mhurhangee/patent-ind-claim-en huggingface dataset:
Manufacturing method of a brush device, wherein the brush device comprises at least a handle head portion obtained by means of plastic material moulding on a terminal portion of a metal stem on which bristles of the brush are fixed, said terminal portion of the stem being retained in the moulding position by a through seat (T') of a mould (T) which closes on said stem , characterized in that , prior to said moulding of the head portion , it is provided to apply a covering sheath of elastically yieldable material, being an elastomer or a high-density foam material, on said terminal portion of the stem , said sheath being of elongate tubular shape having a length of at least 2.5 mm and internal diameter of said elongated tubolar sheath is substantially equal to or slightly lesser than the external diameter of said stem , so as to exploit the elasticity of the elastomeric material for an easy insertion but, at the same time, ensure a close adhesion on said stem , and in that a part of said tubolar sheath is mounted on the stem so that an external end thereof projects from said head portion from a few tenths of a millimetre to a few millimetres so as to end adjacent to the said bristle area of the brush. prior to said moulding of the head portion , it is provided to apply a covering sheath of elastically yieldable material, being an elastomer or a high-density foam material, on said terminal portion of the stem , said sheath being of elongate tubular shape having a length of at least 2.5 mm and internal diameter of said elongated tubolar sheath is substantially equal to or slightly lesser than the external diameter of said stem , so as to exploit the elasticity of the elastomeric material for an easy insertion but, at the same time, ensure a close adhesion on said stem , and in that a part of said tubolar sheath is mounted on the stem so that an external end thereof projects from said head portion from a few tenths of a millimetre to a few millimetres so as to end adjacent to the said bristle area of the brush.
A modular ship system comprising a ship which is configurable to carry out predefined tasks and comprises at least one mission docking position configured to receive a mission module , and at least two different mission modules configured to be received in the at least one mission docking position, wherein each mission module changes a capability of the ship to carry out the predefined tasks, characterized in that the modular ship system comprises a computer system comprising a database containing: - module data for each mission module, the module data defining a prerequisite for the module to provide a contribution to the ship for carrying out at least one of the predefined tasks, - position data pertaining to each mission docking position and defining a layout of each mission docking position, and - configuration rules defining configuration of the ship with the mission modules, wherein the computer system is configured to: - allow a user to select a mission module and a mission docking position, and to associate the module data of the selected mission module with position data of the selected mission docking position, and with the configuration rules, and based thereon to determine compliance or non-compliance between a selected mission module and the mission docking position. characterized in that the modular ship system comprises a computer system comprising a database containing: - module data for each mission module, the module data defining a prerequisite for the module to provide a contribution to the ship for carrying out at least one of the predefined tasks, - position data pertaining to each mission docking position and defining a layout of each mission docking position, and - configuration rules defining configuration of the ship with the mission modules, - module data for each mission module, the module data defining a prerequisite for the module to provide a contribution to the ship for carrying out at least one of the predefined tasks, - position data pertaining to each mission docking position and defining a layout of each mission docking position, and - configuration rules defining configuration of the ship with the mission modules, wherein the computer system is configured to: - allow a user to select a mission module and a mission docking position, and to associate the module data of the selected mission module with position data of the selected mission docking position, and with the configuration rules, and based thereon to determine compliance or non-compliance between a selected mission module and the mission docking position. - allow a user to select a mission module and a mission docking position, and to associate the module data of the selected mission module with position data of the selected mission docking position, and with the configuration rules, and based thereon to determine compliance or non-compliance between a selected mission module and the mission docking position.
A method of detecting a. likelihood of collision of a device being a first smartphone , said method executed by the first smartphone comprising: establishing, via a criteria setting component , a criterion to filter unlikely collisions as one of the group consisting of day of year, day of week, time of day, geographic location, temperature, precipitation, ambient brightness and combinations thereof; establishing, via a threshold setting component , a threshold associated with the criterion; determining, via a position determining component , a position of the device at a first time; determining, via a velocity determining component , a velocity of the device at the first time; receiving, via a vector information receiving component , vector information describing the location and velocity associated with a communication device being a second smartphone ; determining, via a collision determining component likelihood of collision between the device and the communication device based on the established threshold, the received vector information, the determined position and the determined velocity; and providing, via a signal component , a signal associated with the likelihood of collision. establishing, via a criteria setting component , a criterion to filter unlikely collisions as one of the group consisting of day of year, day of week, time of day, geographic location, temperature, precipitation, ambient brightness and combinations thereof; establishing, via a threshold setting component , a threshold associated with the criterion; determining, via a position determining component , a position of the device at a first time; determining, via a velocity determining component , a velocity of the device at the first time; receiving, via a vector information receiving component , vector information describing the location and velocity associated with a communication device being a second smartphone ; determining, via a collision determining component likelihood of collision between the device and the communication device based on the established threshold, the received vector information, the determined position and the determined velocity; and providing, via a signal component , a signal associated with the likelihood of collision.
A glucose measuring apparatus (400a; 400b; 500; 600; 700; 800; 910; 1000; 1100; 1410; 1500; 1700) comprising: a pressure measurer (410a; 410b; 510; 640, 650; 740; 840; 950, 960; 1040, 1050; 1310, 1320; 1420, 1430; 1540, 1550; 1734, 1735) that is configured to measure a pressure applied to an object; a film (1010; 1110; 1300; 1510; 1760) that comprises a first optical waveguide (460b; 561; 1014; 1114; 1230; 1330; 1450; 1514; 1764) configured to be close to the object; a near infrared ray, NIR, irradiator (420a; 420b; 520; 610; 710; 810; 920, 940; 1014; 1111; 1411; 1511; 1750) that is configured to irradiate an NIR to the first optical waveguide if the measured pressure is greater than or equal to a preset value; an NIR receiver (430a; 430b; 530; 620, 630; 720, 730; 820, 830; 930; 1013; 1112, 1113; 1412, 1413; 1513; 1600; 1751) that is configured to receive an attenuated total reflection NIR, ATR-NIR, from the first optical waveguide; and an analyzer (440a; 440b; 540) that is configured to measure a blood glucose level based on the ATR-NIR, wherein the film is an independent module that can be combined with and separated from the glucose measuring apparatus. a pressure measurer (410a; 410b; 510; 640, 650; 740; 840; 950, 960; 1040, 1050; 1310, 1320; 1420, 1430; 1540, 1550; 1734, 1735) that is configured to measure a pressure applied to an object; a film (1010; 1110; 1300; 1510; 1760) that comprises a first optical waveguide (460b; 561; 1014; 1114; 1230; 1330; 1450; 1514; 1764) configured to be close to the object; a near infrared ray, NIR, irradiator (420a; 420b; 520; 610; 710; 810; 920, 940; 1014; 1111; 1411; 1511; 1750) that is configured to irradiate an NIR to the first optical waveguide if the measured pressure is greater than or equal to a preset value; an NIR receiver (430a; 430b; 530; 620, 630; 720, 730; 820, 830; 930; 1013; 1112, 1113; 1412, 1413; 1513; 1600; 1751) that is configured to receive an attenuated total reflection NIR, ATR-NIR, from the first optical waveguide; and an analyzer (440a; 440b; 540) that is configured to measure a blood glucose level based on the ATR-NIR, wherein the film is an independent module that can be combined with and separated from the glucose measuring apparatus.
Aircraft engine , comprising a housing having an inlet and an outlet , an axial fan which is arranged adjacent to the inlet in a first housing section and has at least one impeller , at least one electric motor which is designed to drive the impeller, at least one fuel cell unit which is designed to supply power to the electric motor, and at least one combustion drive arranged downstream of the axial fan within the housing, the housing being formed with a convergent section adjacent to the first housing section and with a divergent section adjacent to the convergent section, characterized in that the combustion drive comprises a combustion chamber with a hydrogen injection means , which are arranged or formed within the divergent section.
A tapered roller bearing comprising an inner ring , an outer ring , and two rows of tapered rollers , which are arranged in an O-arrangement between the inner ring and the outer ring , wherein the inner ring extends in an axial direction (X) over a greater length than the outer ring , and wherein a gap between inner ring and outer ring on at least one side is sealed by a sealing assembly, wherein the sealing assembly comprises a main seal , which is attached to the inner ring in a rotationally fixed manner, as well as a seal race ring , which is attached to the outer ring in a rotationally fixed manner, and wherein the seal race ring forms a seal raceway for the main seal , characterized in that the main seal is inserted into a groove on the front side of the inner ring and is held on the associated front side of the inner ring by a clamping ring or clamping segments distributed around the circumference, and in that the seal raceway is formed by a radial inner surface of the seal race ring.
A roughening tool for roughening the cylindrical surface of a bore in a workpiece by producing a defined microstructure that is composed of a plurality of microgrooves extending circumferentially at an axial distance from one another, comprising a tool base body , which can be driven so as to rotate about a rotational axis , a plurality of circumferentially cutting cutting tools, which are arranged on the tool base body at a defined axial distance from one another, characterized in that the cutting tools are respectively formed by a side milling cutter (21 - 33), wherein each side milling cutter (21 - 33) comprises a plurality of cutting elements (21b - 33b), which are arranged at identical angular distances from one another in the circumferential direction, each side milling cutter (21 - 33) comprises cutting elements (21b - 33b) with a plurality of cutting teeth that are arranged at an axial distance from one another, and the cutting teeth of the cutting elements (21b - 33b) of each side milling cutter (21 - 33) are arranged in alignment in the circumferential direction. a tool base body , which can be driven so as to rotate about a rotational axis , a plurality of circumferentially cutting cutting tools, which are arranged on the tool base body at a defined axial distance from one another, characterized in that the cutting tools are respectively formed by a side milling cutter (21 - 33), wherein each side milling cutter (21 - 33) comprises a plurality of cutting elements (21b - 33b), which are arranged at identical angular distances from one another in the circumferential direction, each side milling cutter (21 - 33) comprises cutting elements (21b - 33b) with a plurality of cutting teeth that are arranged at an axial distance from one another, and the cutting teeth of the cutting elements (21b - 33b) of each side milling cutter (21 - 33) are arranged in alignment in the circumferential direction.
A method for generating an encoded audio bitstream, the method comprising: generating a sequence of frames of an encoded audio bitstream, wherein the encoded audio bitstream is an AC-3 bitstream or an E-AC-3 bitstream, the encoded audio bitstream being indicative of at least one audio program, each frame of at least a subset of said frames including: program information metadata in at least one metadata segment located in at least one of: a) a skip field of the frame; b) an addbsi field of the frame; c) an aux field of the frame; and audio data in at least one other segment of the frame, wherein the metadata segment includes at least one metadata payload, said metadata payload comprising: a header; and after the header, at least some of the program information metadata, wherein the program information metadata is indicative of information about the at least one audio program not present in other portions of the encoded audio bitstream, wherein the program information metadata includes active channel metadata indicative of each non-silent channel and each silent channel of the at least one audio program. program information metadata in at least one metadata segment located in at least one of: a) a skip field of the frame; b) an addbsi field of the frame; c) an aux field of the frame; and audio data in at least one other segment of the frame, wherein the metadata segment includes at least one metadata payload, said metadata payload comprising: a header; and after the header, at least some of the program information metadata, wherein the program information metadata is indicative of information about the at least one audio program not present in other portions of the encoded audio bitstream, wherein the program information metadata includes active channel metadata indicative of each non-silent channel and each silent channel of the at least one audio program.
A method for operating a display apparatus for a motor vehicle comprising a plurality of a display surfaces , wherein a plurality of non-contact inputs actions are provided, in which - in order to select at least one display element on a first display surface , a first non-contact input action of a user is detected, and the first non-contact input action is verified by a second non-contact input action of the user ; and - in order to move, at least once, the at least one selected display element of the first display surface within the first display surface or onto a second display surface , at least one third non-contact input action of the user is detected, wherein, in order to detect the first non-contact input action, at least one eye position of the user is detected by a first camera , and for verification a variable that is characteristic of the torso of the user is detected by a second camera as the second non-contact input action, or in order to detect the first non-contact input action, at least one variable that is characteristic of the torso of the user is detected by the second camera , and for verification at least the eye position of the user is detected by the first camera as the second non-contact input action, and in order to detect the third touch-sensitive input action, at least one variable that is characteristic of the hand , the finger(s) and/or the mouth of the user is detected by a third camera for detecting gestures. - in order to select at least one display element on a first display surface , a first non-contact input action of a user is detected, and the first non-contact input action is verified by a second non-contact input action of the user ; and - in order to move, at least once, the at least one selected display element of the first display surface within the first display surface or onto a second display surface , at least one third non-contact input action of the user is detected, wherein, in order to detect the first non-contact input action, at least one eye position of the user is detected by a first camera , and for verification a variable that is characteristic of the torso of the user is detected by a second camera as the second non-contact input action, or in order to detect the first non-contact input action, at least one variable that is characteristic of the torso of the user is detected by the second camera , and for verification at least the eye position of the user is detected by the first camera as the second non-contact input action, and in order to detect the third touch-sensitive input action, at least one variable that is characteristic of the hand , the finger(s) and/or the mouth of the user is detected by a third camera for detecting gestures.
A hairstyling device comprising: a heatable hair contact member having a hair-contactable surface , the hair contact member being operable to apply heat to a tress of hair of a user via the hair-contactable surface ; and characterised by a controller configured to: determine that the hair contact member is moving along the tress from a first end of the tress towards a second end of the tress; and based on the determining, control heating of the hair contact member to cause the operating temperature of the hair contact member to change as the hair contact member moves along the tress from the first end of the tress towards the second end of the tress. a heatable hair contact member having a hair-contactable surface , the hair contact member being operable to apply heat to a tress of hair of a user via the hair-contactable surface ; and characterised by a controller configured to: determine that the hair contact member is moving along the tress from a first end of the tress towards a second end of the tress; and based on the determining, control heating of the hair contact member to cause the operating temperature of the hair contact member to change as the hair contact member moves along the tress from the first end of the tress towards the second end of the tress. determine that the hair contact member is moving along the tress from a first end of the tress towards a second end of the tress; and based on the determining, control heating of the hair contact member to cause the operating temperature of the hair contact member to change as the hair contact member moves along the tress from the first end of the tress towards the second end of the tress.
A soot blower for cleaning a tubular heat exchanger in which a fluid performs heat exchange on a flow path , the soot blower comprising: a lance tube which includes one end that is configured to reciprocally move in one direction along a surface of an inlet port of the flow path; a drive unit which is connected to the lance tube , reciprocally moves the lance tube in the one direction, and rotates the lance tube clockwise and counterclockwise; a first nozzle which is connected to the one end of the lance tube and is configured to discharge steam to the inlet port; a second nozzle which is disposed adjacent to the first nozzle and connected to the one end of the lance tube characterised in that the second nozzle is configured to discharge solid particles to the inlet port; and a nozzle maintenance chamber is disposed adjacent to the drive unit and surrounds the one end of the lance tube , wherein the nozzle maintenance chamber includes a gate through which the first nozzle and the second nozzle are exposed. a lance tube which includes one end that is configured to reciprocally move in one direction along a surface of an inlet port of the flow path; a drive unit which is connected to the lance tube , reciprocally moves the lance tube in the one direction, and rotates the lance tube clockwise and counterclockwise; a first nozzle which is connected to the one end of the lance tube and is configured to discharge steam to the inlet port; a second nozzle which is disposed adjacent to the first nozzle and connected to the one end of the lance tube characterised in that the second nozzle is configured to discharge solid particles to the inlet port; and a nozzle maintenance chamber is disposed adjacent to the drive unit and surrounds the one end of the lance tube , wherein the nozzle maintenance chamber includes a gate through which the first nozzle and the second nozzle are exposed.
A method for receiving, by a user equipment, UE, an multimedia broadcast multicast service, MBMS, service in a wireless communication system, the method comprising: receiving (S1110, S1210), from a network, an MBMS frequency type indicator indicating whether a type of an MBMS frequency related to the MBMS service is a first type, a second type, or a third type; determining (S1120) whether the MBMS frequency type indicated by the received MBMS frequency type indicator is supported by the UE after the receiving of the MBMS frequency type indicator; based on that the indicated MBMS frequency type is supported by the UE , receiving (S1140, S1220) the MBMS service via the MBMS frequency based on the MBMS frequency type indicator, wherein the first type defines that a combination of one or more first subframes among subframes 1, 2, 3, 6, 7, and 8 in a radio frame is configured for multicast broadcast single frequency network, MBSFN, wherein the second type defines that a combination of one or more second subframes among subframes 1, 2, 3, 4, 6, 7, 8, and 9 in a radio frame is configured for MBSFN, and wherein the third type denotes that all subframes in a radio frame are configured for MBSFN. receiving (S1110, S1210), from a network, an MBMS frequency type indicator indicating whether a type of an MBMS frequency related to the MBMS service is a first type, a second type, or a third type; determining (S1120) whether the MBMS frequency type indicated by the received MBMS frequency type indicator is supported by the UE after the receiving of the MBMS frequency type indicator; based on that the indicated MBMS frequency type is supported by the UE , receiving (S1140, S1220) the MBMS service via the MBMS frequency based on the MBMS frequency type indicator, wherein the first type defines that a combination of one or more first subframes among subframes 1, 2, 3, 6, 7, and 8 in a radio frame is configured for multicast broadcast single frequency network, MBSFN, wherein the second type defines that a combination of one or more second subframes among subframes 1, 2, 3, 4, 6, 7, 8, and 9 in a radio frame is configured for MBSFN, and wherein the third type denotes that all subframes in a radio frame are configured for MBSFN.