mhurhangee/ep-ind-claims huggingface dataset:
Optical guide comprising at least one guiding element (2.1; 4.1, 4.2) adapted for enabling, by total internal reflections, transporting an image in the form of a collimated light beam from an injection zone to an extraction zone where an image extracting device (2.14) is mounted, the optical guide comprising a retardation plate (2.2; 4.3; 5.1) and a polarisation beam splitter (2.3; 4.4; 5.2), the polarisation beam splitter being placed between the guiding element and the extracting device, the optical guide being such that each ray (2.0; 2.6; 4.5; 4.6; 5.0; 5.3) of said collimated light beam striking the first polarisation beam splitter separates into two portions, a first portion being sent to the extracting device so as to define a first light imprint (2.13; 4.14; 5.11) and a second portion being reflected by the polarisation beam splitter, said second portion continuing to be guided by the guiding element and thereby passing twice through the retardation plate before hitting the polarisation beam splitter so as to define a second light imprint (2.11; 4.15; 5.12), characterised in that the optical guide comprises two guiding elements (4.1; 4.2), the retardation plate (4.3) is sandwiched between the two guiding elements, and the polarisation beam splitter (4.4) is sandwiched between an outer face of the assembly formed by said guiding elements and the extracting device.
A method of enforcing security settings in a cryptographic system, said cryptographic system being a white-box implementation, comprising: receiving, by the cryptographic system, a first input message associated with a first security setting of a plurality of different security settings; performing, by the cryptographic system, a keyed cryptographic operation mapping the first input message into a first output message, wherein the keyed cryptographic operation produces a correct output message when the cryptographic system is authorized for the first security setting, receiving, by the cryptographic system, a second input message associated with a second security setting of said plurality of different security settings; performing, by the cryptographic system, a keyed cryptographic operation mapping the second input message into a second output message, wherein the keyed cryptographic operation produces a correct output message when the cryptographic system is authorized for the second security setting, characterized in that each of the plurality of security settings has an associated set of input messages in the input message space of the cryptographic system, wherein the sets of input messages do not overlap, such that the first input message is in a first set, the second input message is in a second set and the first set and second set do not overlap. receiving, by the cryptographic system, a first input message associated with a first security setting of a plurality of different security settings; performing, by the cryptographic system, a keyed cryptographic operation mapping the first input message into a first output message, wherein the keyed cryptographic operation produces a correct output message when the cryptographic system is authorized for the first security setting, receiving, by the cryptographic system, a second input message associated with a second security setting of said plurality of different security settings; performing, by the cryptographic system, a keyed cryptographic operation mapping the second input message into a second output message, wherein the keyed cryptographic operation produces a correct output message when the cryptographic system is authorized for the second security setting, characterized in that each of the plurality of security settings has an associated set of input messages in the input message space of the cryptographic system, wherein the sets of input messages do not overlap, such that the first input message is in a first set, the second input message is in a second set and the first set and second set do not overlap.
Wind turbine having a rotor with rotor blades (14A, 14B, 14C) for driving a generator for generating electrical energy and having a de-icing device for the rotor blades (14A, 14B, 14C), characterized in that the de-icing device uses electrical heating power for de-icing the rotor blades (14A, 14B, 14C), characterized in that the de-icing device is designed to distribute the maximum available heating power among a plurality of the rotor blades (14A, 14B, 14C) in a dynamic manner.
A device for generating electrical current waveforms, comprising: an electrical power generator, the generator comprising a first generating arrangement, configured to generate a first electrical output current having a first frequency, and a second generating arrangement, configured to generate a second electrical output current having a second frequency and each arrangement comprising a first set of generating elements and a second set of generating elements, at least the first set of which is configured to hold an electrical charge, and which are configured to be movable with respect to one another to generate an electrical output current; and a connecting circuit providing electrical connection between the first and second generating arrangements (32, 34), and adapted to combine the first electrical output current and the second electrical output current to thereby generate from the device a resultant output current having a particular determined waveform having a third frequency differing from the first and second frequency, wherein the electrical power generator comprises at least a first plate element and a second plate element, configured to be moveable with respect to one another, and wherein the first plate element comprises two or more of the first sets of generating elements of the plurality of generator arrangements, and the second plate element comprises two or more of the second sets of generating elements of the plurality of generator arrangements characterized in that the plate elements (20,22) are disk elements configured to be rotatable relative to one another. an electrical power generator, the generator comprising a first generating arrangement, configured to generate a first electrical output current having a first frequency, and a second generating arrangement, configured to generate a second electrical output current having a second frequency and each arrangement comprising a first set of generating elements and a second set of generating elements, at least the first set of which is configured to hold an electrical charge, and which are configured to be movable with respect to one another to generate an electrical output current; and a connecting circuit providing electrical connection between the first and second generating arrangements (32, 34), and adapted to combine the first electrical output current and the second electrical output current to thereby generate from the device a resultant output current having a particular determined waveform having a third frequency differing from the first and second frequency, wherein the electrical power generator comprises at least a first plate element and a second plate element, configured to be moveable with respect to one another, and wherein the first plate element comprises two or more of the first sets of generating elements of the plurality of generator arrangements, and the second plate element comprises two or more of the second sets of generating elements of the plurality of generator arrangements characterized in that the plate elements (20,22) are disk elements configured to be rotatable relative to one another.
Glue application device for an apparatus of the tobacco processing industry, including a glue chamber which is located on a glue roller and can be adjusted relative to the glue roller to level out abrasive wear of a doctor blade (21, 22) attached to the glue chamber, characterized in that the glue application device includes means for detecting a travel value associated with the adjusting distance of the glue chamber and for outputting a signal in case the travel value fulfils a predetermined condition, wherein, when a doctor blade (21, 22) is removed, the glue application device is configured to memorize the travel value of this doctor blade (21, 22).
An instrument for quantitative determination of physicochemical properties of a chemical substance, said instrument comprising: a first capillary vertically connected to a reservoir bulb at its bottom end, said first capillary is used for loading liquid sample of the chemical substance whose chemical property is to be determined; a CPU bulb connected to the reservoir bulb by a U-shaped capillary such that the CPU bulb is positioned at a higher level than the reservoir bulb; and characterized in that three capillaries namely second, third and fourth capillary (102, 103, 104) are placed parallel to each other and parallel to the first capillary and are allowed to open in the CPU bulb; the said instrument is dipped in a liquid filled jacket in order to isolate and insulate it from any external effects, such that the openings of the four capillaries remain outside the liquid. a first capillary vertically connected to a reservoir bulb at its bottom end, said first capillary is used for loading liquid sample of the chemical substance whose chemical property is to be determined; a CPU bulb connected to the reservoir bulb by a U-shaped capillary such that the CPU bulb is positioned at a higher level than the reservoir bulb; and characterized in that three capillaries namely second, third and fourth capillary (102, 103, 104) are placed parallel to each other and parallel to the first capillary and are allowed to open in the CPU bulb; the said instrument is dipped in a liquid filled jacket in order to isolate and insulate it from any external effects, such that the openings of the four capillaries remain outside the liquid.
Bogie for a railway vehicle, comprising two pairs of wheels, the wheels of a pair being connected to one another by a connecting device to form an axle, said axles being connected to one another by a chassis, each of the axles being articulated with the chassis, the chassis comprising two cross-members (20, 22), the bogie comprising at least one motor, the two cross-members (20, 22) defining between them an internal space, characterised in that the motor is situated outside the internal space in a transverse direction, the motor being situated in an elevation direction above the plane comprising substantially the central axis of the two axles, in that the motor is situated between the two axles in a longitudinal direction, and in that the bogie comprises a shoegear, the shoegear being capable of rubbing against a conductor rail, the shoegear being connected to the motor.
A method for fabricating a micoelectromechanical (MEMS) structure, the method comprising: etching at least one sacrificial feature (104, 504) in a layer of sacrificial material (100, 500); bonding the layer of sacrificial material to a glass wafer (106, 506) in a vacuum; heating the glass wafer beyond the glass softening point to vacuum form the glass into the sacrificial layer leaving the at least one sacrificial feature (104, 504) in the glass wafer (110, 510); polishing the glass wafer to create a glass substrate containing the at least one sacrificial feature; forming recesses in the glass substrate for metallization; forming a semiconductor device layer on the glass substrate; bonding an upper glass wafer containing patterned metallization and recesses to the semiconductor device layer; removing the at least one sacrificial feature to form stress isolation features including a set of compliant flexures for attachment to a package in the glass wafer. etching at least one sacrificial feature (104, 504) in a layer of sacrificial material (100, 500); bonding the layer of sacrificial material to a glass wafer (106, 506) in a vacuum; heating the glass wafer beyond the glass softening point to vacuum form the glass into the sacrificial layer leaving the at least one sacrificial feature (104, 504) in the glass wafer (110, 510); polishing the glass wafer to create a glass substrate containing the at least one sacrificial feature; forming recesses in the glass substrate for metallization; forming a semiconductor device layer on the glass substrate; bonding an upper glass wafer containing patterned metallization and recesses to the semiconductor device layer; removing the at least one sacrificial feature to form stress isolation features including a set of compliant flexures for attachment to a package in the glass wafer.
A process for the solidification of carbon dioxide by reaction of carbon dioxide with an activated alkali metal silicate feedstock or activated alkaline earth metal silicate feedstock to form a corresponding alkali metal carbonate or alkaline earth metal carbonate, which process comprises direct thermal activation of an alkali metal silicate feedstock or alkaline earth metal silicate feedstock by combustion of carbonaceous or hydrocarbonaceous fuel in a fuel fired furnace or kiln with the heat released being applied to the alkali metal silicate feedstock or alkaline earth metal silicate feedstock, to produce an activated feedstock, suspending the activated feedstock in a solvent slurry and contacting the activated feedstock with carbon dioxide to convert the carbon dioxide to form a corresponding alkali metal carbonate or alkaline earth metal carbonate, wherein the alkali metal silicate feedstock or alkaline earth metal silicate feedstock is selected from serpentine, olivine, brucite, dunite, peridotite, antigorite, lizardite, chrysotile, forsterite, wollastonite, talc, harzburgite and mixtures thereof, and wherein direct thermal activation of the alkali metal silicate feedstock or alkaline earth metal silicate feedstock takes place by raising and maintaining the temperature of said feedstock to a temperature of from 580 and 800 degrees Celsius.
An adhesive composition, comprising: a block copolymer that includes a block and a block, the block having a glass transition point of 75°C or higher, the block including a monomer unit having a cyclic structure and a carboxyl group-containing monomer unit, the block containing an acrylic acid ester unit represented by the following general Formula in an amount of 70 mass% or more, the block copolymer having an acid value of 8 mgKOH/g or more, wherein a mass ratio of the block to the block (block / block) is 10/90 to 30/70, the block is located on at least one end of the block copolymer, and the block is sandwiched between blocks at said one end of the block copolymer. CH 2 =CR 1 -COOR 2 --- (in Formula, R 1 represents a hydrogen atom, and R 2 represents a linear alkyl or alkoxyalkyl group having 8 or less carbon atoms) a block copolymer that includes a block and a block, the block having a glass transition point of 75°C or higher, the block including a monomer unit having a cyclic structure and a carboxyl group-containing monomer unit, the block containing an acrylic acid ester unit represented by the following general Formula in an amount of 70 mass% or more, the block copolymer having an acid value of 8 mgKOH/g or more, wherein a mass ratio of the block to the block (block / block) is 10/90 to 30/70, the block is located on at least one end of the block copolymer, and the block is sandwiched between blocks at said one end of the block copolymer. CH 2 =CR 1 -COOR 2 --- (in Formula, R 1 represents a hydrogen atom, and R 2 represents a linear alkyl or alkoxyalkyl group having 8 or less carbon atoms)
Composition, comprising (a) guaifenesin or one or more of its salts or mixtures thereof, and (b) eriodictyol or one or more of its salts or mixtures thereof; and (c) optionally at least one pharmaceutically acceptable adjuvant or additive. (a) guaifenesin or one or more of its salts or mixtures thereof, and (b) eriodictyol or one or more of its salts or mixtures thereof; and (c) optionally at least one pharmaceutically acceptable adjuvant or additive.
A static cone penetration combined type geochemical microelectrode probe system, characterized by comprising a base and a static cone penetration test probe and at least one microelectrode that are disposed on the base; the static cone penetration test probe is disposed in the center of the base; at least one microelectrode is arranged around the static cone penetration test probe; and the length of the conical tip of the static cone penetration test probe is 4-8cm greater than the conical tip length of the microelectrode.
An image processing apparatus comprising: an obtaining unit configured to obtain a plurality of segments compiled from at least one media source, wherein each segment of the plurality of segments contains at least one image frame within which a specific target object is found to be captured; and a providing unit configured to provide image frames of the obtained plurality of segments for display along a timeline and in conjunction with a tracking status indicator that indicates a presence of the specific target object within the plurality of segments in relation to time, wherein upon selection of a desired segment of the plurality of segments, the desired segment is reproduced within a viewing display area while the image frames of the plurality of segments are displayed along the timeline, and characterised in that one or more monitor display areas in which different images which represent different media sources corresponding to the selected segment are displayed are provided together with the viewing display area, and at least one displayed image in the viewing display area is changed based on a selection of a monitor display area. an obtaining unit configured to obtain a plurality of segments compiled from at least one media source, wherein each segment of the plurality of segments contains at least one image frame within which a specific target object is found to be captured; and a providing unit configured to provide image frames of the obtained plurality of segments for display along a timeline and in conjunction with a tracking status indicator that indicates a presence of the specific target object within the plurality of segments in relation to time, wherein upon selection of a desired segment of the plurality of segments, the desired segment is reproduced within a viewing display area while the image frames of the plurality of segments are displayed along the timeline, and characterised in that one or more monitor display areas in which different images which represent different media sources corresponding to the selected segment are displayed are provided together with the viewing display area, and at least one displayed image in the viewing display area is changed based on a selection of a monitor display area.
A method of manufacturing a dental model of at least a part of an upper jaw and/or a lower jaw comprising the steps of: a. obtaining a three-dimensional model of at least the said part of the upper jaw and/or a lower jaw by either impression scanning, in-the mouth scanning, CT, MR or x-ray scans, scanning of a positive model or a combination thereof, b. manufacturing a dental model from the obtained three-dimensional model, characterized in that at least one implant analog is included in the dental model, by i. adding a virtual slot to the obtained three-dimensional model and mounting said implant analog in the resulting slot of the manufactured dental model, or by ii. manufacturing said implant analog as an integrated part of the manufacturing process. a. obtaining a three-dimensional model of at least the said part of the upper jaw and/or a lower jaw by either impression scanning, in-the mouth scanning, CT, MR or x-ray scans, scanning of a positive model or a combination thereof, b. manufacturing a dental model from the obtained three-dimensional model, i. adding a virtual slot to the obtained three-dimensional model and mounting said implant analog in the resulting slot of the manufactured dental model, or by ii. manufacturing said implant analog as an integrated part of the manufacturing process.
Method for directing passengers of public transport at stops and/or in stop regions and in the public transport means, wherein the passengers board and disembark in a boarding region of the stop or the stop region which extends over the length of a vehicle via at least two doors, wherein the following method steps are provided: - producing a prediction of the rate of occupation of the vehicle with respect to the developing situation in the vehicle after disembarkation at each stop by means of a central processor taking into account a filling rate in the boarding regions and a local rate of occupation in the vehicle, wherein the filling rate in the boarding regions and the local occupancy rate in the vehicles are established by means of passenger counting systems in the boarding regions and by means of passenger counting systems in and/or on the vehicle, - distributing the passengers who are moving into the boarding region and/or the passengers who are standing ready to board in the boarding region in accordance with the prediction over the region of the doors for approximate uniform distribution of the passengers in the vehicle by transmitting acoustic and/or visual information to the passengers in front of and/or in the boarding region and in the vehicle and - distributing the passengers located in the vehicle taking into account the predicted, preferably partial rate of occupation and the passengers actually ready to board. - producing a prediction of the rate of occupation of the vehicle with respect to the developing situation in the vehicle after disembarkation at each stop by means of a central processor taking into account a filling rate in the boarding regions and a local rate of occupation in the vehicle, wherein the filling rate in the boarding regions and the local occupancy rate in the vehicles are established by means of passenger counting systems in the boarding regions and by means of passenger counting systems in and/or on the vehicle, - distributing the passengers who are moving into the boarding region and/or the passengers who are standing ready to board in the boarding region in accordance with the prediction over the region of the doors for approximate uniform distribution of the passengers in the vehicle by transmitting acoustic and/or visual information to the passengers in front of and/or in the boarding region and in the vehicle and - distributing the passengers located in the vehicle taking into account the predicted, preferably partial rate of occupation and the passengers actually ready to board.