mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device comprising: a memory storing one or more instructions; a processor configured to execute the one or more instructions to: receive an updated Routing Identifier, Routing ID, and a Message Authentication Code for Integrity, MAC-I, relevant to the updated Routing ID from a core network apparatus ; verify the MAC-I; store the updated Routing ID in a Universal Subscriber Identity Module, USIM, if the MAC-I is verified successfully; obtain a Subscription Concealed Identifier, SUCI by concatenating a concealed Subscription Permanent Identifier, SUPI, with the updated Routing ID; and transmit the SUCI to the core network apparatus . a memory storing one or more instructions; a processor configured to execute the one or more instructions to: receive an updated Routing Identifier, Routing ID, and a Message Authentication Code for Integrity, MAC-I, relevant to the updated Routing ID from a core network apparatus ; verify the MAC-I; store the updated Routing ID in a Universal Subscriber Identity Module, USIM, if the MAC-I is verified successfully; obtain a Subscription Concealed Identifier, SUCI by concatenating a concealed Subscription Permanent Identifier, SUPI, with the updated Routing ID; and transmit the SUCI to the core network apparatus . receive an updated Routing Identifier, Routing ID, and a Message Authentication Code for Integrity, MAC-I, relevant to the updated Routing ID from a core network apparatus ; verify the MAC-I; store the updated Routing ID in a Universal Subscriber Identity Module, USIM, if the MAC-I is verified successfully; obtain a Subscription Concealed Identifier, SUCI by concatenating a concealed Subscription Permanent Identifier, SUPI, with the updated Routing ID; and transmit the SUCI to the core network apparatus .
Drive device for an all-wheel-drive two-track motor vehicle, in the drive train of which a drive assembly outputs permanently to a first vehicle axle (VA) and outputs to a second vehicle axle (HA) via a centre clutch during the driving operation, wherein in the closed state of the centre clutch the second vehicle axle (HA) is connected to the drive train and in the open state of the clutch the second vehicle axle (HA) is decoupled from the drive train, wherein in a driving situation with connected all-wheel drive and with axle frictional coefficients (μ VA , μ HA ) of differing values acting between the vehicle wheels and the road surface, a greater wheel torque (M VA ) can be applied to the vehicle axle (VA) with a large axle frictional coefficient (μ VA ) than to the vehicle axle with a small axle frictional coefficient (μ HA ), and wherein a control device is provided, which limits the drive assembly to a maximally allowable motor torque (M mot,max ) in order to limit the motor torque, wherein the drive device is designed so that in order to prevent an axle overload of the vehicle axle with a large axle frictional coefficient (μ VA ) a control device has an evaluation unit , with which the maximally allowable motor torque (M mot,max ) can be determined and adapted, and that the maximally allowable motor torque (M mot,max ) can be determined from an addition of a structurally specified overload threshold (M VA,Ü ), which is stored in the evaluation unit , upon the reaching of which the risk of a component damage to the vehicle axle with a large axle frictional coefficient (μ VA ) exists, with at least one maximally allowable potential moment of inertia component (M T , HA ) on the vehicle axle with a small axle frictional coefficient (μ HA ), which moment of inertia component (M T,HA ) relieves the vehicle axle with a large axle frictional coefficient (μ VA ), that the evaluation unit has a programming module , in which the maximally allowable moment of inertia component (M T , HA ) on the vehicle axle with a small axle frictional coefficient (μ HA ), which relieves the vehicle axle with a large axle frictional coefficient (μ VA ), can be determined, and that the programming module has a first determination unit , in which a maximally applicable axle torque (M VA,absetz ) on the vehicle axle with a large axle frictional coefficient (μ VA ) can be determined, a subtraction unit , in which a maximally allowable potential moment of inertia (M T, VA ) on the vehicle axle with a large axle frictional coefficient (μ VA ), in which no axle overload exists, can be determined, wherein the determination of the moment of inertia (M T, VA ) takes place by subtraction of the maximally applicable axle torque (M VA,absetz ) from the overload threshold (M VA,Ü ), and has a second determination unit in which by means of the maximally allowable moment of inertia (M T, VA ) on the vehicle axle with a large axle frictional coefficient (μ VA ) the moment of inertia component (M T, HA ) on the vehicle axle with a small axle frictional coefficient (μ HA ) can be determined.
A method for image stabilization of a video stream captured by a panable and/or tiltable video camera during pan/tilt of the video camera , the method comprising: generating (S202) a motor position signal, Y1, of a pan/tilt motor of the video camera; generating (S204) a gyro signal, Y2, of a gyroscopic sensor of the video camera , the gyro signal, Y2, being an integration of a measure from the gyroscopic sensor ; generating (S206) a reference signal from a predetermined movement curve of the pan/tilt motor of the video camera , the reference signal is a reference on how a pan/tilt operation of the video camera is made without shaking of the video camera ; from the motor position signal, Y1, and the gyro signal, Y2, generating (S208) a combined signal, Y, according to: Y = F1*Y1 + F2*Y2, wherein F1 is a low pass filter and F2 is a high pass filter; and performing (S210) electronic image stabilization on the video stream captured by the panable and/or tiltable video camera during pan/tilt of the video camera , based on a difference between the combined signal, Y, and the reference signal. generating (S202) a motor position signal, Y1, of a pan/tilt motor of the video camera; generating (S204) a gyro signal, Y2, of a gyroscopic sensor of the video camera , the gyro signal, Y2, being an integration of a measure from the gyroscopic sensor ; generating (S206) a reference signal from a predetermined movement curve of the pan/tilt motor of the video camera , the reference signal is a reference on how a pan/tilt operation of the video camera is made without shaking of the video camera ; from the motor position signal, Y1, and the gyro signal, Y2, generating (S208) a combined signal, Y, according to: Y = F1*Y1 + F2*Y2, wherein F1 is a low pass filter and F2 is a high pass filter; and performing (S210) electronic image stabilization on the video stream captured by the panable and/or tiltable video camera during pan/tilt of the video camera , based on a difference between the combined signal, Y, and the reference signal.
A caisson for housing a pump in a container, such as a fuel tank, the caisson comprises - an elongate tubular element made from a fluid impermeable material and having an opening at a proximal end and an orifice and a valve seat at a distal end, - a valve plate being displaceable arranged on the caisson between - a closing position in which the valve plate abuts the distal end of the caisson at the valve seat and closes the orifice , and - an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, one or more resilient members , a closing mechanism for positioning the valve plate in its closing position characterised in that the - one or more resilient members are biasing the valve plate towards its opening position, and wherein, the resilient member(s) each are comprised by a mechanical spring, acting to move the valve plate towards an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, thereby a force is to be applied to the valve plate to move the valve plate towards its closing position. - an elongate tubular element made from a fluid impermeable material and having an opening at a proximal end and an orifice and a valve seat at a distal end, - a valve plate being displaceable arranged on the caisson between - a closing position in which the valve plate abuts the distal end of the caisson at the valve seat and closes the orifice , and - an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, - a closing position in which the valve plate abuts the distal end of the caisson at the valve seat and closes the orifice , and - an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, - one or more resilient members are biasing the valve plate towards its opening position, and
A method for mounting a network attached storage, NAS, device, comprising: a) broadcasting (11, S1, Q1), by a set top box, STB, a discovery message in a network for searching a network attached storage, NAS, device; b) receiving , by the STB, a configuration response message sent by the NAS device in response to the discovery message; c) parsing (12, 32, S3, Q4), by the STB, the configuration response message, and obtaining configuration information of the NAS device, the parsing of the configuration response message resulting in the obtained configuration information; and d) mounting (13, 33, S4, Q5), by the STB, the NAS device according to the configuration information; e) wherein the configuration information carries a serial number used to identify and mount the NAS device, a URL address for mounting, and a URL address for configuring; and f) wherein the mounting, by the STB, the NAS device according to the configuration information comprises mounting, by the STB, the NAS device according to the URL address for mounting, and configuring, by the STB, the NAS device according to the URL address for configuring. a) broadcasting (11, S1, Q1), by a set top box, STB, a discovery message in a network for searching a network attached storage, NAS, device; b) receiving , by the STB, a configuration response message sent by the NAS device in response to the discovery message; c) parsing (12, 32, S3, Q4), by the STB, the configuration response message, and obtaining configuration information of the NAS device, the parsing of the configuration response message resulting in the obtained configuration information; and d) mounting (13, 33, S4, Q5), by the STB, the NAS device according to the configuration information; e) wherein the configuration information carries a serial number used to identify and mount the NAS device, a URL address for mounting, and a URL address for configuring; and f) wherein the mounting, by the STB, the NAS device according to the configuration information comprises mounting, by the STB, the NAS device according to the URL address for mounting, and configuring, by the STB, the NAS device according to the URL address for configuring.
Cigarette paper booklet , having an outer packaging which has a cover and into which at least one cigarette paper booklet insert , which receives exactly one stack of cigarette paper , can be inserted, characterized in that the cigarette paper booklet insert is not visible from the outside when the cover of the packaging is closed and when it is open. having an outer packaging which has a cover and into which at least one cigarette paper booklet insert , which receives exactly one stack of cigarette paper , can be inserted, characterized in that the cigarette paper booklet insert is not visible from the outside when the cover of the packaging is closed and when it is open.
A method of manufacturing a filter mask, the filter mask comprising a support frame , a filter and a sealing member , wherein the method comprises: a) locating the filter and the support frame in a mould; and b) injecting a polymeric material into the mould to form the sealing member, characterised in that the sealing member is brought into engagement with the filter and the support frame, during injection moulding of the sealing member, in a manner that fixes the sealing member to the support frame and the filter, and in a manner that fixes the relative positions of the filter and the support frame. a) locating the filter and the support frame in a mould; and b) injecting a polymeric material into the mould to form the sealing member,
Display device for an agricultural on-board computer of a crop sprayer with an integrated operating and display unit, wherein the display unit has self-explanatory pictograms, the display device is characterized in that the pictograms are designed and linked to one another in such a way that the operator is guided to and through the various operating steps of the crop sprayer, and in that at least the main elements, the spray tank, fresh water tank and induction hopper, and activated functionalities concerning one or more main elements are represented as pictograms.
A wipe suitable for application to a hard surface comprising from 0.0001 to 5 wt.% of a lactam, wherein the lactam is a lactam selected from: 4-(4-chlorophenyl)-5-methylene-pyrrol-2-one; and 5-methylene-4-(p-tolyl)pyrrol-2-one.
A method , performed by a user equipment, UE, in idle mode, for determining common search space, CSS, for NB-IoT paging, the method comprising: monitoring a starting subframe of paging CSS for a Radio Network Temporary Identifier, RNTI; wherein the starting subframe of paging CSS is determined as follows: use a first subframe , defined by a predetermined Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe. monitoring a starting subframe of paging CSS for a Radio Network Temporary Identifier, RNTI; wherein the starting subframe of paging CSS is determined as follows: use a first subframe , defined by a predetermined Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe. use a first subframe , defined by a predetermined Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe.
A standalone Li ion conductive solid electrolyte separator comprising: a freestanding amorphous solid electrolyte wall structure comprising a vitreous sheet of Li ion conducting sulfur-based glass that is dense, inorganic, conductive of Li ions, has a thickness of no more than 100 μm, and is free of crystalline phases, the wall structure comprising: i) a continuous Li ion conducting inorganic amorphous material phase with room temperature Li ion conductivity ≥ 10 -5 S/cm; ii) first and second opposing principal sides and associated surfaces; and ii) a microstructure devoid of contiguous crystalline grain boundaries and powder particle boundaries extending between the opposing principal side surfaces. i) a continuous Li ion conducting inorganic amorphous material phase with room temperature Li ion conductivity ≥ 10 -5 S/cm; ii) first and second opposing principal sides and associated surfaces; and ii) a microstructure devoid of contiguous crystalline grain boundaries and powder particle boundaries extending between the opposing principal side surfaces.
Filter device comprising a ring filter element which is arranged upright in a filter housing and has an upper end disc and a lower end disc , wherein - the ring filter element has at least two projecting connecting pins , both of which in the installed state engage in a respective associated idle channel , - the second pin is arranged offset from the first pin by at least 120° in the circumferential direction of the ring filter element , characterised in that three pins (7, 7', 7") are provided, which are arranged offset from one another in the circumferential direction by approximately 120°. - the ring filter element has at least two projecting connecting pins , both of which in the installed state engage in a respective associated idle channel , - the second pin is arranged offset from the first pin by at least 120° in the circumferential direction of the ring filter element ,
A separator for an electrochemical device which comprises: a porous substrate; a first porous coating layer formed on one surface of the porous substrate; and a second porous coating layer formed on the other surface of the porous substrate, wherein the first porous coating layer comprises inorganic particles and a first binder resin, the content of the binder resin is 1-15 wt% based on 100 wt% of the first porous coating layer, the second porous coating layer comprises a filler containing at least one selected from the group consisting of organic fillers and inorganic fillers and a second binder resin, and the content of the second binder resin is 25-40 wt% based on 100 wt% of the second porous coating layer. a porous substrate; a first porous coating layer formed on one surface of the porous substrate; and a second porous coating layer formed on the other surface of the porous substrate, wherein the first porous coating layer comprises inorganic particles and a first binder resin, the content of the binder resin is 1-15 wt% based on 100 wt% of the first porous coating layer, the second porous coating layer comprises a filler containing at least one selected from the group consisting of organic fillers and inorganic fillers and a second binder resin, and the content of the second binder resin is 25-40 wt% based on 100 wt% of the second porous coating layer.
A hot melt adhesive composition, comprising: (A) 1-60 wt% of a block composite compatibilizer comprising: (i) a hard polymer that includes propylene; (ii) a soft polymer that includes ethylene; and (iii) a block copolymer having a soft block and a hard block, the hard block of the block copolymer having the same composition as the hard polymer of the block composite compatibilizer and the soft block of the block copolymer having the same composition as the soft polymer of the block composite compatibilizer; (B) 1-70 wt% of a tackifier; (C) 1-40 wt% of at least one selected from the group of a wax and an oil; and (D) Optionally, from greater than zero to 97 wt% of a polymer component that includes an ethylene-based polymer and/or a propylene-based polymer; wherein the soft block of the block copolymer includes from 50 wt% to 84 wt% of units derived from ethylene with a remainder derived from propylene and wherein the hard block of the block copolymer includes from 0 wt% to 20 wt% of units derived from ethylene and a remainder derived from propylene. (A) 1-60 wt% of a block composite compatibilizer comprising: (i) a hard polymer that includes propylene; (ii) a soft polymer that includes ethylene; and (iii) a block copolymer having a soft block and a hard block, the hard block of the block copolymer having the same composition as the hard polymer of the block composite compatibilizer and the soft block of the block copolymer having the same composition as the soft polymer of the block composite compatibilizer; (i) a hard polymer that includes propylene; (ii) a soft polymer that includes ethylene; and (iii) a block copolymer having a soft block and a hard block, the hard block of the block copolymer having the same composition as the hard polymer of the block composite compatibilizer and the soft block of the block copolymer having the same composition as the soft polymer of the block composite compatibilizer; (B) 1-70 wt% of a tackifier; (C) 1-40 wt% of at least one selected from the group of a wax and an oil; and (D) Optionally, from greater than zero to 97 wt% of a polymer component that includes an ethylene-based polymer and/or a propylene-based polymer;
A method for autonomous, automatic interleaving of cycled loads coupled to a grid , comprising: determining, by a smart load coupled to a grid, a first grid stress value; comparing, by the smart load , the first grid stress value to an activation threshold; activating, by the smart load , when the first grid stress value is less than the activation threshold, a delay period that is a function of number of missed opportunities for the smart load to turn on during a time period in which the smart load is waiting to turn on; determining, by the smart load and after the delay period ends, a second grid stress value; comparing, by the smart load , the second grid stress value to the activation threshold; and activating the smart load when the second grid stress value is less than the activation threshold. determining, by a smart load coupled to a grid, a first grid stress value; comparing, by the smart load , the first grid stress value to an activation threshold; activating, by the smart load , when the first grid stress value is less than the activation threshold, a delay period that is a function of number of missed opportunities for the smart load to turn on during a time period in which the smart load is waiting to turn on; determining, by the smart load and after the delay period ends, a second grid stress value; comparing, by the smart load , the second grid stress value to the activation threshold; and activating the smart load when the second grid stress value is less than the activation threshold.
A piece of furniture having at least one furniture body (10, 10', 10") and at least one fitting for guiding a movable furniture part, wherein the fitting is integrated into an attachment element , which is aligned parallel to a wall of the at least one furniture body (10, 10', 10") and is arranged externally on the furniture body (10, 10', 10"), characterized in that the at least one fitting is a flap fitting, which guides a flap or flap arrangement as the movable furniture part, and which comprises a lever mechanism , wherein the lever mechanism can be retracted completely, possibly except for installation elements on which the movable furniture part is fastened, into an opening in an end face of the attachment element .
A video management system , comprising: surveillance data store for storing surveillance data from surveillance cameras (103-1, 103-2, 103-3, 103-4); and a backfill monitor, executing on the video management system, configured to execute a storage process configured to request surveillance data stored on the surveillance cameras and store the surveillance data to the surveillance data store in order to backfill surveillance data that is cached on the surveillance cameras, wherein the backfill monitor is configured to execute a network usage process configured to monitor usage of a network connecting the surveillance cameras to the server system and report a level of network usage to the storage process, and wherein the storage process is configured to decrease or increase a rate at which the surveillance cameras transfer the surveillance data to the surveillance data store based on the level of network usage during the backfill of the surveillance data that was cached on the surveillance cameras. surveillance data store for storing surveillance data from surveillance cameras (103-1, 103-2, 103-3, 103-4); and a backfill monitor, executing on the video management system, configured to execute a storage process configured to request surveillance data stored on the surveillance cameras and store the surveillance data to the surveillance data store in order to backfill surveillance data that is cached on the surveillance cameras, wherein the backfill monitor is configured to execute a network usage process configured to monitor usage of a network connecting the surveillance cameras to the server system and report a level of network usage to the storage process, and wherein the storage process is configured to decrease or increase a rate at which the surveillance cameras transfer the surveillance data to the surveillance data store based on the level of network usage during the backfill of the surveillance data that was cached on the surveillance cameras.