mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a determination unit adapted to determine a first event; a camera adapted to switch from a first mode to a second mode based on the first event, the first event corresponding to the disconnection of the camera with a router, the camera further comprising: a detection unit adapted to detect a second event; a recording unit adapted to capture the second event based on the detection by the detection unit; and a communication unit adapted to transmit a copy of the captured second event to one or more devices in the second mode; and the one or more devices adapted to receive the copy of the captured second event from the camera; wherein the camera is connected to the router through a cellular network or a WiFi network in the first mode and is configured to use the router to transmit a copy of the captured second event to a server through the cellular or WiFi network; and wherein the camera is disconnected from the router in the second mode and is configured to establish a cellular connection using a cellular network or a WiFi connection using a WiFi network with the one or more devices in the second mode. a determination unit adapted to determine a first event; a camera adapted to switch from a first mode to a second mode based on the first event, the first event corresponding to the disconnection of the camera with a router, the camera further comprising: a detection unit adapted to detect a second event; a recording unit adapted to capture the second event based on the detection by the detection unit; and a communication unit adapted to transmit a copy of the captured second event to one or more devices in the second mode; and a detection unit adapted to detect a second event; a recording unit adapted to capture the second event based on the detection by the detection unit; and a communication unit adapted to transmit a copy of the captured second event to one or more devices in the second mode; and the one or more devices adapted to receive the copy of the captured second event from the camera; wherein the camera is connected to the router through a cellular network or a WiFi network in the first mode and is configured to use the router to transmit a copy of the captured second event to a server through the cellular or WiFi network; and wherein the camera is disconnected from the router in the second mode and is configured to establish a cellular connection using a cellular network or a WiFi connection using a WiFi network with the one or more devices in the second mode.
A secondary battery comprising: an electrode assembly; a collecting plate electrically connected to the electrode assembly; a case accommodating the electrode assembly and the collecting plate and having an opening; a cap assembly comprising a cap plate sealing the opening of the case; and a short circuit member installed in the collecting plate and facing the cap plate, the short circuit member being configured to contact the cap plate when an internal pressure of the secondary battery exceeds a reference pressure level, and comprising a short circuit plate that is an invertible plate and comprises: a downwardly convex round portion; and an edge portion extending from an edge of the round portion, and fixed to a portion of the collecting plate corresponding to a lateral surface of the short circuit hole, characterized in that the collecting plate has a short circuit hole; and the short circuit plate is installed in the short circuit hole; wherein the short circuit plate faces the cap plate, and wherein the short circuit plate and the cap plate are made of a conductive material and configured to have different polarities. an electrode assembly; a collecting plate electrically connected to the electrode assembly; a case accommodating the electrode assembly and the collecting plate and having an opening; a cap assembly comprising a cap plate sealing the opening of the case; and a short circuit member installed in the collecting plate and facing the cap plate, the short circuit member being configured to contact the cap plate when an internal pressure of the secondary battery exceeds a reference pressure level, and comprising a short circuit plate that is an invertible plate and comprises: a downwardly convex round portion; and an edge portion extending from an edge of the round portion, and fixed to a portion of the collecting plate corresponding to a lateral surface of the short circuit hole, characterized in that the collecting plate has a short circuit hole; and the short circuit plate is installed in the short circuit hole; wherein the short circuit plate faces the cap plate, and wherein the short circuit plate and the cap plate are made of a conductive material and configured to have different polarities. a downwardly convex round portion; and an edge portion extending from an edge of the round portion, and fixed to a portion of the collecting plate corresponding to a lateral surface of the short circuit hole, characterized in that the collecting plate has a short circuit hole; and the short circuit plate is installed in the short circuit hole; wherein the short circuit plate faces the cap plate, and wherein the short circuit plate and the cap plate are made of a conductive material and configured to have different polarities.
A method of producing an acrylic polymer sheet material comprising the steps of: a. mixing a composition of material comprising 0.5-2% by weight of metallic flakes having a maximum dimension in a range from 20-300μm and dispersed in a plasticiser, a radical initiator, with the balance being an acrylic prepolymer of Poly(methyl methacrylate) and methyl methacrylate for the production of a transparent polymer in a vessel to produce a viscous material with a viscosity of 120-300cP; b. introducing the viscous material into a mould; c. permitting the composition to polymerise under controlled conditions so the concentration of the flakes increases through the thickness of the sheet wherein the controlled conditions include a temperature in the range of 45°C to 60°C; d. removing the polymerised material from the mould. a. mixing a composition of material comprising 0.5-2% by weight of metallic flakes having a maximum dimension in a range from 20-300μm and dispersed in a plasticiser, a radical initiator, with the balance being an acrylic prepolymer of Poly(methyl methacrylate) and methyl methacrylate for the production of a transparent polymer in a vessel to produce a viscous material with a viscosity of 120-300cP; b. introducing the viscous material into a mould; c. permitting the composition to polymerise under controlled conditions so the concentration of the flakes increases through the thickness of the sheet wherein the controlled conditions include a temperature in the range of 45°C to 60°C; d. removing the polymerised material from the mould.
A textile laminate in which a plurality of unidirectional textiles (11, 12, 13, 14) having a plurality of yarns arranged in a uniaxial orientation are laminated, and the unidirectional textiles (11, 12, 13, 14) are joined in the lamination direction with joining yarns, wherein the textile laminate is twisted around a torsion axis, which extends in a straight line in a predetermined direction, the yarns of at least one of the unidirectional textiles (11, 12, 13, 14) are oriented in a manner intersecting with the torsion axis, the textile laminate comprises: a pair of side edge sections positioned at opposite ends in the axial direction of the torsion axis, and torsional edge sections connecting the side edge sections to each other, characterized in that the yarns of the unidirectional textile (12, 13, 14) intersecting with the torsion axis as viewed from the direction orthogonal to the torsion axis extend in straight lines from the torsion axis toward the torsional edge sections. a pair of side edge sections positioned at opposite ends in the axial direction of the torsion axis, and torsional edge sections connecting the side edge sections to each other,
A method for transmitting data, which is applicable to an apparatus for encapsulating RTP data, comprising: dividing a data frame to be transmitted into one or more payload packets having a predetermined length; adding a real-time transport protocol header for each payload packet, and marking a padding bit in the real-time transport protocol header as padded; in a padding field corresponding to the padding bit, marking a data type field, a frame start bit, a frame end bit and a payload packet type field for the payload packet to obtain an encapsulated real-time transport protocol packet; transmitting the encapsulated real-time transport protocol packet; wherein, the padding field corresponding to the padding bit comprises a data padding field and an extension field; wherein, the extension field occupies 4 bytes, and comprises a reserved field, a multiple frame indicator field and a padding size field; characterized in that: in the multiple frame indicator field, the data type field occupies 2 bits, each of the frame start bit and the frame end bit occupies 1 bit, and the payload packet type field occupies 2 bits; wherein, the multiple frame indicator field further comprises a payload packet sequence number field which identifies the sequence number of a channel to which the transmitted payload packet belongs and a channel field which identifies the number of a channel for a data frame to be transmitted, each of which occupies 4 bits. dividing a data frame to be transmitted into one or more payload packets having a predetermined length; adding a real-time transport protocol header for each payload packet, and marking a padding bit in the real-time transport protocol header as padded; in a padding field corresponding to the padding bit, marking a data type field, a frame start bit, a frame end bit and a payload packet type field for the payload packet to obtain an encapsulated real-time transport protocol packet; transmitting the encapsulated real-time transport protocol packet; wherein, the padding field corresponding to the padding bit comprises a data padding field and an extension field; wherein, the extension field occupies 4 bytes, and comprises a reserved field, a multiple frame indicator field and a padding size field; characterized in that: in the multiple frame indicator field, the data type field occupies 2 bits, each of the frame start bit and the frame end bit occupies 1 bit, and the payload packet type field occupies 2 bits; wherein, the multiple frame indicator field further comprises a payload packet sequence number field which identifies the sequence number of a channel to which the transmitted payload packet belongs and a channel field which identifies the number of a channel for a data frame to be transmitted, each of which occupies 4 bits.
A brake caliper for applying a braking force to a brake disc, the caliper comprising: a service brake mechanism having at least two piston and cylinder assemblies (108a, 110a and 108b, 110b) forming an opposed piston mechanism arranged to force, in use, each of a pair of braking members (102a, 102b) towards a brake disc to apply a service braking force to the brake disc; a park brake mechanism arranged to force each of the braking members (102a, 102b) towards the brake disc to apply a park braking force to the brake disc, the parking brake mechanism including an actuator mechanism arranged to generate a driving force to force a first of the opposed braking members (102a, 102b) towards the brake disc and a force transmitting member arranged to transmit the driving force to force a second of the opposed braking members (102a, 102b) towards the brake disc; and a supporting means arranged to at least partially support the force transmitting member such that it is arranged to move relative to a body of the brake caliper; characterised in that the supporting means comprises a sliding contact between the force transmitting member and an outer surface of a first cylinder of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b), which is movable along a common axis with a first piston of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b). a service brake mechanism having at least two piston and cylinder assemblies (108a, 110a and 108b, 110b) forming an opposed piston mechanism arranged to force, in use, each of a pair of braking members (102a, 102b) towards a brake disc to apply a service braking force to the brake disc; a park brake mechanism arranged to force each of the braking members (102a, 102b) towards the brake disc to apply a park braking force to the brake disc, the parking brake mechanism including an actuator mechanism arranged to generate a driving force to force a first of the opposed braking members (102a, 102b) towards the brake disc and a force transmitting member arranged to transmit the driving force to force a second of the opposed braking members (102a, 102b) towards the brake disc; and a supporting means arranged to at least partially support the force transmitting member such that it is arranged to move relative to a body of the brake caliper; characterised in that the supporting means comprises a sliding contact between the force transmitting member and an outer surface of a first cylinder of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b), which is movable along a common axis with a first piston of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b).
A connector (10, 10A, 200, 300) comprising: a body including a flow channel through which fluid can be circulated, and a space communicating with the flow channel; and a valve including a base disposed in the space so as to be displaceable, and a slit that can open and close the flow channel based on elastic deformation of the base, wherein the body has a stopper (90, 96, 220, 312) provided on a way, on which the valve is displaced, for restricting a predetermined or more degree of elastic deformation of the valve, wherein the stopper (90, 96, 220, 312) holds the elastically deformed base with an inserted body when the inserted body is inserted into the body, and characterized in that the stopper (90, 220, 312) is formed to have a taper portion (92, 94) that becomes narrower toward the flow channel from a position where the valve is disposed. a body including a flow channel through which fluid can be circulated, and a space communicating with the flow channel; and a valve including a base disposed in the space so as to be displaceable, and a slit that can open and close the flow channel based on elastic deformation of the base, wherein the body has a stopper (90, 96, 220, 312) provided on a way, on which the valve is displaced, for restricting a predetermined or more degree of elastic deformation of the valve, wherein the stopper (90, 96, 220, 312) holds the elastically deformed base with an inserted body when the inserted body is inserted into the body, and characterized in that the stopper (90, 220, 312) is formed to have a taper portion (92, 94) that becomes narrower toward the flow channel from a position where the valve is disposed.
A power supply system comprising a plurality of batteries (4A, 4B, 4C) equipped with a software-controlled electronic control and protection system (8A, 8B, 8C) connected in parallel to supply power to one or more loads (10, 12), the electronic control and protection system of each battery comprising safety contactors (14A, 16A; 14B, 16B, 14C, 16C) located between said battery (4A, 4B, 4C) and the load(s) (10, 12) to be powered, and a control module (20A, 20B, 20C) configured to order the opening or closing of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C), said control module (20A, 20B, 20C) implementing a software program, the power supply system being characterised in that it is configured to: - detect a common fault configuration in which, for each battery (4A, 4B, 4C), an opening of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) is ordered, and - ordering a delay in the opening of said safety contactors (14A, 16A; 14B, 16B; 14C, 16C) for a delay period, and a resetting of each control module (20A, 20B, 20C) of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) of the batteries during said delay period, the resetting being performed by cutting off the power supply to the control modules (20A, 20B, 20C) for a restart period of time. - detect a common fault configuration in which, for each battery (4A, 4B, 4C), an opening of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) is ordered, and - ordering a delay in the opening of said safety contactors (14A, 16A; 14B, 16B; 14C, 16C) for a delay period, and a resetting of each control module (20A, 20B, 20C) of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) of the batteries during said delay period, the resetting being performed by cutting off the power supply to the control modules (20A, 20B, 20C) for a restart period of time.
A composition comprising a CRISPR-Cas system comprising a Cas9, a guide sequence capable of hybridizing to a hepatic target sequence expressed in liver cells, a tracr mate sequence and a tracr sequence, or one or more polynucleotides encoding said CRISPR-Cas system for use in treating a liver disease or disorder, wherein the said CRISPR-Cas system is administered using a stable nucleic acid-lipid particle (SNALP) or a dsAAV2/8 vector.
A method for shot peening, wherein a processed steel comprises a gas carburized steel that has hardness at 750HV or more at a depth z, where a maximum compressive residual stress is generated, the depth z being estimated by using Equations to, and wherein shot media that have a hardness that is greater than the hardness of the processed steel by 50HV or more are shot onto the processed steel to produce a compressive residual stress in the processed steel: α = 1 2 E * 1 5 5 π 4 1 5 D ρ 1 5 V 2 5 1 E * = 1 − v 1 2 E 1 + 1 − v 2 2 E 2 z = 0.48 Kα K = 1.25 where α: contact radius by shot media (m), ρ: specific gravity of shot media (kg/m 3), D: diameter of shot media (m), V: shot speed (m/s), E*: equivalent elastic modulus E 1: Young's modulus of the processed steel (Pa), v 1: Poisson's ratio of the processed steel, E 2: Young's modulus of shot media (Pa), v 2: Poisson's ratio of shot media, K: constant, and z: depth where the maximum compressive stress is generated (m). α: contact radius by shot media (m), ρ: specific gravity of shot media (kg/m 3), D: diameter of shot media (m), V: shot speed (m/s), E*: equivalent elastic modulus E 1: Young's modulus of the processed steel (Pa), v 1: Poisson's ratio of the processed steel, E 2: Young's modulus of shot media (Pa), v 2: Poisson's ratio of shot media, K: constant, and z: depth where the maximum compressive stress is generated (m).
A computer implemented method for eliminating vulnerabilities of smart devices (100, 151-153) connected to a data network, the method comprising: transmitting, by a crawler executed on a computer, a broadcast request through the data network to obtain access to at least one smart device (step 510); accessing, by the crawler, the at least one smart device; obtaining settings, by the crawler, of the at least one smart device by accessing a configuration file stored on the at least one smart device and containing settings of the smart device, wherein the settings of the at least one smart device includes one or both of a parameter or an attribute of the at least one smart device (step 520); comparing each of the settings of the at least one smart device with settings of known vulnerabilities, stored in a database, to identify at least one network vulnerability of the at least one smart device by identifying a setting with a similar vulnerable status in the database (step 530); determining an action for repairing the at least one network vulnerability based on comparing each of the settings with the settings of known vulnerabilities in the database to identify the setting with the similar vulnerable status in the database (step 540); and transmitting instructions to the at least one smart device to perform the action for repairing the at least one network vulnerability associated with the at least one setting of the at least one smart device, wherein the action comprises adjusting the setting of the smart device by making changes in the configuration file itself (step 550).
A welding-type power supply (100; 202), comprising: a power conversion circuit configured to convert input power to welding-type power and to output the welding-type power to a welding-type torch; a communication circuit (134; 206) configured to receive a control signal from a remote control device during a welding-type operation; and a control circuit (160; 112), characterised in that the control circuit (160; 112) is configured to synergically control a voltage of the welding-type power and a wire feed speed during the welding type operation based on the control signal by: setting a commanded power level of the welding-type power based on the control signal; determining the voltage and the wire feed speed corresponding to the commanded power level; controlling the power conversion circuit to output the voltage; and controlling a wire feeder based on the wire feed speed. a power conversion circuit configured to convert input power to welding-type power and to output the welding-type power to a welding-type torch; a communication circuit (134; 206) configured to receive a control signal from a remote control device during a welding-type operation; and a control circuit (160; 112), setting a commanded power level of the welding-type power based on the control signal; determining the voltage and the wire feed speed corresponding to the commanded power level; controlling the power conversion circuit to output the voltage; and controlling a wire feeder based on the wire feed speed.
Method for balancing a component, in particular a rotor of an electric machine, by means of pins (11, 11'), which are introduced into prefabricated openings (5, 7, 9) in the component, characterised in that the component is balanced in that pins having cross-sectional areas (11, 11') of different sizes are fixed into corresponding openings (7, 9) in the component and that at least one further opening having a second cross-sectional area, smaller compared with the first cross-sectional area, is in each case arranged in the immediate vicinity of a circular opening having a first cross-sectional area.