mhurhangee/ep-ind-claims huggingface dataset:
Fastening device having at least one positionable carrying element, comprising: - a base plate with a largely flat rear surface and a front surface which is opposite to the rear surface, wherein - a first guide channel is formed on the front surface, wherein the guide channel is delimited by side walls, wherein engagement surfaces are formed at least in certain portions on at least one of the side walls, wherein - a sliding element, which can be displaced along the guide channel, is arranged in the guide channel, wherein - the carrying element is arranged on the sliding element, and wherein - two spring elements, which in a locking position can enter into engagement with the engagement surfaces of the guide channel, are formed on the sliding element, - a movable locking element, which fixes the spring elements at least in the locking position, is provided on the sliding element, wherein the two spring elements form a second guide channel, wherein the locking element can be reversibly displaced along the second guide channel, wherein the locking element in a first release position in the second guide channel enables a displacement of the sliding element along the first guide channel and the locking element in a second locking position in the second guide channel prevents a displacement of the sliding element along the first guide channel, and wherein a displacement of the locking element from the second locking position into the first release position is effected counter to the gravitational force and the locking element is held in the second locking position by the gravitational force, characterized in that guide grooves and latching elements for the locking element are provided on the sliding element and, with the locking element in a detached position, the spring elements are not in engagement with the engagement surfaces, wherein the locking element also fixes the spring elements in the detached position. - a base plate with a largely flat rear surface and a front surface which is opposite to the rear surface, wherein - a first guide channel is formed on the front surface, wherein the guide channel is delimited by side walls, wherein engagement surfaces are formed at least in certain portions on at least one of the side walls, wherein - a sliding element, which can be displaced along the guide channel, is arranged in the guide channel, wherein - the carrying element is arranged on the sliding element, and wherein - two spring elements, which in a locking position can enter into engagement with the engagement surfaces of the guide channel, are formed on the sliding element, - a movable locking element, which fixes the spring elements at least in the locking position, is provided on the sliding element,
A rail vehicle comprising a driver's cab, which is designed to allow the driver to drive the rail vehicle, characterised in that - a cool box for receiving and cooling movable objects is arranged in the driver's cab, - the cool box is detachably fastened via a hook-and-loop fastener (53, 54) to a support element for supporting the cool box, and - the cool box is arranged in a cabinet of the driver's cab. - a cool box for receiving and cooling movable objects is arranged in the driver's cab, - the cool box is detachably fastened via a hook-and-loop fastener (53, 54) to a support element for supporting the cool box, and - the cool box is arranged in a cabinet of the driver's cab.
Method for controlling a machine by cortical signals, comprising the steps consisting in: - acquiring a plurality of electrophysiological signals from different locations of the cortex of the brain of a human or animal subject; - detecting predetermined variations of characteristics of said electrophysiological signals; and - in response to said variations, generating control signals for said machine; characterized in that at least some of said predetermined variations of characteristics of the electrophysiological signals are from a priori determined regions of the cortex, without being associated with actions performed or imagined, or with sensory stimuli evoked by said human or animal subject. - acquiring a plurality of electrophysiological signals from different locations of the cortex of the brain of a human or animal subject; - detecting predetermined variations of characteristics of said electrophysiological signals; and - in response to said variations, generating control signals for said machine; characterized in that at least some of said predetermined variations of characteristics of the electrophysiological signals are from a priori determined regions of the cortex, without being associated with actions performed or imagined, or with sensory stimuli evoked by said human or animal subject.
A process for pyrolyzing ionic mercury into gaseous elemental form in a conditioning module for a mercury analyzer comprising a thermal pyrolysis unit, the method comprising the steps of: a) receiving mercury-containing gas to be passed through the thermal pyrolysis unit of the conditioning module, wherein the thermal pyrolysis unit contains pyrolyzer material comprising silica (SiO 2); and b) converting the mercury-containing gas into pyrolyzed gas by passing the mercury-containing gas through the pyrolyzer material, wherein the silica is present as a layer on the surface of particles comprising an inert covalently bonded material selected from silicon carbide (SiC), silicon nitride (e.g. Si 3 N 4), silicon boride (e.g. SiB 6), boron nitride (e.g. BN) and mixtures thereof. a) receiving mercury-containing gas to be passed through the thermal pyrolysis unit of the conditioning module, wherein the thermal pyrolysis unit contains pyrolyzer material comprising silica (SiO 2); and b) converting the mercury-containing gas into pyrolyzed gas by passing the mercury-containing gas through the pyrolyzer material,
An elevator installation system comprising: a support structure including a first surface and a second surface, the support structure oriented such that the first surface faces in a first direction and the second surface faces in a second direction opposite the first direction, the support structure configured to support a worker standing on the first surface; a hoist supporting the support structure such that at least a portion of the hoist is positioned facing the second surface; and a suspension member coupled to the hoist and extending from the hoist in the first direction characterised in that the support structure includes at least a portion of an elevator car, and wherein the elevator car includes an elevator cab and the elevator cab defines the second surface. a support structure including a first surface and a second surface, the support structure oriented such that the first surface faces in a first direction and the second surface faces in a second direction opposite the first direction, the support structure configured to support a worker standing on the first surface; a hoist supporting the support structure such that at least a portion of the hoist is positioned facing the second surface; and a suspension member coupled to the hoist and extending from the hoist in the first direction characterised in that the support structure includes at least a portion of an elevator car, and wherein the elevator car includes an elevator cab and the elevator cab defines the second surface.
An object identification system for being mounted on a vehicle comprising: a distance sensor structured to scan a single beam in a horizontal direction so as to measure distances to points on a surface of an object and to generate a single item of point cloud data, PCD, that corresponds to a single scan line; and a processing device comprising a classifier structured to identify a kind of the object based on the single item of point cloud data that corresponds to the single scan line generated by the distance sensor, wherein the classifier is implemented based on a learned model generated by machine learning, and wherein the machine learning is executed using a plurality of items of point cloud data that correspond to a plurality of scan lines obtained by measuring a predetermined object by means of a Light Detection and Ranging, LiDAR, supporting a plurality of scan lines having different heights, the LiDAR being different from the distance sensor. a distance sensor structured to scan a single beam in a horizontal direction so as to measure distances to points on a surface of an object and to generate a single item of point cloud data, PCD, that corresponds to a single scan line; and a processing device comprising a classifier structured to identify a kind of the object based on the single item of point cloud data that corresponds to the single scan line generated by the distance sensor, wherein the classifier is implemented based on a learned model generated by machine learning, and wherein the machine learning is executed using a plurality of items of point cloud data that correspond to a plurality of scan lines obtained by measuring a predetermined object by means of a Light Detection and Ranging, LiDAR, supporting a plurality of scan lines having different heights, the LiDAR being different from the distance sensor.
A display device, comprising: a base substrate including a display area, including a plurality of pixels, and a non-display area at least partially surrounding the display area; and a lower metal line disposed on the base substrate and surrounding at least a portion of the display area, wherein each pixel of the plurality of pixels includes a thin film transistor, wherein the thin film transistor includes a driving transistor and a switching transistor, each of which including a channel, a first electrode, a second electrode, and a gate electrode overlapping the channel characterized in that the thin film transistor is disposed on the lower metal line, the lower metal line overlaps only one of the channel of the driving transistor and the channel of the switching transistor, wherein the non-display area includes a pad area, and wherein the lower metal line is spaced apart from the non-overlapped channel of the thin film transistor and is configured to receive a constant voltage from a lower metal pad located in the pad area, the display device further comprising: a light emitting line extending along a second direction crossing a first direction, wherein the thin film transistor is connected to the driving transistor, wherein the gate electrode (DT-G) further includes a first switching transistor connected to the light emitting line and connected to a first electrode of the driving transistor. a base substrate including a display area, including a plurality of pixels, and a non-display area at least partially surrounding the display area; and a lower metal line disposed on the base substrate and surrounding at least a portion of the display area, wherein each pixel of the plurality of pixels includes a thin film transistor, wherein the thin film transistor includes a driving transistor and a switching transistor, each of which including a channel, a first electrode, a second electrode, and a gate electrode overlapping the channel the thin film transistor is disposed on the lower metal line, the lower metal line overlaps only one of the channel of the driving transistor and the channel of the switching transistor, wherein the non-display area includes a pad area, and wherein the lower metal line is spaced apart from the non-overlapped channel of the thin a light emitting line extending along a second direction crossing a first direction, wherein the thin film transistor is connected to the driving transistor, wherein the gate electrode (DT-G) further includes a first switching transistor connected to the light emitting line and connected to a first electrode of the driving transistor.
A coupling (1, 2, 21, 22) comprising: an inner member (111, 211, 231) and an outer annular member (131, 231, 251) and an intermediate annular member (121, 221, 241) which when aligned share a common axis and have a common centre on the common axis; one or a diametrically opposed pair of first axles disposed radially (114, 214, 234) of the common centre coupling the inner member (111, 211, 231) and the intermediate annular member (121, 221, 241), and the inner member (121, 221, 231) and the intermediate annular member (121, 221, 241) being constrained by the first axles (114, 214, 234) to rotate, one with respect to the other about a second axis perpendicular to the common axis; the intermediate annular member (121, 221, 241) and the outer annular member (131, 231, 251) being constrained by the second axles (134, 234, 254) to rotate, one with respect to the other about a third axis perpendicular to both the common axis and the second axis; and characterised in that the inner member (111, 211, 231), intermediate annular (121, 221, 241) and outer annular member (131, 231, 251) are spaced apart to leave a gap (103, 203) between each of the members and in that the gaps (103, 203) and the concentricity of the intermediate annular member (121, 221, 241) is maintained by the first axle or axles being fixed in the one or other of the inner (111, 211, 231) or outer member (131, 231, 251) and intermediate annular member (121, 221, 241) and supported in bearings (125, 129 225, 245, 227, 247) in the other of the inner or outer member and intermediate member.
A method for determining temperature change of semiconductors within a converter, the method comprising: measuring, by a temperature regulator including a processor, a first semiconductor temperature at a junction located on a semiconductor; determining, by the processor, a reference temperature, using a peak detector configured to determine a maximum temperature when at least one semiconductor conducts high current, and a minimum temperature when the at least one semiconductor conducts low current; summing, by the processor, the first semiconductor temperature and the reference temperature to generate a first temperature sum; comparing, by the processor, the first temperature sum to a coolant temperature to generate a first temperature difference; and circulating reactive power such that the first temperature difference is adjusted according to an amount of energy sent to the converter by a power source, so that the first temperature difference is within a predetermined temperature range. measuring, by a temperature regulator including a processor, a first semiconductor temperature at a junction located on a semiconductor; determining, by the processor, a reference temperature, using a peak detector configured to determine a maximum temperature when at least one semiconductor conducts high current, and a minimum temperature when the at least one semiconductor conducts low current; summing, by the processor, the first semiconductor temperature and the reference temperature to generate a first temperature sum; comparing, by the processor, the first temperature sum to a coolant temperature to generate a first temperature difference; and circulating reactive power such that the first temperature difference is adjusted according to an amount of energy sent to the converter by a power source, so that the first temperature difference is within a predetermined temperature range.
Active mass for a pyrotechnic infra-red decoy with space effect that radiates spectrally on burn-up, comprising a fuel, an oxidizer, a binder and a carbon-containing substance, wherein the fuel and the oxidizer are selected such that the oxidizer is able to oxidize the fuel, after ignition thereof, in an exothermic primary reaction producing a temperature of at least 1000 K, wherein the substance is selected such that the substance, as a result of the heat liberated in the primary reaction, undergoes endothermic pyrolysis and, in so doing, releases gas which is combustible in air, wherein the reducing power of the fuel is not so strong that CO 2 which forms can be reduced to carbon, wherein the substance and proportion thereof in the active mass are selected such that the temperature of the active mass after ignition thereof, owing to the withdrawal of the heat by the endothermic pyrolysis, does not exceed 2000 K, wherein the composition of the active mass is such that, during burn-up thereof, solid constituents part from the active mass, wherein the fuel includes carbon or comprises boron, silicon, antimony, iron, manganese, cobalt or nickel or a mixture or alloy of these substances, wherein the oxidizer comprises a perchlorate, chlorate, oxide, sulfate, nitrate, dinitramine, nitrite, peroxide, dinitromethanate, a nitro compound, a nitrate ester, hexogen, octogen, nitrocellulose or nitropenta, wherein the substance comprises sugar, wood, cereal flour, brown coal, peat, cellulose, starch, tobacco, an oxalate, a formate, an acetate, a propionate, polyethylene glycol, polyoxymethylene, polyamide, urea, hexamethylenetetramine, trioxane, paraformaldehyde, nitrocellulose, hexogen, octogen, dinitromethanate or nitropenta, and wherein, while the fuel is not sulfur, sulfur is included in the active mass.
A method of manufacturing an indicia bearing septum, comprising the steps of: (a) providing an elastomeric septum; (b) forming a cavity at an upper portion of the septum by at least one depression of a given configuration into a top surface of the septum; and characterized by the further steps of: (c) molding a radiopaque insert having the given configuration; and (d) fittingly mounting the radiopaque insert into the cavity formed by the depression at the septum; wherein the insert provides a readable indicia to a viewer visually and when the septum is viewed under x-ray or computer tomography imaging. (a) providing an elastomeric septum; (b) forming a cavity at an upper portion of the septum by at least one depression of a given configuration into a top surface of the septum; and characterized by the further steps of: (c) molding a radiopaque insert having the given configuration; and (d) fittingly mounting the radiopaque insert into the cavity formed by the depression at the septum; (c) molding a radiopaque insert having the given configuration; and (d) fittingly mounting the radiopaque insert into the cavity formed by the depression at the septum;
A method of editing content of a webpage, comprising: receiving, by one or more processors, a first identifier of a webpage to be edited; determining, by the one or more processors, a second identifier of a current webpage to which the browser application has navigated; determining, by the one or more processors, whether the current webpage is the webpage to be edited using the first identifier and the second identifier; in response to determining the current webpage is the webpage to be edited, generating, by the one or more processors, an interface configured to receive revisions to content of the webpage, the interface provided within a domain of the webpage; receiving, by the one or more processors, the revisions to the webpage; generating, by the one or more processors, revision data including the received revisions; and storing, by the one or more processors, the revision data to a database for subsequent implementation within the webpage. receiving, by one or more processors, a first identifier of a webpage to be edited; determining, by the one or more processors, a second identifier of a current webpage to which the browser application has navigated; determining, by the one or more processors, whether the current webpage is the webpage to be edited using the first identifier and the second identifier; in response to determining the current webpage is the webpage to be edited, generating, by the one or more processors, an interface configured to receive revisions to content of the webpage, the interface provided within a domain of the webpage; receiving, by the one or more processors, the revisions to the webpage; generating, by the one or more processors, revision data including the received revisions; and storing, by the one or more processors, the revision data to a database for subsequent implementation within the webpage.
An orthodontic correction device adapted to be set up within an oral cavity of a patient for correcting an arrangement of teeth, comprising: a bone screw plate having a plate, wherein the plate comprises a top surface, a bottom surface and at least a positioning portion, at least a fixing member being disposed on the top surface of the plate, the fixing member comprising: an engagement portion; and a base portion having two sides, one side of the base portion being adjacent to the top surface of the plate, another side of the base portion being in connection with the engagement portion, the engagement portion comprising at least a through hole; at least a bone screw, in connection with the at least a positioning portion of the bone screw plate, adapted to be fixed by implanting into the oral cavity of the patient; at least a base body, adapted to be assembled on a surface of the teeth, and comprising a connecting portion; at least an elastic member, the elastic member being configured as a orthodontic wire body, having a fixing end and a functioning end, wherein the engagement portion is adapted to be in connection with the fixing end, the fixing end is adapted to be assembled on the fixing member of the bone screw plate, the functioning end is adapted to be in connection with the connecting portion of the base body mutually, to form an orthodontic correction force between the fixing end and the functioning end, and the orthodontic wire body is adapted to be bent and fixed at the through hole. a bone screw plate having a plate, wherein the plate comprises a top surface, a bottom surface and at least a positioning portion, at least a fixing member being disposed on the top surface of the plate, the fixing member comprising: an engagement portion; and a base portion having two sides, one side of the base portion being adjacent to the top surface of the plate, another side of the base portion being in connection with the engagement portion, the engagement portion comprising at least a through hole; an engagement portion; and a base portion having two sides, one side of the base portion being adjacent to the top surface of the plate, another side of the base portion being in connection with the engagement portion, the engagement portion comprising at least a through hole; at least a bone screw, in connection with the at least a positioning portion of the bone screw plate, adapted to be fixed by implanting into the oral cavity of the patient; at least a base body, adapted to be assembled on a surface of the teeth, and comprising a connecting portion; at least an elastic member, the elastic member being configured as a orthodontic wire body, having a fixing end and a functioning end, wherein the engagement portion is adapted to be in connection with the fixing end, the fixing end is adapted to be assembled on the fixing member of the bone screw plate, the functioning end is adapted to be in connection with the connecting portion of the base body mutually, to form an orthodontic correction force between the fixing end and the functioning end, and the orthodontic wire body is adapted to be bent and fixed at the through hole.