mhurhangee/ep-ind-claims huggingface dataset:
A computer program product comprising computer program instructions for application resilience, that, when executed by a processing apparatus, cause the processing apparatus to perform the following method steps: • monitoring (step 802) an application, thereby capturing data associated with the application, the application running on a cloud platform; • analyzing (step 804) the captured data, which comprises associating an event retrieved from the captured data with an action in a pre-stored template, wherein the pre-stored template comprises the retrieved event and the action associated with the retrieved event for the application resilience; • executing (step 806) the action associated to the retrieved event; • identifying(step 808) a status of the application; • fetching (step 810) the captured data, the retrieved event, and the action associated with the retrieved event and executed by the processing apparatus, and storing the fetched captured data, the fetched retrieved event, and the fetched action associated with the retrieved event and executed by the processing apparatus in at least one repository, and • notifying (step 812) the status of the application. • monitoring (step 802) an application, thereby capturing data associated with the application, the application running on a cloud platform; • analyzing (step 804) the captured data, which comprises associating an event retrieved from the captured data with an action in a pre-stored template, wherein the pre-stored template comprises the retrieved event and the action associated with the retrieved event for the application resilience; • executing (step 806) the action associated to the retrieved event; • identifying(step 808) a status of the application; • fetching (step 810) the captured data, the retrieved event, and the action associated with the retrieved event and executed by the processing apparatus, and storing the fetched captured data, the fetched retrieved event, and the fetched action associated with the retrieved event and executed by the processing apparatus in at least one repository, and • notifying (step 812) the status of the application.
An electronic tamper detection device comprising a tamper loop, a processing unit, a storage unit and a communication unit, wherein the processing unit is configured to perform a measurement on the tamper loop, wherein the processing unit is further configured to fetch a result of said measurement in a register and to store, if the tamper loop is open, data indicating that the tamper loop has been opened in said storage unit, wherein the storage unit is a non-volatile memory; wherein the processing unit is further configured to retrieve the stored data from the storage unit and to provide the retrieved data and the result of the measurement to the communication unit, wherein the communication unit is configured to transmit said retrieved data and the result of the measurement to an external device in a response to a command from said external device or in a message to said external device; characterized in that the processing unit is configured to store said data indicating that the tamper loop has been opened in multiple independent locations of said storage unit. wherein the processing unit is further configured to retrieve the stored data from the storage unit and to provide the retrieved data and the result of the measurement to the communication unit, wherein the communication unit is configured to transmit said retrieved data and the result of the measurement to an external device in a response to a command from said external device or in a message to said external device; characterized in that the processing unit is configured to store said data indicating that the tamper loop has been opened in multiple independent locations of said storage unit.
A substantially pure culture of Enterococcus mundtii strain ST4SA deposited with the ATCC under the assigned number PTA-7278, said culture capable of producing peptide ST4SA in a recoverable quantity upon fermentation in a nutrient medium containing assimilable sources of carbon, nitrogen, and inorganic substances.
Method for protecting a unit for converting a web substrate to limit a jam of the substrate inside the unit, said unit converting the substrate when it has stopped, in a machine for producing packaging, comprising successive steps consisting of: - detecting, at the outlet of the unit, that the converted substrate does not come out; - stopping a motor of an infeed arrangement, so as to prevent an inlet of the substrate in the unit; said method being characterised in that the successive steps also consist of: - stopping a motor of a feathering drive; and simultaneously stopping the machine. - detecting, at the outlet of the unit, that the converted substrate does not come out; - stopping a motor of an infeed arrangement, so as to prevent an inlet of the substrate in the unit; said method being characterised in that the successive steps also consist of: - stopping a motor of a feathering drive; and simultaneously stopping the machine.
An orally administrable composition in the form of a tablet obtainable by direct compression, which comprises a therapeutically effective amount of a combination of active ingredients and edible acceptable excipients, wherein, the total amount of the active ingredients is equal to or higher than 50% of the weight of the core tablet composition; the combination of active ingredients comprises at least: a) methylsulfonylmethane which is present in an amount within the range of from 5 to 40% by weight in respect of the weight of the tablet core composition; b) L-lysine or a salt thereof in the form of particles, which is present in an amount within the range of from 10 to 40% by weight in respect of the weight of the tablet core composition, and wherein 40-70% by weight of the particles have a particle size ≥400 μm and 60-85% by weight of the particles has a particle size ≥ 250 μm; c) Ferrous fumarate which is present in an amount within the range of from 2 to 20% by weight in respect of the total weight of the tablet core composition, and the edible acceptable excipient comprises: d) microcrystalline cellulose in the form of particles, which is present in an amount within the range of from 20 to 50% by weight in respect of the weight of the tablet core composition, and wherein up to a 5% by weight of the particles have a particle size a particle size ≥400 μm, at least 10% by weight of the particles have a particle size ≥ 250 μm; and at least 50%by weight of the particles have a particle size ≥ 150 μm; e) at least one lubricant; and f) at least one disintegrant. a) methylsulfonylmethane which is present in an amount within the range of from 5 to 40% by weight in respect of the weight of the tablet core composition; b) L-lysine or a salt thereof in the form of particles, which is present in an amount within the range of from 10 to 40% by weight in respect of the weight of the tablet core composition, and wherein 40-70% by weight of the particles have a particle size ≥400 μm and 60-85% by weight of the particles has a particle size ≥ 250 μm; c) Ferrous fumarate which is present in an amount within the range of from 2 to 20% by weight in respect of the total weight of the tablet core composition, and d) microcrystalline cellulose in the form of particles, which is present in an amount within the range of from 20 to 50% by weight in respect of the weight of the tablet core composition, and wherein up to a 5% by weight of the particles have a particle size a particle size ≥400 μm, at least 10% by weight of the particles have a particle size ≥ 250 μm; and at least 50%by weight of the particles have a particle size ≥ 150 μm; e) at least one lubricant; and f) at least one disintegrant.
A magnetic field communication method for managing a node with low power consumption that is accomplished in a low-frequency wireless network, comprising the steps of: receiving a physical layer frame at at least one magnetic field area network node, MFAN-N, from a magnetic field area network coordinator, MFAN-C, wherein the physical layer frame comprises a preamble, a header and a payload, and wherein the preamble comprises a wake-up sequence and a synchronization sequence. receiving a physical layer frame at at least one magnetic field area network node, MFAN-N, from a magnetic field area network coordinator, MFAN-C, wherein the physical layer frame comprises a preamble, a header and a payload, and wherein the preamble comprises a wake-up sequence and a synchronization sequence.
A touch sensor comprising: - a capacitive detector comprising: a protective layer, a first electrode disposed below said protective layer, a first insulating layer disposed below said first electrode, a second electrode disposed below said first insulating layer and a second insulating layer disposed below said second electrode; and - a resistive detector formed by a deformable upper layer associated with a detector disposed below said deformable upper layer by a frame; said detector being fixed to a substrate; characterized in that said capacitive detector is bonded to said resistive detector by an adhesive layer having a thickness of less than 0.5 mm and in that said touch sensor has a surface area of less than 1500 cm 2 and in that said protective layer has a thickness in the range 0.15 to 0.35 mm. - a capacitive detector comprising: a protective layer, a first electrode disposed below said protective layer, a first insulating layer disposed below said first electrode, a second electrode disposed below said first insulating layer and a second insulating layer disposed below said second electrode; and - a resistive detector formed by a deformable upper layer associated with a detector disposed below said deformable upper layer by a frame; said detector being fixed to a substrate;
A railway transportation power supply construction, continuously laid along the extending direction of the track bed, the railway transportation power supply construction comprising an insulating base, a power supply rail, a return current rail and an insulating shield, wherein an upper portion of the insulating base is provided with a boss, with the power supply rail and the return current rail being respectively arranged on two side shoulders of the boss, and the insulating shield is arranged on the top of the boss of the insulating base, the insulating shield covering the power supply rail and the return current rail; wherein the power supply rail and the return current rail are installed higher than a running rail.
Method for preparing silicic acid structures having a low degree of crosslinking, said method comprising: a) producing a sol, b) replacing the water contained in the sol by a water-soluble organic solvent, c) after elimination of the water by an organic solvent, esterifying the Si surface OH groups present in the sol on the internal surface of the silicic acid clusters to Si surface OR, wherein R is an organic rest, wherein R is an alkyl or aryl group selected from the group consisting of methyl, ethyl, propyl, butyl, pentyl, hexyl, and phenyl, and wherein the degree of esterification of the silicic acid clusters is greater than 50%. a) producing a sol, b) replacing the water contained in the sol by a water-soluble organic solvent, c) after elimination of the water by an organic solvent, esterifying the Si surface OH groups present in the sol on the internal surface of the silicic acid clusters to Si surface OR, wherein R is an organic rest, wherein R is an alkyl or aryl group selected from the group consisting of methyl, ethyl, propyl, butyl, pentyl, hexyl, and phenyl, and wherein the degree of esterification of the silicic acid clusters is greater than 50%.
An apparatus for molding plastic elements, which comprises a device for injection molding a plurality of elements made of plastics and a device for unloading said molded plastic elements from said molding device, said molding device being associated with an extraction plate adapted to move, on command, at least one part of said molding device in order to allow the unloading of said plurality of plastic elements, said extraction plate being connected functionally, by way of a plurality of posts, to an actuation element, there being an abutment body and actuation means which act between said abutment body and said actuation element and are adapted to move, substantially parallel to the direction of extension of said posts, said actuation element with respect to said abutment body, abutment body being arranged between said extraction plate and said actuation element, characterized in that said actuation means comprise at least one linear actuator, which comprises a stem and a respective cylinder, said stem being supported integrally by said abutment body and the respective cylinder being supported integrally by said actuation element, and said at least one linear actuator providing guiding means for moving said actuation element with respect to said supporting body.
A method of recognizing a fingerprint, comprising: receiving a request for a fingerprint mode; in response to the request for the fingerprint mode, displaying a guide area, the guide area located in at least one area of a display unit adjacent to a fingerprint scan sensor; receiving a finger touch for performing a fingerprint scan via the guide area; and providing guide information related to fingerprint recognition based on a touch detected via the guide area; wherein providing the guide information comprises: determining the length of a major axis of a touch area; displaying, when the length of the major axis of the touch area is less than a reference length, information making a request for changing the touch; and collecting, when the length of the major axis of the touch area is greater than or equal to the reference length, fingerprint information corresponding to the touch via the fingerprint scan sensor adjacent to the guide area; wherein displaying the information making the request for changing the touch comprises extracting sizes of the major axis and a minor axis of the finger touch, comparing the extracted sizes of the major axis and the minor axis and analyzing the orientation of the touched finger. receiving a request for a fingerprint mode; in response to the request for the fingerprint mode, displaying a guide area, the guide area located in at least one area of a display unit adjacent to a fingerprint scan sensor; receiving a finger touch for performing a fingerprint scan via the guide area; and providing guide information related to fingerprint recognition based on a touch detected via the guide area; wherein providing the guide information comprises: determining the length of a major axis of a touch area; displaying, when the length of the major axis of the touch area is less than a reference length, information making a request for changing the touch; and collecting, when the length of the major axis of the touch area is greater than or equal to the reference length, fingerprint information corresponding to the touch via the fingerprint scan sensor adjacent to the guide area; determining the length of a major axis of a touch area; displaying, when the length of the major axis of the touch area is less than a reference length, information making a request for changing the touch; and collecting, when the length of the major axis of the touch area is greater than or equal to the reference length, fingerprint information corresponding to the touch via the fingerprint scan sensor adjacent to the guide area; wherein displaying the information making the request for changing the touch comprises extracting sizes of the major axis and a minor axis of the finger touch, comparing the extracted sizes of the major axis and the minor axis and analyzing the orientation of the touched finger.
A cable carrier device for carrying cables, lines, hoses and the like between a first and a second connection point, and in which at least one of the connection points is movable, comprising at least one element (5, 6, 7, 8, 9, 10, 11, 12, 20) of the cable carrier device, in which the element (5, 6, 7, 8, 9, 10, 11, 12, 20) being formed from a material comprising at least one plastic and a filler comprising carbon, characterized in that the filler comprises carbon nanotubes.
A chocolate tempering machine comprising at least one tank and a distribution spout situated on the vertical line of said tank destined for distributing a jet of tempered chocolate, comprising a vibrating support equipped with at least a first soundproofing grating destined for supporting at least one product coated with tempered chocolate to facilitate the detachment of the chocolate from said product, characterized in that it also comprises at least a first heated surface tilting towards said tank, said first surface being superimposed by said first grating.
A turbomachine assembly comprising: • a first rotor module comprising a first blade and a disk centered on a turbomachine longitudinal axis (X-X), the first blade being mounted on the external periphery of the disk from which it extends, and further comprising an airfoil, a platform, a support and a root embedded in a housing of the disk, • a second rotor module, connected to the first rotor module, and comprising a second blade with a length less than the first blade and a ferrule comprising a circumferential extension extending toward the platform of the first blade, and • a damping device extending with at least one component along the turbomachine longitudinal axis (X-X), characterized in that the damping device is annular while extending circumferentially around the turbomachine longitudinal axis (X-X) and in that the damping device comprises a first external surface supported with friction against the first module, as well as a second external surface supported with friction against the second module, so as to couple the modules (2, 3) in order to damp their respective vibrational movements during operation, the first external surface of the damping device being supported with friction on a radially internal surface of the platform of the first blade, the second external surface of the damping device being supported with friction on the ferrule. • a first rotor module comprising a first blade and a disk centered on a turbomachine longitudinal axis (X-X), the first blade being mounted on the external periphery of the disk from which it extends, and further comprising an airfoil, a platform, a support and a root embedded in a housing of the disk, • a second rotor module, connected to the first rotor module, and comprising a second blade with a length less than the first blade and a ferrule comprising a circumferential extension extending toward the platform of the first blade, and • a damping device extending with at least one component along the turbomachine longitudinal axis (X-X),
A process for producing cocoa shell powder, which comprises the steps of (a) selecting and separating a fraction of cocoa shells from nibs, wherein the fraction is characterized by a mean particle size of more than 1 mm; (b) washing the cocoa shell fraction of (a) with a chelating agent, which comprises an organic acid containing at least two carboxylic groups or any alkali metal salt or alkali earth metal salt thereof; and (c) drying and grinding the cocoa shells of (b). (a) selecting and separating a fraction of cocoa shells from nibs, wherein the fraction is characterized by a mean particle size of more than 1 mm; (b) washing the cocoa shell fraction of (a) with a chelating agent, which comprises an organic acid containing at least two carboxylic groups or any alkali metal salt or alkali earth metal salt thereof; and (c) drying and grinding the cocoa shells of (b).
A visual remote control method for a touch-controllable device, wherein the method is executed by a control center device in a remote control system, and the method comprises: obtaining, by the control center device, a video image; determining, by the control center device, an identifier of each of at least one touch-controllable device in the video image; and sending, by the control center device, the video image and the identifier of each touch-controllable device to a remote device, so that a user can select and control a first touch-controllable device in the video image by using the remote device; wherein the method further comprises: sending, by the control center device, a control UI of the first touch-controllable device and an API of the first touch-controllable device to the remote device; receiving, by the control center device, first adjustment information sent by the remote device, wherein the first adjustment information is used to adjust an adjustable running parameter of the first touch-controllable device, and sending, by the control center device, the first adjustment information to the first touch-controllable device, so that the first touch-controllable device adjusts the adjustable running parameter according to the first adjustment information. obtaining, by the control center device, a video image; determining, by the control center device, an identifier of each of at least one touch-controllable device in the video image; and sending, by the control center device, the video image and the identifier of each touch-controllable device to a remote device, so that a user can select and control a first touch-controllable device in the video image by using the remote device; wherein the method further comprises: sending, by the control center device, a control UI of the first touch-controllable device and an API of the first touch-controllable device to the remote device; receiving, by the control center device, first adjustment information sent by the remote device, wherein the first adjustment information is used to adjust an adjustable running parameter of the first touch-controllable device, and sending, by the control center device, the first adjustment information to the first touch-controllable device, so that the first touch-controllable device adjusts the adjustable running parameter according to the first adjustment information. sending, by the control center device, a control UI of the first touch-controllable device and an API of the first touch-controllable device to the remote device; receiving, by the control center device, first adjustment information sent by the remote device, wherein the first adjustment information is used to adjust an adjustable running parameter of the first touch-controllable device, and sending, by the control center device, the first adjustment information to the first touch-controllable device, so that the first touch-controllable device adjusts the adjustable running parameter according to the first adjustment information.
Method for ascertaining a dynamic tyre circumference of a means of transport, comprising the following steps: • receiving a first signal representing a yaw rate of the means of transport, a second signal representing a wheel speed of a wheel of the means of transport, a third signal representing a steering angle of the means of transport and a fourth signal representing a dynamic gauge of the means of transport, • ascertaining a first output signal from a first Kalman filter representing the dynamic tyre circumference of the wheel using the first signal, the second signal, the third signal and the fourth signal as input signals for the first Kalman filter, and • using the first output signal in a controller of the means of transport. • receiving a first signal representing a yaw rate of the means of transport, a second signal representing a wheel speed of a wheel of the means of transport, a third signal representing a steering angle of the means of transport and a fourth signal representing a dynamic gauge of the means of transport, • ascertaining a first output signal from a first Kalman filter representing the dynamic tyre circumference of the wheel using the first signal, the second signal, the third signal and the fourth signal as input signals for the first Kalman filter, and • using the first output signal in a controller of the means of transport.