mhurhangee/ep-ind-claims huggingface dataset:
A miniature circuit breaker, comprising: a switch to be manually opened or closed by an external lever; a magnetic coil comprising a moving valve, the moving valve to make contact with the switch upon occurrence of a first fault event, opening the switch; a bi-metallic strip to make contact with the switch upon occurrence of a second fault event: and a field effect transistor FET, characterized in that the field effect transistor is connected in series with and thermally tied to the bi-metallic strip, the FET having a gate terminal and a source terminal, wherein the gate terminal is connected to the source terminal, wherein the bi-metallic strip and the FET open the switch during the second fault event, wherein the FET is a junction field-effect transistor JFET. a switch to be manually opened or closed by an external lever; a magnetic coil comprising a moving valve, the moving valve to make contact with the switch upon occurrence of a first fault event, opening the switch; a bi-metallic strip to make contact with the switch upon occurrence of a second fault event: and a field effect transistor FET, characterized in that the field effect transistor is connected in series with and thermally tied to the bi-metallic strip, the FET having a gate terminal and a source terminal, wherein the gate terminal is connected to the source terminal, wherein the bi-metallic strip and the FET open the switch during the second fault event, wherein the FET is a junction field-effect transistor JFET.
An air quality control system, comprising: an air treatment unit for controlling a humidity level in an indoor space; and a controller for controlling the air treatment unit, characterised in that the controller comprises: a first input for receiving a floor type indication relating to floor types within the indoor space; and a second input for receiving activity information relating to occupant or device activities which are taking place on a floor area within the indoor space, wherein the controller is configured to control the humidity level in dependence on the activity information and floor type indication, thereby to reduce an amount of dust resuspension caused by the occupant or device activities. an air treatment unit for controlling a humidity level in an indoor space; and a controller for controlling the air treatment unit, characterised in that the controller comprises: a first input for receiving a floor type indication relating to floor types within the indoor space; and a second input for receiving activity information relating to occupant or device activities which are taking place on a floor area within the indoor space, a first input for receiving a floor type indication relating to floor types within the indoor space; and a second input for receiving activity information relating to occupant or device activities which are taking place on a floor area within the indoor space, wherein the controller is configured to control the humidity level in dependence on the activity information and floor type indication, thereby to reduce an amount of dust resuspension caused by the occupant or device activities.
An assembly (10; 100) for replacement of a surgically implanted prosthetic valve without removal of the surgically implanted prosthetic valve, the assembly (10; 100) comprising: an adapter stent (30; 102) comprising a frame and an annular sealing member (34; 106) wherein the sealing member (34; 106) extends substantially along the entire length of the frame of the adapter stent (30; 102) and is mounted on the outside of the frame of the adapter stent (30;102), the adapter stent (30; 102) being adapted to be deployed within the surgically implanted prosthetic valve; and a replacement prosthetic valve comprising a frame and a flexible valve member, the replacement prosthetic valve being adapted to be deployed within the deployed adapter stent (30; 102) such that the sealing member (34; 106) provides a seal between the surgically implanted prosthetic valve and the replacement prosthetic valve, wherein the sealing member extending substantially along the entire length of the frame is mounted on the inside of the frame of the adapter stent (30, 102). an adapter stent (30; 102) comprising a frame and an annular sealing member (34; 106) wherein the sealing member (34; 106) extends substantially along the entire length of the frame of the adapter stent (30; 102) and is mounted on the outside of the frame of the adapter stent (30;102), the adapter stent (30; 102) being adapted to be deployed within the surgically implanted prosthetic valve; and a replacement prosthetic valve comprising a frame and a flexible valve member, the replacement prosthetic valve being adapted to be deployed within the deployed adapter stent (30; 102) such that the sealing member (34; 106) provides a seal between the surgically implanted prosthetic valve and the replacement prosthetic valve, wherein the sealing member extending substantially along the entire length of the frame is mounted on the inside of the frame of the adapter stent (30, 102).
A driving assistance device for a vehicle, comprising: an acquisition module configured to acquire information comprising at least one of vehicle state information and environment information surrounding the vehicle; a decision module configured to determine a driving behavior for the vehicle in an autonomous driving mode based on the acquired information; a pre-processing module configured to process the acquired information to identify a respective information category among a plurality of pre-defined information categories the acquired information belongs to; and a determining module configured to retrieve one or more traffic rules related to the information category the acquired information belongs to from a traffic rule database pre-stored in the driving assistance device; determine whether the driving behavior violates any of the retrieved traffic rules; and determine risks of said driving behavior if it is determined the driving behavior violates at least one of the retrieved traffic rules, said risks comprising one or more of the legal penalty, property damages and personal injury caused by the driving behavior. an acquisition module configured to acquire information comprising at least one of vehicle state information and environment information surrounding the vehicle; a decision module configured to determine a driving behavior for the vehicle in an autonomous driving mode based on the acquired information; a pre-processing module configured to process the acquired information to identify a respective information category among a plurality of pre-defined information categories the acquired information belongs to; and a determining module configured to retrieve one or more traffic rules related to the information category the acquired information belongs to from a traffic rule database pre-stored in the driving assistance device; determine whether the driving behavior violates any of the retrieved traffic rules; and determine risks of said driving behavior if it is determined the driving behavior violates at least one of the retrieved traffic rules, said risks comprising one or more of the legal penalty, property damages and personal injury caused by the driving behavior.
Angle valve for connecting sanitary fittings to a housing comprising an inlet connection and an outlet connection, between which a valve seat is formed, which corresponds to the sealing face of a valve spindle of the angle valve, wherein the valve spindle is made of plastic and has a thread, which interacts with a thread in the housing as well as a securing ring for securing the valve spindle against unscrewing, characterised in that the securing ring (4, 104) has an inner cone (44, 144), which corresponds to a cone of the valve spindle.
A system comprising: a handpiece removeably couplable to a probe having at least one cryogenic treatment applicator and a disposable secure processor, DSP, the handpiece configured to provide cryogen coolant from a coolant supply system to the probe, the handpiece having a microprocessor control unit, MCU, and a handpiece secure processor, HSP, wherein the MCU comprises a controller processor, and wherein the HSP is a dedicated cryptoprocessor separate from the MCU configured to authenticate the DSP; wherein the MCU is configured to: detect connection of the probe to the handpiece; initiate an authentication process between the DSP and the HSP via the MCU; and as a result of the authentication process, determining one of at least two predetermined results, the at least two predetermined results comprising that the probe is authorized and non-authorized. a handpiece removeably couplable to a probe having at least one cryogenic treatment applicator and a disposable secure processor, DSP, the handpiece configured to provide cryogen coolant from a coolant supply system to the probe, the handpiece having a microprocessor control unit, MCU, and a handpiece secure processor, HSP, wherein the MCU comprises a controller processor, and wherein the HSP is a dedicated cryptoprocessor separate from the MCU configured to authenticate the DSP; wherein the MCU is configured to: detect connection of the probe to the handpiece; initiate an authentication process between the DSP and the HSP via the MCU; and as a result of the authentication process, determining one of at least two predetermined results, the at least two predetermined results comprising that the probe is authorized and non-authorized. detect connection of the probe to the handpiece; initiate an authentication process between the DSP and the HSP via the MCU; and as a result of the authentication process, determining one of at least two predetermined results, the at least two predetermined results comprising that the probe is authorized and non-authorized.
A vehicle externally chargeable, which is charged with electric power from an external power supply, comprising: a chargeable power storage device; a first control device for controlling said power storage device during any of operation of said vehicle and external charging; a charging device for charging said power storage device with electric power from said external power supply; a second control device for controlling said charging device; and a drive portion configured to generate drive force for said vehicle with electric power from said power storage device, characterized in that when said vehicle is to be operated, said first control device is started up as it is supplied with power in response to a signal indicating start of operation of said vehicle, and switches between start-up and stop of said second control device by controlling power supply to said second control device in accordance with need for control by said second control device. a chargeable power storage device; a first control device for controlling said power storage device during any of operation of said vehicle and external charging; a charging device for charging said power storage device with electric power from said external power supply; a second control device for controlling said charging device; and a drive portion configured to generate drive force for said vehicle with electric power from said power storage device,
A needle guard assembly comprising: a) a needle having a sharpened tip located at the distal end of the needle; b) a needle guard that is slidably mounted on the needle, wherein the needle guard is manually urged forward along the shaft of the needle by the user; c) the needle guard comprising an integrally molded movable needle trap, the needle trap being biased against or toward the needle; d) the needle guard having a receiving slot or nest to receive the needle trap; e) the needle trap of the needle guard advancing over the sharpened tip of the needle, thereby entrapping the needle tip as the needle guard is urged forward near the sharpened tip of the needle; f) the needle trap being hingedly attached to the needle guard by a hinge section; g) limiting means for limiting the forward movement of the needle guard along the needle; h) wherein the needle further comprises an expanded change in profile near the distal end of the needle; characterized in that i) the needle guard assembly further comprises a slidable washer or bushing adjacent to the expanded change in profile; and that j) the limiting means is the expanded change in profile and the bushing or washer, wherein the bushing or washer is retained by a slot in the needle guard. a) a needle having a sharpened tip located at the distal end of the needle; b) a needle guard that is slidably mounted on the needle, wherein the needle guard is manually urged forward along the shaft of the needle by the user; c) the needle guard comprising an integrally molded movable needle trap, the needle trap being biased against or toward the needle; d) the needle guard having a receiving slot or nest to receive the needle trap; e) the needle trap of the needle guard advancing over the sharpened tip of the needle, thereby entrapping the needle tip as the needle guard is urged forward near the sharpened tip of the needle; f) the needle trap being hingedly attached to the needle guard by a hinge section; g) limiting means for limiting the forward movement of the needle guard along the needle; h) wherein the needle further comprises an expanded change in profile near the distal end of the needle; characterized in that i) the needle guard assembly further comprises a slidable washer or bushing adjacent to the expanded change in profile; and that j) the limiting means is the expanded change in profile and the bushing or washer, wherein the bushing or washer is retained by a slot in the needle guard.
A system comprising: a radiation source; an image sensor; wherein the image sensor comprises a first radiation detector and a second radiation detector, respectively comprising a planar surface configured to receive radiation from the radiation source; wherein the planar surface of the first radiation detector and the planar surface of the second radiation detector are not parallel; wherein the first radiation detector and the second radiation detector are configured to move to a plurality of positions relative to the radiation source; wherein the image sensor is configured to capture, by using the first radiation detector and the second radiation detector and with the radiation, images of portions of a scene at the positions respectively, and configured to form an image of the scene by stitching the images of the portions; wherein the system is configured to rotate relative to the scene about a third axis; wherein the radiation source or the image sensor is on the third axis; wherein a relative position of the first radiation detector with respect to the second radiation detector remains the same. a radiation source; an image sensor; wherein the image sensor comprises a first radiation detector and a second radiation detector, respectively comprising a planar surface configured to receive radiation from the radiation source; wherein the planar surface of the first radiation detector and the planar surface of the second radiation detector are not parallel; wherein the first radiation detector and the second radiation detector are configured to move to a plurality of positions relative to the radiation source; wherein the image sensor is configured to capture, by using the first radiation detector and the second radiation detector and with the radiation, images of portions of a scene at the positions respectively, and configured to form an image of the scene by stitching the images of the portions; wherein the system is configured to rotate relative to the scene about a third axis; wherein the radiation source or the image sensor is on the third axis; wherein a relative position of the first radiation detector with respect to the second radiation detector remains the same.
Method for operating a navigation system of a motor vehicle, with the following steps: - receiving, from an internet source, a destination data record including a geodetic position and a first address assigned to the position, - determining test addresses accessible to the motor vehicle based on geodetic assignable digital map data available to the navigation system, the test addresses comprising at least one street name in a destination region around the position, - selecting a second address from the test addresses for which at least one character string describing the test address deviates the least from a corresponding character string describing the first address, and - if a level of deviation of the second address from the first address is below a predetermined threshold or corresponds to a predetermined threshold, operating the navigation system for navigating to the second address. - receiving, from an internet source, a destination data record including a geodetic position and a first address assigned to the position, - determining test addresses accessible to the motor vehicle based on geodetic assignable digital map data available to the navigation system, the test addresses comprising at least one street name in a destination region around the position, - selecting a second address from the test addresses for which at least one character string describing the test address deviates the least from a corresponding character string describing the first address, and - if a level of deviation of the second address from the first address is below a predetermined threshold or corresponds to a predetermined threshold, operating the navigation system for navigating to the second address.
A peptide-antisense conjugate for treating a given disease condition, comprising a phosphorodiamidate morpholino antisense oligomer directed against a gene whose expression is associated with the given disease condition in a specific target tissue, and covalently linked thereto, via a linkage XB, a cell-penetrating peptide having a sequence of (RXRRBR) 2, where R is arginine; B is β-alanine; and X is independently a neutral linear amino acid -C -(CH 2) n -NH-, where n is 4-6, where the cell-penetrating peptide selectively localizes the antisense oligomer in the target tissue.
A solvent for recovery of carbon dioxide from gaseous mixture, comprising: (a) at least amine, wherein the amine is 2-amino-2-methyl-1,3-propanediol (APMD), and (b) at least one salt, wherein the salt is potassium taurate, wherein said solvent contains less than 75% by weight of water and has a single liquid phase, wherein the molar concentration of AMPD is between 0.5 M to 4 M and the total molar concentration of potassium taurate is 0.1 M to 3.5 M. (a) at least amine, wherein the amine is 2-amino-2-methyl-1,3-propanediol (APMD), and (b) at least one salt, wherein the salt is potassium taurate,
A slurry composition for a positive electrode of a lithium ion secondary battery, comprising: a positive electrode active material; a conductive material; a viscosity modifier; a particulate binder; a surfactant; and water, wherein the surfactant comprises a polyoxyethylenic surfactant (a), and a sulfosuccinic acid ester or a salt thereof (b).
An information processing method, the method being applied to an electrical device and comprising: controlling an emission source in the electrical device to start working to excite the electronic tag on the preset object to broadcast stored preset information; receiving at least one of preset information sent by an edge computing device or operation parameter information of the electrical device sent by the edge computing device; and controlling operation of the electrical device according to the at least one of the preset information or the operation parameter information, wherein the preset information is preset information broadcast by an electronic tag on a preset object within a preset radio-frequency range of the electrical device, and after the electronic tag broadcasts the preset information, the preset information is received by a base station and sent to the edge computing device by the base station; and the operation parameter information is determined, by the edge computing device, according to the preset information; wherein the edge computing device is directly integrated in the base station. controlling an emission source in the electrical device to start working to excite the electronic tag on the preset object to broadcast stored preset information; receiving at least one of preset information sent by an edge computing device or operation parameter information of the electrical device sent by the edge computing device; and controlling operation of the electrical device according to the at least one of the preset information or the operation parameter information, wherein the preset information is preset information broadcast by an electronic tag on a preset object within a preset radio-frequency range of the electrical device, and after the electronic tag broadcasts the preset information, the preset information is received by a base station and sent to the edge computing device by the base station; and the operation parameter information is determined, by the edge computing device, according to the preset information; wherein the edge computing device is directly integrated in the base station.
A cylindrical element adapted for immersion in a body of water, the cylindrical element having an outer surface arranged, in use, to be in contact with the water, the outer surface comprising: at least two rows (40A, 40B, 40C, 40D) of repeating shapes provided thereon, each row (40A, 40B, 40C, 40D) of repeating shapes being separated from each adjacent row (40A, 40B, 40C, 40D) by a groove arrangement and each shape within a row (40A, 40B, 40C, 40D) being separated from adjacent shapes by at least one groove; wherein the groove arrangement for each row (40A, 40B, 40C, 40D) of repeating shapes comprises an upper groove and a lower groove, where each of the upper and lower grooves encircles the full 360 degree circumference of the cylindrical element such that each of said upper and lower grooves is continuous around the cylindrical element; wherein the groove arrangement provides at least one separated path for a flow of water to follow around the circumference of the cylindrical element, and characterised in that water flowing along a flow path (25A, 25B, 25C) within the groove arrangement from one side of the cylindrical element to another side of the cylindrical element will meet at least one flow separation point (23A, 23B, 23C), wherein the flowing water is separated into a first flow path (25A1, 25B1, 25C1) and a second flow path (25A2, 25B2, 25C2); and wherein the outer surface of the cylindrical element reduces Vortex Induced Vibration and/or drag acting upon the cylindrical element. at least two rows (40A, 40B, 40C, 40D) of repeating shapes provided thereon, each row (40A, 40B, 40C, 40D) of repeating shapes being separated from each adjacent row (40A, 40B, 40C, 40D) by a groove arrangement and each shape within a row (40A, 40B, 40C, 40D) being separated from adjacent shapes by at least one groove; wherein the groove arrangement for each row (40A, 40B, 40C, 40D) of repeating shapes comprises an upper groove and a lower groove, where each of the upper and lower grooves encircles the full 360 degree circumference of the cylindrical element such that each of said upper and lower grooves is continuous around the cylindrical element; wherein the groove arrangement provides at least one separated path for a flow of water to follow around the circumference of the cylindrical element, and characterised in that water flowing along a flow path (25A, 25B, 25C) within the groove arrangement from one side of the cylindrical element to another side of the cylindrical element will meet at least one flow separation point (23A, 23B, 23C), wherein the flowing water is separated into a first flow path (25A1, 25B1, 25C1) and a second flow path (25A2, 25B2, 25C2); and wherein the outer surface of the cylindrical element reduces Vortex Induced Vibration and/or drag acting upon the cylindrical element.