the trusted application instance on a client transaction request to generate a policy compliance result; producing, by the trusted application instance , a digital signature as a proof of the execution of the authority code, and generating a transaction object including the policy compliance result and the proof of the execution; proposing the transaction object to the distributed ledger system ; and verifying, by verifying nodes of the distributed ledger system using the public certificate, the policy compliance result and the digital signature produced by the trusted application instance as the proof of the execution during transaction validation in the distributed ledger system .
A method for monitoring an avionics software application , able to be executed on a platform hosting an operating system , the avionics software application comprising one or several software processing operations to be executed, the platform being intended to be on board an aircraft, the method being implemented by an electronic monitoring device and including the following steps: - monitoring the execution duration of the avionics software application , through the verification, upon expiration of a first predefined execution time (T1), then upon expiration of a second predefined execution time (T2), of the completion of the execution of at least one software processing operation of the avionics software application , the second predefined execution time (T2) being strictly greater than the first predefined execution time (T1); and - updating a status of the avionics software application based on the monitoring of the execution duration of the avionics software application , during the step for updating the status , the status of the avionics software application is set at "contention" when the completion of the execution of the corresponding software processing operation(s) of the avionics software application has been detected after the expiration of the first predefined execution time (T1) and before the expiration of the second predefined execution time (T2). - monitoring the execution duration of the avionics software application , through the verification, upon expiration of a first predefined execution time (T1), then upon expiration of a second predefined execution time (T2), of the completion of the execution of at least one software processing operation of the avionics software application , the second predefined execution time (T2) being strictly greater than the first predefined execution time (T1); and - updating a status of the avionics software application based on the monitoring of the execution duration of the avionics software application ,
A method of performing communication in a telecommunication system including a user equipment , a radio access network , an access and mobility management function and a user plane function , comprising the steps of: - at the access and mobility management function , receiving from the user equipment a Non-Access Stratum, NAS, packet data unit, PDU, carrying uplink data, wherein the uplink data includes infrequent small data; - at the access and mobility management function , after receiving NAS message from the user equipment, transmitting the uplink data to the user plane function , wherein the NAS PDU encapsulates a PDU session ID or Single-Network Assistance Slice Selection Information, S-NASSI, wherein the access and mobility management function transmits the uplink data to the user plane function via an interface (Nx) between the access and mobility management function and the user plane function , wherein the access and mobility management function transmits the uplink data to the user plane function via a session management function of the telecommunication system, wherein, upon receiving the NAS PDU from the user equipment , the access and mobility management function transmits a PDU session create request to the session management function , wherein the PDU session create request includes the uplink data, wherein the PDU session create request contains a PDU session ID, Data Network Name, DNN, and/or Single-Network Assistance Slice Selection Information, S-NASSI, wherein, when receiving a PDU session create request including the DNN and the S-NASSI, the session management function selects the user plane function based on the DNN and the S-NSSAI. - at the access and mobility management function , receiving from the user equipment a Non-Access Stratum, NAS, packet data unit, PDU, carrying uplink data, wherein the uplink data includes infrequent small data; - at the access and mobility management function , after receiving NAS message from the user equipment, transmitting the uplink data to the user plane function , wherein the NAS PDU encapsulates a PDU session ID or Single-Network Assistance Slice Selection Information, S-NASSI, wherein the access and mobility management function transmits the uplink data to the user plane function via an interface (Nx) between the access and mobility management function and the user plane function , wherein the access and mobility management function transmits the uplink data to the user plane function via a session management function of the telecommunication system, wherein, upon receiving the NAS PDU from the user equipment , the access and mobility management function transmits a PDU session create request to the session management function , wherein the PDU session create request includes the uplink data, wherein the PDU session create request contains a PDU session ID, Data Network Name, DNN, and/or Single-Network Assistance Slice Selection Information, S-NASSI, wherein, when receiving a PDU session create request including the DNN and the S-NASSI, the session management function selects the user plane function based on the DNN and the S-NSSAI.
A system for enhancing a lip-synchronized performance of a performer utilizing a stage microphone , comprising: a proximity sensor secured in a fixed relationship with the stage microphone , the proximity sensor generating a dynamic distance data stream dynamically representing a distance between the proximity sensor and the performer; a non-transitory computer readable medium including instructions stored therein that when executed by a processor cause the processor to dynamically modify an audio data stream of a pre-recorded audio backing track in response to the dynamic distance data stream in such a way that said dynamically modifying simulates changes in microphone signal level, proximity effect, distortion effect, and/or feedback effect in relation to corresponding changes in the distance between the stage microphone and the performer. a non-transitory computer readable medium including instructions stored therein that when executed by a processor cause the processor to dynamically modify an audio data stream of a pre-recorded audio backing track in response to the dynamic distance data stream in such a way that said dynamically modifying simulates changes in microphone signal level, proximity effect, distortion effect, and/or feedback effect in relation to corresponding changes in the distance between the stage microphone and the performer.
Luminaire , comprising: • a planar light guide element which is designed to output light, which is coupled into the light guide element via one side thereof, via a flat side which is oriented substantially perpendicularly to the light in-coupling side in a light emission direction of the luminaire , • lighting means which are arranged along the light in-coupling side of the light guide element and aligned thereon, wherein the lighting means comprise a first and a second lighting means group , wherein the light of the first lighting means group is coupled into the light guide element and is output thereby in the light emission direction, and wherein the light of the second lighting means group is deflected and output by means of optical elements in a direction opposite to the light emission direction of the luminaire , wherein the light guide element has, on its light in-coupling side , light in-coupling structures which are associated with the lighting means of the first lighting means group , the light in-coupling structures being formed by laterally protruding, lens-like projections, wherein the lighting means of the two groups are arranged alternately or alternately in sub-groups along the light in-coupling side of the light guide element , and wherein both lighting means groups are arranged on a common carrier, in particular on a common printed circuit board . • a planar light guide element which is designed to output light, which is coupled into the light guide element via one side thereof, via a flat side which is oriented substantially perpendicularly to the light in-coupling side in a light emission direction of the luminaire , • lighting means which are arranged along the light in-coupling side of the light guide element and aligned thereon, wherein the lighting means comprise a first and a second lighting means group , wherein the light of the first lighting means group is coupled into the light guide element and is output thereby in the light emission direction, and wherein the light of the second lighting means group is deflected and output by means of optical elements in a direction opposite to the light emission direction of the luminaire , wherein the light guide element has, on its light in-coupling side , light in-coupling structures which are associated with the lighting means of the first lighting means group , the light in-coupling structures being formed by laterally protruding, lens-like projections, wherein the lighting means of the two groups are arranged alternately or alternately in sub-groups along the light in-coupling side of the light guide element , and wherein both lighting means groups are arranged on a common carrier, in particular on a common printed circuit board .
Hydraulic valve having an actuating device for a control piston , wherein the hydraulic valve comprises - a housing ; - the control piston , with a cross-sectional area A K , wherein the control piston is able to be displaced in the housing in the axial direction, and a throughflow of a pressurized liquid is able to be set by way of the displacement of the control piston ; and - at least one actuating device for displacing the control piston, wherein the actuating device has a piezoelectric actuator and a pressure chamber which is filled with the pressurized liquid during operation, characterized in that the actuating device has a flexurally rigid metal plate , wherein an outer region of the metal plate is fixed to the housing in a stationary manner, and the piezoelectric actuator is able to bend a central region of the metal plate ; and wherein o the pressure chamber is delimited by the housing , the metal plate and the control piston , o the metal plate seals off the pressure chamber and the pressure chamber acts on the control piston , and o an area A P of the metal plate over the pressure chamber is greater than the cross-sectional area A K of the control piston ; wherein the hydraulic valve has two actuating devices , such that the two ends of the control piston are each actuated by one actuating device . - a housing ; - the control piston , with a cross-sectional area A K , wherein the control piston is able to be displaced in the housing in the axial direction, and a throughflow of a pressurized liquid is able to be set by way of the displacement of the control piston ; and - at least one actuating device for displacing the control piston, o the pressure chamber is delimited by the housing , the metal plate and the control piston , o the metal plate seals off the pressure chamber and the pressure chamber acts on the control piston , and o an area A P of the metal plate over the pressure chamber is greater than the cross-sectional area A K of the control piston ;
Comminuting device configured to carry out a comminution process with a comminuting rotor that is supported on a machine frame and comprises a plurality of comminuting tools on its circumference, wherein the comminuting rotor is disposed in a comminution chamber receiving comminution material and is configured to comminute the material present in the comminution chamber, further comprising a coolant system configured to introduce into the comminution chamber a liquid coolant containing at least 80% water, and comprising a control device for controlling the coolant system for setting a coolant introduction rate into the comminution chamber , wherein the control device is configured and designed to adjust an introduction rate (VS) of the liquid, water-based coolant into the comminution process to an operating parameter of the device , which is dependent on the throughput of the comminution material, in such a way that more than 60% of the cooling capacity introduced into the comminution material is provided by the latent heat of the liquid, water-based coolant, characterized in that the comminuting device comprises at least a moisture sensor for sensing a degree of moisture (FO) of the comminuted material , wherein the control device is designed to control to a predetermined desired degree of moisture or a predetermined desired moisture range of the comminuted material with a control variable (v(t)) that determines the introduction rate (VS) of the coolant.
Spray nozzle for a dishwasher , in particular household dishwasher, which is configured to generate, from an overall volume flow , at least two partial volume flows with different directional vectors , which converge to form a fan spray jet , wherein the spray nozzle comprises a flow duct for generating the at least two partial volume flows , and an exit opening , wherein the at least two partial volume flows converge at or after the exit opening , characterised in that the spray nozzle furthermore comprises a base body , which at least in sections has the shape of a truncated pyramid, which is penetrated by the flow duct and which has a top surface that is formed by a recess , wherein the exit opening is formed in at least one surface that delimits the recess .
Valve having a housing , a solenoid arranged in the housing, a pin movable by the solenoid, a closing member movable by the movement of the pin, a second housing part connected to the housing and arranged so as to surround the closing member in the closed position of the valve, wherein the second housing part has an opening in its lateral surface and has a radially encircling sealing surface at its end facing away from the housing , the second housing part has a sealing seat which is assigned to the end of the second housing part , which faces away from the housing and against which the closing member bears in the closed state of the valve, characterized in that the pin has a first driver which moves the closing member into an open position in that the pin has a second driver which holds the closing member in a closed position, and in that the two drivers are spaced apart axially so that only one driver is in contact with the closing member .
A computer implemented method for improving the process performance of an automated laboratory protocol, at least a part of which protocol requires at least one liquid handling step that is performed by using a liquid handling apparatus under the operative control of a processor, the method comprising: i. defining at least one liquid handling step in the protocol that comprises a liquid handling operation; ii. selecting at least a first and at least a second process factors for the at least one liquid handling step in the protocol, wherein the first and second process factors are different and are selected from the group consisting of: an equipment process factor; a liquid process factor; and a protocol process factor; iii. assigning parameter variations for the first and second process factors selected for investigation; iv. performing a plurality of test runs on the liquid handling apparatus to determine the effects of the parameter variations for the first and second process factors; v. analysing the results of the plurality of test runs to identify the one or more test runs that show optimal process performance; and vi. amending the automated laboratory protocol to improve process performance of the liquid handling apparatus. i. defining at least one liquid handling step in the protocol that comprises a liquid handling operation; ii. selecting at least a first and at least a second process factors for the at least one liquid handling step in the protocol, wherein the first and second process factors are different and are selected from the group consisting of: an equipment process factor; a liquid process factor; and a protocol process factor; iii. assigning parameter variations for the first and second process factors selected for investigation; iv. performing a plurality of test runs on the liquid handling apparatus to determine the effects of the parameter variations for the first and second process factors; v. analysing the results of the plurality of test runs to identify the one or more test runs that show optimal process performance; and vi. amending the automated laboratory protocol to improve process performance of the liquid handling apparatus.
A method for manufacturing a high-density integrally-molded inductor, comprising: winding an enameled wire coil to be spiral; mechanically pressing a first ferromagnetic powder into a magnetic core with a density in a range from 6.2 to 6.9 g/cm 3 ; mounting the magnetic core into a hollow cavity of the enameled wire coil; (4 mounting the enameled wire coil provided with the magnetic core into an injection mold; uniformly mixing and stirring resin glue having a concentration in a range from 70 to 80% wt, a coupling agent having a concentration in a range from 5 to 10% wt, and an accelerant having a concentration in a range from 15 to 20% wt to obtain a high-temperature resin glue; uniformly stirring a second ferromagnetic powder having a concentration in a range from 88 to 94% wt and the high-temperature resin glue having a concentration in a range from 6 to 12% wt to obtain a magnetic composite material; injecting the magnetic composite material into a mold cavity of the injection mold for molding, and solidifying the magnetic composite material for 1.5∼2.5 hours at 125∼140 degrees Celsius to obtain an outer magnet; and cooling and de-molding the outer magnet to obtain a molded inductor; characterized in that : the resin glue is a modified epoxy silicone resin, the coupling agent is a 3-Mercaptopropylmethyldimethoxysilane, the accelerant is an isophthalic diamine. winding an enameled wire coil to be spiral; mechanically pressing a first ferromagnetic powder into a magnetic core with a density in a range from 6.2 to 6.9 g/cm 3 ; mounting the magnetic core into a hollow cavity of the enameled wire coil; (4 mounting the enameled wire coil provided with the magnetic core into an injection mold; uniformly mixing and stirring resin glue having a concentration in a range from 70 to 80% wt, a coupling agent having a concentration in a range from 5 to 10% wt, and an accelerant having a concentration in a range from 15 to 20% wt to obtain a high-temperature resin glue; uniformly stirring a second ferromagnetic powder having a concentration in a range from 88 to 94% wt and the high-temperature resin glue having a concentration in a range from 6 to 12% wt to obtain a magnetic composite material; injecting the magnetic composite material into a mold cavity of the injection mold for molding, and solidifying the magnetic composite material for 1.5∼2.5 hours at 125∼140 degrees Celsius to obtain an outer magnet; and cooling and de-molding the outer magnet to obtain a molded inductor; characterized in that : the resin glue is a modified epoxy silicone resin, the coupling agent is a 3-Mercaptopropylmethyldimethoxysilane, the accelerant is an isophthalic diamine.