mhurhangee/patent-ind-claim-en huggingface dataset:
A system for sorting particles in a microfluidic system, which includes in sequence: an orientation stage comprising one or more optical waveguides (10a - 10d) arranged to expose particles to optical radiation pressure of at least one first optical radiation pressure source, to cause a majority of particles in a fluid flow to adopt a particular orientation; a detection stage arranged to detect at least one difference or discriminate between particles in the fluid flow past the detection stage , and a switching stage comprising a plurality of second optical radiation pressure sources comprising more than one waveguide (11a - 11e) which extend across or abut a channel of the microfluidic system and past which the particles move sequentially so that each particle passes a series of optical radiation pressure sources, and the system further comprising: a controller arranged to switch based on an input from the detection stage, radiation energy of the second optical radiation pressure sources to cause a change in direction of movement of selected particles in the fluid flow to sort the particles so that each particle is directed into one of at least two different outputs . an orientation stage comprising one or more optical waveguides (10a - 10d) arranged to expose particles to optical radiation pressure of at least one first optical radiation pressure source, to cause a majority of particles in a fluid flow to adopt a particular orientation; a detection stage arranged to detect at least one difference or discriminate between particles in the fluid flow past the detection stage , and a switching stage comprising a plurality of second optical radiation pressure sources comprising more than one waveguide (11a - 11e) which extend across or abut a channel of the microfluidic system and past which the particles move sequentially so that each particle passes a series of optical radiation pressure sources, and the system further comprising: a controller arranged to switch based on an input from the detection stage, radiation energy of the second optical radiation pressure sources to cause a change in direction of movement of selected particles in the fluid flow to sort the particles so that each particle is directed into one of at least two different outputs .
Rail system for large turret bearing comprising: a turret bearing support structure , a rail support ring being provided with a L-shaped cross section comprising an inward directed wedge mating face , at least two rings of radially elongated segment bolt holes , and an outermost ring of wedge bolt holes, a plurality of rail segments together forming a complete circle with an outer radius slightly smaller than the radius of the wedge mating face of the rail support ring , each segment comprising: a sloped outer wedge mating surface , a downward facing contact surface with threaded bolt holes corresponding to the bolt holes in the rail support ring , an upper largely horizontal surface, and an inner largely vertical surface, trapeze shaped wedges each with at least one bolt hole and corresponding bolt (s), adapted to be tightened down between the wedge mating face of the support ring and the sloped outer wedge mating surface of the segments, and rail bolts for fastening the rail segments . a turret bearing support structure , a rail support ring being provided with a L-shaped cross section comprising an inward directed wedge mating face , at least two rings of radially elongated segment bolt holes , and an outermost ring of wedge bolt holes, a plurality of rail segments together forming a complete circle with an outer radius slightly smaller than the radius of the wedge mating face of the rail support ring , each segment comprising: a sloped outer wedge mating surface , a downward facing contact surface with threaded bolt holes corresponding to the bolt holes in the rail support ring , an upper largely horizontal surface, and an inner largely vertical surface, a sloped outer wedge mating surface , a downward facing contact surface with threaded bolt holes corresponding to the bolt holes in the rail support ring , an upper largely horizontal surface, and an inner largely vertical surface, trapeze shaped wedges each with at least one bolt hole and corresponding bolt (s), adapted to be tightened down between the wedge mating face of the support ring and the sloped outer wedge mating surface of the segments, and rail bolts for fastening the rail segments .
A cargo bike comprising a bicycle frame connected with a chainstay supporting at least one rear wheel and with a fork element supporting at least one front wheel , wherein the bicycle frame comprises a support element for receiving a cargo receiving container arranged between a handlebar tube and the fork element , and a battery supported by the bicycle frame , characterized in that the support element comprises two substantially horizontal frame elements between which a battery is arranged inside a housing , wherein the battery is connected via elastic support elements with the bicycle frame , in particular the support element of the bicycle frame , wherein the elastic support elements are preferably arranged between the housing and the bicycle frame , and/or the battery is supported by the elastic support elements inside the housing . a bicycle frame connected with a chainstay supporting at least one rear wheel and with a fork element supporting at least one front wheel , wherein the bicycle frame comprises a support element for receiving a cargo receiving container arranged between a handlebar tube and the fork element , and a battery supported by the bicycle frame , characterized in that the support element comprises two substantially horizontal frame elements between which a battery is arranged inside a housing , wherein the battery is connected via elastic support elements with the bicycle frame , in particular the support element of the bicycle frame , wherein the elastic support elements are preferably arranged between the housing and the bicycle frame , and/or the battery is supported by the elastic support elements inside the housing .
A method for making up a tubular joint, comprising: rotating a first tubular relative to a second tubular to engage the first and second tubulars while measuring a torque between the first and second tubulars ; calculating a set point of a relative rotational speed between the first and second tubulars using the measured torque; using the calculated set point with a controller to control the relative rotational speed between the first and second tubulars , wherein the calculated set point is fed to a closed-loop controller as an input value; and activating a set point calculator in the controller when the measured torque reaches a start point torque value. rotating a first tubular relative to a second tubular to engage the first and second tubulars while measuring a torque between the first and second tubulars ; calculating a set point of a relative rotational speed between the first and second tubulars using the measured torque; using the calculated set point with a controller to control the relative rotational speed between the first and second tubulars , wherein the calculated set point is fed to a closed-loop controller as an input value; and activating a set point calculator in the controller when the measured torque reaches a start point torque value.
A jet controller for a sanitary fitting , wherein the jet controller has at least three fluid channels , which can be supplied separately from one another with a respective fluid and through which the individual fluids can be supplied separately from one another to at least one outlet opening of the jet controller , characterized in that a sieve structure is arranged in at least one of the fluid channels , wherein the sieve structure has a plurality of honeycomb-shaped channels through which the liquid can be guided.
A method for random access, comprising: determining (S201), by a terminal device, a transmission parameter of a random access procedure according to a type of the terminal device and indication information sent by a network device; wherein there is a correspondence between the type of the terminal device and a resource used by the terminal device to send a Message 1, Msg1; wherein the transmission parameter of the random access procedure comprises a transmission parameter of a Message 3, Msg3; and the transmission parameter of the Msg3 comprises an aggregation factor of a Physical Uplink Shared Channel, PUSCH, carrying the Msg3 and a modulation parameter of the Msg3; and wherein the aggregation factor of the PUSCH carrying the Msg3 is: a number of time domain units for sending the Msg3, a time domain unit is a slot, and the modulation parameter of the Msg3 comprises at least one of: a modulation multi-access mode of the Msg3, or a modulation order limit of the Msg3. determining (S201), by a terminal device, a transmission parameter of a random access procedure according to a type of the terminal device and indication information sent by a network device; wherein there is a correspondence between the type of the terminal device and a resource used by the terminal device to send a Message 1, Msg1; wherein the transmission parameter of the random access procedure comprises a transmission parameter of a Message 3, Msg3; and the transmission parameter of the Msg3 comprises an aggregation factor of a Physical Uplink Shared Channel, PUSCH, carrying the Msg3 and a modulation parameter of the Msg3; and wherein the aggregation factor of the PUSCH carrying the Msg3 is: a number of time domain units for sending the Msg3, a time domain unit is a slot, and the modulation parameter of the Msg3 comprises at least one of: a modulation multi-access mode of the Msg3, or a modulation order limit of the Msg3.
A method, wherein the method classifies a subject as suffering from dry eye, the method consisting of: a. obtaining a tear sample from the patient, and determining the level of human serum albumin; b. from the determined level of human serum albumin, assigning a score for the determined amount of human serum albumin; and c. from the assigned score, calculating a cutoff probability score, according to the following equation: exp − 0.6491 − 1.1142 ∗ Albumin 1 + exp − 0.6491 − 1.1142 ∗ Albumin wherein the subject has dry eye, if the calculated cutoff probability score is from 50% to 60%. a. obtaining a tear sample from the patient, and determining the level of human serum albumin; b. from the determined level of human serum albumin, assigning a score for the determined amount of human serum albumin; and c. from the assigned score, calculating a cutoff probability score, according to the following equation: exp − 0.6491 − 1.1142 ∗ Albumin 1 + exp − 0.6491 − 1.1142 ∗ Albumin wherein the subject has dry eye, if the calculated cutoff probability score is from 50% to 60%.
A method of manufacturing a unitary brush head, in particular a unitary toothbrush head, the unitary brush head having a base and at least one filament extending from a filament side of the base, the method comprising the steps of: - injecting molten plastic material into a mold cavity having a pre-base cavity and at least one filament cavity extending from the pre-base cavity, in particular where the plastic material has a melt flow rate of about 30 g/10 min or lower measured at 230 degrees Celsius with a 2.16kg weight in accordance with ISO 1133; - compressing the molten plastic material once it is essentially filling the pre-base cavity by impressing at least one punching tool into the molten plastic material from the rear side of the pre-base cavity being opposite to a side from which the at least one filament cavity extends; - filling the at least one filament cavity with the molten plastic material under the continuous impression of the punching tool. - injecting molten plastic material into a mold cavity having a pre-base cavity and at least one filament cavity extending from the pre-base cavity, in particular where the plastic material has a melt flow rate of about 30 g/10 min or lower measured at 230 degrees Celsius with a 2.16kg weight in accordance with ISO 1133; - compressing the molten plastic material once it is essentially filling the pre-base cavity by impressing at least one punching tool into the molten plastic material from the rear side of the pre-base cavity being opposite to a side from which the at least one filament cavity extends; - filling the at least one filament cavity with the molten plastic material under the continuous impression of the punching tool.
A system for use in a well, comprising: a tubing string having a base pipe ; an expandable metal packer mounted around the base pipe and having an expandable metal sleeve operatively anchored along the base pipe via a pair of extremities and an anchoring system , the anchoring system being positioned between at least one of the extremities and the base pipe and including one or more features to create interference between the expandable metal packer and the base pipe so as to prevent axial sliding of the expandable metal packer with respect to the base pipe and to prevent rotational movement of the expandable metal packer with respect to the base pipe . a tubing string having a base pipe ; an expandable metal packer mounted around the base pipe and having an expandable metal sleeve operatively anchored along the base pipe via a pair of extremities and an anchoring system , the anchoring system being positioned between at least one of the extremities and the base pipe and including one or more features to create interference between the expandable metal packer and the base pipe so as to prevent axial sliding of the expandable metal packer with respect to the base pipe and to prevent rotational movement of the expandable metal packer with respect to the base pipe .
A process for the preparation of terpinolene epoxide of formula (I) wherein terpinolene is reacted with an oxidizing agent comprising hydrogen peroxide in the presence of a catalytic amount of a halogenated ketone selected from halogenated di-(C 1 -C 6 )-alkyl ketones and the reaction is carried out in the absence of a halogenated organic solvent and in a non-halogenated inert organic solvent selected from non-halogenated aromatic hydrocarbons and any mixtures thereof.
Drone , comprising - at least one central body , - at least one thrust element, - at least one link foot , the at least one link foot having links connected via joints , wherein the at least one link foot is jointedly connected to the central body via a proximal end , characterized in that a distal end of the at least one link foot has a change chuck , via which the distal end of the link foot can be connected to a selection of sensory devices and/or gripping devices and/or tools , wherein the distal end of the at least one link foot has an electrical contact for connecting an accumulator as part of the drone to an external power source for charging the accumulator . - at least one central body , - at least one thrust element, - at least one link foot , the at least one link foot having links connected via joints , wherein the at least one link foot is jointedly connected to the central body via a proximal end , characterized in that a distal end of the at least one link foot has a change chuck , via which the distal end of the link foot can be connected to a selection of sensory devices and/or gripping devices and/or tools , wherein the distal end of the at least one link foot has an electrical contact for connecting an accumulator as part of the drone to an external power source for charging the accumulator .
A method for configuring an optical circuit switch (OCS) , comprising: selecting a microelectromechanical system (MEMS) mirror of a plurality of MEMS mirrors (601-609) in the OCS , each of the plurality of MEMS mirrors (601-609) having at least two axes for rotation, wherein the selected MEMS mirror is not used for routing optical signals; applying first voltage to a first axis of the selected MEMS mirror to move the selected MEMS mirror in a first direction; and applying a second voltage to a second axis of the selected MEMS mirror to move the selected MEMS mirror in a second direction; wherein the movements in the first direction and the second direction causes the selected MEMS mirror to be parked such that a camera monitoring spot , generated by a beam from an injector and reflected by the selected MEMS mirror , is moved diagonally outside a field of view of a camera viewing the positions of the beams reflected from the MEMS, the field of view including the region of interest defining where each MEMS mirror (601-609) should be positioned for routing optical signals. selecting a microelectromechanical system (MEMS) mirror of a plurality of MEMS mirrors (601-609) in the OCS , each of the plurality of MEMS mirrors (601-609) having at least two axes for rotation, wherein the selected MEMS mirror is not used for routing optical signals; applying first voltage to a first axis of the selected MEMS mirror to move the selected MEMS mirror in a first direction; and applying a second voltage to a second axis of the selected MEMS mirror to move the selected MEMS mirror in a second direction; wherein the movements in the first direction and the second direction causes the selected MEMS mirror to be parked such that a camera monitoring spot , generated by a beam from an injector and reflected by the selected MEMS mirror , is moved diagonally outside a field of view of a camera viewing the positions of the beams reflected from the MEMS, the field of view including the region of interest defining where each MEMS mirror (601-609) should be positioned for routing optical signals.
Assistance system for assisting the planning of an automation system, wherein the automation system is an electronic device and/or data processing device that is designed and configured so as to control a machine, a device and/or an installation, comprising - a configuration database comprising configuration datasets of automation systems, wherein a respective configuration dataset in each case comprises the configuration data of a predefined automation system, - a vectorization component for structuring and adjusting configuration datasets, wherein the vectorization component is designed and configured so as to convert the configuration datasets of the configuration database into vectorized configuration datasets , wherein the assistance system furthermore comprises an AI component that is designed and configured so as to process the vectorized configuration datasets using artificial intelligence and/or machine learning methods, wherein the processing of the vectorized configuration datasets by the AI component comprises using a neural network having a deep learning architecture, wherein the assistance system is designed and configured so as to execute a recommended operating state, in which - a draft configuration dataset is fed to the assistance system , - said draft configuration dataset is converted into a vectorized draft configuration dataset by way of the vectorization component , and - the assistance system determines a recommended configuration dataset from the configuration database therefrom using the neural network , and wherein, in relation to data of the draft configuration dataset, - respectively associated data of the recommended configuration dataset and/or - a deviation from respectively associated data of the recommended configuration dataset and/or - data from the recommended configuration dataset that supplement data of the draft configuration dataset are furthermore output by the assistance system . - a configuration database comprising configuration datasets of automation systems, wherein a respective configuration dataset in each case comprises the configuration data of a predefined automation system, - a vectorization component for structuring and adjusting configuration datasets, wherein the vectorization component is designed and configured so as to convert the configuration datasets of the configuration database into vectorized configuration datasets , - a draft configuration dataset is fed to the assistance system , - said draft configuration dataset is converted into a vectorized draft configuration dataset by way of the vectorization component , and - the assistance system determines a recommended configuration dataset from the configuration database therefrom using the neural network , - respectively associated data of the recommended configuration dataset and/or - a deviation from respectively associated data of the recommended configuration dataset and/or - data from the recommended configuration dataset that supplement data of the draft configuration dataset are furthermore output by the assistance system .
A ship propulsion unit attachable to an outside of a ship on a rear end side of a ship body , the ship propulsion unit comprising: an engine including a crankshaft ; a propeller shaft disposed below the engine with respect to an up-down direction of the ship and having one end provided with a propeller ; a power transmission mechanism configured to couple an output portion of the crankshaft and a coupling portion at an other end of the propeller shaft , and transmit driving force of the engine to the propeller shaft ; an upper case accommodating the output portion of the crankshaft and an upper portion of the power transmission mechanism ; and a lower case connected to a lower portion of the upper case with respect to the up-down direction of the ship , accommodating the propeller shaft such that the propeller is disposed outside, and accommodating a lower portion of the power transmission mechanism , the power transmission mechanism including a drive shaft that extends from the upper case toward the lower case , the upper case and the engine being designed to be fixed to the ship body , a connection portion between the upper case and the lower case being provided with a rotation mechanism configured to rotate the lower case relative to the upper case around an axis extending in an extending direction of the drive shaft , characterized in that , when mounted on a ship, the crankshaft extends in a front-rear direction of the ship and the output portion of the crankshaft extends from the engine toward the rear end side of the ship body . an engine including a crankshaft ; a propeller shaft disposed below the engine with respect to an up-down direction of the ship and having one end provided with a propeller ; a power transmission mechanism configured to couple an output portion of the crankshaft and a coupling portion at an other end of the propeller shaft , and transmit driving force of the engine to the propeller shaft ; an upper case accommodating the output portion of the crankshaft and an upper portion of the power transmission mechanism ; and a lower case connected to a lower portion of the upper case with respect to the up-down direction of the ship , accommodating the propeller shaft such that the propeller is disposed outside, and accommodating a lower portion of the power transmission mechanism , the power transmission mechanism including a drive shaft that extends from the upper case toward the lower case , the upper case and the engine being designed to be fixed to the ship body , a connection portion between the upper case and the lower case being provided with a rotation mechanism configured to rotate the lower case relative to the upper case around an axis extending in an extending direction of the drive shaft , characterized in that , when mounted on a ship, the crankshaft extends in a front-rear direction of the ship and the output portion of the crankshaft extends from the engine toward the rear end side of the ship body .