mhurhangee/ep-ind-claims huggingface dataset:
Idler Gear (1, 2) comprising a gear ring rotationally mounted around a gear hub, the gear hub comprising an axial gear hub opening, wherein the gear comprises displacement means in the gear hub opening, the displacement means being provided for predeterminedly translating the centre of rotation of the gear ring by moving the gear ring and the gear hub with respect to the centre of rotation of at least one further gear from a first predetermined position in which the gear mates with the at least one further gear with substantially no backlash to a second predetermined position in which the gear mates with the at least one further gear with a predetermined backlash, wherein the gear hub opening is substantially circular, wherein the displacement means comprise a further inner hub rotationally engaging the gear hub such that upon rotation of the gear hub around the inner hub, the centre of rotation of the gear ring is predeterminedly translated such as to create the predetermined backlash, wherein the inner hub and the gear hub are eccentrically positioned with respect to each other, wherein the inner hub comprises at least one bolting hole for fixing the position of the centre of rotation of the gear ring in the second predetermined position by bolting, characterised in that the inner hub and the gear hub comprise at least one marking indicating the rotation to be followed by the gear hub around the inner hub such as to create the predetermined backlash, wherein the marking comprises a first pair of marks (11, 12) respectively on the inner hub and the gear hub indicating a first predetermined rotational position of the inner hub with respect to the gear hub in the first predetermined position in which the gear mates with the at least one further gear and a second pair of marks (14, 15) respectively on the inner hub and the gear hub indicating a second predetermined rotational position of the inner hub with respect to the gear hub in the second predetermined position in which the gear mates with the at least one further gear with the predetermined backlash.
A chemical conversion treatment solution for a steel material which is an acidic aqueous solution of pH 3 to 5 containing 50 to 500 ppm by weight of zirconium fluoride complex in terms of Zr, 5 to 50 ppm by weight of free fluorine, and 5 to 30% by weight in relation to Zr of polyethyleneimine, wherein the polyethyleneimine has a weight average molecular weight of 300 to 10,000 and the polyethyleneimine has primary amino group, secondary amino group, and tertiary amino group in its molecule and molar ratio of the primary amino group in relation to the total content of the amino group is at least 30% and molar ratio of the tertiary amino group in relation to the total content of the amino group is at least 15%.
A computer based design method for a custom healing cap of an implant, the method being based on a 3D computer plan of the implant comprising digital representations of positions of implants in the mouth of the patient, the method comprising: loading the 3D implant plan into a computer; combining the 3D implant plan with information about a prosthetic setup; determining a marginal edge of the healing cap of the implant based on a 3D representation of the existing patient anatomy, the 3D implant plan and the prosthetic set-up; wherein the healing cap is adapted to support the soft tissue and to shape it according to the desired emergence profile for a prosthetic restoration; and storing the determined marginal edge in memory. loading the 3D implant plan into a computer; combining the 3D implant plan with information about a prosthetic setup; determining a marginal edge of the healing cap of the implant based on a 3D representation of the existing patient anatomy, the 3D implant plan and the prosthetic set-up; wherein the healing cap is adapted to support the soft tissue and to shape it according to the desired emergence profile for a prosthetic restoration; and storing the determined marginal edge in memory.
A method of processing image data for display, the method comprising: receiving a plurality of glyphs, each glyph including a plurality of alpha values; generating, from the received plurality of glyphs, a set of alpha values representing a string of glyphs; and filtering the set of alpha values to generate a set of filtered pixel sub-component alpha values including at least one filtered alpha value for each pixel sub-component used to represent the string of glyphs, at least one filtered pixel sub-component alpha value being generated from alpha values, included in the set of alpha values, corresponding to two different character glyphs. receiving a plurality of glyphs, each glyph including a plurality of alpha values; generating, from the received plurality of glyphs, a set of alpha values representing a string of glyphs; and filtering the set of alpha values to generate a set of filtered pixel sub-component alpha values including at least one filtered alpha value for each pixel sub-component used to represent the string of glyphs, at least one filtered pixel sub-component alpha value being generated from alpha values, included in the set of alpha values, corresponding to two different character glyphs.
A method for washing laundry in a washing machine, wherein the washing machine includes a tub, a drum disposed inside the tub, a first nozzle and a second nozzle, the method comprising: performing a first eco-rinsing process where a drum rotates in a state where at least a portion of laundry is pressed against an inner wall of the drum and wash water without detergent is sprayed into the drum through the second nozzle; performing an intermediating process (323, 324, 325, 326) for rotating a drum at an RPM higher than an RPM at which at least a portion of the laundry is pressed against the inner wall of the drum, and circulated wash water sprayed into the drum through the first nozzle; and performing a second eco-rinsing process where the drum is accelerated and wash water without detergent is sprayed into the drum through the second nozzle, characterized in that: the second nozzle is connected to a water supply valve unit, wherein the water supply valve unit is for controlling an influx of wash water from an external water source, the first nozzle is connected to a pump, wherein the pump is for circulating wash water in the tub, the first nozzle sprays wash water mixed with a rinsing detergent in the intermediating process. performing a first eco-rinsing process where a drum rotates in a state where at least a portion of laundry is pressed against an inner wall of the drum and wash water without detergent is sprayed into the drum through the second nozzle; performing an intermediating process (323, 324, 325, 326) for rotating a drum at an RPM higher than an RPM at which at least a portion of the laundry is pressed against the inner wall of the drum, and circulated wash water sprayed into the drum through the first nozzle; and performing a second eco-rinsing process where the drum is accelerated and wash water without detergent is sprayed into the drum through the second nozzle, characterized in that: the second nozzle is connected to a water supply valve unit, wherein the water supply valve unit is for controlling an influx of wash water from an external water source, the first nozzle is connected to a pump, wherein the pump is for circulating wash water in the tub, the first nozzle sprays wash water mixed with a rinsing detergent in the intermediating process. the second nozzle is connected to a water supply valve unit, wherein the water supply valve unit is for controlling an influx of wash water from an external water source, the first nozzle is connected to a pump, wherein the pump is for circulating wash water in the tub, the first nozzle sprays wash water mixed with a rinsing detergent in the intermediating process.
A tissue scaffold mixture comprising: a particulate acellular tissue matrix; a water miscible solvent and a polymer dissolved in the solvent; wherein the water miscible solvent is capable of diffusing into aqueous media placed in contact with the mixture, so as to allow the polymer and ATM to form a tissue scaffold. a particulate acellular tissue matrix; a water miscible solvent and a polymer dissolved in the solvent; wherein the water miscible solvent is capable of diffusing into aqueous media placed in contact with the mixture, so as to allow the polymer and ATM to form a tissue scaffold.
An apparatus (10, 110, 410, 610) for accommodating optical fiber, comprising: a body (12, 112, 412, 612) comprising an inwardly facing surface (16, 116, 416, 616) adapted for receiving a plurality of loops of a length of optical fiber, said body including at least a portion wherein said inwardly facing surface is continuous between two adjacent loops and wherein said inwardly facing surface comprises a helical groove for receiving said plurality of loops of a length of optical fiber.
An automotive battery comprising: an anode battery terminal and a cathode battery terminal: a plurality of serially connected cells each cell selected from a group consisting of NiMH - Nickel metal hydride cells and or Li-Ion - Lithium-Ion cells and or Li-Pol - Lithium polymer cells, the cells being connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals and a plurality of serially connected ultracapacitors connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals, characterized in that the automotive battery is leadless, in that the serially connected cells and the serially connected ultracapacitors are parallel-connected between the anode battery terminal and the cathode battery terminal to define a parallel circuit between the anode battery terminal and the cathode battery terminal, and in that the anode and cathode battery terminals are terminals of the automotive battery, in that the resistance of the plurality of the serially connected cells is three to ten times resistance of the plurality of serially connected ultracapacitors, in that the cells and the ultracapacitors are connected to charge and discharge through the cathode battery terminal, in that the automotive battery is made as a solid monolithic unit, and in that the solid monolithic unit includes the cells and the ultracapacitors potted with epoxy. a plurality of serially connected cells each cell selected from a group consisting of NiMH - Nickel metal hydride cells and or Li-Ion - Lithium-Ion cells and or Li-Pol - Lithium polymer cells, the cells being connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals and a plurality of serially connected ultracapacitors connected between the anode battery terminal and the cathode battery terminal thereby referencing the voltages of the anode and the cathode battery terminals, characterized in that the automotive battery is leadless, in that the serially connected cells and the serially connected ultracapacitors are parallel-connected between the anode battery terminal and the cathode battery terminal to define a parallel circuit between the anode battery terminal and the cathode battery terminal, and in that the anode and cathode battery terminals are terminals of the automotive battery, in that the resistance of the plurality of the serially connected cells is three to ten times resistance of the plurality of serially connected ultracapacitors, in that the cells and the ultracapacitors are connected to charge and discharge through the cathode battery terminal, in that the automotive battery is made as a solid monolithic unit, and in that the solid monolithic unit includes the cells and the ultracapacitors potted with epoxy.
A method for detecting movements of a surface reflecting ultrasonic waves, comprising several successive measuring steps during each of which at least one incident ultrasonic wave is emitted into the air towards the surface using an ultrasonic wave emitting device and reflected signals representative of at least one ultrasonic wave reflected in the air by said surface from said at least one incident ultrasonic wave are detected, characterized in that, during each measuring step: - the movements of a plurality of measuring points belonging at least to said surface are measured by illuminating each measuring point with said at least one incident ultrasonic wave at a multiplicity of angles of incidence, - the reflected signals are detected using a network of receiving transducers comprising a plurality of ultrasonic receiving transducers and a beam-forming signal is determined for each measuring point, by at least beam-forming in reception from said reflected signals, and in that it further comprises at least one movement determination step during which said movements of the surface at the considered measuring point are determined by determining at least one delay or phase shift between two beam-forming signals for this measuring point. - the movements of a plurality of measuring points belonging at least to said surface are measured by illuminating each measuring point with said at least one incident ultrasonic wave at a multiplicity of angles of incidence, - the reflected signals are detected using a network of receiving transducers comprising a plurality of ultrasonic receiving transducers and a beam-forming signal is determined for each measuring point, by at least beam-forming in reception from said reflected signals, and in that it further comprises at least one movement determination step during which said movements of the surface at the considered measuring point are determined by determining at least one delay or phase shift between two beam-forming signals for this measuring point.
Method for transmitting emergency call information in a communication network, comprising the steps: - transmitting a first data record from a mobile terminal to a server accessible via the communication network using a packet-switched data service of the communication network, the first data record containing first emergency call information, - transmitting a second data record from the mobile terminal to an emergency call centre of the communications network, the second data record containing second emergency call information, data being extracted from the second data record by a device of the emergency call centre and the extracted data being transmitted from the emergency call centre to the server in order to transmit the first data record, and - sending a warning message from the server or initiated by the server to further mobile terminals located in the communication network. - transmitting a first data record from a mobile terminal to a server accessible via the communication network using a packet-switched data service of the communication network, the first data record containing first emergency call information, - transmitting a second data record from the mobile terminal to an emergency call centre of the communications network, the second data record containing second emergency call information, data being extracted from the second data record by a device of the emergency call centre and the extracted data being transmitted from the emergency call centre to the server in order to transmit the first data record, and - sending a warning message from the server or initiated by the server to further mobile terminals located in the communication network.
A state monitoring device of a wind power generating device, the state monitoring device comprising: a design information database in which at least data of a structural model of a wind power generating device, a blade aerodynamic model and/or blade mass distribution and/or a tower shape is stored; an external force estimation unit that estimates external force applied to the wind power generating device, based on measured data from a control sensor installed in the wind power generating device and the data of the blade aerodynamic model and/or the blade mass distribution and/or the tower shape; a deformation amount estimation unit that estimates a deformation amount of the wind power generating device, based on the external force estimated by the external force estimation unit and the structural model of the wind power generating device; and an evaluation unit that obtains an index relating to structural integrity of the wind power generating device, based on the deformation amount estimated by the deformation amount estimation unit, wherein the obtained index relating to the structural integrity is displayed on a display screen. a design information database in which at least data of a structural model of a wind power generating device, a blade aerodynamic model and/or blade mass distribution and/or a tower shape is stored; an external force estimation unit that estimates external force applied to the wind power generating device, based on measured data from a control sensor installed in the wind power generating device and the data of the blade aerodynamic model and/or the blade mass distribution and/or the tower shape; a deformation amount estimation unit that estimates a deformation amount of the wind power generating device, based on the external force estimated by the external force estimation unit and the structural model of the wind power generating device; and an evaluation unit that obtains an index relating to structural integrity of the wind power generating device, based on the deformation amount estimated by the deformation amount estimation unit, wherein the obtained index relating to the structural integrity is displayed on a display screen.
An aerosol generating article (10, 100) comprising: an aerosol generating substrate (12, 124) comprising nicotine and at least about 10% aerosol former comprising glycerine; and a wrapper disposed about and in contact with the aerosol generating substrate, wherein the wrapper comprises a paper layer (50, 500, 20, 110) having a thickness/grammage of about 1.2 micrometers/gsm or less, and wherein the paper layer comprises a surface treatment comprising PVOH or silicon. an aerosol generating substrate (12, 124) comprising nicotine and at least about 10% aerosol former comprising glycerine; and a wrapper disposed about and in contact with the aerosol generating substrate, wherein the wrapper comprises a paper layer (50, 500, 20, 110) having a thickness/grammage of about 1.2 micrometers/gsm or less, and wherein the paper layer comprises a surface treatment comprising PVOH or silicon.
A method comprising: receiving electromagnetic, EM, field magnitude values indicative of a first pose of a mobile unit in relation to a base unit; receiving sensor data from a second sensor associated with one of the mobile unit and the base unit, wherein the sensor data is indicative of a direction of movement of the one of the mobile unit and the base unit; calculating, by one or more processors, a set of two candidate pose solutions based on the EM field magnitude values; selecting a final pose from the set of two candidate pose solutions based on the sensor data from the second sensor; and sending the final pose to the one or more processors (108, 118); characterised in that selecting the final pose comprises: determining that the base unit has moved towards a first candidate pose out of the two candidate poses; re-calculating the range between the base unit and the two candidate poses using EM pose data; selecting the first candidate pose as the final pose if the calculated range to both candidate poses has decreased, otherwise selecting the other candidate pose as the final pose. receiving electromagnetic, EM, field magnitude values indicative of a first pose of a mobile unit in relation to a base unit; receiving sensor data from a second sensor associated with one of the mobile unit and the base unit, wherein the sensor data is indicative of a direction of movement of the one of the mobile unit and the base unit; calculating, by one or more processors, a set of two candidate pose solutions based on the EM field magnitude values; selecting a final pose from the set of two candidate pose solutions based on the sensor data from the second sensor; and sending the final pose to the one or more processors (108, 118); characterised in that selecting the final pose comprises: determining that the base unit has moved towards a first candidate pose out of the two candidate poses; re-calculating the range between the base unit and the two candidate poses using EM pose data; selecting the first candidate pose as the final pose if the calculated range to both candidate poses has decreased, otherwise selecting the other candidate pose as the final pose.
Fastening system for fixing an additional floor panel belonging to the fastening system to fastening threads in the original loading floor of a vehicle and for lashing loads by means of corresponding fastening fittings with a holding element, which is arranged in a step-shaped opening of the additional floor panel, wherein the opening has a first opening region, which is larger in diameter, and a second opening region, which is smaller in diameter, and with a screwing element, which is suited for fixing the holding element to a fastening thread present at the manufacturing stage in the original loading floor of the vehicle, wherein the holding element has, in the installed state, a disc-shaped base body facing away from the original loading floor, with which the holding element is arranged in the first opening region of the additional floor panel, to which adjoins an elongated bar protruding downwards towards the original loading floor in the installed state, which is placed in the second opening region of the additional floor panel, characterised in that between the underside of the base body and the floor of the first opening region, on the one hand, and the circumferential surface of the base body and the inner surface of the side wall of the first opening region, on the other hand, a small distance is present after the installation of the fastening system.
A quantum dot film article comprising: a first barrier film; a second barrier film; and a quantum dot layer separating the first barrier film from the second barrier film, the quantum dot layer comprising quantum dots dispersed in a polymer material, the polymer material comprising a methacrylate polymer, an epoxy polymer and a photoinitiator, wherein the methacrylate polymer comprises 5 to 25 wt% of the quantum dot layer; wherein the methacrylate polymer is formed by radiation polymerization of methacrylate polymer precursors; and wherein the epoxy polymer is formed by thermal polymerizing of epoxy polymer precursors. a first barrier film; a second barrier film; and a quantum dot layer separating the first barrier film from the second barrier film, the quantum dot layer comprising quantum dots dispersed in a polymer material, the polymer material comprising a methacrylate polymer, an epoxy polymer and a photoinitiator, wherein the methacrylate polymer comprises 5 to 25 wt% of the quantum dot layer; wherein the methacrylate polymer is formed by radiation polymerization of methacrylate polymer precursors; and wherein the epoxy polymer is formed by thermal polymerizing of epoxy polymer precursors.