mhurhangee/patent-ind-claim-en huggingface dataset:
A data verification method, applied to a first device, comprising: receiving, from a second device, fingerprint information of N data slices of to-be-sent data of a second device, wherein the N data slices are obtained by slicing the to-be-sent data; and in the fingerprint information, first fingerprint information corresponding to an i th data slice is obtained in the second device by updating second fingerprint information corresponding to an (i-1) th data slice with the i th data slice, and both N and i are integers greater than 1, i is less than N; receiving, the i th data slice from the second device; updating, the received second fingerprint information with the i th data slice to obtain third fingerprint information; and sending, data verification failure indication information to the second device in response to the third fingerprint information not matching the received first fingerprint information, wherein the data verification failure indication information comprises information indicating the i th data slice. receiving, from a second device, fingerprint information of N data slices of to-be-sent data of a second device, wherein the N data slices are obtained by slicing the to-be-sent data; and in the fingerprint information, first fingerprint information corresponding to an i th data slice is obtained in the second device by updating second fingerprint information corresponding to an (i-1) th data slice with the i th data slice, and both N and i are integers greater than 1, i is less than N; receiving, the i th data slice from the second device; updating, the received second fingerprint information with the i th data slice to obtain third fingerprint information; and sending, data verification failure indication information to the second device in response to the third fingerprint information not matching the received first fingerprint information, wherein the data verification failure indication information comprises information indicating the i th data slice.
A fuel head assembly for directing pulverized solid fuel entrained in an airstream into a furnace, the fuel head assembly comprising: a casing being a generally surrounding a curved central path, the casing having a top, bottom, a left side, a right side, a front side and back side, the casing having an inlet port on its front side, an outlet port on its bottom side, and an elbow opening between the inlet port and the outlet port on its back side; a back cover removably attached to the casing closing the elbow opening and creating tubular conduit fluidically coupling the inlet port to the outlet port ; a casing liner that can be removed through the elbow opening and that is made of wear-resistant material and disposed within the tubular conduit , the casing liner having at least one curved vane curved in an arcuate direction extending at least partially between the inlet port and the outlet port for directing the pulverized solid fuel and airstream from the inlet port to the outlet port and away from internal surfaces of the casing , characterized in that the outlet port is having an outlet port flange formed in one piece and configured such that the outlet port flange does not need to be disconnected from the nozzle assembly during replacement of the liner and in that the back cover and the liner are configured such that the back cover and the liner can be removed in a substantially horizontal direction. a casing being a generally surrounding a curved central path, the casing having a top, bottom, a left side, a right side, a front side and back side, the casing having an inlet port on its front side, an outlet port on its bottom side, and an elbow opening between the inlet port and the outlet port on its back side; a back cover removably attached to the casing closing the elbow opening and creating tubular conduit fluidically coupling the inlet port to the outlet port ; a casing liner that can be removed through the elbow opening and that is made of wear-resistant material and disposed within the tubular conduit , the casing liner having at least one curved vane curved in an arcuate direction extending at least partially between the inlet port and the outlet port for directing the pulverized solid fuel and airstream from the inlet port to the outlet port and away from internal surfaces of the casing , characterized in that the outlet port is having an outlet port flange formed in one piece and configured such that the outlet port flange does not need to be disconnected from the nozzle assembly during replacement of the liner and in that the back cover and the liner are configured such that the back cover and the liner can be removed in a substantially horizontal direction.
A system for spraying a hot-melt adhesive onto glued surfaces comprising a melter to heat the hot-melt adhesive, an air compressor , a power and control system and a gun having a nozzle with a hot-melt adhesive outlet or orifice and a compressed air outlet and connected to the melter by a pipe with screw connectors , through which a hot-melt adhesive being heated flows, and connected to the air compressor by an air pipe with screw connectors through which a pressurized compressed air flows, wherein the pipe , through which flows the hot-melt adhesive having a viscosity between 2500 mPa*s and 7000 mPa*s and a temperature between 120°C and 200°C, and a density between 0,8 kg/dcm 3 and 1,4 kg/dcm 3 , and the air pipe are fitted in an insulating layer of a connection hose , and wherein the throughput of the pipe through which the hot-melt adhesive being heated flows is between 0,5 kg/h and 1,5 kg/h, while the air pipe has a throughput between 0,1 m 3 /min and 0,6 m 3 /min characterised in that at least one heater and at least one temperature sensor are located inside the gun's walls, which are in contact with a hot-melt adhesive container , and the heater and the temperature sensor are fitted in recesses (33, 38, respectively) placed in a wall separating the hot melt adhesive container from an inner chamber of the gun . a melter to heat the hot-melt adhesive, an air compressor , a power and control system and a gun having a nozzle with a hot-melt adhesive outlet or orifice and a compressed air outlet and connected to the melter by a pipe with screw connectors , through which a hot-melt adhesive being heated flows, and connected to the air compressor by an air pipe with screw connectors through which a pressurized compressed air flows, wherein the pipe , through which flows the hot-melt adhesive having a viscosity between 2500 mPa*s and 7000 mPa*s and a temperature between 120°C and 200°C, and a density between 0,8 kg/dcm 3 and 1,4 kg/dcm 3 , and the air pipe are fitted in an insulating layer of a connection hose , and wherein the throughput of the pipe through which the hot-melt adhesive being heated flows is between 0,5 kg/h and 1,5 kg/h, while the air pipe has a throughput between 0,1 m 3 /min and 0,6 m 3 /min characterised in that at least one heater and at least one temperature sensor are located inside the gun's walls, which are in contact with a hot-melt adhesive container , and the heater and the temperature sensor are fitted in recesses (33, 38, respectively) placed in a wall separating the hot melt adhesive container from an inner chamber of the gun .
A method for estimating a parameter of a secondary battery of an electric vehicle or a hybrid vehicle, the method comprising: regeneration charging the secondary battery according to a pattern in which the charging current increases from zero to a peak value and then gradually decreases back to zero, wherein the increase of the charging current from zero to the peak value is caused by a brake being pushed and the gradual decrease back to zero is caused by the brake being pulled; measuring (S20) a plurality of current-voltage data while the charging current decreases from the peak value back to zero during the regeneration charging of the secondary battery after an operation mode of the secondary battery changes from a discharging mode to a charging mode; calculating (S30) a linear approximation equation representing a correlation between the current and the voltage from the plurality of measured current-voltage data; and estimating (S40) a Y intercept, denoting the voltage when the current of the secondary battery is zero, of the linear approximation equation as an open-circuit voltage of the secondary battery. regeneration charging the secondary battery according to a pattern in which the charging current increases from zero to a peak value and then gradually decreases back to zero, wherein the increase of the charging current from zero to the peak value is caused by a brake being pushed and the gradual decrease back to zero is caused by the brake being pulled; measuring (S20) a plurality of current-voltage data while the charging current decreases from the peak value back to zero during the regeneration charging of the secondary battery after an operation mode of the secondary battery changes from a discharging mode to a charging mode; calculating (S30) a linear approximation equation representing a correlation between the current and the voltage from the plurality of measured current-voltage data; and estimating (S40) a Y intercept, denoting the voltage when the current of the secondary battery is zero, of the linear approximation equation as an open-circuit voltage of the secondary battery.
A computer-implemented method of generating a digital twin (DTW) comprising, a.) providing a digital twin modular system (DTS), said digital-twin modular system (DTS) comprising a digital-twin-modules (DTM) being adapted or being adaptable to digital-twin-features (DTF), said digital-twin-features (DTF) relating to at least one of: calculation properties (CPR), scope of simulation (SCS), model architecture (MAT), communication safety (CMS), accessibility (ACB), data storage (DST), encryption functions (ECF), resource allocation (RAL), hardware requirements (HRQ), the method being characterised by the steps b.) providing a tuning module (TMD), wherein said tuning module (TMD) comprises a tuning module parameter-set (TMS), wherein said tuning module parameter-set (TMS) comprises tuning module parameters (TMP) respectively corresponding to at least one of said digital twin features (DTF), c.) generating a digital twin (DTW) by using said tuning module (TMD) performing the steps of selecting, configuring and combining digital-twin-modules (DTM) of said digital twin modular system (DTS) according to said tuning module parameters (TMP). a.) providing a digital twin modular system (DTS), said digital-twin modular system (DTS) comprising a digital-twin-modules (DTM) being adapted or being adaptable to digital-twin-features (DTF), said digital-twin-features (DTF) relating to at least one of: calculation properties (CPR), scope of simulation (SCS), model architecture (MAT), communication safety (CMS), accessibility (ACB), data storage (DST), encryption functions (ECF), resource allocation (RAL), hardware requirements (HRQ), the method being characterised by the steps b.) providing a tuning module (TMD), wherein said tuning module (TMD) comprises a tuning module parameter-set (TMS), wherein said tuning module parameter-set (TMS) comprises tuning module parameters (TMP) respectively corresponding to at least one of said digital twin features (DTF), wherein said tuning module (TMD) comprises a tuning module parameter-set (TMS), wherein said tuning module parameter-set (TMS) comprises tuning module parameters (TMP) respectively corresponding to at least one of said digital twin features (DTF), c.) generating a digital twin (DTW) by using said tuning module (TMD) performing the steps of selecting, configuring and combining digital-twin-modules (DTM) of said digital twin modular system (DTS) according to said tuning module parameters (TMP).
A pill dispenser for dispensing medications, vitamins and/or dietary supplements comprising: (a) a core having a plurality of outward-facing compartments arranged about a central axis, said compartments being arranged in a plurality of rows extending parallel to said central axis, each row being subdivided into a plurality of compartments, each compartment together with corresponding compartments of other rows forming a layer of compartments arrayed around the central axis; (b) a first sleeve overlying said core and coaxial with said core, said first sleeve having an elongated slot extending parallel to said central axis, said core being rotatable relative to said first sleeve so that said elongated slot is aligned selectively with one of said rows of compartments of said core; and (c) a second sleeve coaxial with said first sleeve , said second sleeve having a pattern of staggered openings , each of said staggered openings being positioned in an axial direction to align with a corresponding one of said layers, said second sleeve being rotatable relative to both said core and said first sleeve to bring each of said staggered openings selectively into alignment with said elongated slot , thereby providing access to one of said compartments of said core while all other compartments of said core remain closed, wherein said core comprises a plurality of axially removable cartridges , each cartridge including at least one of said rows of said compartments , and wherein said removable cartridges can be inserted while said compartments contain pills. (a) a core having a plurality of outward-facing compartments arranged about a central axis, said compartments being arranged in a plurality of rows extending parallel to said central axis, each row being subdivided into a plurality of compartments, each compartment together with corresponding compartments of other rows forming a layer of compartments arrayed around the central axis; (b) a first sleeve overlying said core and coaxial with said core, said first sleeve having an elongated slot extending parallel to said central axis, said core being rotatable relative to said first sleeve so that said elongated slot is aligned selectively with one of said rows of compartments of said core; and (c) a second sleeve coaxial with said first sleeve , said second sleeve having a pattern of staggered openings , each of said staggered openings being positioned in an axial direction to align with a corresponding one of said layers, said second sleeve being rotatable relative to both said core and said first sleeve to bring each of said staggered openings selectively into alignment with said elongated slot , thereby providing access to one of said compartments of said core while all other compartments of said core remain closed,
A method for layer-by-layer formation of a free-standing metallic part comprising: (a) forming an article comprising plurality of layers via a binder jetting process, wherein: each of the plurality of layers comprise metallic alloy particles and a binder; said metallic alloy particles include a metal alloy of the following composition, in weight percent: 17.0<Cr<22.0, 8.0<Mo<12.0. 2.0<B<5.0, 3.0<W<7.0, 0.5<C<2.0, 1.0<Mn<4.0, 1.0<Si<3.0, balance Fe, and inevitable impurities; (b) heating said article to produce a cured article having a porosity of 20 to 60%, wherein said heating cures said binder and forms bonds between said metallic alloy particles; (c) sintering said cured article, wherein said sintering comprises heating said cured article to remove said binder, sintering, and cooling at a rate of less than 5 °C/minute to form a porous metallic skeleton; (d) infiltrating said porous metallic skeleton with a second material and forming said free-standing metallic part wherein said free-standing metallic part has a volume loss of less than or equal to 130 mm3 as measured according to ASTM G65-04 . (a) forming an article comprising plurality of layers via a binder jetting process, wherein: each of the plurality of layers comprise metallic alloy particles and a binder; said metallic alloy particles include a metal alloy of the following composition, in weight percent: 17.0<Cr<22.0, 8.0<Mo<12.0. 2.0<B<5.0, 3.0<W<7.0, 0.5<C<2.0, 1.0<Mn<4.0, 1.0<Si<3.0, balance Fe, and inevitable impurities; each of the plurality of layers comprise metallic alloy particles and a binder; said metallic alloy particles include a metal alloy of the following composition, in weight percent: 17.0<Cr<22.0, 8.0<Mo<12.0. 2.0<B<5.0, 3.0<W<7.0, 0.5<C<2.0, 1.0<Mn<4.0, 1.0<Si<3.0, balance Fe, and inevitable impurities; (b) heating said article to produce a cured article having a porosity of 20 to 60%, wherein said heating cures said binder and forms bonds between said metallic alloy particles; (c) sintering said cured article, wherein said sintering comprises heating said cured article to remove said binder, sintering, and cooling at a rate of less than 5 °C/minute to form a porous metallic skeleton; (d) infiltrating said porous metallic skeleton with a second material and forming said free-standing metallic part wherein said free-standing metallic part has a volume loss of less than or equal to 130 mm3 as measured according to ASTM G65-04 .
A system for detecting a degraded isolation impedance in a positively sourced remote load, the system comprising: a load configured to be driven by a direct current (DC) source; a controller operably connected to the load having a positive sourcing driver interface with a dedicated return having the DC source on an output leg and a dedicated return leg , the positive sourcing driver also including: a switching device configured controllably connect a DC voltage supply to the output leg of the DC voltage source; a first impedance operably connected between the output leg and ground; and a second impedance ; wherein the first impedance and the second impedance are operably connected to form a voltage divider with an isolation impedance of the load, the voltage (V x ) across the first impedance providing a voltage indicative of the isolation impedance; characterized in that the second impedance is operably connected between the dedicated return leg and a negative voltage supply ; and a clamping and limiting device operably connects the dedicated return leg and ground, the clamping device configured to limit a positive voltage on the return leg . a load configured to be driven by a direct current (DC) source; a controller operably connected to the load having a positive sourcing driver interface with a dedicated return having the DC source on an output leg and a dedicated return leg , the positive sourcing driver also including: a switching device configured controllably connect a DC voltage supply to the output leg of the DC voltage source; a first impedance operably connected between the output leg and ground; and a second impedance ; wherein the first impedance and the second impedance are operably connected to form a voltage divider with an isolation impedance of the load, the voltage (V x ) across the first impedance providing a voltage indicative of the isolation impedance; characterized in that the second impedance is operably connected between the dedicated return leg and a negative voltage supply ; and a clamping and limiting device operably connects the dedicated return leg and ground, the clamping device configured to limit a positive voltage on the return leg . a switching device configured controllably connect a DC voltage supply to the output leg of the DC voltage source; a first impedance operably connected between the output leg and ground; and a second impedance ; wherein the first impedance and the second impedance are operably connected to form a voltage divider with an isolation impedance of the load, the voltage (V x ) across the first impedance providing a voltage indicative of the isolation impedance; characterized in that the second impedance is operably connected between the dedicated return leg and a negative voltage supply ; and a clamping and limiting device operably connects the dedicated return leg and ground, the clamping device configured to limit a positive voltage on the return leg .
A method performed by a network node for handling a service request for an edge connectivity service from an application server in a communication network, wherein the application server comprises an application providing an end-user service to a user equipment, wherein the edge connectivity service is a connectivity between the application and the user equipment accessing the end-user service, the method comprising: - configuring the application with the edge connectivity service for the user equipment, wherein configuring comprises: - setting up configuration for the edge connectivity service by negotiating with the application server for determining the configuration of the edge connectivity service and by registering the edge connectivity service with the configuration for the application; - receiving the service request for the edge connectivity service from the application server , wherein the service request comprises an indication of the user equipment; and - setting up a configuration of one or more radio network nodes of a radio access network for providing the edge connectivity service to the user equipment. - configuring the application with the edge connectivity service for the user equipment, wherein configuring comprises: - setting up configuration for the edge connectivity service by negotiating with the application server for determining the configuration of the edge connectivity service and by registering the edge connectivity service with the configuration for the application; - receiving the service request for the edge connectivity service from the application server , wherein the service request comprises an indication of the user equipment; and - setting up a configuration of one or more radio network nodes of a radio access network for providing the edge connectivity service to the user equipment. - setting up configuration for the edge connectivity service by negotiating with the application server for determining the configuration of the edge connectivity service and by registering the edge connectivity service with the configuration for the application; - receiving the service request for the edge connectivity service from the application server , wherein the service request comprises an indication of the user equipment; and - setting up a configuration of one or more radio network nodes of a radio access network for providing the edge connectivity service to the user equipment.
A method of providing information about an external vehicle on a head up display (HUD) of a vehicle , the method comprising: receiving status information of the external vehicle from the external vehicle; determining a distance between the vehicle and the external vehicle based on the status information of the external vehicle; characterised by controlling the HUD to display an object corresponding to the external vehicle on a map image, when the determined distance is greater than or equal to a predetermined distance; and controlling the HUD to display the object corresponding to the external vehicle to overlap with the external vehicle using an augmented reality technology, when the determined distance is less than the predetermined distance. receiving status information of the external vehicle from the external vehicle; determining a distance between the vehicle and the external vehicle based on the status information of the external vehicle; characterised by controlling the HUD to display an object corresponding to the external vehicle on a map image, when the determined distance is greater than or equal to a predetermined distance; and controlling the HUD to display the object corresponding to the external vehicle to overlap with the external vehicle using an augmented reality technology, when the determined distance is less than the predetermined distance.