mhurhangee/ep-ind-claims huggingface dataset:
A DC circuit breaker comprising: an interruption mechanism portion configured to perform opening between a fixed contact and a movable contact, to interrupt DC current; an arc extinguishing plate obtained by superposing an insulating plate and a grid which has electrical conductivity and has a plate shape, the arc extinguishing plate having a surface oriented in a horizontal direction; and an arc extinguishing chamber in which the arc extinguishing plate has an opening at a center portion thereof, and a plurality of the arc extinguishing plates are accommodated in a stacked state at fixed intervals such that edges that delimit the openings are located above the fixed contact and the movable contact, wherein a fixed-side arc runner and a movable-side arc runner, characterized in that the fixed-side arc runner and the movable-side arc runner are fixed and protrude from the opening of the arc extinguishing plate at a lowermost stage, have side surfaces on which an interrupting portion having a projecting-shape side surface brought into close contact with a surface of the arc extinguishing plate is disposed such that ends of the interrupting portion are in contact with the side surfaces of the fixed-side arc runner and the movable-side arc runner. an interruption mechanism portion configured to perform opening between a fixed contact and a movable contact, to interrupt DC current; an arc extinguishing plate obtained by superposing an insulating plate and a grid which has electrical conductivity and has a plate shape, the arc extinguishing plate having a surface oriented in a horizontal direction; and an arc extinguishing chamber in which the arc extinguishing plate has an opening at a center portion thereof, and a plurality of the arc extinguishing plates are accommodated in a stacked state at fixed intervals such that edges that delimit the openings are located above the fixed contact and the movable contact, wherein a fixed-side arc runner and a movable-side arc runner, characterized in that the fixed-side arc runner and the movable-side arc runner are fixed and protrude from the opening of the arc extinguishing plate at a lowermost stage, have side surfaces on which an interrupting portion having a projecting-shape side surface brought into close contact with a surface of the arc extinguishing plate is disposed such that ends of the interrupting portion are in contact with the side surfaces of the fixed-side arc runner and the movable-side arc runner.
A method of configuring and deploying a rotary steerable system, the method comprising: determining a maximum dogleg severity required for drilling a wellbore along a planned wellbore path; selecting an initial combination of parameters for a flexible collar, the parameters including an outer diameter, an inner diameter, a length and a modulus of elasticity; selecting an initial material for the flexible collar based on the modulus of elasticity selected; selecting an initial placement of the flexible collar within the rotary steerable system; determining an initial dogleg severity capability of the rotary steerable system having the selected initial placement, material, and combination of parameters for the flexible collar; predetermining a dogleg severity tolerance for the initial dogleg severity capability; comparing the initial dogleg severity capability to the dogleg severity tolerance; selecting an adjusted placement, material and combination of parameters determined to yield an adjusted dogleg severity capability that is more proximate the maximum dogleg severity required than the initial dogleg severity capability in response to determining that the initial dogleg severity capability is outside the dogleg severity tolerance; constructing the rotary steerable system based on the adjusted placement, material and combination of parameters; and deploying the rotary steerable system into the wellbore to achieve the maximum dogleg severity required along the planned wellbore path. determining a maximum dogleg severity required for drilling a wellbore along a planned wellbore path; selecting an initial combination of parameters for a flexible collar, the parameters including an outer diameter, an inner diameter, a length and a modulus of elasticity; selecting an initial material for the flexible collar based on the modulus of elasticity selected; selecting an initial placement of the flexible collar within the rotary steerable system; determining an initial dogleg severity capability of the rotary steerable system having the selected initial placement, material, and combination of parameters for the flexible collar; predetermining a dogleg severity tolerance for the initial dogleg severity capability; comparing the initial dogleg severity capability to the dogleg severity tolerance; selecting an adjusted placement, material and combination of parameters determined to yield an adjusted dogleg severity capability that is more proximate the maximum dogleg severity required than the initial dogleg severity capability in response to determining that the initial dogleg severity capability is outside the dogleg severity tolerance; constructing the rotary steerable system based on the adjusted placement, material and combination of parameters; and deploying the rotary steerable system into the wellbore to achieve the maximum dogleg severity required along the planned wellbore path.
An EMI shielding composition comprising a) a resin comprising a thermoplastic resin and/or a thermoset resin; b) a reactive diluent and optionally a solvent; and, c) particles comprising a mixture of magnetic particles and electrically conductive particles or magnetic particles coated with an electrically conductive material or a mixture of electrically conductive particles and magnetic particles coated with an electrically conductive material, wherein said reactive diluent is selected from the group consisting of 3,4-epoxycyclohexanecarboxylate, isobornyl acrylate, 2-phenoxyethyl acrylate, neodecanic acid-2, 3-epoxypropyl ester, 1, 4-butanedioldiglycidyl ether; C 8 -C 10 alkyl glycidyl ethers selected from n-butylglycidyl ether and 2-ethylhexyl glycidyl ether; aromatic glycidyl ethers selected from phenyl gylcidyl ether, cresyl glycidyl ether and p-s-butylphenyl glycidyl ether, tetraglycidylbis- (p-aminophenyl)-methane; styrene oxide; α-pinene oxide; monoepoxide compounds having other functional group(s) selected from allyl glycidyl ether, glycidyl methacrylate, glycidyl acrylate and 1-vinyl-3,4-epoxycyclohexane; a diepoxide compound selected from (poly)ethylene glycol diglycidyl ether, (poly)propylene glycol diglycidyl ether, butanediol diglycidyl ether and neopentyl glycol diglycidyl ether; and a triepoxide compound selected from trimethylolpropane triglycidyl ether and glycerin triglycidyl ether; and, mixtures thereof; wherein said electrically conductive particles, if present, are provided in powder form, flake form or a mixture thereof; and, wherein said composition comprises ≥ 10% magnetic particles by weight, by total weight of the composition. a) a resin comprising a thermoplastic resin and/or a thermoset resin; b) a reactive diluent and optionally a solvent; and, c) particles comprising a mixture of magnetic particles and electrically conductive particles or magnetic particles coated with an electrically conductive material or a mixture of electrically conductive particles and magnetic particles coated with an electrically conductive material, wherein said electrically conductive particles, if present, are provided in powder form, flake form or a mixture thereof; and, wherein said composition comprises ≥ 10% magnetic particles by weight, by total weight of the composition.
An indicia reading system comprising: a mobile communication terminal comprising a first housing and at least one wired communication interface including a first electromechanical connector mechanically attached to the first housing; a scanning module comprising a second housing; characterized in that the system further comprises a third housing configured to at least partially receive the mobile communication terminal and the scanning module, wherein the third housing mechanically connects the scanning module's second housing to a rear panel of the mobile communication terminal's first housing; wherein the scanning module is configured to be communicatively coupled to the mobile communication terminal via an electromechanical interface; wherein the electromechanical interface comprises a first plurality of wires electrically coupling a second electromechanical connector to a third electromechanical connector; wherein the second electromechanical connector is configured to be electromechanically coupled to the first electromechanical connector; and wherein the electromechanical interface comprises a second plurality of wires electrically coupling the scanning module to the first plurality of wires. a mobile communication terminal comprising a first housing and at least one wired communication interface including a first electromechanical connector mechanically attached to the first housing; a scanning module comprising a second housing; characterized in that the system further comprises a third housing configured to at least partially receive the mobile communication terminal and the scanning module, wherein the third housing mechanically connects the scanning module's second housing to a rear panel of the mobile communication terminal's first housing; wherein the scanning module is configured to be communicatively coupled to the mobile communication terminal via an electromechanical interface; wherein the electromechanical interface comprises a first plurality of wires electrically coupling a second electromechanical connector to a third electromechanical connector; wherein the second electromechanical connector is configured to be electromechanically coupled to the first electromechanical connector; and wherein the electromechanical interface comprises a second plurality of wires electrically coupling the scanning module to the first plurality of wires.
A method of extracting toner from toner cartridges, including the steps of: breaking up toner cartridges into pieces by a shredder comprising a shredder hopper to release toner from within the cartridges; passing the cartridge pieces over a sifting barrier (5,6,26) so that only particles under a predetermined size pass through the barrier; agitating the pieces to mobilise the toner; extracting air from adjacent the agitated pieces to remove airborne particles; and removing toner from the air extracted from adjacent the pieces, characterised by further comprising the step of extracting air from the shredder hopper to collect toner particles released from the broken up cartridges. breaking up toner cartridges into pieces by a shredder comprising a shredder hopper to release toner from within the cartridges; passing the cartridge pieces over a sifting barrier (5,6,26) so that only particles under a predetermined size pass through the barrier; agitating the pieces to mobilise the toner; extracting air from adjacent the agitated pieces to remove airborne particles; and removing toner from the air extracted from adjacent the pieces, characterised by further comprising the step of extracting air from the shredder hopper to collect toner particles released from the broken up cartridges.
A method of deacidizing a gaseous effluent containing acid compounds, such as CO 2 and/or H 2 S, wherein: a) the gaseous effluent is contacted with an absorbent solution in an absorption column to obtain a gaseous effluent depleted of acid compounds and an absorbent solution laden with acid compounds, the absorbent solution being selected for its property to form two separable liquid phases when it has absorbed an amount of acid compounds and it is heated; b) the absorbent solution laden with acid compounds is separated into a first liquid fraction depleted of acid compounds and a second liquid fraction enriched with acid compounds; c) the second liquid fraction is regenerated in a regeneration column to release part of the acid compounds and to obtain a regenerated absorbent solution, by injecting vapor resulting from the partial vaporization in a reboiler of a first part of the regenerated absorbent solution withdrawn from the regeneration column, the vapor injection being in a liquid reserve including a second part of the regenerated absorbent solution located in a bottom of the regeneration column to provide stirring of the second part of the regenerated absorbent solution; and d) the first liquid fraction obtained in stage b) and the regenerated absorbent solution obtained in stage c) are recycled as the absorbent solution to stage a). a) the gaseous effluent is contacted with an absorbent solution in an absorption column to obtain a gaseous effluent depleted of acid compounds and an absorbent solution laden with acid compounds, the absorbent solution being selected for its property to form two separable liquid phases when it has absorbed an amount of acid compounds and it is heated; b) the absorbent solution laden with acid compounds is separated into a first liquid fraction depleted of acid compounds and a second liquid fraction enriched with acid compounds; c) the second liquid fraction is regenerated in a regeneration column to release part of the acid compounds and to obtain a regenerated absorbent solution, by injecting vapor resulting from the partial vaporization in a reboiler of a first part of the regenerated absorbent solution withdrawn from the regeneration column, the vapor injection being in a liquid reserve including a second part of the regenerated absorbent solution located in a bottom of the regeneration column to provide stirring of the second part of the regenerated absorbent solution; and d) the first liquid fraction obtained in stage b) and the regenerated absorbent solution obtained in stage c) are recycled as the absorbent solution to stage a).
A case for a gas turbine engine comprising: a single unitary outer case; characterised by the outer case including a turbine portion and a transition portion, the outer case including a forward end attachable to a combustor case and an aft end attachable to an aft turbine case. a single unitary outer case; characterised by the outer case including a turbine portion and a transition portion, the outer case including a forward end attachable to a combustor case and an aft end attachable to an aft turbine case.
A method comprising receiving at a server from a mobile device an identification of video content being delivered over a first communication path to a video device, the video content being displayed on the video device, the mobile device being in the vicinity of the video device and being able to identify the video content, identifying at the server interactive material related to the video content, and delivering the interactive material from the server to the mobile device over a second communication path, the second communication path separate from the first communication path over which the video content is delivered, the interactive material presented on the mobile device to a user of the mobile device in synchronization with the display of the video content on the video device. receiving at a server from a mobile device an identification of video content being delivered over a first communication path to a video device, the video content being displayed on the video device, the mobile device being in the vicinity of the video device and being able to identify the video content, identifying at the server interactive material related to the video content, and delivering the interactive material from the server to the mobile device over a second communication path, the second communication path separate from the first communication path over which the video content is delivered, the interactive material presented on the mobile device to a user of the mobile device in synchronization with the display of the video content on the video device.
A lighting technology device, comprising: - a controller; - a memory functionally connected to the controller; and - an NFC antenna, characterized in that the NFC antenna is integrated in a casing of the device or arranged on a board of the device carrying the controller and the memory, o wherein the antenna comprises two planar antenna wing elements (108a, 108b) arranged at an angle between 80° and 100°, preferably 85°to 95° with respect to each other, and ∘ wherein the controller is configured to process NFC data received from the antenna and store in said memory said data for programming the lighting technology device. - a controller; - a memory functionally connected to the controller; and - an NFC antenna, characterized in that the NFC antenna is integrated in a casing of the device or arranged on a board of the device carrying the controller and the memory, o wherein the antenna comprises two planar antenna wing elements (108a, 108b) arranged at an angle between 80° and 100°, preferably 85°to 95° with respect to each other, and ∘ wherein the controller is configured to process NFC data received from the antenna and store in said memory said data for programming the lighting technology device. o wherein the antenna comprises two planar antenna wing elements (108a, 108b) arranged at an angle between 80° and 100°, preferably 85°to 95° with respect to each other, and ∘ wherein the controller is configured to process NFC data received from the antenna and store in said memory said data for programming the lighting technology device.
An apparatus for wireless communications, comprising: a receiver configured to receive short packets from a device, said short packets lacking a key ID field identifying a key agreed upon between the apparatus and the device; and a decoder configured to: decode, using a first default key ID, some of the received short packets, participate in a re-keying procedure with the device, wherein, during the re-keying procedure, the apparatus receives additional packets from the device that include a key ID field, determine a second default Key ID based on receipt of a packet including a key ID field set to the second default key ID, and decode, using the second default key ID established during the re-keying procedure, some of the received short packets after the re-keying procedure. a receiver configured to receive short packets from a device, said short packets lacking a key ID field identifying a key agreed upon between the apparatus and the device; and a decoder configured to: decode, using a first default key ID, some of the received short packets, participate in a re-keying procedure with the device, wherein, during the re-keying procedure, the apparatus receives additional packets from the device that include a key ID field, determine a second default Key ID based on receipt of a packet including a key ID field set to the second default key ID, and decode, using the second default key ID established during the re-keying procedure, some of the received short packets after the re-keying procedure. decode, using a first default key ID, some of the received short packets, participate in a re-keying procedure with the device, wherein, during the re-keying procedure, the apparatus receives additional packets from the device that include a key ID field, determine a second default Key ID based on receipt of a packet including a key ID field set to the second default key ID, and decode, using the second default key ID established during the re-keying procedure, some of the received short packets after the re-keying procedure.
Lighting device for a motor vehicle headlamp, comprising: - an illuminant for generating and emitting light, the illuminant being set up to generate a light image lying in a light image plane, - an optical element for forming a light distribution from the light image generated by the illuminant, wherein the optical element is arranged in the direction of light propagation according to the light image plane and has a focal point and an optical axis, wherein the focal point lies between the optical element and the illuminant and the optical axis extends between the optical element and the illuminant, wherein the optical element is arranged to image the light image in the form of a light distribution in a traffic area, - a holding device which is set up to hold the position of the optical element in relation to the illuminant in such a way that, in a switched-off state of the illuminant, the focal point of the optical element lies outside the light image plane, wherein the holding device has at least one compensating element which connects the optical element to the holding device, the compensating element having a first end section and a second end section, the first end section being connected to the optical element and the second end section being connected to the holding device, the compensating element being formed from a material which is designed in such a way that the compensating element has a temperature-dependent longitudinal expansion in a direction, wherein the direction runs parallel to the optical axis of the optical element, wherein the compensating element is connected to the optical element in such a way and is set up to pivot and/or displace the optical element relative to the light-forming plane as a function of a temperature in such a way that, in a switched-on state of the illuminant, in which a higher temperature is present compared to the switched-off state, the focal point of the optical element lies within the light-forming plane. - an illuminant for generating and emitting light, the illuminant being set up to generate a light image lying in a light image plane, - an optical element for forming a light distribution from the light image generated by the illuminant, wherein the optical element is arranged in the direction of light propagation according to the light image plane and has a focal point and an optical axis, wherein the focal point lies between the optical element and the illuminant and the optical axis extends between the optical element and the illuminant, wherein the optical element is arranged to image the light image in the form of a light distribution in a traffic area, - a holding device which is set up to hold the position of the optical element in relation to the illuminant in such a way that, in a switched-off state of the illuminant, the focal point of the optical element lies outside the light image plane,
An inhaler comprising: a housing having a patient port and a cover rotatable about a cover axis between a closed position in which the cover covers the patient port, and an open position in which the patient port is accessible; an energy storage arrangement within the housing, the energy storage arrangement comprising a resilient member and defining a void for receiving a medicament container; in which the cover axis intersects the void, and in which the cover is configured to drive the resilient member to store energy therein upon rotation from the closed position towards the open position. a housing having a patient port and a cover rotatable about a cover axis between a closed position in which the cover covers the patient port, and an open position in which the patient port is accessible; an energy storage arrangement within the housing, the energy storage arrangement comprising a resilient member and defining a void for receiving a medicament container; in which the cover axis intersects the void, and in which the cover is configured to drive the resilient member to store energy therein upon rotation from the closed position towards the open position.