mhurhangee/ep-ind-claims huggingface dataset:
A transport system of a plurality of identical containers (1, 1A), the system comprising a first and a second thermoformed foil, shaped to form a plurality of stations each having a first face with a raised portion having a first and a second centering conical portion configured so as to centre a base 10 of a container, and a support portion for the base of the container, and a second face opposite the first having a hollow portion defined by a fourth centering portion, by a fifth portion and by a sixth portion recessed with respect to the fifth portion, a plurality of containers being arranged in columns of equal height each positioned on a station of the first thermoformed foil with his first face facing the bases of the containers, the second thermoformed sheet being positioned above the columns of containers with the second face facing the tops of the containers, so as to stabilize the columns during handling, characterized in that the first thermoformed sheet is placed on a pallet, and in that each container comprises a can having a neck defining an opening, a valve element comprising a valve cup supporting a movable hollow stem against an elastic element between a first stable closing position and a second unstable position of fluid delivery through a cavity of the stem, the cavity of the stem when the stem is in the dispensing position being in communication with the interior of the can, wherein the fourth centering portion is configured to center the valve of a container, the fifth portion is for stably positioning at least a portion of the second sheet to a valve cup of a container, and the sixth portion is shaped to house and protect the stem of the aerosol valve of a container, the can being fixed to a support base of the container, the base comprising a support surface provided with a recess defined by a first centering surface configured to center the container on a valve cup of a further identical container on which the container can be piled, by a second support surface of stable support of the container on the valve cup and by a third surface recessed with respect to the second surface configured to house, protecting it, the stem an aerosol valve of the further container.
Brake disc cylinder comprising a piston capable of moving axially in the direction of a disc and enclosing a parking brake mechanism consisting of: - an input shaft supported on an axial abutment of the cylinder opposing the movement of said shaft in the direction opposite to the disc, said shaft being capable of being driven in rotation when the parking brake control is operated, - a ball ramp comprising an input plate, integral in rotation with the input shaft, and a movable plate, balls being housed in grooves facing the two plates, each groove being bordered by at least one escape zone on which the corresponding ball rolls during a rotation of the input plate, so that if the movable plate is at least braked in rotation, said ball separates the two plates from one another, - a bolt - nut play adjusting assembly, integral in rotation, on the one hand, with the movable plate of the ball ramp, on the other hand of the piston, constituting an adjustable spacer, between the movable plate and the piston, by unscrewing the bolt in the nut, characterized in that the bolt -nut assembly includes a screw thread pitch oriented so that the compression of the bolt-nut assembly generates a rotation torque opposing the driving of the movable plate by the input plate during a rotation thereof. - an input shaft supported on an axial abutment of the cylinder opposing the movement of said shaft in the direction opposite to the disc, said shaft being capable of being driven in rotation when the parking brake control is operated, - a ball ramp comprising an input plate, integral in rotation with the input shaft, and a movable plate, balls being housed in grooves facing the two plates, each groove being bordered by at least one escape zone on which the corresponding ball rolls during a rotation of the input plate, so that if the movable plate is at least braked in rotation, said ball separates the two plates from one another, - a bolt - nut play adjusting assembly, integral in rotation, on the one hand, with the movable plate of the ball ramp, on the other hand of the piston, constituting an adjustable spacer, between the movable plate and the piston, by unscrewing the bolt in the nut,
A method of marking a batch of carbon dioxide formed from a mixture of several batches, each batch comprising carbon dioxide recycled in industrial or agricultural uses or captured and sequestered to address climate issues, the method comprising for each batch the following steps a. b. c: a. Creation by a traceability computer system of a reference to the batch of carbon dioxide in a database of a computer system listing a plurality of batches of carbon dioxide; b. Injection of a chemical tracer into the batch of carbon dioxide, the final concentration of tracer in each batch being less than 1% by mass; c. Recording the chemical tracer formula of the batch in the computerised traceability system; Where the chemical tracer formula is batch specific and is in the form of a combination of at least two chemicals; Then: Blending of the said several batches to form a new batch of carbon dioxide, the tracer composition of which, being the combination weighted by the assembled amounts of the tracers of each batch in the blend, constitutes a single characteristic for the identification of this new batch so composed. a. Creation by a traceability computer system of a reference to the batch of carbon dioxide in a database of a computer system listing a plurality of batches of carbon dioxide; b. Injection of a chemical tracer into the batch of carbon dioxide, the final concentration of tracer in each batch being less than 1% by mass; c. Recording the chemical tracer formula of the batch in the computerised traceability system;
An electronic control device comprising: an electronic component; a control substrate on which the electronic component is mounted; and a sealing resin configured to seal the control substrate, the electronic control device being configured to be installed outside a vehicle cabin or in an engine compartment, the electronic control device further including a plate member facing the control substrate, and at least a portion of an outer periphery of the plate member being covered with the sealing resin, characterized in that: the control substrate is fixed to the plate member, and at least a portion of the plate member is sealed with the sealing resin, the plate member includes a rising portion on an outer periphery, the plate member has a recessed shape, and the control substrate is housed in the plate member. an electronic component; a control substrate on which the electronic component is mounted; and a sealing resin configured to seal the control substrate, the electronic control device being configured to be installed outside a vehicle cabin or in an engine compartment, the electronic control device further including a plate member facing the control substrate, and at least a portion of an outer periphery of the plate member being covered with the sealing resin, the control substrate is fixed to the plate member, and at least a portion of the plate member is sealed with the sealing resin, the plate member includes a rising portion on an outer periphery, the plate member has a recessed shape, and the control substrate is housed in the plate member.
A VUV gas discharge lamp comprising a glass enclosure containing a low pressure gas and a VUV transmission window wherein the transmission window comprises a VUV-transparent substrate and a nanolayer stack provided on the substrate towards the exterior of the lamp, the nanolayer stack comprising at least one nanolayer (2.1), the top layer of the nanolayer stack being conducting, characterized in that the top layer comprises at least two regions (2.1.1, 2.1.2), each made of a different material, the regions being electrically isolated from one another.
An electrolytic capacitor (30; 40; 50; 60; 70) comprising: at least two electrodes (32, 32'; 52; 62; 72)in a hermetic electrolytic environment (31; 51; 61; 71); and characterised by a solid, composite getter (33; 45; 10; 63; 73) in contact with the electrolytic environment and comprising a metal getter having a surface area in contact with a palladium compound, wherein the solid, composite getter comprises a combination of (i) a metal getter comprising zirconium, titanium or palladium and (ii) a palladium compound comprising palladium, an oxide of palladium, or a palladium alloy, wherein the combination of the metal getter and palladium compound inhibits passivation of the getter material by the electrolyte environment; and wherein the composite getter is in the form of a sheet (11, 12) for retaining the metal getter in a desired region of an electrolyte solution in an electrolytic device. at least two electrodes (32, 32'; 52; 62; 72)in a hermetic electrolytic environment (31; 51; 61; 71); and characterised by a solid, composite getter (33; 45; 10; 63; 73) in contact with the electrolytic environment and comprising a metal getter having a surface area in contact with a palladium compound, wherein the solid, composite getter comprises a combination of (i) a metal getter comprising zirconium, titanium or palladium and (ii) a palladium compound comprising palladium, an oxide of palladium, or a palladium alloy, wherein the combination of the metal getter and palladium compound inhibits passivation of the getter material by the electrolyte environment; and wherein the composite getter is in the form of a sheet (11, 12) for retaining the metal getter in a desired region of an electrolyte solution in an electrolytic device.
A method comprising: receiving a set of content for display on a device in a locked-screen mode of the device, wherein at least a portion of the received set of content is marked for redaction; displaying the set of content with the marked portion redacted on the device in the locked-screen mode; receiving biometric verification data indicating whether a user of the device is verified through biometric data; and when the biometric verification data indicates that the user is verified, displaying the set of content without any portion redacted while the device remains in the locked-screen mode. receiving a set of content for display on a device in a locked-screen mode of the device, wherein at least a portion of the received set of content is marked for redaction; displaying the set of content with the marked portion redacted on the device in the locked-screen mode; receiving biometric verification data indicating whether a user of the device is verified through biometric data; and when the biometric verification data indicates that the user is verified, displaying the set of content without any portion redacted while the device remains in the locked-screen mode.
A camera body comprising: a mount unit on which an interchangeable lens including a driven member (204, 206) and a storage medium storing lens data related to driving of the driven member can be mounted; a transmitter that is arranged to send a driving amount data and a drive speed data regarding the driven member to the interchangeable lens; a receiver that is arranged to receive lens-side judgment data, based on which whether the lens data is properly stored in the storage medium or not can be judged, from the interchangeable lens; and a judgment unit that is arranged to judge whether the lens data is properly stored in the storage medium or not, based on the lens-side judgment data received from the receiver, wherein: the receiver receives a drive time of the driven member as the lens-side judgment data, the drive time being obtained based on the driving amount data, the drive speed data, and the lens data stored in the storage medium, and the receiver receives the lens-side judgment data after the transmitter sends the driving amount data and the drive speed data to the interchangeable lens. a mount unit on which an interchangeable lens including a driven member (204, 206) and a storage medium storing lens data related to driving of the driven member can be mounted; a transmitter that is arranged to send a driving amount data and a drive speed data regarding the driven member to the interchangeable lens; a receiver that is arranged to receive lens-side judgment data, based on which whether the lens data is properly stored in the storage medium or not can be judged, from the interchangeable lens; and a judgment unit that is arranged to judge whether the lens data is properly stored in the storage medium or not, based on the lens-side judgment data received from the receiver, wherein: the receiver receives a drive time of the driven member as the lens-side judgment data, the drive time being obtained based on the driving amount data, the drive speed data, and the lens data stored in the storage medium, and the receiver receives the lens-side judgment data after the transmitter sends the driving amount data and the drive speed data to the interchangeable lens.
Female loop portion for a hook and loop fastener, comprising a film made of at least one thermoplastic material and a plurality of filaments, independent from one another and fixed to one of the surfaces of the film, each filament comprising a succession of fixing sections and a succession of loop sections alternating with the fixing sections, the filaments being fixed to the film along the fixing sections, while the loop sections are at a distance from the film in order to form loops, characterised in that the largest cross-sectional area of a loop section of one filament is less than the smallest cross-sectional area of a fixing section of said one filament.
An information processing apparatus comprising: a detection unit configured to detect a corneal reflection image corresponding to light from a light source reflected at a cornea from a captured image in which an eye irradiated with the light from the light source is imaged, characterised in that the detection unit estimates a position of a center of an eyeball on the basis of a plurality of time-series captured images each of which is the captured image according to the above, estimates a position of a center of the cornea on the basis of the estimated position of the center of the eyeball, estimates a position of a candidate for the corneal reflection image on the basis of the estimated position of the center of the cornea, and detects the corneal reflection image from the captured image on the basis of the estimated position of the candidate for the corneal reflection image. a detection unit configured to detect a corneal reflection image corresponding to light from a light source reflected at a cornea from a captured image in which an eye irradiated with the light from the light source is imaged, characterised in that the detection unit estimates a position of a center of an eyeball on the basis of a plurality of time-series captured images each of which is the captured image according to the above, estimates a position of a center of the cornea on the basis of the estimated position of the center of the eyeball, estimates a position of a candidate for the corneal reflection image on the basis of the estimated position of the center of the cornea, and detects the corneal reflection image from the captured image on the basis of the estimated position of the candidate for the corneal reflection image.
An appliance (12, 12', 1000, 1006, 1102, 2002) configured to perform a physical cycle of operation on an article characterized by: at least one processor-based component and at least one memory location, wherein at least two software components (10, 16B, 30, 48, 50, 52, 59, 72, 80, 84, 86) collaborate with each other by a method of access or exposure to each other to perform the cycle of operation through the processor-based component, and an embedded virtual router in one of the processor-based component and the memory location that encapsulates the method of access or exposure among the at least two software components wherein architectural dependencies within or between the at least two software operating components are minimized or eliminated, whereby the collaboration is uniform and identical whether the collaboration is over a network (14, 200, 202, 402, 602, 606, 608, 612, 1030, 1050, 1052, 1164, 2004, 2008, 2012, 2100, 2102) or sharing a runtime environment. at least one processor-based component and at least one memory location, wherein at least two software components (10, 16B, 30, 48, 50, 52, 59, 72, 80, 84, 86) collaborate with each other by a method of access or exposure to each other to perform the cycle of operation through the processor-based component, and an embedded virtual router in one of the processor-based component and the memory location that encapsulates the method of access or exposure among the at least two software components wherein architectural dependencies within or between the at least two software operating components are minimized or eliminated, whereby the collaboration is uniform and identical whether the collaboration is over a network (14, 200, 202, 402, 602, 606, 608, 612, 1030, 1050, 1052, 1164, 2004, 2008, 2012, 2100, 2102) or sharing a runtime environment.
A method of determining an electro-mechanical fault condition in a synchronous machine having a stator a rotor, and an exciter, wherein the exciter is a rotating exciter having an exciter stator an exciter rotor, and exciter stator windings, wherein the method comprises: a) obtaining an exciter current signal which is a measurement of an exciter current flowing through the exciter stator windings of the exciter, wherein the exciter current signal is an exciter stator current, b) transforming the exciter current signal to obtain an exciter current frequency spectrum, characterised in that the rotating exciter has an AC/AC type of stator-rotor arrangement, and in that the method comprises: c) determining that a stator short-circuit fault is present in case the harmonic content of the exciter current frequency spectrum comprises a dominant frequency component at 3f s *, where f s is the power supply frequency and s is the rotor slip of the exciter. a) obtaining an exciter current signal which is a measurement of an exciter current flowing through the exciter stator windings of the exciter, wherein the exciter current signal is an exciter stator current, b) transforming the exciter current signal to obtain an exciter current frequency spectrum, characterised in that the rotating exciter has an AC/AC type of stator-rotor arrangement, and in that the method comprises: c) determining that a stator short-circuit fault is present in case the harmonic content of the exciter current frequency spectrum comprises a dominant frequency component at 3f s *, where f s is the power supply frequency and s is the rotor slip of the exciter.
Motor vehicle, which has at least one manual and one automatic driving mode, wherein the motor vehicle has a steering wheel and a steering column which is longitudinally adjustable by means of an actuator system, wherein the actuator in the automatic driving mode pulls the steering wheel close to the dashboard of the vehicle, and a screen being arranged behind the steering wheel, which is in contact with the steering wheel in the automatic driving mode, characterized, that the screen is a component of a steering column module arranged on the steering column.
A method for forming profile elements, in particular trapezoidal, Ω-shaped, semi-circular, i.e. gauß-wave-form, or hat-shaped profile elements, from a multilayer stacking of pre-impregnated fibres by moving the stacking in feed direction with feed speed by means of sets of conveyor belts (10, 10a, 10b, 11, 11a, 11b) which engage with the upper and lower surfaces of the lateral edge sections (5, 6) of the stacking and hold said edge sections in a starting plane and which are arranged so that the distance between such sets of conveyor belts engaging with opposite edge sections decreases in feed direction, and characterized by moving a middle portion of said stacking over a ramp upwardly inclined in feed direction with respect to the starting plane.
A compound of formula I: wherein R 2, R 3, R 4, and R 5 each independently represent H or a protecting group; X is a C4-C30 hydrocarbyl group that can be substituted; Y is a C1-C6 alkylene that can be substituted with up to two groups independently selected from halo, C1-C6 alkyl, C1-C6 alkoxy, C1-C6 haloalkyl and hydroxyl, or a C2-C6 alkenylene linker that can be substituted with up to two groups; and Z is -OR 1, wherein R 1 is a C4-C20 hydrocarbyl group that can contain a heteroatom within its backbone, and is optionally substituted; or a pharmaceutically acceptable salt thereof. wherein R 2, R 3, R 4, and R 5 each independently represent H or a protecting group; X is a C4-C30 hydrocarbyl group that can be substituted; Y is a C1-C6 alkylene that can be substituted with up to two groups independently selected from halo, C1-C6 alkyl, C1-C6 alkoxy, C1-C6 haloalkyl and hydroxyl, or a C2-C6 alkenylene linker that can be substituted with up to two groups; and Z is -OR 1, wherein R 1 is a C4-C20 hydrocarbyl group that can contain a heteroatom within its backbone, and is optionally substituted; or a pharmaceutically acceptable salt thereof.