mhurhangee/ep-ind-claims huggingface dataset:
A system comprising an x-ray apparatus and a touch screen, wherein said touch screen comprises a controller designed to: - activate a first mode of the touch screen, wherein in the first mode the touch screen is sensitive to receive an input by means of touching the touch screen, - activate a second mode of the touch screen, wherein in the second mode - the touch screen is insensitive to any touching or - the touch screen is only sensitive to a predetermined termination input upon which the second mode is terminated, wherein said x-ray apparatus comprises an x-ray tube for generating x-rays and a position detector for detecting a position of the x-ray tube, wherein the touch screen is provided on or near to a casing of the x-ray tube, and wherein the controller is designed to: - compare the detected position of the x-ray tube with a predetermined position of the x-ray tube, and to - activate the second mode in the case that the detected position of the x-ray tube corresponds to the predetermined position of the x-ray tube. - activate a first mode of the touch screen, wherein in the first mode the touch screen is sensitive to receive an input by means of touching the touch screen, - activate a second mode of the touch screen, wherein in the second mode - the touch screen is insensitive to any touching or - the touch screen is only sensitive to a predetermined termination input upon which the second mode is terminated, wherein said x-ray apparatus comprises an x-ray tube for generating x-rays and a position detector for detecting a position of the x-ray tube, wherein the touch screen is provided on or near to a casing of the x-ray tube, and wherein the controller is designed to: - compare the detected position of the x-ray tube with a predetermined position of the x-ray tube, and to - activate the second mode in the case that the detected position of the x-ray tube corresponds to the predetermined position of the x-ray tube. - the touch screen is insensitive to any touching or - the touch screen is only sensitive to a predetermined termination input upon which the second mode is terminated, wherein said x-ray apparatus comprises an x-ray tube for generating x-rays and a position detector for detecting a position of the x-ray tube, wherein the touch screen is provided on or near to a casing of the x-ray tube, and wherein the controller is designed to: - compare the detected position of the x-ray tube with a predetermined position of the x-ray tube, and to - activate the second mode in the case that the detected position of the x-ray tube corresponds to the predetermined position of the x-ray tube. - compare the detected position of the x-ray tube with a predetermined position of the x-ray tube, and to - activate the second mode in the case that the detected position of the x-ray tube corresponds to the predetermined position of the x-ray tube.
A method of providing a tubular ceramic component for use in a nuclear reactor, the tubular ceramic component comprises: an inner layer of silicon carbide, an intermediate layer of silicon carbide fibres (25, 26) in a fill material of silicon carbide, the intermediate layer adjoining the inner layer, and an outer layer of silicon carbide, the outer layer adjoining the intermediate layer, characterized in that the method comprises doping the silicon carbide of the inner layer, the fill material and the outer layer with a dopant comprising at least one dopant in solid solution within crystals of the silicon carbide, wherein the dopant or dopants will provide a pre-swelling or growth of the silicon carbide, before the operation of the tubular ceramic component in the nuclear reactor. an inner layer of silicon carbide, an intermediate layer of silicon carbide fibres (25, 26) in a fill material of silicon carbide, the intermediate layer adjoining the inner layer, and an outer layer of silicon carbide, the outer layer adjoining the intermediate layer, characterized in that the method comprises doping the silicon carbide of the inner layer, the fill material and the outer layer with a dopant comprising at least one dopant in solid solution within crystals of the silicon carbide, wherein the dopant or dopants will provide a pre-swelling or growth of the silicon carbide, before the operation of the tubular ceramic component in the nuclear reactor.
A device (104, 200, 300, 400, 500, 600) for configuring an infrared emitter-based traffic control preemption system, comprising: a support structure (502, 602); a microprocessor attached to the support structure; an IR receiver attached to the support structure and coupled to the microprocessor; an interface circuit (202, 302) attached to the support structure and configured to provide communications between the microprocessor and a portable computing device; a memory attached to the support structure and coupled to the microprocessor, wherein the memory is configured with instructions and execution of the instructions by the microprocessor cause the microprocessor to: communicate with an application executing on the portable computing device; receive a verification command from the application; initiate transmission of configuration data and the verification command to the IR emitter-based traffic control preemption system; capture an IR light signal via the IR receiver; convert the IR light signal into diagnostic data; and communicate the diagnostic data to the application executing on the portable computing device; and a transmitter attached to the support structure (502, 602) and coupled to the microprocessor, the transmitter configured to transmit the configuration data and the verification command to the IR emitter-based traffic control preemption system. a support structure (502, 602); a microprocessor attached to the support structure; an IR receiver attached to the support structure and coupled to the microprocessor; an interface circuit (202, 302) attached to the support structure and configured to provide communications between the microprocessor and a portable computing device; a memory attached to the support structure and coupled to the microprocessor, wherein the memory is configured with instructions and execution of the instructions by the microprocessor cause the microprocessor to: communicate with an application executing on the portable computing device; receive a verification command from the application; initiate transmission of configuration data and the verification command to the IR emitter-based traffic control preemption system; capture an IR light signal via the IR receiver; convert the IR light signal into diagnostic data; and communicate the diagnostic data to the application executing on the portable computing device; and communicate with an application executing on the portable computing device; receive a verification command from the application; initiate transmission of configuration data and the verification command to the IR emitter-based traffic control preemption system; capture an IR light signal via the IR receiver; convert the IR light signal into diagnostic data; and communicate the diagnostic data to the application executing on the portable computing device; and a transmitter attached to the support structure (502, 602) and coupled to the microprocessor, the transmitter configured to transmit the configuration data and the verification command to the IR emitter-based traffic control preemption system.
A method comprising: receiving, by a wireless device, radio resource control, RRC, messages comprising parameters of a multicast and broadcast service, MBS, wherein the parameters indicate: a first feedback operation with hybrid automatic repeat request, HARQ, feedback being enabled; and a second feedback operation with the HARQ feedback being disabled; and wherein a group common downlink control information, DCI, indicates one of the first feedback operation or the second feedback operation; receiving a first group common DCI: scheduling a first transport block, TB, of the MBS; and indicating the first feedback operation; and transmitting, based on the first group common DCI indicating the first feedback operation, a first HARQ feedback for the first TB. receiving, by a wireless device, radio resource control, RRC, messages comprising parameters of a multicast and broadcast service, MBS, wherein the parameters indicate: a first feedback operation with hybrid automatic repeat request, HARQ, feedback being enabled; and a second feedback operation with the HARQ feedback being disabled; and a first feedback operation with hybrid automatic repeat request, HARQ, feedback being enabled; and a second feedback operation with the HARQ feedback being disabled; and wherein a group common downlink control information, DCI, indicates one of the first feedback operation or the second feedback operation; receiving a first group common DCI: scheduling a first transport block, TB, of the MBS; and indicating the first feedback operation; and scheduling a first transport block, TB, of the MBS; and indicating the first feedback operation; and transmitting, based on the first group common DCI indicating the first feedback operation, a first HARQ feedback for the first TB.
A pull-out guide for pulling out a pull-out furniture part from the furniture carcass in a pull-out direction, comprising a carcass rail for securing to the furniture carcass, a pull-out rail for securing to the pull-out furniture part and a middle rail, arranged between the carcass rail and the pull-out rail, which has a first and a second rotatably mounted differential roller (8, 9) which each have bearing clearance in a vertical direction with respect to the middle rail and of which the second differential roller is arranged behind the first differential roller related to the pull-out direction, wherein the first and second differential roller (8, 9) co-operate with an upwards directed running track of the carcass rail and a downwards directed running track of the pull-out rail and the first differential roller lies between the upwards directed running track of the carcass rail and the downwards directed running track of the pull-out rail upon pulling out of the pull-out guide starting from a pushed-in position of the rails, in which the pull-out guide is completely retracted, into a pull-out position of the rails, in which the pull-out guide is completely extended, and the second differential roller lies between the upwards directed running track of the carcass rail and the downwards directed running track of the pull-out rail upon pulling out of the pull-out guide starting from the pushed-in position of the rails into an intermediate position of the rails, and upon further pulling out of the pull-out guide from the intermediate position, the end, at the rear related to the pull-out direction, of the downwards directed running track of the pull-out rail lies in front of the second differential roller, and wherein the second differential roller is in the intermediate position of the rails located in the region of a recess of the upwards directed running track of the carcass rail and/or the first differential roller is in the intermediate position of the rails located in the region of an elevation of the upwards directed running track of the carcass rail, characterised in that the distance, related to the pull-out direction, between the longitudinal central axis of the second differential roller and the longitudinal central axis of the first differential roller amounts to less than a sixth of the length of the middle rail.
A method for making brake discs of a fibre-reinforced material, each brake disc comprising a braking band having a predetermined thickness (s), said method comprising the following operating steps: a) arranging a winding mandrel having a predetermined outer diameter; b) forming at least one layer of fibres having a predetermined width, made starting from chopped fibres and depositing them on a transport film, forming a mat of randomly arranged fibres; c) impregnating the layer of fibres with at least one binder resin; d) winding the layer of fibres impregnated with resin, deposited on said transport film, about the mandrel to form a coaxially hollow cylindrical body, having a predetermined outer diameter (De) and an inner diameter (Di) substantially equivalent to the diameter of the mandrel, the layer of fibres being wound about the mandrel according to at least one winding direction substantially parallel to the direction of the length of the layer; and e) heating the cylindrical body to temperatures and for a period of time such as to at least partially cross-link the binder resin so as to obtain a solid semi-finished cylindrical body. a) arranging a winding mandrel having a predetermined outer diameter; b) forming at least one layer of fibres having a predetermined width, made starting from chopped fibres and depositing them on a transport film, forming a mat of randomly arranged fibres; c) impregnating the layer of fibres with at least one binder resin; d) winding the layer of fibres impregnated with resin, deposited on said transport film, about the mandrel to form a coaxially hollow cylindrical body, having a predetermined outer diameter (De) and an inner diameter (Di) substantially equivalent to the diameter of the mandrel, the layer of fibres being wound about the mandrel according to at least one winding direction substantially parallel to the direction of the length of the layer; and e) heating the cylindrical body to temperatures and for a period of time such as to at least partially cross-link the binder resin so as to obtain a solid semi-finished cylindrical body.
Wind power installation having at least one rotor, wherein the rotor has at least two rotor blades, wherein each rotor blade is rotatable about a substantially radially aligned adjustment axis, wherein at least one angle adjustment device is provided for adjustment of the rotor blades, wherein the angle adjustment device has at least one control disk and at least two disk cams acting in combination with the control disk, wherein each disk cam is mounted so as to be rotatable about a rotation axis, and wherein the rotation axis of the respective disk cam coincides with the respective adjustment axis of the respective rotor blade, in particular is superimposed, characterized in that the disk cams are coupled in constraint in a functionally operative manner via at least one coupling element.
Electro-absorption modulated laser device comprising: - a substrate made of III-V semiconductor material presenting a base and side walls and having a longitudinal axis, said substrate being etched to form a groove of U-shaped cross-section, - a layer of n-doped III-V semi-conductor disposed on the base inside said groove; - a central stripe portion comprising a buried waveguide on which is grown a layer of p-doped III-V semiconductor and a p-doped III-V semi-conductor contact layer at least up to the level of the top of the side walls; - two channels (C1, C2) etched into the n-doped III-V semiconductor layer along the longitudinal axis and being located along each side wall on both sides of the central stripe portion, said channels (C1, C2) being each filled by a regrown semi-insulating stack up to the level of the top of the p-doped III-V semiconductor contact layer; - within a zone of the central stripe portion alongside the longitudinal axis constituting the first zone, a Distributed Feedback Grating etched inside the layer of p-doped III-V semi-conductor, the remaining zone constituting the second zone; - metal stripes (81, 82, 83) disposed on the top of the side walls and on the top of said the stripe portion; - a first electrical separation between the first and second zones consisting in a thin ribbon of implanted H+ located between the side walls and perpendicular to longitudinal axis. - a substrate made of III-V semiconductor material presenting a base and side walls and having a longitudinal axis, said substrate being etched to form a groove of U-shaped cross-section, - a layer of n-doped III-V semi-conductor disposed on the base inside said groove; - a central stripe portion comprising a buried waveguide on which is grown a layer of p-doped III-V semiconductor and a p-doped III-V semi-conductor contact layer at least up to the level of the top of the side walls; - two channels (C1, C2) etched into the n-doped III-V semiconductor layer along the longitudinal axis and being located along each side wall on both sides of the central stripe portion, said channels (C1, C2) being each filled by a regrown semi-insulating stack up to the level of the top of the p-doped III-V semiconductor contact layer; - within a zone of the central stripe portion alongside the longitudinal axis constituting the first zone, a Distributed Feedback Grating etched inside the layer of p-doped III-V semi-conductor, the remaining zone constituting the second zone; - metal stripes (81, 82, 83) disposed on the top of the side walls and on the top of said the stripe portion; - a first electrical separation between the first and second zones consisting in a thin ribbon of implanted H+ located between the side walls and perpendicular to longitudinal axis.
A method performed by a Network Functions Virtualisation Orchestrator, NFVO, the method comprising: sending, in response to registering a Virtual Network Function Manager, VNFM, at the NFVO, a request to the VNFM to identify one or more Virtual Network Function, VNF, instances that are instantiated at the VNFM before the request was received by the VNFM; receiving, from the VNFM identifying information for at least one Virtual Network Function, VNF, instance instantiated at the VNFM, wherein the identifying information is received from the VNFM in response to the VNFM receiving the request from the NFVO; and creating a record at the NFVO for the at least one VNF instance identified by the VNFM. sending, in response to registering a Virtual Network Function Manager, VNFM, at the NFVO, a request to the VNFM to identify one or more Virtual Network Function, VNF, instances that are instantiated at the VNFM before the request was received by the VNFM; receiving, from the VNFM identifying information for at least one Virtual Network Function, VNF, instance instantiated at the VNFM, wherein the identifying information is received from the VNFM in response to the VNFM receiving the request from the NFVO; and creating a record at the NFVO for the at least one VNF instance identified by the VNFM.
A process for the preparation of a solid dosage form for oral administration such as a tablet, capsule or sachet containing dihydropyridine calcium channel antagonist Lercanidipine or a pharmaceutical acceptable salt or polymorph thereof as an active ingredient and an amount, from 5% to 25% by weight, of colloidal silicon dioxide, which comprises: - dissolving the total quantity of said active ingredient, a portion of the total quantity of said colloidal silicon dioxide to enhance bioavailability and a binder into water/EtOH solvent; - adding to the formed solution the remaining portion of colloidal silicon dioxide and an optional excipient such as a diluent, a binder, a disintegrant, a glidant, a lubricant and wet granulating; - dissolving a wetting agent into a small quantity of water/EtOH solvent and kneading with the first solution; - drying the wetted mass; - sieving the dried mass and adding to the sieved mixture the total quantities of at least one optional excipient such as a binder, a diluent, a disintegrant, a lubricant and/or a glidant and mixing until uniform, and - formulating the resulting mixture in a solid dosage form either by compressing it into a desired tablet form or by filling capsules or sachets. - dissolving the total quantity of said active ingredient, a portion of the total quantity of said colloidal silicon dioxide to enhance bioavailability and a binder into water/EtOH solvent; - adding to the formed solution the remaining portion of colloidal silicon dioxide and an optional excipient such as a diluent, a binder, a disintegrant, a glidant, a lubricant and wet granulating; - dissolving a wetting agent into a small quantity of water/EtOH solvent and kneading with the first solution; - drying the wetted mass; - sieving the dried mass and adding to the sieved mixture the total quantities of at least one optional excipient such as a binder, a diluent, a disintegrant, a lubricant and/or a glidant and mixing until uniform, and - formulating the resulting mixture in a solid dosage form either by compressing it into a desired tablet form or by filling capsules or sachets.
An unmanned operation vehicle comprising a housing, a self-propelled wheel provided in the housing, and an operation unit provided under the housing, wherein the housing includes a camera unit, a stop switch configured to stop driving of the self-propelled wheel and the operation unit when actuated, and a stop switch actuating member configured to actuate the stop switch, the camera unit is arranged substantially at a center of an upper surface of the housing in a plan view and protrudes upward from the upper surface of the housing, characterised in that the stop switch actuating member is arranged immediately above an upper surface of the camera unit.
A heat treatment apparatus comprising: a fluidised bed furnace; a removable insert receivable within the furnace; and an article to be heat treated; wherein the insert defines a space which accommodates a fluidised bed, the insert extends around an inner periphery of the furnace, and the article is positioned within the space, and the insert is sized such that a predetermined clearance is defined between the article and the insert. a fluidised bed furnace; a removable insert receivable within the furnace; and an article to be heat treated; wherein the insert defines a space which accommodates a fluidised bed, the insert extends around an inner periphery of the furnace, and the article is positioned within the space, and the insert is sized such that a predetermined clearance is defined between the article and the insert.
Method of producing a lithium silicate glass ceramic suitable for dental applications, the method comprising the steps of: a) melting a composition comprising SiO2, Li2O, A1203, P2O5 and Cs2O with Cs2O being present in an amount of 6 to 30 wt.-%, b) fining the composition at 1500 to 1600°C for 5 to 30 min, c) optionally casting the composition into a mould, d) annealing the composition at 500 to 600°C for 30 min to 2h, e) heating the composition to 600 to 700 °C for 1 to 30h, f) heating the composition to 750 to 950 °C for 5 min to 2h, g) cooling the composition down to room temperature the lithium silicate glass ceramic comprising lithium metasilicate crystals, lithium disilicate crystals or a mixture of both crystals. a) melting a composition comprising SiO2, Li2O, A1203, P2O5 and Cs2O with Cs2O being present in an amount of 6 to 30 wt.-%, b) fining the composition at 1500 to 1600°C for 5 to 30 min, c) optionally casting the composition into a mould, d) annealing the composition at 500 to 600°C for 30 min to 2h, e) heating the composition to 600 to 700 °C for 1 to 30h, f) heating the composition to 750 to 950 °C for 5 min to 2h, g) cooling the composition down to room temperature