mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing an authentication of a mobile terminal, characterized by comprising: receiving an image identity message from a mobile terminal, wherein the image identity message carries current image feature information and a user identifier of the mobile terminal; and searching image feature information which is saved previously in a database by the user identifier of the mobile terminal, performing a corresponding algorithm match between the current image feature information and the image feature information according to a preset security level, and performing an authentication on the mobile terminal based on the result of the match, wherein there are a plurality of security levels, each of which corresponding to a match algorithm, and the applied security level being preset by the mobile terminal; wherein the image identity message further comprises a security level requested by the mobile terminal, and the method further comprises: comparing the security level requested by the mobile terminal with the security level preset by the mobile terminal; and authorizing to the mobile terminal a running mode of the mobile terminal corresponding to the security level requested in the case that the security level requested is lower than or equal to the preset security level. receiving an image identity message from a mobile terminal, wherein the image identity message carries current image feature information and a user identifier of the mobile terminal; and searching image feature information which is saved previously in a database by the user identifier of the mobile terminal, performing a corresponding algorithm match between the current image feature information and the image feature information according to a preset security level, and performing an authentication on the mobile terminal based on the result of the match, wherein there are a plurality of security levels, each of which corresponding to a match algorithm, and the applied security level being preset by the mobile terminal; wherein the image identity message further comprises a security level requested by the mobile terminal, and the method further comprises: comparing the security level requested by the mobile terminal with the security level preset by the mobile terminal; and authorizing to the mobile terminal a running mode of the mobile terminal corresponding to the security level requested in the case that the security level requested is lower than or equal to the preset security level. comparing the security level requested by the mobile terminal with the security level preset by the mobile terminal; and authorizing to the mobile terminal a running mode of the mobile terminal corresponding to the security level requested in the case that the security level requested is lower than or equal to the preset security level.
A flow meter , comprising: a meter body having a through bore for conducting fluid there through and having a curved outer surface ; a shroud assembly comprising at least one compliant band extending around a majority of the circumference of said meter body , said band having two ends and an inner surface that faces the outer surface of said meter body along the length of said band ; a chamber between said band and said meter body ; and an ultrasonic transducer disposed within said chamber and disposed in a pocket within said meter body ; and a cable in said chamber and extending from said transducer to a location outside said shroud assembly , wherein the shroud assembly is configured to completely cover the cable and the transducer . a meter body having a through bore for conducting fluid there through and having a curved outer surface ; a shroud assembly comprising at least one compliant band extending around a majority of the circumference of said meter body , said band having two ends and an inner surface that faces the outer surface of said meter body along the length of said band ; a chamber between said band and said meter body ; and an ultrasonic transducer disposed within said chamber and disposed in a pocket within said meter body ; and a cable in said chamber and extending from said transducer to a location outside said shroud assembly , wherein the shroud assembly is configured to completely cover the cable and the transducer .
A device for switching a radio frequency, RF, signal, comprising: a plurality of field-effect transistor, FET, unit cell circuits configured as a FET stack , each FET unit cell circuit comprising a FET; a body bias network filter circuit coupled to a body node of each FET unit cell circuit of the FET stack; and a body filter included in the plurality of FET unit cell circuits, the body filter having a drain-source circuit, the drain-source circuit comprising a divider circuit defining a virtual node (V), the body filter including a body filter capacitance between a body node of the FET and the virtual node. a plurality of field-effect transistor, FET, unit cell circuits configured as a FET stack , each FET unit cell circuit comprising a FET; a body bias network filter circuit coupled to a body node of each FET unit cell circuit of the FET stack; and a body filter included in the plurality of FET unit cell circuits, the body filter having a drain-source circuit, the drain-source circuit comprising a divider circuit defining a virtual node (V), the body filter including a body filter capacitance between a body node of the FET and the virtual node.
Installation for the farming of fish, wherein the installation comprises; - one or more farming net cages forming each a first water reservoir (A) submersed and floating in a basin , said farming net cages being arranged with a wall that is not water permeable, - the basin forming a second water reservoir (B) that is separate with regard to, and in fluid communication with, an external third water reservoir (C), wherein pipelines run between the basin and the third water reservoir (C) for the transfer of water to and from the basin , and wherein a pipeline runs between each net cage and the third water reservoir (C) for the release of water from a net cage to the third water reservoir (C) - wherein the third water reservoir (C) is the sea or ocean, wherein the installation is arranged such that the water surface in the basin and the water surface in the third water reservoir (C) are set at approximately the same level, said installation being characterised in that it is further arranged such that the change of water between the second water reservoir (B) and third water reservoir (C) is completely or partially driven by the tidal differences for the third water reservoir (C). - one or more farming net cages forming each a first water reservoir (A) submersed and floating in a basin , said farming net cages being arranged with a wall that is not water permeable, - the basin forming a second water reservoir (B) that is separate with regard to, and in fluid communication with, an external third water reservoir (C), wherein pipelines run between the basin and the third water reservoir (C) for the transfer of water to and from the basin , and wherein a pipeline runs between each net cage and the third water reservoir (C) for the release of water from a net cage to the third water reservoir (C) - wherein the third water reservoir (C) is the sea or ocean, wherein the installation is arranged such that the water surface in the basin and the water surface in the third water reservoir (C) are set at approximately the same level, said installation being characterised in that it is further arranged such that the change of water between the second water reservoir (B) and third water reservoir (C) is completely or partially driven by the tidal differences for the third water reservoir (C).
A screwing tool comprising a head , which has a fixed jaw and a movable jaw and which, by shifting an actuating element , which is mounted in a shiftable manner in a guide recess , is fastened to a handle so as to be pivotable about a pivot axis against a restoring force from a small distance position of the two jaws into a large distance position of the two jaws , characterized in that the handle has a casing , which is made of an electrically insulating material, and the actuating element consists of an electrically insulating material or is encased by such and a collar , which protrudes from the handle transversely to the handle extension direction, is guided in a shiftable manner in a guide opening .
Filter device with a filter housing , which accommodates at least one filter element having an inner filter cavity enclosed by a filter medium , wherein the housing contains an element holder which interacts with the filter element located in the functional position, said element holder having a projecting accommodating part , the outer configuration of which is adapted to the shape of an opening , which is located at the end of the relevant filter element which is to be secured to the element holder such that the accommodating part fits through the opening of the filter element located in the functional position, characterised in that the accommodating part is designed in the form of a mandrel and the accommodating chamber is designed in the form of a mandrel ; and the mandrel is mounted rotatably on a shaft on the element holder , said shaft extending into a central hole in the mandrel .
A method comprising: receiving at a first port of a first router a packet-switched reservation request to be associated with a first data stream; selecting a communication mode associated with the first port, the communication mode to be either a circuit-switched mode or a packet-switched mode; and communicating (610; 704,710) at least a portion of the first data stream as an active data stream through the first port in a communication channel in accordance with the communication mode, characterized in that the circuit-switched mode is selected when the first port of the first router has less than a threshold number of active data streams and the packet-switched mode is selected when the first port of the first router has a number of active data streams that is equal to or greater than the threshold number, wherein the threshold number is two active data streams. receiving at a first port of a first router a packet-switched reservation request to be associated with a first data stream; selecting a communication mode associated with the first port, the communication mode to be either a circuit-switched mode or a packet-switched mode; and communicating (610; 704,710) at least a portion of the first data stream as an active data stream through the first port in a communication channel in accordance with the communication mode, characterized in that the circuit-switched mode is selected when the first port of the first router has less than a threshold number of active data streams and the packet-switched mode is selected when the first port of the first router has a number of active data streams that is equal to or greater than the threshold number, wherein the threshold number is two active data streams.
A vehicle arrangement for braking comprising at least a first electric motor comprising a first shaft being arranged to be mechanically connected to a drive shaft of said vehicle via a gear box , and a braking compressor comprising a compressor shaft being arranged to be mechanically connected to said first shaft of said first electric motor via a compressor clutch , such that said first shaft drives said compressor shaft , characterized in that said first shaft is connected to said gearbox via a first motor clutch and a first gearbox shaft , said arrangement further comprising a mass flow rate controlling means arranged for controlling the air mass flow rate through said compressor . at least a first electric motor comprising a first shaft being arranged to be mechanically connected to a drive shaft of said vehicle via a gear box , and a braking compressor comprising a compressor shaft being arranged to be mechanically connected to said first shaft of said first electric motor via a compressor clutch , such that said first shaft drives said compressor shaft , characterized in that said first shaft is connected to said gearbox via a first motor clutch and a first gearbox shaft , said arrangement further comprising a mass flow rate controlling means arranged for controlling the air mass flow rate through said compressor .
An assembly for grinding and polishing a corner of a glass sheet , the assembly comprising: a grinding wheel and a polishing wheel , which can be selectively activated and are carried by the same motor-driven drive shaft ; a first and a second movement device for displacing the motor-driven shaft along a first rectilinear direction and a second rectilinear direction , respectively, which are transverse with respect to each other; each movement device comprising a corresponding rectilinear guide , a corresponding slide , slidably coupled to said guide , a corresponding first mobile drive member for movement of the corresponding said slide , and an electric motor for driving said first mobile drive member ; the assembly further comprising an electronic numerical control unit for controlling each of said electric motors , and being characterised in that at least one of the movement devices is a configurable electro-pneumatic device and further comprises a pneumatic actuator having at least one first variable-volume air chamber and means for pressurising said first variable-volume air chamber and for pushing the polishing wheel against the sheet ; said pneumatic actuator comprising a second mobile member , which partially delimits said first variable-volume chamber and is connected to the corresponding said slide; and in that it comprises configuration means that can be activated for connecting the first and the second mobile drive members rigidly together or by interposition of said first air chamber .
A piezoelectric substrate attachment structure comprising: a press section pressed by contact; a piezoelectric substrate provided adjacent to the press section ; and a base section provided adjacent to the piezoelectric substrate on an opposite side from the press section , characterized by the piezoelectric substrate attachment structure being configured such that the following relationship Equation (a) is satisfied da / E ′ a < db / E ′ b wherein da is a thickness of the press section in a direction of adjacency to the piezoelectric substrate , E'a is a storage modulus of the press section from dynamic viscoelastic analysis, db is a thickness of the base section in the adjacency direction, and E'b is a storage modulus of the base section from dynamic viscoelastic analysis. a press section pressed by contact; a piezoelectric substrate provided adjacent to the press section ; and a base section provided adjacent to the piezoelectric substrate on an opposite side from the press section , characterized by the piezoelectric substrate attachment structure being configured such that the following relationship Equation (a) is satisfied da / E ′ a < db / E ′ b wherein da is a thickness of the press section in a direction of adjacency to the piezoelectric substrate , E'a is a storage modulus of the press section from dynamic viscoelastic analysis, db is a thickness of the base section in the adjacency direction, and E'b is a storage modulus of the base section from dynamic viscoelastic analysis.
A method performed by a wireless device for providing a radio link status indication to a network, the method comprising: - detecting an early radio link issue; - starting a first timer when the early radio link issue is detected; - starting a second timer when the early radio link issue is detected; - initiating the transmission of an early radio link issue indication; - wherein the transmission of the early radio link issue indication is initiated when the first timer reaches a first time interval threshold; and - declaring radio link failure and triggering a cell reselection procedure when the second timer reaches a second time interval threshold, wherein the second time interval threshold is greater than the first time interval threshold. - detecting an early radio link issue; - starting a first timer when the early radio link issue is detected; - starting a second timer when the early radio link issue is detected; - initiating the transmission of an early radio link issue indication; - wherein the transmission of the early radio link issue indication is initiated when the first timer reaches a first time interval threshold; and - declaring radio link failure and triggering a cell reselection procedure when the second timer reaches a second time interval threshold, wherein the second time interval threshold is greater than the first time interval threshold.
6-way valve comprising two similar 3-way sub-valves mechanically coupled with each other, such that both sub-valves are always in the same position, whereby each sub-valve has three different valve ports and a valve member with an internal connecting channel , which valve member can be moved between first and second end positions via an intermediate position such that in said first end position the first and third valve ports are connected with each other by means of said connecting channel , in said second end position the second and third valve ports are connected with each other by means of said connecting channel , and in said intermediate position said connecting channel is disconnected from said first and second valve ports , wherein said sub-valves are arranged along a common actuating axis (A1), wherein the valve members can be rotated around said common actuating axis (A1) between said first and second end positions via said intermediate position and wherein said valve members are axially symmetric with respect to said common actuating axis (A1), characterised in that a volume/pressure relief means is provided at one of said valve members , which volume/pressure relief means establishes a hydraulic relief connection between said first or second valve port and said third valve port of the respective sub-valve (20a or 20b), when said sub-valves are in said intermediate position, and is inactive, when said sub-valves are in the first or second end positions, and in that said volume/pressure relief means comprises a groove on the surface of one of said valve members .
An atomization unit for use in a heating-type flavor inhaler provided with a power source , and atomizing a liquid aerosol source by power supplied from the power source , the atomization unit comprising: an atomization chamber having a gas inlet port and a gas outlet port, and containing a flavor source including a tobacco material; a liquid container containing a liquid aerosol source, and supplying the aerosol source to the flavor source ; and a heater heating the flavor source supplied with the aerosol source to atomize the aerosol source and to release a flavor component from the flavor source . an atomization chamber having a gas inlet port and a gas outlet port, and containing a flavor source including a tobacco material; a liquid container containing a liquid aerosol source, and supplying the aerosol source to the flavor source ; and a heater heating the flavor source supplied with the aerosol source to atomize the aerosol source and to release a flavor component from the flavor source .
Evaluation device for the fault-tolerant evaluation of at least four redundant sensor signals (S1a, S2a, S1b, S2b) for a motor control unit of a motor vehicle steering system, comprising two control units which are designed redundantly to one another and which each have at least two inputs (3a, 4a; 3b, 4b) for receiving in each case one of the redundant sensor signals (S1a, S2a, S1b, S2b), an output for outputting an output signal (A1, A2) and a communication interface , which is connected to the communication interface of the other control unit for the transmission and reception of a respective exchange signal (Ex1, Ex2), and a logic circuit which is designed, depending on pair comparisons between the signals (S1a, S2a, Ex2; S1b, S2b, Ex1) received at the inputs (3a, 4a; 3b, 4b) and at the communication interface , to select the output signal (A1, A2) from these signals (S1a, S2a, Ex2; S1b, S2b, Ex1) and to switch it through to the output by means of selection circuits (8a, 9a; 8b, 9b), characterised in that in that the logic circuits are designed to, depending on pair comparisons between the signals (S1a, S2a, Ex2; S1b, S2b, Ex1) received at the inputs (3a, 4a; 3b, 4b) and at the communication interface , to select the exchange signal (Ex1, Ex2) from these signals (S1a, S2a, Ex2; S1b, S2b, Ex1) and to switch it through to the communication interface by means of the selection circuits (8a, 9a; 8b, 9b) and which logic circuits are designed to output a second error signal (F2) at the communication interface of the respective control unit if only negative pair comparisons between the sensor signals (S1a, S2a; S1b, S2b) received at the inputs (3a, 4a; 3b, 4b) of the respective control unit are present and none or multiple of the sensor signals (S1a, S2a; S1b, S2b) received at the inputs (3a, 4a; 3b, 4b) of the respective control unit have been confirmed in the pair comparisons with the exchange signal (Ex2, Ex1) received at the respective communication interface .
A dry-wet separation cleaning floor brush comprising a housing , a stiff roller brush and a soft roller brush , wherein the housing is provided with a partition plate dividing the inner part of the housing into a first storage chamber and a second storage chamber which are disconnected to each other, wherein the stiff roller brush is partially contained in the first storage chamber and is movably connected to the housing , and the stiff roller brush partially protrudes the housing ; and the soft roller brush is partially contained in the second storage chamber and is movably connected to the housing , and the soft roller brush partially protrudes the housing ; wherein the second storage chamber is provided with a decontamination cavity, the soft roller brush is partially contained in the decontamination cavity and is movably connected to the housing; wherein a wiping plate matching the shape of the soft roller brush is provided in the housing, the wiping plate is contained in the decontamination cavity and is fixedly connected to the housing, wherein the wiping plate abuts against the soft roller brush and is partially immersed into the soft roller brush; wherein the second storage chamber is further provided with a sewage cavity and a sewage inlet through which the decontamination cavity is connected with the sewage cavity , and when the soft roller brush rotates, the wiping plate scrapes off water from the soft roller brush , and the water from the soft roller brush enters the sewage cavity through the sewage inlet for storage; the dry-wet separation cleaning floor brush is characterized in that the wiping plate is provided with a second curved portion at an end of the wiping plate close to the sewage inlet , and the second curved portion is recessed inward. wherein the second storage chamber is provided with a decontamination cavity, the soft roller brush is partially contained in the decontamination cavity and is movably connected to the housing; wherein a wiping plate matching the shape of the soft roller brush is provided in the housing, the wiping plate is contained in the decontamination cavity and is fixedly connected to the housing, wherein the wiping plate abuts against the soft roller brush and is partially immersed into the soft roller brush; wherein the second storage chamber is further provided with a sewage cavity and a sewage inlet through which the decontamination cavity is connected with the sewage cavity , and when the soft roller brush rotates, the wiping plate scrapes off water from the soft roller brush , and the water from the soft roller brush enters the sewage cavity through the sewage inlet for storage; the dry-wet separation cleaning floor brush is characterized in that the wiping plate is provided with a second curved portion at an end of the wiping plate close to the sewage inlet , and the second curved portion is recessed inward.