mhurhangee/ep-ind-claims huggingface dataset:
Light guide element, comprising - a plate-shaped region having a first surface region which extends in a first plane and a second surface region which extends parallel to said first surface region in a second plane, wherein an edge region of the light guide element, which is disposed in a plane perpendicular to the first plane and is formed along a longitudinal side of the light guide element, comprises locations (S1, S2 S3) that are disposed between the first plane and the second plane, wherein each location (S1, S2 S3) is provided for the entry of a light produced by at least one LED (16, 16') and the first surface region and/or the second surface region are provided for the light to exit, - an elongated flange-like region which is disposed extending along the edge region provided for the entry of the light, wherein the flange-like region comprises a surface region which is disposed on a third plane oriented perpendicular to the first plane and a further surface region parallel to the surface region, wherein the flange-like region is configured to project beyond the first surface region, characterized in that the flange-like region comprises at least one recess, in the form of a through-opening which extends parallel to the first plane from the surface region to the further surface region, for total reflection of the light that has entered via the edge region in order to guide the totally reflected light into the plate-shaped region, and wherein the at least one recess is configured to correlate to at least one of the locations (S1, S2, S3). - a plate-shaped region having a first surface region which extends in a first plane and a second surface region which extends parallel to said first surface region in a second plane, wherein an edge region of the light guide element, which is disposed in a plane perpendicular to the first plane and is formed along a longitudinal side of the light guide element, comprises locations (S1, S2 S3) that are disposed between the first plane and the second plane, wherein each location (S1, S2 S3) is provided for the entry of a light produced by at least one LED (16, 16') and the first surface region and/or the second surface region are provided for the light to exit, - an elongated flange-like region which is disposed extending along the edge region provided for the entry of the light, wherein the flange-like region comprises a surface region which is disposed on a third plane oriented perpendicular to the first plane and a further surface region parallel to the surface region, wherein the flange-like region is configured to project beyond the first surface region, characterized in that the flange-like region comprises at least one recess, in the form of a through-opening which extends parallel to the first plane from the surface region to the further surface region, for total reflection of the light that has entered via the edge region in order to guide the totally reflected light into the plate-shaped region, and wherein the at least one recess is configured to correlate to at least one of the locations (S1, S2, S3).
A feeding device for an exhaust system of an internal combustion system provided with exhaust gas after-treatment; said exhaust system comprises an exhaust duct, a tank, which contains a water solution of urea and is provided with an opening obtained in a lower wall, and an electromagnetic injector, which is suited to inject the pressurized water solution of urea coming from the tank into the exhaust duct; said feeding device comprises: a pump, which draws the water solution of urea from the tank, so as to feed the pressurized water solution of urea to the electromagnetic injector, and is suitable to be embedded inside the tank; a heating body which is suitable to be embedded inside the tank, is arranged outside of the pump in such a way that it completely surrounds the pump, and is suited to heat, while in use, the urea, which is interposed between the heating body and the pump; a filtering element, which is suitable to be embedded inside the tank as well, and is arranged outside of the pump in such a way that it completely surrounds the pump; and a support plate, which is designed to support the assembly consisting of the pump, the heating body, and the filtering element; the support plate being designed to be arranged outside of the tank in correspondence to the opening obtained in the lower wall of the tank; the feeding device is characterized in that the support plate comprises a draining plug, which is suited to allow the tank to be completely or partially emptied, so as to allow access to the feeding device itself, when a maintenance procedure is necessary. a pump, which draws the water solution of urea from the tank, so as to feed the pressurized water solution of urea to the electromagnetic injector, and is suitable to be embedded inside the tank; a heating body which is suitable to be embedded inside the tank, is arranged outside of the pump in such a way that it completely surrounds the pump, and is suited to heat, while in use, the urea, which is interposed between the heating body and the pump; a filtering element, which is suitable to be embedded inside the tank as well, and is arranged outside of the pump in such a way that it completely surrounds the pump; and a support plate, which is designed to support the assembly consisting of the pump, the heating body, and the filtering element; the support plate being designed to be arranged outside of the tank in correspondence to the opening obtained in the lower wall of the tank; the feeding device is characterized in that the support plate comprises a draining plug, which is suited to allow the tank to be completely or partially emptied, so as to allow access to the feeding device itself, when a maintenance procedure is necessary.
An auto focus system for a camera, the camera comprising a radar system and an optical system configured to record images based on light from an optical field of view entering the optical system, said autofocus system comprising: - a focusing unit configured to focus the optical system on a target in the optical field of view, and - a control unit configured to control the focusing unit to focus said optical system on the target, and being characterized in that said control unit is configured to i) receive by the radar system distance and speed information with respect to the camera of targets within a radar field of view that is overlapping with said optical field of view, and ii) control the focusing unit to focus said optical system on a target selected based on a selected distance and/or a selected speed provided by the radar system, - a focusing unit configured to focus the optical system on a target in the optical field of view, and - a control unit configured to control the focusing unit to focus said optical system on the target, and being characterized in that said control unit is configured to i) receive by the radar system distance and speed information with respect to the camera of targets within a radar field of view that is overlapping with said optical field of view, and ii) control the focusing unit to focus said optical system on a target selected based on a selected distance and/or a selected speed provided by the radar system, i) receive by the radar system distance and speed information with respect to the camera of targets within a radar field of view that is overlapping with said optical field of view, and ii) control the focusing unit to focus said optical system on a target selected based on a selected distance and/or a selected speed provided by the radar system,
An optical resonator system, comprising: an optical resonator; path-1 that connects a laser oscillator and a laser amplifier in series to a mirror-1 of the optical resonator; path-2 that connects a laser oscillator and an electrooptic modulator to modulate the oscillation laser to a modulation wave in series to the mirror-1 of the optical resonator; path-3 that connects the mirror-1 of the optical resonator and a feedback control system to make a feedback control signal from the modulation wave in series to a piezoelectric device of the optical resonator, characterized by that a superposition of waves of an unamplified modulation wave being reflected by the mirror-1 and the modulation wave exuding from the optical resonator through the mirror-1 are converted to the feedback control signal and the optical resonator is controlled by the feedback control signal. an optical resonator; path-1 that connects a laser oscillator and a laser amplifier in series to a mirror-1 of the optical resonator; path-2 that connects a laser oscillator and an electrooptic modulator to modulate the oscillation laser to a modulation wave in series to the mirror-1 of the optical resonator; path-3 that connects the mirror-1 of the optical resonator and a feedback control system to make a feedback control signal from the modulation wave in series to a piezoelectric device of the optical resonator, characterized by that a superposition of waves of an unamplified modulation wave being reflected by the mirror-1 and the modulation wave exuding from the optical resonator through the mirror-1 are converted to the feedback control signal and the optical resonator is controlled by the feedback control signal.
A capsule for oral administration that encapsulates a pharmaceutical blend comprising (a) 20 - 60 % by weight of the drug substance 3-(2,6-dichloro-3,5-dimethoxyphenyl)-1-{6-[4-(4-ethyl-piperazin-1-yl)-phenylamino]-pyrimidin-4-yl}-1-methyl-urea in its free base form, present as a mono-phosphate salt, (b) 0.5 - 5 % by weight of hydroxypropylmethylcellulose, (c) 1 - 4 % by weight of crosslinked polyvinylpyrrolidone, and (d) a filler selected from the group consisting of microcrystalline cellulose, lactose, mannitol, and combinations thereof; wherein the weight percentages are based on the total weight of the pharmaceutical blend content of the capsule. (a) 20 - 60 % by weight of the drug substance 3-(2,6-dichloro-3,5-dimethoxyphenyl)-1-{6-[4-(4-ethyl-piperazin-1-yl)-phenylamino]-pyrimidin-4-yl}-1-methyl-urea in its free base form, present as a mono-phosphate salt, (b) 0.5 - 5 % by weight of hydroxypropylmethylcellulose, (c) 1 - 4 % by weight of crosslinked polyvinylpyrrolidone, and (d) a filler selected from the group consisting of microcrystalline cellulose, lactose, mannitol, and combinations thereof;
A method for producing a powder for ultrahigh temperature ceramic applications, the method comprising: producing a boriding gas stream from a first powder in a first fluidized bed reactor; delivering the boriding gas stream to a second fluidized bed reactor through a conduit fluidly connecting the first and second fluidized bed reactors (12, 14), the second fluidized bed reactor containing a second powder; fluidizing the second powder in the second fluidized bed reactor; and mixing the second powder with the boriding gas stream such that a metal boride powder or the second powder with a borided surface is formed; wherein the first powder comprises boron carbide and the second powder is selected from the group consisting of metal oxides, metal hydroxides, and alloys, and the method further comprises: fluidizing the boron carbide in a first chamber of the first fluidized bed reactor; and heating the first chamber to a temperature ranging from approximately 600 to 1500 degrees Celsius to promote decomposition of the boron carbide and formation of the boriding gas stream. producing a boriding gas stream from a first powder in a first fluidized bed reactor; delivering the boriding gas stream to a second fluidized bed reactor through a conduit fluidly connecting the first and second fluidized bed reactors (12, 14), the second fluidized bed reactor containing a second powder; fluidizing the second powder in the second fluidized bed reactor; and mixing the second powder with the boriding gas stream such that a metal boride powder or the second powder with a borided surface is formed; wherein the first powder comprises boron carbide and the second powder is selected from the group consisting of metal oxides, metal hydroxides, and alloys, and the method further comprises: fluidizing the boron carbide in a first chamber of the first fluidized bed reactor; and heating the first chamber to a temperature ranging from approximately 600 to 1500 degrees Celsius to promote decomposition of the boron carbide and formation of the boriding gas stream. fluidizing the boron carbide in a first chamber of the first fluidized bed reactor; and heating the first chamber to a temperature ranging from approximately 600 to 1500 degrees Celsius to promote decomposition of the boron carbide and formation of the boriding gas stream.
Penetrator with an explosive charge and an ignition device, the explosive charge of which consists of at least one partial charge and an insert, which is arranged within the casing of the penetrator, wherein the ignition device is firmly mounted on the rear of the penetrator and is connected to a booster charge, wherein the booster charge is arranged at a distance from the ignition device in the direction of the insert on the longitudinal axis of the penetrator by means of a spacer, characterized in that a cavity occurring ahead of the ignition device in the event of inversion of the insert is smaller in its longitudinal extent in the direction of the insert than the distance.
Adapter for a radiator with a thermostatic control with a thermostatisable radiator valve with a linearly slidable shutoff valve and a cooperating thermostat head for the thermostatic control of the radiator valve, whereby the adapter is intended for mounting between the radiator valve and the thermostat head, whereby the adapter contains a sleeve with a foot end with which the sleeve can be fastened on the radiator valve and a head end on which the thermostat head can be fastened on the sleeve, whereby in the sleeve a transmission valve is provided which is arranged axially slideable in the sleeve for the axial transmission of the thermostatic control of the thermostat head to the shutoff valve of the radiator valve, whereby the transmission valve is arranged coaxially rotatable in the sleeve between a control position, on the one hand, in which the transmission valve can move over a certain range in an axial direction for the axial transmission of the thermostatic control from the radiator head to the radiator valve and a locked position, on the other hand, in which the transmission valve is locked in an axial direction in a position corresponding with an open position of the shutoff valve, characterised in that the transmission valve is provided with at least one radially oriented peg and the sleeve is provided with at least one groove for guiding at least one peg of the transmission valve, whereby the groove is executed substantially L-shaped with a substantially axially oriented leg and a perpendicularly oriented leg thereto.
A sterilization test pack, comprising: a base comprising a pair of recessed compartments (14, 16), wherein the recessed compartments are arranged in a non-concentric relationship and are in fluid communication with each other via an internal channel; a cover attached to the base and forming a sealed enclosure for the recessed compartments; an external channel providing the only fluid communication between the sealed enclosure and an external environment; a sterilization indicator in a first of the recessed compartments; and a chemical integrator and/or a chemical indicator in a second of the recessed compartments, wherein said external channel is configured to allow only restricted flow of a gaseous sterilization medium into the recessed compartments and the base and the cover are otherwise impenetrable by the gaseous sterilization medium, and wherein said external channel is in fluid communication with only one of the recessed compartments and is in fluid communication with another of the recessed compartment only via the internal channel. a base comprising a pair of recessed compartments (14, 16), wherein the recessed compartments are arranged in a non-concentric relationship and are in fluid communication with each other via an internal channel; a cover attached to the base and forming a sealed enclosure for the recessed compartments; an external channel providing the only fluid communication between the sealed enclosure and an external environment; a sterilization indicator in a first of the recessed compartments; and a chemical integrator and/or a chemical indicator in a second of the recessed compartments, wherein said external channel is configured to allow only restricted flow of a gaseous sterilization medium into the recessed compartments and the base and the cover are otherwise impenetrable by the gaseous sterilization medium, and wherein said external channel is in fluid communication with only one of the recessed compartments and is in fluid communication with another of the recessed compartment only via the internal channel.
Device for reading out X-ray information stored in a storage phosphor layer comprising a light source for generating a stimulation light beam which can stimulate the storage phosphor layer in order to have it emitting emission light, and a deflection element in form of a mirror for deflecting the stimulation light beam in such a way that the deflected stimulation light beam is moved across the storage phosphor layer, characterized by at least one elastic element (18, 19) to which the deflection element is attached, and at least one mass element capable of influencing the deflection behaviour of the deflection element, wherein - the mass element is attached to the deflection element and/or to the elastic element, - the deflection element is provided on a first side of the elastic element and the mass element is provided on a second side of the elastic element which is facing the first side, - the deflection element is configured in form of a deflection element which is oscillating around an oscillation axis and the mass element is arranged in such a way that the centre of mass of the total mass formed by the deflection element and the mass element is situated on the oscillation axis, and - the deflection element comprises a glass plate with a mirror surface provided onto it and the mass element is essentially the same glass plate, said deflection element and said mass element each having a rectangular or round form and comprising a back side and front side which are essentially planar. - the mass element is attached to the deflection element and/or to the elastic element, - the deflection element is provided on a first side of the elastic element and the mass element is provided on a second side of the elastic element which is facing the first side, - the deflection element is configured in form of a deflection element which is oscillating around an oscillation axis and the mass element is arranged in such a way that the centre of mass of the total mass formed by the deflection element and the mass element is situated on the oscillation axis, and - the deflection element comprises a glass plate with a mirror surface provided onto it and the mass element is essentially the same glass plate, said deflection element and said mass element each having a rectangular or round form and comprising a back side and front side which are essentially planar.
Device for controlling a respective operating state of a plurality of components (4, 5, 6) of a production plant, having an energy control device for providing a respective state change signal (S Z,E) for changing the respective operating state of the corresponding component (4, 5, 6) from a first operating state into a second operating state, characterized in that the device has a monitoring device which is designed to receive the respective state change signal (S Z,E) of the energy control device for each of the plurality of components and to provide the respective state change signal (S Z,E) of the energy control device for changing the first operating state into the second operating state for the respective one of the plurality of components, and to modify the state change signal (S Z,E) of the energy control device for providing the second operating state and to block the state change signal (S Z,E) of the energy control device for preventing a state change into the second operating state.
A method for wireless communication by a user equipment, UE, comprising: identifying a first transmitter group from a plurality of transmitter groups and a first reference signal transmission occasion, TXO, for a reference signal transmission, wherein each transmitter group comprises at least one UE and the UE is a UE of the first transmitter group and wherein each transmitter group of the plurality of transmitter groups has an associated reference signal TXO that is non-overlapping with other reference signal TXOs of other transmitter groups; determining a reference signal sequence for a reference signal to be transmitted in the first reference signal TXO; selecting an orthogonal cover code, OCC, to be applied to the reference signal sequence, wherein the OCC is selected from a set of available OCCs that includes non-binary OCCs; applying the selected OCC to the reference signal sequence to obtain the reference signal; and transmitting the reference signal during the first reference signal TXO. identifying a first transmitter group from a plurality of transmitter groups and a first reference signal transmission occasion, TXO, for a reference signal transmission, wherein each transmitter group comprises at least one UE and the UE is a UE of the first transmitter group and wherein each transmitter group of the plurality of transmitter groups has an associated reference signal TXO that is non-overlapping with other reference signal TXOs of other transmitter groups; determining a reference signal sequence for a reference signal to be transmitted in the first reference signal TXO; selecting an orthogonal cover code, OCC, to be applied to the reference signal sequence, wherein the OCC is selected from a set of available OCCs that includes non-binary OCCs; applying the selected OCC to the reference signal sequence to obtain the reference signal; and transmitting the reference signal during the first reference signal TXO.
Transition duct for coupling a combustor and a turbine section of a gas turbine, comprising a transition duct skin, the transition duct skin comprising a first surface section, a second surface section, and a clinch welded joint connecting the first surface section and the second surface section.