mhurhangee/ep-ind-claims huggingface dataset:
An optical structure for processing the light output by a lighting unit, having a collimating optic comprising: a reflection collimator having a first aperture for receiving LED light and a second aperture allowing the LED light to exit the reflection collimator, an optical layer comprising a translucent surface plate, said surface plate being positioned to cover the second aperture, and which is shaped to define a first beam processing structure for optically processing a light output and at least one region offset from the first beam processing structure; and IC chips or other circuitry are provided on or in the at least one region of the optical layer. a reflection collimator having a first aperture for receiving LED light and a second aperture allowing the LED light to exit the reflection collimator, an optical layer comprising a translucent surface plate, said surface plate being positioned to cover the second aperture, and which is shaped to define a first beam processing structure for optically processing a light output and at least one region offset from the first beam processing structure; and IC chips or other circuitry are provided on or in the at least one region of the optical layer.
A cooling arrangement with a switch cabinet and with a cooling apparatus, which has a first and second heat exchanger (1.1, 1.2) for cooling the switch cabinet, with a first line system for a first coolant and with at least one second line system for a second coolant, separated fluidically from the first line system, the first and the second line system (2, 3) being coupled thermally to one another, wherein the heat exchanger comprises a plurality of lamellae, adjacent lamellae forming between them an air flow duct through the heat exchanger, and the first and second line system (2, 3) being coupled thermally to one another via the plurality of lamellae, characterized in that the first heat exchanger (1.1) being disposed in a first air passage with a first air inlet and with a first air outlet, which are open to the surroundings of the switch cabinet and the second heat exchanger (1.2) being disposed in a second air passage with a second air inlet and with a second air outlet, which are open to an interior (7.1) of the switch cabinet, the first line system of the first heat exchanger (1.1) forming with the first line system of the second heat exchanger (1.2) a first closed coolant circuit, and the second line system of the first heat exchanger (1.1) forming with the second line system of the second heat exchanger (1.2) a second closed coolant circuit, one of the cooling circuits being an active coolant circuit and the other coolant circuit being a passive coolant circuit.
A polyolefin composition comprising a polyolefin, a benzil derivative comprising, preferably consisting of, the structural unit according to the following formula: wherein R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9 and R 10 independently from each other are hydrogen, or a hydrocarbyl group which may contain heteroatoms or at least two of said R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9 and R 10 together with the ring atoms of the ring system of formula they are attached to, form a further aromatic or non-aromatic ring fused to the ring system of formula and at least R 1 or R 2 is an ester group. a polyolefin, a benzil derivative comprising, preferably consisting of, the structural unit according to the following formula: wherein R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9 and R 10 independently from each other are hydrogen, or a hydrocarbyl group which may contain heteroatoms or at least two of said R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9 and R 10 together with the ring atoms of the ring system of formula they are attached to, form a further aromatic or non-aromatic ring fused to the ring system of formula and at least R 1 or R 2 is an ester group. R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9 and R 10 independently from each other are hydrogen, or a hydrocarbyl group which may contain heteroatoms or at least two of said R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9 and R 10 together with the ring atoms of the ring system of formula they are attached to, form a further aromatic or non-aromatic ring fused to the ring system of formula and at least R 1 or R 2 is an ester group.
A locking mechanism for a circuit breaker operating device, comprising a housing, and a button mounted in a button slot of the housing, wherein the housing is provided therein with a locking member, the locking member is configured for locking or unlocking the button, characterized in that: the locking member comprises a first lock button, the first lock button is mounted in the housing via a first shaft and is rotatable about the first shaft, a first limiting boss is provided on one side of the first lock button, the button is provided with a first limiting step corresponding to the first limiting boss, a first locking boss is provided on an upper surface on the other side of the first lock button, the housing is provided with a first limiting slot hole corresponding to the first locking boss, a first torsion spring is mounted to the housing, and the first torsion spring has one end resting on a lower surface of the first lock button located on a right side of the first shaft; and the locking member is configured so that: - when a circuit breaker having the locking mechanism is not installed in a cabinet, the first lock button is subjected to the action of the first torsion spring so that the first limiting boss abuts against the first limiting step of the button, the button is locked by the first lock button, the operation button cannot be pressed, and thus the circuit breaker cannot be switched on; and - when the circuit breaker having the locking mechanism is installed in place in the cabinet, the first locking boss is depressed by a cabinet plate of the cabinet, the first lock button rotates clockwise, and the first limiting boss no longer abuts against the first limiting step of the button, and thus the circuit breaker is in a freely openable or closable state. - when a circuit breaker having the locking mechanism is not installed in a cabinet, the first lock button is subjected to the action of the first torsion spring so that the first limiting boss abuts against the first limiting step of the button, the button is locked by the first lock button, the operation button cannot be pressed, and thus the circuit breaker cannot be switched on; and - when the circuit breaker having the locking mechanism is installed in place in the cabinet, the first locking boss is depressed by a cabinet plate of the cabinet, the first lock button rotates clockwise, and the first limiting boss no longer abuts against the first limiting step of the button, and thus the circuit breaker is in a freely openable or closable state.
An installation for cleaning a plate used in powder-based additive manufacturing by sintering or melting grains of this powder using a beam of energy involving electromagnetic radiation, the installation comprising an entry lock for receiving a plate to be cleaned and an exit lock for extracting a cleaned plate from the installation, a dry-cleaning device for cleaning a plate using vibrations and shocks in a first confinement enclosure, a wet-cleaning device for cleaning a plate with at least one liquid in a second confinement enclosure, and at least one conveying device (36, 44, 46) for transporting a plate between the first confinement enclosure of the dry-cleaning device, the second confinement enclosure of the wet-cleaning device, and the exit lock of the installation, wherein the installation comprises a first conveyor for transporting a plate from the first confinement enclosure of the dry-cleaning device to the second confinement enclosure of the wet-cleaning device and vice versa from the second confinement enclosure of the wet-cleaning device to the first confinement enclosure of the dry-cleaning device, and a second conveyor for transporting a plate from the second confinement enclosure of the wet-cleaning device to the exit lock and vice versa from the exit lock to the second confinement enclosure of the wet-cleaning device, or wherein the installation comprises a conveyor for transporting a plate from the first confinement enclosure of the dry-cleaning device to the exit lock and vice versa from the exit lock to the first confinement enclosure of the dry-cleaning device, at least one storage area (48, 50) for the temporary storage of plates, and a manipulator arm for moving a plate between the dry-cleaning device, the wet-cleaning device, the conveyor and each temporary storage area (48, 50).
A turbine exhaust assembly (70; 170) for a gas turbine engine comprising: a turbine exhaust case (72; 172) attachable to a turbine case (74; 174); a tail cone (76; 176) including a leading edge (76L; 176) and a trailing edge (76T; 176T); an exhaust mixer (80; 180) coupled to the turbine exhaust case (72; 172), the exhaust mixer (80; 180) including a plurality of lobes (86; 186) arranged about the tail cone (76; 176) to define an exhaust flow path; and a plurality of struts (78; 178) extending from the tail cone (76; 176) to support the exhaust mixer (80; 180) at a location aft of the leading edge (76L; 176L) of the tail cone (76; 176), characterised in that: the turbine exhaust case (72; 172), the tail cone (76; 176) and the exhaust mixer (80; 180) each comprise ceramic matrix composite material. a turbine exhaust case (72; 172) attachable to a turbine case (74; 174); a tail cone (76; 176) including a leading edge (76L; 176) and a trailing edge (76T; 176T); an exhaust mixer (80; 180) coupled to the turbine exhaust case (72; 172), the exhaust mixer (80; 180) including a plurality of lobes (86; 186) arranged about the tail cone (76; 176) to define an exhaust flow path; and a plurality of struts (78; 178) extending from the tail cone (76; 176) to support the exhaust mixer (80; 180) at a location aft of the leading edge (76L; 176L) of the tail cone (76; 176),
Flow conditioner comprising a perforated plate with a central hole and four or more circular paths arranged in a radial manner in relation to the central hole, said paths being arranged concentrically in relation to one another, wherein holes are arranged on these concentric circular paths, wherein the majority of the holes (9, 10) of a central circular path (3, 4) have a larger hole diameter in relation to the majority of the holes of the innermost circular path and the majority of the holes of the outermost circular path, and that, starting from the central hole, the innermost circular path is arranged with multiple holes, wherein the ratio r 8 /Di, i.e. the ratio of the radius of a hole of this innermost circular path to Di, the total diameter of the perforated plate, is 2-10% greater than the ratio r 1 /Di, i.e. the ratio of the radius of the central hole to Di, the total diameter of the perforated plate.
Steel cable (1, 11) comprising steel wires (2, 12) and comprising at least one optical waveguide (3, 13) which is surrounded by the steel wires (2, 12), is provided for detecting load-related cable elongations, and has a glass fibre (4, 14) surrounded by a plastics sheath (5, 15), characterised in that the steel wires (2", 12") closest to the optical waveguide (3, 13) abut the optical waveguide (3, 13) in a cross-sectional view and the optical waveguide (3, 13) and at least the steel wires (2", 12") closest to the optical waveguide (3, 13) are pressed together and compressed, which closest steel wires (2", 12") press permanently into the lateral surface of said waveguide, as a result of which the cross-sectional shape of the lateral surface of the optical waveguide (3, 13) deviates from an unloaded shape, in particular from a circular shape, and the optical waveguide (3, 13) is clamped continuously along at least a part of its longitudinal extension in a force-fitting and form-fitting manner, without slippage, between the steel wires (2", 12") closest to it.
A drivetrain component comprising: a housing defining an internal cavity and a pair of bearing bulkheads; a component received in the internal cavity; a cover coupled to the housing and closing a side of the internal cavity; and a pair of bearings received on the component, the drivetrain component characterized in that the cover comprises a shell portion and a bridge portion that are formed of different materials, the bridge portion including a body being at least partly encased in the shell portion, the bridge portion connecting a pair of bearing caps that are mounted to the bearing bulkheads, each bearing being engaged to an associated one of the bearing bulkheads and an associated one of the bearing caps to secure the bearings between the housing and the cover. a housing defining an internal cavity and a pair of bearing bulkheads; a component received in the internal cavity; a cover coupled to the housing and closing a side of the internal cavity; and a pair of bearings received on the component, the drivetrain component characterized in that the cover comprises a shell portion and a bridge portion that are formed of different materials, the bridge portion including a body being at least partly encased in the shell portion, the bridge portion connecting a pair of bearing caps that are mounted to the bearing bulkheads, each bearing being engaged to an associated one of the bearing bulkheads and an associated one of the bearing caps to secure the bearings between the housing and the cover.
A detection method for chemical substances on moving objects, in which method a moving object to be examined is monitored within a defined spatial control region, a predefined capture region of the moving object is optically detected, the capture region of the moving object is spectroscopically examined, wherein for the spectroscopic examination of the capture region a laser-spectroscopic method that uses a laser is employed, in which chemical substances which are situated on a surface of the capture region of the moving object are detected by means of the spectroscopic examination, wherein the position of the capture region of the moving object within the control region is tracked spatially by the laser.
A method performed by a core network node for handling an extended paging cycle, which extended paging cycle is used by a wireless communication device for receiving a paging message from the core network node comprised in a wireless communications network, and which extended paging cycle is longer than a frame number range of the wireless communications network, the method comprising: determining (202, 802) a parameter related to a length of the extended paging cycle; obtaining (205, 804) information about when the wireless communication device has entered an idle mode, which idle mode is related to a connection between the wireless communication device and the core network node; and determining (208c, 805) a time period when the wireless communication device is to monitor for the paging message, based on the parameter related to the length of the extended paging cycle and based on the obtained information about when the wireless communication device has entered the idle mode; determining (208d, 806) a third time period, which third time period is related to when to send a paging request message to a radio access node (111, 112), which paging request message comprises the paging message to the wireless communication device and an indication to the radio access node (111, 112) of how many times to repeat the paging message to the wireless communication device, wherein the determining (208d, 806) a third time period is based on the length of the extended paging cycle and based on the stored information about when the wireless communication device enters the idle mode. determining (202, 802) a parameter related to a length of the extended paging cycle; obtaining (205, 804) information about when the wireless communication device has entered an idle mode, which idle mode is related to a connection between the wireless communication device and the core network node; and determining (208c, 805) a time period when the wireless communication device is to monitor for the paging message, based on the parameter related to the length of the extended paging cycle and based on the obtained information about when the wireless communication device has entered the idle mode; determining (208d, 806) a third time period, which third time period is related to when to send a paging request message to a radio access node (111, 112), which paging request message comprises the paging message to the wireless communication device and an indication to the radio access node (111, 112) of how many times to repeat the paging message to the wireless communication device, wherein the determining (208d, 806) a third time period is based on the length of the extended paging cycle and based on the stored information about when the wireless communication device enters the idle mode.
Gas-insulated type circuit breaker comprising: - a housing defining a gas volume for a dielectric insulation gas; - a first arcing contact member and a second arcing contact member, wherein the first arcing contact member and the second arcing contact member are movable relative to each other along an axis; - a first nominal contact member and a second nominal contact member, wherein the first nominal contact member and the second nominal contact member are movable relative to each other along the axis; and - a first nominal contact shielding arrangement for electrically shielding the first nominal contact member, the first nominal contact shielding arrangement comprising an inner shield member and an outer shield member, wherein the inner shield member and the outer shield member are arranged coaxially about the axis, - the first nominal contact member is arranged co-axially between the inner shield member and the outer shield member and is movable relative to the inner shield member and to the outer shield member characterized in that - the inner and outer shield members (52, 54) are held at the same electrical potential as the first nominal contact member. - a housing defining a gas volume for a dielectric insulation gas; - a first arcing contact member and a second arcing contact member, wherein the first arcing contact member and the second arcing contact member are movable relative to each other along an axis; - a first nominal contact member and a second nominal contact member, wherein the first nominal contact member and the second nominal contact member are movable relative to each other along the axis; and - a first nominal contact shielding arrangement for electrically shielding the first nominal contact member, the first nominal contact shielding arrangement comprising an inner shield member and an outer shield member, wherein the inner shield member and the outer shield member are arranged coaxially about the axis, - the first nominal contact member is arranged co-axially between the inner shield member and the outer shield member and is movable relative to the inner shield member and to the outer shield member characterized in that - the inner and outer shield members (52, 54) are held at the same electrical potential as the first nominal contact member.
An operations support system for an engine with a turbine having a turbine inlet, comprising: a diagnostic engine model unit configured to receive engine data from the engine and to generate diagnostics data based on the engine data, the diagnostics data including scalars; an engine-specific model unit coupled to the diagnostic engine model unit and configured to receive the scalars from the diagnostic engine model unit and configured to generate turbine inlet temperature information with the current turbine inlet temperature for the engine using a thermodynamic model, the thermodynamic model being based on component maps associated with the engine; a predictive model unit coupled to the engine-specific model unit and configured to evaluate the turbine inlet temperature information and to estimate the turbine inlet temperature of future engine use, wherein the predictive model unit is configured to generate prognostic indicators of components of the turbine based on the turbine inlet temperature of future engine use; and a storage unit coupled to the engine-specific model unit and configured to store the turbine inlet temperature information. a diagnostic engine model unit configured to receive engine data from the engine and to generate diagnostics data based on the engine data, the diagnostics data including scalars; an engine-specific model unit coupled to the diagnostic engine model unit and configured to receive the scalars from the diagnostic engine model unit and configured to generate turbine inlet temperature information with the current turbine inlet temperature for the engine using a thermodynamic model, the thermodynamic model being based on component maps associated with the engine; a predictive model unit coupled to the engine-specific model unit and configured to evaluate the turbine inlet temperature information and to estimate the turbine inlet temperature of future engine use, wherein the predictive model unit is configured to generate prognostic indicators of components of the turbine based on the turbine inlet temperature of future engine use; and a storage unit coupled to the engine-specific model unit and configured to store the turbine inlet temperature information.
A mobile terminal, comprising: a display unit configured to display information; a communication module configured to transceive data; and a controller configured to set an indicator of a user's environment, receive the data from a tag terminal via the communication module, control the display unit to display first information related to the set indicator and transmit an incoming call declining message to another mobile terminal, characterized in that, the controller is further configured to: control the display unit to display a list including the first information and second information, the second information being generated based on the data received from the tag terminal, and control the communication module to transmit the message comprising at least one of the first information or the second information. a display unit configured to display information; a communication module configured to transceive data; and a controller configured to set an indicator of a user's environment, receive the data from a tag terminal via the communication module, control the display unit to display first information related to the set indicator and transmit an incoming call declining message to another mobile terminal, characterized in that, the controller is further configured to: control the display unit to display a list including the first information and second information, the second information being generated based on the data received from the tag terminal, and control the communication module to transmit the message comprising at least one of the first information or the second information. control the display unit to display a list including the first information and second information, the second information being generated based on the data received from the tag terminal, and control the communication module to transmit the message comprising at least one of the first information or the second information.
-2-(2-Methylimidazo[2,1-b]thiazol-6-yl)-1-(2-(5-(6-methylpyrimidin-4-yl)-2,3-dihydro-1H-inden-1-yl)-2,7-diazaspiro[3.5]nonan-7-yl)ethanone, or a pharmaceutically acceptable salt thereof, for use in a method of treating primary insomnia in a patient.