mhurhangee/patent-ind-claim-en huggingface dataset:
A handy-stick type vacuum cleaner comprising: a first part configured to include a dust collection unit ; a second part configured to include a suction motor and a handle ; a third part configured to rotatably connect the first and second parts with each other; and a mode setting unit configured to be disposed inside the second part to selectively lock and unlock the third part , and set a rotating mode in which the first and second parts are rotated with respect to each other and a fixing mode in which the first and second parts are not rotated, and wherein, in the rotating mode, the first and second parts are configured to rotate freely with respect to each other as the handy-stick type vacuum cleaner is moved back and forth, wherein the third part includes: a first connection member coupled to the first part; and a second connection member coupled to the second part and rotatably connected to the first connection member, and wherein the first connection member and the second connection member rotate with respect to a rotation shaft . a first part configured to include a dust collection unit ; a second part configured to include a suction motor and a handle ; a third part configured to rotatably connect the first and second parts with each other; and a mode setting unit configured to be disposed inside the second part to selectively lock and unlock the third part , and set a rotating mode in which the first and second parts are rotated with respect to each other and a fixing mode in which the first and second parts are not rotated, and wherein, in the rotating mode, the first and second parts are configured to rotate freely with respect to each other as the handy-stick type vacuum cleaner is moved back and forth, wherein the third part includes: a first connection member coupled to the first part; and a second connection member coupled to the second part and rotatably connected to the first connection member, and wherein the first connection member and the second connection member rotate with respect to a rotation shaft . a first connection member coupled to the first part; and a second connection member coupled to the second part and rotatably connected to the first connection member, and wherein the first connection member and the second connection member rotate with respect to a rotation shaft .
A telematics device for attaching to a vehicle's on-board diagnostic system, said telematics device comprising: a flexible circuit board mounted within a housing and comprising a first , a second and an intermediate portion ; said first, second and intermediate portions being rigid portions and being linked by flexible portions between them, forming one single piece which can be folded; said flexible circuit board comprising a conductive layer forming a ground plane, said flexible circuit board being folded within said housing such that at least a part of said first portion overlies at least a part of said second portion , said conductive layer extending across said first, second and intermediate portions; wherein one of said portions further comprises an extension part extending beyond at least one of said first, intermediate and second portions and having an antenna mounted proximate to a far end of said extension part; and said first portion comprises, mounted on an outward facing side facing away from said second portion, a connector for connecting to said diagnostic connector on said vehicle; said second portion comprises, mounted on an outward facing side facing away from said first portion, a GPS antenna for receiving signals from GPS satellite; and said telematics device further comprises a power source , said power source being mounted between said first portion and said second portion. a flexible circuit board mounted within a housing and comprising a first , a second and an intermediate portion ; said first, second and intermediate portions being rigid portions and being linked by flexible portions between them, forming one single piece which can be folded; said flexible circuit board comprising a conductive layer forming a ground plane, said flexible circuit board being folded within said housing such that at least a part of said first portion overlies at least a part of said second portion , said conductive layer extending across said first, second and intermediate portions; wherein one of said portions further comprises an extension part extending beyond at least one of said first, intermediate and second portions and having an antenna mounted proximate to a far end of said extension part; and said first portion comprises, mounted on an outward facing side facing away from said second portion, a connector for connecting to said diagnostic connector on said vehicle; said second portion comprises, mounted on an outward facing side facing away from said first portion, a GPS antenna for receiving signals from GPS satellite; and said telematics device further comprises a power source , said power source being mounted between said first portion and said second portion.
A drive shaft of an aircraft turbomachine , comprising: - a first portion extending longitudinally along an axis (A) and having a first diameter (D1), - a second portion extending longitudinally along said axis (A) and having a second diameter (D2), and - connecting means connecting said first and second portions and being configured to transmit a torque from said second portion to said first portion , said connecting means comprise at least one bellows comprising: - a first section extending longitudinally along said axis (A) and having a diameter (D PS ) greater than said first and second diameters, and - second sections extending radially to said axis (A) and flanking said first section , said drive shaft being characterized in that said first section comprises at least one fusible section comprising at least one through orifice and being configured to break when the value of a torque applied to said first portion exceeds a predetermined threshold value. - a first portion extending longitudinally along an axis (A) and having a first diameter (D1), - a second portion extending longitudinally along said axis (A) and having a second diameter (D2), and - connecting means connecting said first and second portions and being configured to transmit a torque from said second portion to said first portion , said connecting means comprise at least one bellows comprising: - a first section extending longitudinally along said axis (A) and having a diameter (D PS ) greater than said first and second diameters, and - second sections extending radially to said axis (A) and flanking said first section , - a first section extending longitudinally along said axis (A) and having a diameter (D PS ) greater than said first and second diameters, and - second sections extending radially to said axis (A) and flanking said first section ,
A nickel-based alloy composition consisting, in weight percent, of: between 12.3 and 15.2% chromium, between 4.8 and 12.0% cobalt, between 2.5 and 8.3% tungsten, between 0.0 and 0.5% molybdenum, between 0.0 and 0.5% rhenium, between 3.5 and 6.7% aluminium, between 6.1 and 10.7% tantalum, between 0.0 and up to 0.5% hafnium, between 0.0 and 0.5% niobium, between 0.0 and 0.5% titanium, between 0.0 and 0.5% vanadium, between 0.0 and 0.1% silicon, between 0.0 and 0.1% yttrium, between 0.0 and 0.1% lanthanum, between 0.0 and 0.1% cerium, between 0.0 and 0.003% sulphur, between 0.0 and 0.05% manganese, between 0.0 and 0.05% zirconium, between 0.0 and 0.005% boron, between 0.0 and 0.01% carbon, the balance being nickel and incidental impurities.
A friction clutch for a drivetrain of a motor vehicle, having: - an input part with an outer-plate carrier rotatable about an axis of rotation by at least one drive motor, wherein at least one outer plate is attached to the outer-plate carrier ; - an output part with a rotor carrier and an inner-plate carrier separated from the rotor carrier , wherein at least one inner plate is attached to the inner-plate carrier ; - at least one spring device by means of which the at least one outer plate and the at least one inner plate can be braced with a pressing force for closing the friction clutch ; characterised in that the friction clutch has a pressure pot which is connected to the inner-plate carrier by at least one connecting means , wherein the at least one connecting means has an actuating surface via which the friction clutch can be actuated with an actuating apparatus . - an input part with an outer-plate carrier rotatable about an axis of rotation by at least one drive motor, wherein at least one outer plate is attached to the outer-plate carrier ; - an output part with a rotor carrier and an inner-plate carrier separated from the rotor carrier , wherein at least one inner plate is attached to the inner-plate carrier ; - at least one spring device by means of which the at least one outer plate and the at least one inner plate can be braced with a pressing force for closing the friction clutch ; characterised in that the friction clutch has a pressure pot which is connected to the inner-plate carrier by at least one connecting means , wherein the at least one connecting means has an actuating surface via which the friction clutch can be actuated with an actuating apparatus .
A wind turbine with a base assembly which has a machine carrier , preferably an axle journal connected to the machine carrier , a rotor hub which is rotatably mounted on the base assembly, a generator which is operatively connected to the rotor hub , and a braking and locking device , wherein the braking and locking device has at least one brake body and at least one actuator which is designed to move the brake body back and forth relative to a braking surface , wherein the braking and locking device is fastened to the base assembly, in particular to the axle journal ; and the braking surface is formed on the rotor hub , characterized in that the brake body is arranged between the axle journal and the rotor hub and engages with an effective surface on the inside of the rotor hub , wherein the brake body has a guide surface which faces toward the axle journal and is movably mounted on the axle journal characterized in that the brake body is arranged between the axle journal and the rotor hub and engages with an effective surface on the inside of the rotor hub , wherein the brake body has a guide surface which faces toward the axle journal and is movably mounted on the axle journal
A method, implemented at a computer system that includes one or more processors and system memory, for generating a masked reference sequence of the Y chromosome for evaluating copy number of the Y chromosome, the method comprising: (a) providing, on the computer system, a training set of genomic reads measured from nucleic acid samples of a first plurality of female individuals; (b) aligning, by the computer system, genomic reads of the training set to a reference genome comprising a reference sequence of the Y-chromosome, thereby providing training sequence tags comprising aligned genomic reads and their locations on the reference sequence of the Y chromosome; (c) dividing, by the computer system, the reference sequence of the Y chromosome into a plurality of bins; (d) determining, by the computer system, counts of training sequence tags located in each bin; and (e) masking, by the computer system, bins that exceed a masking threshold, the masking threshold being based on the counts of training sequence tags in each bin, thereby generating the masked reference sequence of the Y chromosome. (a) providing, on the computer system, a training set of genomic reads measured from nucleic acid samples of a first plurality of female individuals; (b) aligning, by the computer system, genomic reads of the training set to a reference genome comprising a reference sequence of the Y-chromosome, thereby providing training sequence tags comprising aligned genomic reads and their locations on the reference sequence of the Y chromosome; (c) dividing, by the computer system, the reference sequence of the Y chromosome into a plurality of bins; (d) determining, by the computer system, counts of training sequence tags located in each bin; and (e) masking, by the computer system, bins that exceed a masking threshold, the masking threshold being based on the counts of training sequence tags in each bin, thereby generating the masked reference sequence of the Y chromosome.
A laser processing apparatus comprising: a conveyor configured to convey a container containing a content in a container body in a conveying direction at a predetermined conveying speed; and a light emitter configured to emit laser light to a predetermined processing region in the container body conveyed in a conveying direction (A) by the conveyor , wherein a frequency of a vibration of the container body conveyed, in which an amplitude of the vibration of the container body is maximized, is v/L or less, where v is the predetermined conveying speed, and L is a length of the determined processing region in the conveying direction (A), characterized in that the frequency is v/(u/3) or more, where u is a unit length. a conveyor configured to convey a container containing a content in a container body in a conveying direction at a predetermined conveying speed; and a light emitter configured to emit laser light to a predetermined processing region in the container body conveyed in a conveying direction (A) by the conveyor , wherein a frequency of a vibration of the container body conveyed, in which an amplitude of the vibration of the container body is maximized, is v/L or less, where v is the predetermined conveying speed, and L is a length of the determined processing region in the conveying direction (A), characterized in that L is a length of the determined processing region in the conveying direction (A), characterized in that the frequency is v/(u/3) or more, where u is a unit length.
A semiconductor assembly comprising: - a stack comprising a semiconductor module and a cooler , wherein the semiconductor module is provided in contact with the cooler , the stack having a first side and a second side ; - a clamping assembly being adapted to exert a force (F) on the stack; wherein the stack is provided with a through hole between the first side and the second side and wherein part of the clamping assembly extends through the through hole of the stack, wherein the part of the clamping assembly extending through the through hole of the stack comprises an electrically conductive part in the form of a bus bar configured to conduct electricity, and wherein the semiconductor assembly further comprises a piece of electric equipment and an insulation element provided to electrically insulate the electrically conductive part from the semiconductor module , wherein the electrically conductive part at a first end portion is electrically connected to the first side of the stack and at a second end portion is electrically and mechanically connected to a first pole (- DC) of the piece of electric equipment . - a stack comprising a semiconductor module and a cooler , wherein the semiconductor module is provided in contact with the cooler , the stack having a first side and a second side ; - a clamping assembly being adapted to exert a force (F) on the stack; wherein the stack is provided with a through hole between the first side and the second side and
Safety device for workers in the working area of moving automatic machines , in particular industrial robots, wherein the safety device permanently captures the spatial position and a possible movement of the worker and monitors for collisions or risks of collision and has a mobile capture device , which is to be worn by the worker and is intended to locate the worker , and an evaluation and control device , wherein the devices have a preferably wireless communication connection, and the evaluation and control device also has an interface for inputting data relating to the current hazardous area of the automatic machine , in particular the industrial robot, characterized in that , in the event of a collision or a risk of collision, the safety device transmits a warning signal to the worker , wherein the safety device provides the worker with body-specific feedback and signals the affected body part.
A gas turbine engine comprising a combustor , a turbine a mounting bracket and a combustor transition piece mounted between the combustor and the turbine of the gas turbine engine, the combustor transition piece comprising: a hollow body comprising an internal flow passage extending from an upstream end portion to a downstream end portion; an aft frame coupled to the downstream end portion of the hollow body; an aft flange coupled to an upper portion of the aft frame ; and a mounting lug removably coupled to the aft flange at a first joint , wherein the mounting lug is removably coupled to the mounting bracket at a second joint , characterized in that the aft flange is a single aft flange and the downstream end portion of the combustor transition piece is offset from the second joint on the mounting bracket by a gap , and the single aft flange extends a predetermined distance radially away from the combustor transition piece , the predetermined distance being less than 50 percent of the gap . a hollow body comprising an internal flow passage extending from an upstream end portion to a downstream end portion; an aft frame coupled to the downstream end portion of the hollow body; an aft flange coupled to an upper portion of the aft frame ; and a mounting lug removably coupled to the aft flange at a first joint , wherein the mounting lug is removably coupled to the mounting bracket at a second joint , characterized in that the aft flange is a single aft flange and the downstream end portion of the combustor transition piece is offset from the second joint on the mounting bracket by a gap , and the single aft flange extends a predetermined distance radially away from the combustor transition piece , the predetermined distance being less than 50 percent of the gap .
A preform manufacturing apparatus comprising: a supply of at least one fiber bundle (150; 240, 245, 250, 255, 260, 265); a moveable positive tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) coupled between a desired lay down location and the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265) to positively deliver and orient the fiber bundle (150; 240, 245, 250, 255, 260, 265) to the desired lay down location, wherein automated movement coordination is achieved between the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) and a lay-down surface; and an electronic unwinder coupled to the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265), wherein the electronic unwinder is configured to interact with the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C), and wherein the electric unwinder is configured to maintain constant adjustable minimum tension on the fiber bundle as the fiber bundle is positively driven with the tow delivery mechanism; and characterized in that the tow delivery mechanism is comprised of pinch rollers, with a motor driving at least one of the rollers, the pinch rollers contacting the fiber bundle. a supply of at least one fiber bundle (150; 240, 245, 250, 255, 260, 265); a moveable positive tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) coupled between a desired lay down location and the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265) to positively deliver and orient the fiber bundle (150; 240, 245, 250, 255, 260, 265) to the desired lay down location, wherein automated movement coordination is achieved between the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) and a lay-down surface; and an electronic unwinder coupled to the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265), wherein the electronic unwinder is configured to interact with the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C), and wherein the electric unwinder is configured to maintain constant adjustable minimum tension on the fiber bundle as the fiber bundle is positively driven with the tow delivery mechanism; and characterized in that the tow delivery mechanism is comprised of pinch rollers, with a motor driving at least one of the rollers, the pinch rollers contacting the fiber bundle.
A method for treating a spent lye of a lye washer, in which the spent lye is fed with oxygen or an oxygen-containing gas mixture and steam to an oxidation unit and is subjected in said oxidation unit to wet oxidation for a reaction period at a first temperature level and a first pressure level, wherein a three-phase component mixture comprising a gas phase, a liquid phase and solid particles is removed from the oxidation unit and subjected to cooling and phase separation, characterized in that at least a portion of the three-phase component mixture in an unchanged composition is initially fed to an expansion from the first pressure level to a second pressure level, thereby cooling to a second temperature level; and that the three-phase component mixture, which is expanded to the second pressure level and cooled to the second temperature level, is subsequently subjected at least in part to further cooling to a third temperature level and then to phase separation.
A method for waking up a home interconnection device, comprising: when the home interconnection device is in a state of standby, receiving, by the home interconnection device, a first beacon frame from a terminal through a wireless access point, AP, of a Wireless Fidelity, WIFI, module of the home interconnection device (S201); searching, by the home interconnection device, a pre-set field of the first beacon frame for a waking-up identification which is used for waking up the home interconnection device in the state of standby (S202), wherein the pre-set field is a reserved bit of the first beacon frame which is previously consulted and determined by the home interconnection device with the terminal; and when the pre-set field of the first beacon frame comprises the waking-up identification, switching, by the home interconnection device, from the state of standby of the home interconnection device to a state of work (S203), and when the pre-set field of the first beacon frame does not comprise the waking-up identification, responding, by the home interconnection device, to a request corresponding to the first beacon frame. when the home interconnection device is in a state of standby, receiving, by the home interconnection device, a first beacon frame from a terminal through a wireless access point, AP, of a Wireless Fidelity, WIFI, module of the home interconnection device (S201); searching, by the home interconnection device, a pre-set field of the first beacon frame for a waking-up identification which is used for waking up the home interconnection device in the state of standby (S202), wherein the pre-set field is a reserved bit of the first beacon frame which is previously consulted and determined by the home interconnection device with the terminal; and when the pre-set field of the first beacon frame comprises the waking-up identification, switching, by the home interconnection device, from the state of standby of the home interconnection device to a state of work (S203), and when the pre-set field of the first beacon frame does not comprise the waking-up identification, responding, by the home interconnection device, to a request corresponding to the first beacon frame.