mhurhangee/patent-ind-claim-en huggingface dataset:
A method of curing a target material using holographic projection, the method comprising the ordered steps of: receiving image data based on a three-dimensional object and calculating a hologram in real-time; generating a laser control signal and a LCOS-SLM signal, wherein the LCOS-SLM control signal is based on the hologram calculated in real-time; generating one or more incident laser beams based on the laser control signal with a laser source ; modulating the one or more incident laser beams based on the LCOS-SLM control signal with a LCOS-SLM ; generating one or more holographic wavefronts from the one or more modulated incident laser beams, each holographic wavefront forming at least one corresponding focal point to generate a plurality of distinct focused light field regions based on the focal points of the one or more holographic wavefronts , wherein the plurality of distinct focused light field regions correspond to a body of the three-dimensional object formed in a target material; and curing a portion of the target material at the plurality of distinct focused light field regions, the portion of the target material including the body of the three-dimensional object. receiving image data based on a three-dimensional object and calculating a hologram in real-time; generating a laser control signal and a LCOS-SLM signal, wherein the LCOS-SLM control signal is based on the hologram calculated in real-time; generating one or more incident laser beams based on the laser control signal with a laser source ; modulating the one or more incident laser beams based on the LCOS-SLM control signal with a LCOS-SLM ; generating one or more holographic wavefronts from the one or more modulated incident laser beams, each holographic wavefront forming at least one corresponding focal point to generate a plurality of distinct focused light field regions based on the focal points of the one or more holographic wavefronts , wherein the plurality of distinct focused light field regions correspond to a body of the three-dimensional object formed in a target material; and curing a portion of the target material at the plurality of distinct focused light field regions, the portion of the target material including the body of the three-dimensional object.
A method for managing a multipath transmission control protocol (MPTCP) in a first device communicating with a second device , the method comprising: monitoring at least two factors associated with the MPTCP having a plurality of subflows; enabling the MPTCP based on the at least two factors; identifying priorities of the at least two factors; identifying , based on the at least two factors, at least one of a number of the plurality of subflows of the MPTCP or an interface mode among a plurality of interface modes based on the priorities of the at least two factors, wherein the interface mode is a mode to control the plurality of subflows; switching from the interface mode to another interface mode during a current data transport based on the at least two factors being monitored during the current data transport. monitoring at least two factors associated with the MPTCP having a plurality of subflows; enabling the MPTCP based on the at least two factors; identifying priorities of the at least two factors; identifying , based on the at least two factors, at least one of a number of the plurality of subflows of the MPTCP or an interface mode among a plurality of interface modes based on the priorities of the at least two factors, wherein the interface mode is a mode to control the plurality of subflows; switching from the interface mode to another interface mode during a current data transport based on the at least two factors being monitored during the current data transport.
A telomerase inhibitor for use in alleviating at least one symptom resulting from chronic myelogenous leukemia (CML) or acute myelogenous leukemia (AML) in an individual, wherein the telomerase inhibitor is imetelstat or a pharmaceutically acceptable salt thereof.
A system for conditional call path monitoring in a distributed transactional middleware environment, comprising: one or more computers including at least one microprocessor and a distributed transactional middleware environment provided thereon; and a system and application monitor manager that enables conditional call path monitoring; wherein the distributed transactional middleware environment includes a plurality of nodes , a plurality of agents associated with the plurality of nodes, and a cache for use in at least one of reporting or aggregation of call path metrics; wherein an agent is configured to: collect the call path metrics, and store the call path metrics in the cache indexed by correlation ID, wherein the correlation ID is a unique identifier that represents a particular call path tree; and in response to a predefined condition being met at a participating node, the participating node is configured to propagate a corresponding correlation ID to other participating nodes via the system and application monitor manager; and wherein the other participating nodes are configured to search for the correlation ID in the cache, and report, to the system and application monitor manager, metrics of call paths which meet the predefined condition. one or more computers including at least one microprocessor and a distributed transactional middleware environment provided thereon; and a system and application monitor manager that enables conditional call path monitoring; wherein the distributed transactional middleware environment includes a plurality of nodes , a plurality of agents associated with the plurality of nodes, and a cache for use in at least one of reporting or aggregation of call path metrics; wherein an agent is configured to: collect the call path metrics, and store the call path metrics in the cache indexed by correlation ID, wherein the correlation ID is a unique identifier that represents a particular call path tree; and collect the call path metrics, and store the call path metrics in the cache indexed by correlation ID, wherein the correlation ID is a unique identifier that represents a particular call path tree; and in response to a predefined condition being met at a participating node, the participating node is configured to propagate a corresponding correlation ID to other participating nodes via the system and application monitor manager; and wherein the other participating nodes are configured to search for the correlation ID in the cache, and report, to the system and application monitor manager, metrics of call paths which meet the predefined condition.
A CD96-inhibitory agent for use in treatment or prevention of cancer in a human, by at least partly inhibiting or reducing CD96 activity in one or more cells of the human to thereby relieve immune inhibition and/or enhance or restore immune surveillance in the human, wherein the CD96-inhibitory agent is an antibody or antibody fragment that binds CD96.
An ionic conduction PMC memory comprising an inert cathode , a soluble anode and a solid electrolyte placed between said cathode and said anode, characterized in that it comprises a heat resistance for heating the solid electrolyte, located near the active zone, for carrying the latter, transitionally during writing in the memory, at a writing temperature higher than its operating temperature outside the writing step.
Arrangement for installation into a pipeline of a fluid network, comprising an exchangeable functional unit and a connection housing with an inlet , an outlet , and a connection opening for connection of the functional unit , the connection housing having a rotatably arranged core piece whose rotation makes it possible for the throughflow of the fluid through the connection housing to be blocked and/or released, the core piece having a receptacle for connection of the functional unit , the receptacle and the connection opening being oriented in the same direction, the functional unit being connected to the receptacle , and the rotation of the core piece being realized by the rotation of the functional unit connected to the receptacle , and the rotation of the functional unit making it possible for the throughflow through the connection housing and the core piece to be released and/or blocked, characterized in that the core piece is rotatably fixed to the connection housing by a holder , the functional unit and the holder have means for establishing a mechanically releasable connection between the functional unit and the holder , and the functional unit is able to be locked to the holder in at least one rotational position. an exchangeable functional unit and a connection housing with an inlet ,
A composition comprising dried chicory root, preferably from Cichorium intybus L., for use in reducing, treating or preventing ectoparasitic infestation of livestock, pets or poultry, wherein between 0.1 and 5% by weight of dried chicory root is added to an animal feed.
An electronic device, comprising: a communicating unit configured to establish communication connection with a controllable object; an image acquiring unit configured to obtain from a remote camera device, a preview image containing the controllable object; a controlling unit configured to receive a control instruction based on the preview image to control the controllable object according to the control instruction; and a displaying unit configured to display, in a real-time manner and based on the preview image from the remote camera, a change of the controllable object when the controlling unit controls the controllable object according to the control instruction, or to display in a real-time manner the preview image from the remote camera when the controlling unit controls the controllable object according to the control instruction. a communicating unit configured to establish communication connection with a controllable object; an image acquiring unit configured to obtain from a remote camera device, a preview image containing the controllable object; a controlling unit configured to receive a control instruction based on the preview image to control the controllable object according to the control instruction; and a displaying unit configured to display, in a real-time manner and based on the preview image from the remote camera, a change of the controllable object when the controlling unit controls the controllable object according to the control instruction, or to display in a real-time manner the preview image from the remote camera when the controlling unit controls the controllable object according to the control instruction.
Tunnelling or extraction machine comprising cutting tools arranged on a cantilever arm and movable across the working face, and a platform which can be moved in machine longitudinal direction which carries line upgrading equipment, characterised in that the line upgrading equipment comprise a support manipulator and an anchor drilling and setting device , wherein the anchor drilling and setting device is fastened on the movable platform such as to be pivotable between a parked position and an operating position and the support manipulator has an arm which is telescopic and fastened on the movable platform such as to be pivotable in vertical direction, which arm bears a gripping device for the temporary accommodation of at least one support element, in particular support arch, wherein the support manipulator and the anchor drilling and setting device are fastened at a predetermined fixed distance to one another on the movable platform and can be displaced together with the movable platform between a withdrawn position and a position pushed forwards, and characterised in that the line upgrading equipment furthermore comprise a hoisting crane which has a telescopic cantilever which can be rotated about a horizontal rotational axis.
A pressure control system for a liquefied fluid tank, comprising: - a chamber for mechanical separation of the liquid and gaseous phases of the fluid, the separating chamber being a cyclone separator; - a first opening in the chamber forming an inlet through which the fluid is introduced from the tank into the chamber, when the system is mounted with the tank; - a second opening in the chamber forming a first outlet allowing the discharge of the gaseous phase from the chamber to the outside of the tank, when the system is mounted with the tank; - a third opening in the chamber forming a second outlet through which the liquid phase of the chamber is discharged and reinjected into the tank, when the system is mounted with the tank; - a pumping member for pumping the liquid phase communicating with the second outlet; - a first valve connected to the inlet and controlling a quantity of fluid introduced via the inlet. - a chamber for mechanical separation of the liquid and gaseous phases of the fluid, the separating chamber being a cyclone separator; - a first opening in the chamber forming an inlet through which the fluid is introduced from the tank into the chamber, when the system is mounted with the tank; - a second opening in the chamber forming a first outlet allowing the discharge of the gaseous phase from the chamber to the outside of the tank, when the system is mounted with the tank; - a third opening in the chamber forming a second outlet through which the liquid phase of the chamber is discharged and reinjected into the tank, when the system is mounted with the tank; - a pumping member for pumping the liquid phase communicating with the second outlet; - a first valve connected to the inlet and controlling a quantity of fluid introduced via the inlet.
A method of evolution of a protein in a yeast cell production host, the method comprising: a) evolving a template protein to produce a set of mutant proteins in the yeast cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same yeast cell production host as used in the evolving step a). a) evolving a template protein to produce a set of mutant proteins in the yeast cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same yeast cell production host as used in the evolving step a).
A system for capturing motion, comprising: a motion capture volume adapted to contain at least one actor having body markers defining plural body points and facial markers defining plural facial points; a plurality of body motion cameras arranged around a periphery of said motion capture volume characterized by : a plurality of facial motion cameras arranged around said periphery of said motion capture volume, said facial motion cameras each having a respective field of view narrower than a corresponding field of view of said body motion cameras, and said facial motion cameras being arranged such that all laterally exposed surfaces of said at least one actor while in motion within said motion capture volume are within a field of view of at least one of said plurality of facial motion cameras at substantially all times; and a motion capture processor coupled to said plurality of body motion cameras and said plurality of facial motion cameras to receive simultaneously motion capture data from said plurality of body motion cameras and said plurality of facial motion cameras, and to produce a digital representation reflecting facial motion of said at least one actor. a motion capture volume adapted to contain at least one actor having body markers defining plural body points and facial markers defining plural facial points; a plurality of body motion cameras arranged around a periphery of said motion capture volume characterized by : a plurality of facial motion cameras arranged around said periphery of said motion capture volume, said facial motion cameras each having a respective field of view narrower than a corresponding field of view of said body motion cameras, and said facial motion cameras being arranged such that all laterally exposed surfaces of said at least one actor while in motion within said motion capture volume are within a field of view of at least one of said plurality of facial motion cameras at substantially all times; and a motion capture processor coupled to said plurality of body motion cameras and said plurality of facial motion cameras to receive simultaneously motion capture data from said plurality of body motion cameras and said plurality of facial motion cameras, and to produce a digital representation reflecting facial motion of said at least one actor. a plurality of facial motion cameras arranged around said periphery of said motion capture volume, said facial motion cameras each having a respective field of view narrower than a corresponding field of view of said body motion cameras, and said facial motion cameras being arranged such that all laterally exposed surfaces of said at least one actor while in motion within said motion capture volume are within a field of view of at least one of said plurality of facial motion cameras at substantially all times; and a motion capture processor coupled to said plurality of body motion cameras and said plurality of facial motion cameras to receive simultaneously motion capture data from said plurality of body motion cameras and said plurality of facial motion cameras, and to produce a digital representation reflecting facial motion of said at least one actor.
A drilling system comprising a gearbox , the gearbox comprising: a hollow outer drill rod drive shaft assembly configured to rotate an outer rod of a drill string , the outer drill rod drive shaft assembly being driven by an offset hydraulic drive system ; a hollow inner drill rod drive shaft assembly configured to couple to and rotate an inner rod of the drill string at a first end, the inner drill rod drive shaft assembly being driven by an inline hydraulic drive system , the inner drill rod drive shaft assembly further defining an axial fluid flow passage ; and a fluid inlet passage being axially aligned with the axial fluid flow passage of the inner drill rod drive shaft assembly , the fluid inlet passage being operatively connected to a second end of the inner drill rod drive shaft assembly, the fluid inlet passage being configured to direct fluid into the axial fluid flow passage of the inner drill rod drive shaft assembly, characterized by the outer drill rod drive shaft assembly and the inner drill rod drive shaft assembly are mounted in fixed relative axial positions. a hollow outer drill rod drive shaft assembly configured to rotate an outer rod of a drill string , the outer drill rod drive shaft assembly being driven by an offset hydraulic drive system ; a hollow inner drill rod drive shaft assembly configured to couple to and rotate an inner rod of the drill string at a first end, the inner drill rod drive shaft assembly being driven by an inline hydraulic drive system , the inner drill rod drive shaft assembly further defining an axial fluid flow passage ; and a fluid inlet passage being axially aligned with the axial fluid flow passage of the inner drill rod drive shaft assembly , the fluid inlet passage being operatively connected to a second end of the inner drill rod drive shaft assembly, the fluid inlet passage being configured to direct fluid into the axial fluid flow passage of the inner drill rod drive shaft assembly, characterized by the outer drill rod drive shaft assembly and the inner drill rod drive shaft assembly are mounted in fixed relative axial positions.
A drilling system for rock drilling with a drill string , wherein the drill string comprises at least one bendable drill pipe, the drilling system comprises: - at least one conveyor device adapted to guide and bend the drill string between the first direction and a second direction , so as to convert a motion of the drill string between the first direction and the second direction , wherein the second direction corresponds to a direction on which the wellbore is to be drilled, the drilling system characterised by - at least two block and tackle systems for driving an end of the drill string in a first direction , in which one of the systems exerts tension on the drill string so as to pull it from a wellbore and another exerts tension on the drill string so as to push it. - at least one conveyor device adapted to guide and bend the drill string between the first direction and a second direction , so as to convert a motion of the drill string between the first direction and the second direction , - at least two block and tackle systems for driving an end of the drill string in a first direction , in which one of the systems exerts tension on the drill string so as to pull it from a wellbore and another exerts tension on the drill string so as to push it.
A method for forming a porous implant suitable for a cavity from which tissue has been removed, comprising: a. mixing soluble sodium alginate and a powdered or particulate radiopaque imaging agent with water; b. incorporating a gas or a pore forming agent into the alginate-water mixture; c. transferring the alginate-water mixture with the gas or the pore forming agent into a mold to form the mixture into a solid body of desired shape; d. removing the water from the body; and e. converting at least part of the soluble sodium alginate to a less soluble calcium alginate. a. mixing soluble sodium alginate and a powdered or particulate radiopaque imaging agent with water; b. incorporating a gas or a pore forming agent into the alginate-water mixture; c. transferring the alginate-water mixture with the gas or the pore forming agent into a mold to form the mixture into a solid body of desired shape; d. removing the water from the body; and e. converting at least part of the soluble sodium alginate to a less soluble calcium alginate.
A compound of Formula I, or a pharmaceutically acceptable salt thereof: wherein R 1 is selected from C 1 -C 3 alkyl, C 2 -C 3 alkenyl, and C 2 -C 3 alkynyl; and R 2 is selected from a 3-membered to 10-membered aromatic, partially unsaturated, or unsaturated heterocycle containing 2, 1, 3, or 4 ring nitrogen atoms and a phenyl ring, with the phenyl ring and the 5- to 10-membered aromatic, partially unsaturated, or unsaturated heterocycle being substituted by 0, 1, 2 or 3 substituents selected from the group of C!, F, Br, I, OH, C 1 -C 6 alkyl, -O-C 1 -C 6 alkyl, -NH 2 , -NH(C 1 -C 6 alkyl), -N(C 1 -C 6 alkyl) 2 , -CO 2 H, -CO 2 (C 1 -C 6 alkyl), -CO 2 -phenyl, and -CO 2 -benzyl; wherein the phenyl and benzyl rings of the R 2 -CO 2 -phenyl, -CO 2 -benzyl groups are substituted by 0, 1, 2, or 3 substituents selected from the group of C!, F, Br, I, OH, C 1 -C 6 alkyl, -O-C 1 -C 6 alkyl, -NH 2 , -NH(C 1 -C 6 alkyl), and -N(C 1 -C 6 alkyl) 2 . R 2 is selected from a 3-membered to 10-membered aromatic, partially unsaturated, or unsaturated heterocycle containing 2, 1, 3, or 4 ring nitrogen atoms and a phenyl ring, with the phenyl ring and the 5- to 10-membered aromatic, partially unsaturated, or unsaturated heterocycle being substituted by 0, 1, 2 or 3 substituents selected from the group of C!, F, Br, I, OH, C 1 -C 6 alkyl, -O-C 1 -C 6 alkyl, -NH 2 , -NH(C 1 -C 6 alkyl), -N(C 1 -C 6 alkyl) 2 , -CO 2 H, -CO 2 (C 1 -C 6 alkyl), -CO 2 -phenyl, and -CO 2 -benzyl; wherein the phenyl and benzyl rings of the R 2 -CO 2 -phenyl, -CO 2 -benzyl groups are substituted by 0, 1, 2, or 3 substituents selected from the group of C!, F, Br, I, OH, C 1 -C 6 alkyl, -O-C 1 -C 6 alkyl, -NH 2 , -NH(C 1 -C 6 alkyl), and -N(C 1 -C 6 alkyl) 2 .