mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for training an image recognition model, comprising: acquiring training data, wherein the training data includes training images for a preset vertical type, and the training images include a first training image containing real data of the preset vertical type and a second training image containing virtual data of the preset vertical type, wherein the preset vertical type comprises one or more of a financial type, a card type and a bill type; building a basic model, wherein the basic model includes a deep learning network, and the deep learning network is configured to extract text data from the training images by performing image recognition; training the basic model into the image recognition model by using the training data; characterised by acquiring a newly received image for the preset vertical type, wherein the newly received image for the preset vertical type comprises: a first image containing real data of the preset vertical type, and the first image and the first training image have different formats, wherein the formats comprise positions of fields; generating a second image containing virtual data of the preset vertical type based on the first image, wherein the second image and the first image have a same format; adding the first image and the second image into the training data; and updating the image recognition model based on the training data to which the first image and the second image are added. acquiring training data, wherein the training data includes training images for a preset vertical type, and the training images include a first training image containing real data of the preset vertical type and a second training image containing virtual data of the preset vertical type, wherein the preset vertical type comprises one or more of a financial type, a card type and a bill type; building a basic model, wherein the basic model includes a deep learning network, and the deep learning network is configured to extract text data from the training images by performing image recognition; training the basic model into the image recognition model by using the training data; characterised by acquiring a newly received image for the preset vertical type, wherein the newly received image for the preset vertical type comprises: a first image containing real data of the preset vertical type, and the first image and the first training image have different formats, wherein the formats comprise positions of fields; generating a second image containing virtual data of the preset vertical type based on the first image, wherein the second image and the first image have a same format; adding the first image and the second image into the training data; and updating the image recognition model based on the training data to which the first image and the second image are added.
A method of communication in a multi-Subscriber Identity Module, SIM, enabled User Equipment, UE, the method comprising: registering the UE with a network of a first SIM ; establishing a secure communication tunnel between the UE and the network of the first SIM ; characterised by : establishing a connection between the UE and a network of a second SIM through the secure communication tunnel established between the UE and the network of the first SIM and through one of an evolved Packet Data Gateway, ePDG, and a Non-3GPP Inter-working Function, N3IWF ; registering the UE with the network of the second SIM over the connection established between the UE and the network of the second SIM ; and receiving a message indicating at least one downlink service pending at the network of the second SIM, over the secure communication tunnel between the UE and the network of the first SIM . registering the UE with a network of a first SIM ; establishing a secure communication tunnel between the UE and the network of the first SIM ; characterised by : establishing a connection between the UE and a network of a second SIM through the secure communication tunnel established between the UE and the network of the first SIM and through one of an evolved Packet Data Gateway, ePDG, and a Non-3GPP Inter-working Function, N3IWF ; registering the UE with the network of the second SIM over the connection established between the UE and the network of the second SIM ; and receiving a message indicating at least one downlink service pending at the network of the second SIM, over the secure communication tunnel between the UE and the network of the first SIM . establishing a connection between the UE and a network of a second SIM through the secure communication tunnel established between the UE and the network of the first SIM and through one of an evolved Packet Data Gateway, ePDG, and a Non-3GPP Inter-working Function, N3IWF ; registering the UE with the network of the second SIM over the connection established between the UE and the network of the second SIM ; and receiving a message indicating at least one downlink service pending at the network of the second SIM, over the secure communication tunnel between the UE and the network of the first SIM .
Guide vane for a turbomachine, in particular a gas turbine, having, in the properly mounted state, an outer platform , an airfoil which projects from the outer platform , extends in a longitudinal direction (L) and defines a cavity in its interior, an inner platform which is arranged opposite to the outer platform and is connected to the airfoil , and a connecting tube which passes through the cavity of the airfoil in the longitudinal direction (L), the first free end of which tube is inserted into a through-opening formed in the inner platform and connected to the inner platform in an integrally bonded manner, and the second free end of which tube is arranged through a cooling fluid inlet opening formed on the outer platform , at a distance from the edge of said opening, and projects outward from the outer platform , wherein at least one guide means is fastened to the outer platform for guiding the connecting tube and is designed and arranged in such a way that, with the formation of a sliding fit, it guides the connecting tube in the longitudinal direction (L) in the event of a thermal change in length characterized in that the at least one guide means extends in the direction of the connecting tube starting from the outer platform and at least partially, in particular completely, surrounds a portion of the connecting tube while allowing a play.
A sealing ring, comprising a ring body , wherein the ring body comprises a ring groove , a first convex ring is disposed on each of the upper and lower surfaces of the bottom wall of the ring groove , and the first convex ring is a closed ring with the same extension direction as the ring groove ; characterized in that , the ring body further comprises a flange formed by bending outwards from the top of the side wall of the ring groove , a second convex ring is disposed on each of the upper and lower surfaces of the flange , and the second convex ring is a closed ring with the same extension direction as the flange .
Method for determining the fill level of a process medium arranged in a container using a fill level meter , wherein the fill level meter is designed as a TDR fill level meter, wherein the fill level meter has at least one signal line for guiding an electromagnetic signal, a signal line head and an electronics unit , wherein the signal line extends into the process medium and wherein the method comprises at least the following steps: - generating a pulsed transmitter signal with an amplitude As by the electronics unit , wherein the transmission signal propagates along the signal line as measuring signal with changing amplitude, - detecting and evaluating at least one reflection signal with an amplitude A refl by the electronics unit , wherein the reflection signal is a reflection of the measuring signal on an interface between a first and a second medium, wherein the first medium has a first impedance z 0 and the second medium has a second impedance z 1 , wherein the relative permittivity ε r of the second medium is determined at least in dependence on the amplitude of the measuring signal transmitted through the first medium and the amplitude A refl of the reflection signal characterized in that the signal line head is connected to the container via a flange-like process connection , that the second medium is a gaseous medium that is arranged above the process medium and that the reflection of the measuring signal takes place on the interface of the preferably flange-like process connection and the interior of the container and that the determination of the relative permittivity ε r , gas of the gaseous medium takes place using the following formula: ε r , gas = z 1 _ gas z 0 SK ⋅ α 0 − A fl A S α 0 + A fl A S 2 , wherein A fl is the amplitude of the reflection signal of a reflection on the interface of the preferably flange-like process connection and the interior of the container , wherein As is the amplitude of the generated transmission signal, wherein α 0 characterizes the attenuation of the measuring signal within the signal line head , wherein z 1 _ gas is the impedance of the gaseous phase above the process medium and wherein z 0_SK is the impedance of the signal line head . - generating a pulsed transmitter signal with an amplitude As by the electronics unit , wherein the transmission signal propagates along the signal line as measuring signal with changing amplitude, - detecting and evaluating at least one reflection signal with an amplitude A refl by the electronics unit , wherein the reflection signal is a reflection of the measuring signal on an interface between a first and a second medium, wherein the first medium has a first impedance z 0 and the second medium has a second impedance z 1 ,
A vaccine composition against influenza, comprising one or more polypeptides having no more than 100 amino acids and optionally an appropriate excipient and/or adjuvant: wherein the one or more polypeptides include SEQ ID 4 or a sequence having at least 85% identity with the 21 amino acid sequence of SEQ ID 4: SEQ ID 4 PGIADIEDLTLLARSMVVVRP and wherein the polypeptide is immunogenic in a vertebrate expressing a major histocompatibility complex (MHC) allele.
Device for volumetric measurement and/or control of a fluid (F) in a washing machine, in particular for household use, said device being of the type comprising: - a substantially tubular body , said body comprising a first portion for the inlet of the fluid (F) into the body and a second portion for the outlet of said fluid (F) from the body ; - an impeller positioned in said body in such a way as to have an axis of rotation (A) substantially coaxial to the direction of the flow of fluid (F) to be measured or controlled, which flows from said first portion to said second portion within the body , said axis of rotation (A) substantially coinciding with an axis (A) of the device , wherein said impeller comprises a central core from which a plurality of blades extend, in particular said blades being of the helical type; - a diffuser arranged above the impeller with respect to the flow of fluid (F), said diffuser being adapted to convey the flow of fluid (F) towards the blades of the impeller , wherein said diffuser comprises a plurality of ducts , each duct of said plurality of ducts having a substantially circular section and a substantially helical trajectory, characterized in that the number of said plurality of ducts and the number of said plurality of blades are different, wherein said plurality of ducts comprises a number of ducts which is greater than the number of blades , in particular said plurality of ducts comprising a number of ducts which exceeds the number of blades by one unit. - a substantially tubular body , said body comprising a first portion for the inlet of the fluid (F) into the body and a second portion for the outlet of said fluid (F) from the body ; - an impeller positioned in said body in such a way as to have an axis of rotation (A) substantially coaxial to the direction of the flow of fluid (F) to be measured or controlled, which flows from said first portion to said second portion within the body , said axis of rotation (A) substantially coinciding with an axis (A) of the device , wherein said impeller comprises a central core from which a plurality of blades extend, in particular said blades being of the helical type; - a diffuser arranged above the impeller with respect to the flow of fluid (F), said diffuser being adapted to convey the flow of fluid (F) towards the blades of the impeller ,
An n-tiering security threat inference and correlation apparatus for monitoring and anticipating cyber attacks, the apparatus comprising: a plurality of groups of inference-correlation systems (106a-114a,106b-114b), each group comprising at least one inference system (106a-114a) and at least one associated correlation system (106b-114b), and being configured to monitor at least one network (152-160); and an input/output (I/O) system configured to receive security events, and broadcast the received security events to the plurality of groups of inference-correlation systems (106a-114a,106b-114b); wherein respective groups of inference-correlation systems (106a-114a, 106b-114b) are configured to process only the broadcasted security events relevant to respective networks (152-160) to identify the cyber attacks; wherein the at least one inference system (106a-114a) of one said group of interference-correlation system is configured to process the relevant broadcasted security events based on defined inference rules to identify high value and low value events, and the inference rules are obtained from stochastic parameters that are user-customisable according to severity attributes; and wherein, the at least one associated correlation system (106b-114b) of the one said group of interference-correlation system is configured to process the relevant broadcasted security events based on defined deterministic rules, which are derived from historical data for anticipating cyber attacks. a plurality of groups of inference-correlation systems (106a-114a,106b-114b), each group comprising at least one inference system (106a-114a) and at least one associated correlation system (106b-114b), and being configured to monitor at least one network (152-160); and an input/output (I/O) system configured to receive security events, and broadcast the received security events to the plurality of groups of inference-correlation systems (106a-114a,106b-114b); wherein respective groups of inference-correlation systems (106a-114a, 106b-114b) are configured to process only the broadcasted security events relevant to respective networks (152-160) to identify the cyber attacks; wherein the at least one inference system (106a-114a) of one said group of interference-correlation system is configured to process the relevant broadcasted security events based on defined inference rules to identify high value and low value events, and the inference rules are obtained from stochastic parameters that are user-customisable according to severity attributes; and wherein, the at least one associated correlation system (106b-114b) of the one said group of interference-correlation system is configured to process the relevant broadcasted security events based on defined deterministic rules, which are derived from historical data for anticipating cyber attacks.
A humeral cutting guide (1000;1200;1500), comprising: a resection surface (1004; 1204; 1504); a support portion (1006; 1206;1506), the resection surface (1004;1204;1504) and the support portion (1006; 1206;1506) being formed as portions of a monolithic member, the support portion (1006; 1206;1506) comprising at least one area (1020;1256;1556) configured for contact with a humeral bone surface and a plurality of mounting pin holes (1036;1262;1562), the mounting pin holes (1036;1262;1562) having non-parallel longitudinal axes; and a releasable positioning jig (1012;1160;1212;1512) configured to be mounted to the support portion (1006; 1206;1506), the releasable positioning jig (1012;1160;1212;1512) having at least one area (1068;1282;1582) configured to contact a humeral head or to be supported by a resected surface of a humerus following resection along the resection surface (1004; 1204; 1504). a resection surface (1004; 1204; 1504); a support portion (1006; 1206;1506), the resection surface (1004;1204;1504) and the support portion (1006; 1206;1506) being formed as portions of a monolithic member, the support portion (1006; 1206;1506) comprising at least one area (1020;1256;1556) configured for contact with a humeral bone surface and a plurality of mounting pin holes (1036;1262;1562), the mounting pin holes (1036;1262;1562) having non-parallel longitudinal axes; and a releasable positioning jig (1012;1160;1212;1512) configured to be mounted to the support portion (1006; 1206;1506), the releasable positioning jig (1012;1160;1212;1512) having at least one area (1068;1282;1582) configured to contact a humeral head or to be supported by a resected surface of a humerus following resection along the resection surface (1004; 1204; 1504).
A method by a host electronic device that supports both a Universal Serial Bus, USB protocol and a Controller Area Network, CAN protocol, the method comprising: isolating a peripheral electronic device from a bus voltage line (Vbus) of the host electronic device ; connecting a D+ signal line or a D- signal line of the host electronic device to the bus voltage line (Vbus) via a pull-up resistor (Rc1, Rc2); determining a digital value of a voltage of the D+ signal line or D- signal line; determining that the peripheral electronic device is using the CAN protocol when the digital value is equal to a bus voltage of the bus voltage line (Vbus); determining that the peripheral electronic device is using the USB protocol when the digital value is lower than a bus voltage of the bus voltage line (Vbus); in response to determining that the peripheral electronic device is using the CAN protocol: causing a switch to pass at least one alternate mode signal (SBU1, SBU2) to a CAN transceiver ; and in response to determining that the peripheral electronic device is using the USB protocol: commencing communication using the USB protocol over a plurality of USB signal lines. isolating a peripheral electronic device from a bus voltage line (Vbus) of the host electronic device ; connecting a D+ signal line or a D- signal line of the host electronic device to the bus voltage line (Vbus) via a pull-up resistor (Rc1, Rc2); determining a digital value of a voltage of the D+ signal line or D- signal line; determining that the peripheral electronic device is using the CAN protocol when the digital value is equal to a bus voltage of the bus voltage line (Vbus); determining that the peripheral electronic device is using the USB protocol when the digital value is lower than a bus voltage of the bus voltage line (Vbus); in response to determining that the peripheral electronic device is using the CAN protocol: causing a switch to pass at least one alternate mode signal (SBU1, SBU2) to a CAN transceiver ; and in response to determining that the peripheral electronic device is using the USB protocol: commencing communication using the USB protocol over a plurality of USB signal lines.
A dual rotor propulsion system comprising: an engine operable to provide an input torque; a transmission coupled to the engine and operable to receive the input torque and generate an output torque; a first output shaft coupled to the transmission and operable to receive a first portion of the output torque; a first rotor assembly coupled to and rotatable with the first output shaft ; a second output shaft coupled to the transmission and operable to receive a second portion of the output torque; and a second rotor assembly coupled to and rotatable with the second output shaft ; wherein, the first and second rotor assemblies rotate coaxially; wherein, the first rotor assembly has a different diameter than the second rotor assembly ; wherein the first rotor assembly is a gimbaled rotor; and wherein, the first rotor assembly is stoppable and foldable in forward flight. an engine operable to provide an input torque; a transmission coupled to the engine and operable to receive the input torque and generate an output torque; a first output shaft coupled to the transmission and operable to receive a first portion of the output torque; a first rotor assembly coupled to and rotatable with the first output shaft ; a second output shaft coupled to the transmission and operable to receive a second portion of the output torque; and a second rotor assembly coupled to and rotatable with the second output shaft ; wherein, the first and second rotor assemblies rotate coaxially; wherein, the first rotor assembly has a different diameter than the second rotor assembly ; wherein the first rotor assembly is a gimbaled rotor; and wherein, the first rotor assembly is stoppable and foldable in forward flight.
Cell contacting system for an electro-chemical device which comprises a plurality of electro-chemical cells and a current line system , wherein the cell contacting system comprises a signal line system having one or more signal lines for connecting a respective signal source to a signal line termination or to a monitoring device of the cell contacting system in electrically conductive manner and a carrier element which carries the signal line system , wherein the current line system is a component of the cell contacting system and the carrier element carries the current line system , wherein the cell contacting system comprises at least one signal-line-system-side positioning element which is fixed to a signal line of the signal line system , and at least one carrier-element-side positioning element which is fixed to the carrier element , wherein the signal-line-system-side positioning element is connected to the carrier-element-side positioning element in such a way that the signal-line-system-side positioning element is positioned in a desired position relative to a cell connector or a current termination of the current line system , wherein the signal-line-system-side positioning element is fixed to the associated cell connector or current termination , and wherein the cell connectors are arranged next to each other in an X-direction and/or in a Y-direction of the cell contacting system and are arranged over the cell terminals of the electro-chemical cells that are to be connected to one another in a Z-direction in the assembled state of the cell contacting system , wherein the X-direction , the Y-direction and the Z-direction are oriented perpendicularly to each other in pairs, characterized in that the signal-line-system-side positioning element comprises a contact region by means of which the signal-line-system-side positioning element is fixed to the associated cell connector or current termination , a terminal region by means of which the signal-line-system-side positioning element is fixed to the associated signal line , and a deformation region which is arranged between the contact region and the terminal region , wherein the deformation region is deformable in such a way that the contact region of the signal-line-system-side positioning element is movable relative to the terminal region along the Z-direction .