mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a composite optical element in which a transparent thermoplastic resin material is integrated with one surface of a transparent glass material by heating, the method comprising: - a molding step of molding a composite optical element by integrating the transparent thermoplastic resin material with the one surface of the transparent glass material in a heated state; - a cooling step of cooling the composite optical element prepared in the molding step to a first cooling temperature lower than a glass transition temperature of the transparent thermoplastic resin material; - a heating step of heating an interface layer of the transparent thermoplastic resin material, the interface layer contacting the transparent glass material, to a temperature equal to or higher than the glass transition temperature of the transparent thermoplastic resin material, by causing infrared light having a wavelength region in which an infrared absorptivity of the transparent thermoplastic resin material is higher than an infrared absorptivity of the transparent glass material to enter from another surface of the transparent glass material; and - a stress removal step of cooling the composite optical element to a second cooling temperature lower than the first cooling temperature. - a molding step of molding a composite optical element by integrating the transparent thermoplastic resin material with the one surface of the transparent glass material in a heated state; - a cooling step of cooling the composite optical element prepared in the molding step to a first cooling temperature lower than a glass transition temperature of the transparent thermoplastic resin material; - a heating step of heating an interface layer of the transparent thermoplastic resin material, the interface layer contacting the transparent glass material, to a temperature equal to or higher than the glass transition temperature of the transparent thermoplastic resin material, by causing infrared light having a wavelength region in which an infrared absorptivity of the transparent thermoplastic resin material is higher than an infrared absorptivity of the transparent glass material to enter from another surface of the transparent glass material; and - a stress removal step of cooling the composite optical element to a second cooling temperature lower than the first cooling temperature.
A three-phase power converter comprising: a converter configured to convert a three phase AC power input to a DC power output, the DC power output being provided to high and low sides of a DC bus; an inverter coupled to the DC bus and configured to convert the DC power to a three phase AC output, wherein the inverter comprises three legs (54, 56, 58) and each leg comprises a pair of solid state switches and a respective output therebetween; and a common mode voltage control filter comprising three filter inputs (26, 28, 30) and two filter outputs (32, 34), each filter input coupled to an output of a respective leg of the inverter and each filter output coupled to a respective side of the DC bus; characterized by: a pre-charge relay coupled to the high side of the DC bus, wherein the pre-charge relay comprises a resistor and a capacitor connected in parallel. a converter configured to convert a three phase AC power input to a DC power output, the DC power output being provided to high and low sides of a DC bus; an inverter coupled to the DC bus and configured to convert the DC power to a three phase AC output, wherein the inverter comprises three legs (54, 56, 58) and each leg comprises a pair of solid state switches and a respective output therebetween; and a common mode voltage control filter comprising three filter inputs (26, 28, 30) and two filter outputs (32, 34), each filter input coupled to an output of a respective leg of the inverter and each filter output coupled to a respective side of the DC bus; characterized by: a pre-charge relay coupled to the high side of the DC bus, wherein the pre-charge relay comprises a resistor and a capacitor connected in parallel. a pre-charge relay coupled to the high side of the DC bus, wherein the pre-charge relay comprises a resistor and a capacitor connected in parallel.
A positioning apparatus comprising a support extending in a first direction, and a beam extending in a second direction, the beam movably mounted to the support so as to be movable in the first direction and exerts a load on the support, characterised in that the support comprises a profile which when the beam exerts the load thereon the profile of the support is deformed such that the beam is maintained at a substantially constant orientation for all locations of the beam along the support.
A press for the production of dimensionally accurate compacted articles from powder material, with the following features: • a press frame with several vertical frame pillars and cross connectors, • a die holding plate, at least one upper punch holding plate and at least one lower punch holding plate (38, 40), • a guide pillar outside of a main pressing axis, which comprises parallel guide ways on which all the holding plates (34 to 40) can be vertically guided or locked at option, wherein • the lower end of the guide pillar is fixedly connected to a lower, frame-fixed plate, and the upper end is locked on the press frame, • an upper adjustment drive for the upper holding plate which can be locked on the press frame, • a lower adjustment drive for the lower holding plate (38, 40) and at option for the die holding plate, which is fixed on the lower, frame-fixed plate, characterised in that one single guide pillar is provided, having two parallel guide ways on which the holding plates (34 - 40) are guided at one side, and the upper end of the guide pillar is locked on the press frame only in the horizontal direction. • a press frame with several vertical frame pillars and cross connectors, • a die holding plate, at least one upper punch holding plate and at least one lower punch holding plate (38, 40), • a guide pillar outside of a main pressing axis, which comprises parallel guide ways on which all the holding plates (34 to 40) can be vertically guided or locked at option, wherein • the lower end of the guide pillar is fixedly connected to a lower, frame-fixed plate, and the upper end is locked on the press frame, • an upper adjustment drive for the upper holding plate which can be locked on the press frame, • a lower adjustment drive for the lower holding plate (38, 40) and at option for the die holding plate, which is fixed on the lower, frame-fixed plate, characterised in that one single guide pillar is provided, having two parallel guide ways on which the holding plates (34 - 40) are guided at one side, and the upper end of the guide pillar is locked on the press frame only in the horizontal direction.
A pot magnet for a moving coil arrangement of an electronic balance operating on an electromagnetic compensation principle, said pot magnet comprising: - a pot base and a pot wall rising perpendicularly from the pot base, and - a permanent magnet structure, disposed within and defining an annular gap to the pot wall, wherein the permanent magnet structure comprises a permanent magnet body arranged on a side of the structure that faces the pot base, and a pole plate connected to a surface of the permanent magnet body that faces away from the pot base, characterized in that the pole plate is fixed by a rigid mechanical connection, independent of the permanent magnet body, to the pot base at a predetermined distance from the pot base, and wherein the permanent magnet body is glued to the pole plate on a surface of the pole plate that faces the pot base without contact to the pot base. - a pot base and a pot wall rising perpendicularly from the pot base, and - a permanent magnet structure, disposed within and defining an annular gap to the pot wall, wherein the permanent magnet structure comprises a permanent magnet body arranged on a side of the structure that faces the pot base, and a pole plate connected to a surface of the permanent magnet body that faces away from the pot base, characterized in that the pole plate is fixed by a rigid mechanical connection, independent of the permanent magnet body, to the pot base at a predetermined distance from the pot base, and wherein the permanent magnet body is glued to the pole plate on a surface of the pole plate that faces the pot base without contact to the pot base.
Wind turbine comprising a rotor, which has at least one rotor blade (9, 10, 18) extending perpendicularly to the rotor axis, a nacelle which is fixed with respect to the rotor and is mounted on a tower, and comprising at least one measuring device for measuring deformations of individual or multiple elongate components of the wind turbine, the measuring device being arranged in at least one hollow space inside a component of the wind turbine, being part of a sending/receiving device having a reflector device arranged remotely therefrom, being mounted in a support which is fastened on opposite sides of the hollow space, and having adjusting devices (41, 38) for precise adjustment and orientation of an orienting face of the measuring device with respect to the support, characterised in that the adjusting device (41, 38) has an eccentric gear rotation device at the bearing point thereof, by means of which the measuring device is mounted in the support, and the measuring device can be oriented and adjusted with respect to the orienting face thereof by rotating the eccentric gear rotation device, the eccentric gear rotation device having, at each bearing point, an eccentric disc having an adjustment wheel, at least one spherical washer having an associated ball socket and a tensioning screw, and the measuring device being surrounded by a housing which is mounted in the longitudinal direction by means of opposing mounting flanges which are arranged on lateral faces of the support and being part of the orienting face of the measuring device.
Brake unit (9; 109; 209) for a vehicle, in particular a rail vehicle, having a brake cylinder (143; 243), a brake piston (144; 244) which is axially guided in the brake cylinder, and means (159; 259) for adjusting a clearance, said means comprising two first stops (144.1, 163.1; 270.1, 262.3) that are assigned to each other and come to rest against each other when the brake unit is opened, and comprising two second stops (144.2, 163.2; 270.2, 262.4) that are assigned to each other and come to rest against each other when the brake unit is closed, wherein one of the first stops (163.1; 262.3) is formed on a locking element (163; 262) which is actively connected to the brake piston, characterised in that one of the second stops (163.2; 262.4) is also formed on the locking element (163; 262) which is actively connected to the brake piston, wherein a locking member (165; 261) is engaged with the locking element under the force of a preloaded spring (164; 273) such that the locking element is blocked by the locking member when the first stops (144.1, 163.1; 270.1, 262.3) come to rest against each other, and can continue to catch or slip relative to the locking member under the force of the brake piston (144; 244) when the second stops (144.2, 163.2; 270.2, 262.4) come to rest against each other.
A negative-working imageable element comprising a substrate having thereon an imageable layer comprising: a free radically polymerizable component, an initiator composition capable of generating free radicals sufficient to initiate polymerization of said free radically polymerizable component upon exposure to imaging radiation, a radiation absorbing compound, a polymeric binder comprising a polymer backbone to which are directly or indirectly linked poly(alkylene glycol) side chains, and a non-ionic phosphate acrylate having a molecular weight of at least 250, wherein said non-ionic phosphate acrylate is a non-ionic phosphate di- or triacrylate that is present in said imageable layer in an amount of at least 8 and up to and including 300 mg/m 2; provided that when said element is exposed to imaging radiation having a λ max of at least 250 nm and up to and including 450 nm, said polymeric binder further comprises pendant carboxy groups. a free radically polymerizable component, an initiator composition capable of generating free radicals sufficient to initiate polymerization of said free radically polymerizable component upon exposure to imaging radiation, a radiation absorbing compound, a polymeric binder comprising a polymer backbone to which are directly or indirectly linked poly(alkylene glycol) side chains, and a non-ionic phosphate acrylate having a molecular weight of at least 250, wherein said non-ionic phosphate acrylate is a non-ionic phosphate di- or triacrylate that is present in said imageable layer in an amount of at least 8 and up to and including 300 mg/m 2; provided that when said element is exposed to imaging radiation having a λ max of at least 250 nm and up to and including 450 nm, said polymeric binder further comprises pendant carboxy groups.
Apparatus for the production of solid and hollow gypsum building elements in rapid alternation, comprising a gypsum silo, a gypsum scale, a gypsum mixer, the apparatus further comprising: a) a transport screw which is designed in such a way that it conveys gypsum from the gypsum silo via the gypsum scale with a further transport screw to the gypsum mixer, b) a water tank from which process water may additionally be supplied to the gypsum mixer, c) a moulding box for moulding gypsum building elements with a plurality of parallel moulding chambers which are open on the upper side and have profile webs on the two end faces, each moulding chamber being provided with a displaceable base strip which optionally has a closed region and a region provided with openings for receiving cavity pins, the base strip additionally having web-like elevations for generating profile structures, d) a number of drive cylinders for vertical displacement of the cavity pins into the moulding chambers, e) a planing crossbeam guided in guide units above the moulding box for smoothing the surface of the gypsum building elements, the planing crossbeam having moulding grooves for generating tongue and groove structures, f) a number of drive cylinders for vertically oriented lifting of the gypsum building elements, and g) a rotating device which enables two moulding boxes to be filled at short intervals. a) a transport screw which is designed in such a way that it conveys gypsum from the gypsum silo via the gypsum scale with a further transport screw to the gypsum mixer, b) a water tank from which process water may additionally be supplied to the gypsum mixer, c) a moulding box for moulding gypsum building elements with a plurality of parallel moulding chambers which are open on the upper side and have profile webs on the two end faces, each moulding chamber being provided with a displaceable base strip which optionally has a closed region and a region provided with openings for receiving cavity pins, the base strip additionally having web-like elevations for generating profile structures, d) a number of drive cylinders for vertical displacement of the cavity pins into the moulding chambers, e) a planing crossbeam guided in guide units above the moulding box for smoothing the surface of the gypsum building elements, the planing crossbeam having moulding grooves for generating tongue and groove structures, f) a number of drive cylinders for vertically oriented lifting of the gypsum building elements, and g) a rotating device which enables two moulding boxes to be filled at short intervals.
A system comprising: a first image forming device comprising: a file generating unit to generate a cloning file including set values of the first image forming device; a first NFC tag storing data for establishing a wireless communication with a mobile device; and a first wireless communication unit to transmit the cloning file to the mobile device; and a second image forming device comprising: a second NFC tag storing data for establishing a wireless communication with the mobile device; a second wireless communication unit to receive the cloning file from the mobile device using the wireless communication established using the data stored in the NFC tag; and an update unit to analyze the cloning file and perform a cloning process, characterised in that: the cloning process comprises modifying set values of the second image forming device to correspond to set values in the cloning file received using a wireless communication established using the data stored in the second NFC tag. a first image forming device comprising: a file generating unit to generate a cloning file including set values of the first image forming device; a first NFC tag storing data for establishing a wireless communication with a mobile device; and a first wireless communication unit to transmit the cloning file to the mobile device; and a file generating unit to generate a cloning file including set values of the first image forming device; a first NFC tag storing data for establishing a wireless communication with a mobile device; and a first wireless communication unit to transmit the cloning file to the mobile device; and a second image forming device comprising: a second NFC tag storing data for establishing a wireless communication with the mobile device; a second wireless communication unit to receive the cloning file from the mobile device using the wireless communication established using the data stored in the NFC tag; and an update unit to analyze the cloning file and perform a cloning process, characterised in that: the cloning process comprises modifying set values of the second image forming device to correspond to set values in the cloning file received using a wireless communication established using the data stored in the second NFC tag. a second NFC tag storing data for establishing a wireless communication with the mobile device; a second wireless communication unit to receive the cloning file from the mobile device using the wireless communication established using the data stored in the NFC tag; and an update unit to analyze the cloning file and perform a cloning process, characterised in that: the cloning process comprises modifying set values of the second image forming device to correspond to set values in the cloning file received using a wireless communication established using the data stored in the second NFC tag.
A toilet (100, 200) fluidly connectable to a water supply, the toilet (100, 200) comprising: a tank configured to hold water from the water supply; a reservoir; and an actuator configured to control a flush cycle of the toilet (100, 200) upon a first activation, characterized in that the reservoir is fluidly connected to the tank and holds a cleaning compound comprising a chemical compound and water received in use from the water supply; and the actuator includes at least one nozzle fluidly connected to the reservoir and configured to discharge an amount of the cleaning compound external to the tank upon at least one of the first activation or a second activation. a tank configured to hold water from the water supply; a reservoir; and an actuator configured to control a flush cycle of the toilet (100, 200) upon a first activation, characterized in that the reservoir is fluidly connected to the tank and holds a cleaning compound comprising a chemical compound and water received in use from the water supply; and the actuator includes at least one nozzle fluidly connected to the reservoir and configured to discharge an amount of the cleaning compound external to the tank upon at least one of the first activation or a second activation.
A method of wireless communication by a user equipment, UE, the method comprising: receiving, after receiving a random access response for a random access channel, RACH, procedure with a base station, a contention resolution message for the RACH procedure, the contention resolution message including information indicating at least a beam index corresponding to a beam and an indication of one or more channels associated with the beam index; determining whether the beam index is applicable to the UE; and communicating with the base station through the beam corresponding to the beam index on the one or more indicated channels when the beam index is applicable to the UE. receiving, after receiving a random access response for a random access channel, RACH, procedure with a base station, a contention resolution message for the RACH procedure, the contention resolution message including information indicating at least a beam index corresponding to a beam and an indication of one or more channels associated with the beam index; determining whether the beam index is applicable to the UE; and communicating with the base station through the beam corresponding to the beam index on the one or more indicated channels when the beam index is applicable to the UE.
A capacitive coupling plasma processing apparatus comprising: a process container configured to accommodate a target substrate and to be vacuum-exhausted; a first electrode and a second electrode disposed opposite each other within the process container, the first electrode being an upper electrode, the second electrode being a lower electrode configured to place the target substrate thereon; a process gas supply unit configured to supply a process gas into the process container; a first RF power supply connected to the first electrode or second electrode and configured to apply a first power thereto to generate plasma of the process gas; a second RF power supply connected to the second electrode and configured to apply a second RF power thereto to attract ions toward the target substrate; a DC power supply connected to the first electrode and configured to apply a DC voltage thereto; and a control section configured to control the first and second RF power supplies (48, 90) and the DC power supply, characterized in that the control section is preset to perform control such that the DC power supply causes the DC voltage applied therefrom to reach a voltage set value, when or after the first RF power supply starts applying the first RF power. a process container configured to accommodate a target substrate and to be vacuum-exhausted; a first electrode and a second electrode disposed opposite each other within the process container, the first electrode being an upper electrode, the second electrode being a lower electrode configured to place the target substrate thereon; a process gas supply unit configured to supply a process gas into the process container; a first RF power supply connected to the first electrode or second electrode and configured to apply a first power thereto to generate plasma of the process gas; a second RF power supply connected to the second electrode and configured to apply a second RF power thereto to attract ions toward the target substrate; a DC power supply connected to the first electrode and configured to apply a DC voltage thereto; and a control section configured to control the first and second RF power supplies (48, 90) and the DC power supply, characterized in that the control section is preset to perform control such that the DC power supply causes the DC voltage applied therefrom to reach a voltage set value, when or after the first RF power supply starts applying the first RF power.
A locking mechanism, in particular for containers for transporting radioactive substances, comprising a first and a second component (12, 14), each possessing a comb-like section (20, 22), whereby a bolt element passes through the comb-like sections when the locking mechanism is locked, whereby the bolt element possesses a head with at least one accommodating recess (36,38) that extends at right angle relative to longitudinal axis of the bolt element, and characterized in that at least one of the components (12, 14) possesses an opening, which-when the bolt passes through the comb-like sections (20, 22)-is aligned with the at least one accommodating recess (36, 38), and in that when the locking mechanism is locked, an element is secured in the opening and partially extends into the accommodating recess.