mhurhangee/patent-ind-claim-en huggingface dataset:
A power plant with a water-steam-cycle comprising: ▪ a steam generator with a plurality of heating surfaces configured to carry a fluid and to transfer heat to said fluid, the plurality of heating surfaces comprising an economizer for preheating said fluid and an evaporator for producing steam, the evaporator being fluidly connected to the economizer , ▪ a steam turbine that is configured to receive the steam produced in the steam generator to generate power output; ▪ a condenser configured to condense steam from the steam turbine , the condenser comprising a hotwell as collection container for condensed steam or water, ▪ a polishing plant that is arranged fluidly between the hotwell of the condenser and the economizer , wherein a drain line interconnects an outlet of the economizer and the hotwell of the condenser and wherein a fluid line interconnects the outlet of the economizer and the evaporator , wherein the fluid line comprises means to hold back water in the economizer , characterized in that the means to hold back water is a syphon . ▪ a steam generator with a plurality of heating surfaces configured to carry a fluid and to transfer heat to said fluid, the plurality of heating surfaces comprising an economizer for preheating said fluid and an evaporator for producing steam, the evaporator being fluidly connected to the economizer , ▪ a steam turbine that is configured to receive the steam produced in the steam generator to generate power output; ▪ a condenser configured to condense steam from the steam turbine , the condenser comprising a hotwell as collection container for condensed steam or water, ▪ a polishing plant that is arranged fluidly between the hotwell of the condenser and the economizer , wherein a drain line interconnects an outlet of the economizer and the hotwell of the condenser and wherein a fluid line interconnects the outlet of the economizer and the evaporator , wherein the fluid line comprises means to hold back water in the economizer , characterized in that the means to hold back water is a syphon . wherein a drain line interconnects an outlet of the economizer and the hotwell of the condenser and wherein a fluid line interconnects the outlet of the economizer and the evaporator , wherein the fluid line comprises means to hold back water in the economizer , characterized in that the means to hold back water is a syphon .
A control device for an automatic transmission for a vehicle, comprising: a vehicle-propelling friction engagement element (BR2) configured to be engaged when the vehicle starts traveling; an other friction engagement element (CL1, CL2, CL3); a vehicle-propelling friction engagement element temperature detector configured to detect or calculate a temperature of the vehicle-propelling friction engagement element (BR2); an input torque detector configured to detect an input torque inputted into the automatic transmission ; and a control unit configured to control supply of lubricant to the vehicle-propelling friction engagement element (BR2) and the other friction engagement element (CL1, CL2, CL3), characterized in that the control unit is configured to switch a supply amount of lubricant to the vehicle-propelling friction engagement element (BR2) according to the temperature of the vehicle-propelling friction engagement element (BR2), and configured to switch a supply amount of lubricant to the other friction engagement element (CL1, CL2, CL3) according to the input torque. a vehicle-propelling friction engagement element (BR2) configured to be engaged when the vehicle starts traveling; an other friction engagement element (CL1, CL2, CL3); a vehicle-propelling friction engagement element temperature detector configured to detect or calculate a temperature of the vehicle-propelling friction engagement element (BR2); an input torque detector configured to detect an input torque inputted into the automatic transmission ; and a control unit configured to control supply of lubricant to the vehicle-propelling friction engagement element (BR2) and the other friction engagement element (CL1, CL2, CL3), characterized in that the control unit is configured to switch a supply amount of lubricant to the vehicle-propelling friction engagement element (BR2) according to the temperature of the vehicle-propelling friction engagement element (BR2), and configured to switch a supply amount of lubricant to the other friction engagement element (CL1, CL2, CL3) according to the input torque.
A method of orienting, processing, embedding and microtome slicing a tissue sample using a gel compound block preformed into a self supporting geometric shape, the method comprising: retaining the tissue sample in an orientation in a hole, slit or groove formed in the preformed, geometrically shaped gel compound block , and between resiliently deformable first and second portions of the same preformed, geometrically shaped gel compound block , the first and second resiliently deformable portions applying a force to the tissue sample to thereby retain the tissue sample ; processing the tissue sample while in the orientation by subjecting the tissue sample and the preformed, geometrically shaped gel compound block to processing fluids and reagents; securing the preformed, geometrically shaped gel compound block and the retained tissue sample on a microtome sectionable cassette ; embedding the preformed, geometrically shaped gel compound block , the microtome sectionable cassette and the tissue sample while in the orientation in an embedding media to form a microtome sectionable block of the embedding media, the tissue sample, the microtome sectionable cassette and the preformed, geometrically shaped gel compound block ; and microtome sectioning the microtome sectionable block to obtain thin sections of the tissue sample for diagnosis. retaining the tissue sample in an orientation in a hole, slit or groove formed in the preformed, geometrically shaped gel compound block , and between resiliently deformable first and second portions of the same preformed, geometrically shaped gel compound block , the first and second resiliently deformable portions applying a force to the tissue sample to thereby retain the tissue sample ; processing the tissue sample while in the orientation by subjecting the tissue sample and the preformed, geometrically shaped gel compound block to processing fluids and reagents; securing the preformed, geometrically shaped gel compound block and the retained tissue sample on a microtome sectionable cassette ; embedding the preformed, geometrically shaped gel compound block , the microtome sectionable cassette and the tissue sample while in the orientation in an embedding media to form a microtome sectionable block of the embedding media, the tissue sample, the microtome sectionable cassette and the preformed, geometrically shaped gel compound block ; and microtome sectioning the microtome sectionable block to obtain thin sections of the tissue sample for diagnosis.
A device comprising: a camera configured to obtain an image ; an electromagnetic radiation sensor configured to produce ultra-violet, UV, light data and infrared, IR, light data associated with the image; a sensor processor configured to determine an illuminant type probability from probability data using the UV light data and the IR light data , wherein the probability data includes a ratio probability relationship providing probabilities for ratio values of a ratio of the UV light data and the IR light data, the illuminant type probability indicating a level of confidence that a light source associated with the image is a particular illuminant type; and an auto-white balance unit configured to adjust auto-white balance based on the illuminant type probability. a camera configured to obtain an image ; an electromagnetic radiation sensor configured to produce ultra-violet, UV, light data and infrared, IR, light data associated with the image; a sensor processor configured to determine an illuminant type probability from probability data using the UV light data and the IR light data , wherein the probability data includes a ratio probability relationship providing probabilities for ratio values of a ratio of the UV light data and the IR light data, the illuminant type probability indicating a level of confidence that a light source associated with the image is a particular illuminant type; and an auto-white balance unit configured to adjust auto-white balance based on the illuminant type probability.
A hook associated with an element to be inserted into the hook interior , the hook having an opening and a closure element supported around a pivot , via which opening the element can be inserted into the hook interior , using which closure element the opening is closeable and the opening is openable to insert the element into the hook interior , the hook comprising an adhesion element disposed at the closure element , which adhesion element is spaced apart from the pivot , wherein the closure element comprises, exclusively at the outer closure element side , the adhesion element with an adhesion surface facing the element to bring the element into a position adjacent to the opening , which adjacent position is spaced apart from the pivot , so that the element releasably retained at the adhesion element and spaced apart from the pivot is movable into the hook interior by a tractive force acting at the element and evoking straight movement of the element while applying torque to open the closure element . via which opening the element can be inserted into the hook interior , using which closure element the opening is closeable and the opening is openable to insert the element into the hook interior , the hook comprising an adhesion element disposed at the closure element , which adhesion element is spaced apart from the pivot , wherein the closure element comprises, exclusively at the outer closure element side , the adhesion element with an adhesion surface facing the element to bring the element into a position adjacent to the opening , which adjacent position is spaced apart from the pivot , so that the element releasably retained at the adhesion element and spaced apart from the pivot is movable into the hook interior by a tractive force acting at the element and evoking straight movement of the element while applying torque to open the closure element .
A dental prosthesis comprising a prosthesis base and a dental arch , which is a full set of teeth or a partial set of teeth, wherein the prosthesis base comprises at least one tooth recess for receiving the dental arch , and wherein the dental arch is bonded into the at least one tooth recess via an adhesive, wherein an adhesive channel is formed in the tooth recess and/or in or at the dental arch which extends along the at least one tooth recess or the dental arch in the main direction of extension thereof, and in that a three-dimensionally shaped adhesive surface extends, starting from the adhesive channel , between the dental arch and the prosthesis base in the oral direction on the one hand and in the vestibular direction on the other hand, which adhesive surface in each case extends as far as to the gingival margin characterized in that adhesive channel side branches extend from the adhesive channel in the vestibular and/or oral direction, terminating in front of the gingival margin .
A tool for determining material quality of a hydrocarbon wellbore cross section, the hydrocarbon wellbore cross section comprising one or more tubular elements having filling materials in between, the tool comprising: a body ; a plurality of moveable assemblies having multiple arms configured to be in contact with an inner wall of a downhole tubular element, wherein the plurality of the moveable assemblies are configured to move between a retracted position where the multiple arms of the plurality of the moveable assemblies are within a housing located in the body of the tool and an extended position where the multiple arms of the plurality of the moveable assemblies are protruding from the housing and are in contact with the inner wall of the downhole tubular element, characterised in thatat least one of the plurality of moveable assemblies comprises an acoustic broad band source array that operates in the frequency range of 0- 100 kHz and at least one or more of the plurality of moveable assemblies comprises an acoustic broad band receiver array comprising one or more radially spaced acoustic broad band receivers . a body ; a plurality of moveable assemblies having multiple arms configured to be in contact with an inner wall of a downhole tubular element, wherein the plurality of the moveable assemblies are configured to move between a retracted position where the multiple arms of the plurality of the moveable assemblies are within a housing located in the body of the tool and an extended position where the multiple arms of the plurality of the moveable assemblies are protruding from the housing and are in contact with the inner wall of the downhole tubular element, characterised in thatat least one of the plurality of moveable assemblies comprises an acoustic broad band source array that operates in the frequency range of 0- 100 kHz and at least one or more of the plurality of moveable assemblies comprises an acoustic broad band receiver array comprising one or more radially spaced acoustic broad band receivers .
A medical waste collection device comprising: a handle comprising a generally elongated shape having a front end and back end, the handle further comprising a central core ,a plurality of open wells and a tool-handle interface ; and, a tool portion comprising a body with a proximal end and a distal end with a distal tip ; the tool portion being affixed to the handle at its proximal end at the tool-handle interface ; wherein the wells are formed by the intersection of horizontal walls and perpendicular walls , regions of which are substantially rough or textured and regions of which are substantially smooth; wherein the horizontal walls rise from the central core and extend radially; and wherein the top edges of the horizontal and perpendicular walls form a grippable outer contour. a handle comprising a generally elongated shape having a front end and back end, the handle further comprising a central core ,a plurality of open wells and a tool-handle interface ; and, a tool portion comprising a body with a proximal end and a distal end with a distal tip ; the tool portion being affixed to the handle at its proximal end at the tool-handle interface ; wherein the wells are formed by the intersection of horizontal walls and perpendicular walls , regions of which are substantially rough or textured and regions of which are substantially smooth; wherein the horizontal walls rise from the central core and extend radially; and wherein the top edges of the horizontal and perpendicular walls form a grippable outer contour.
A method of operating an Open Radio Access Network, O-RAN, having an O-RAN radio unit, O-RU, and an O-RU controller , comprising: sending, from said O-RU to said O-RU controller, a message informing that said O-RU supports features including a) a plurality of delay management profiles, and b) a plurality of transmission window sizes; and sending, from said O-RU to said O-RU controller, a report of capabilities of said O-RU, wherein said report comprises parameters including a) a quantity of supported delay management profiles, b) supported window sizes for each of said plurality of delay management profiles, and c) a supported window offset for each of said plurality of delay management profiles; wherein said O-RU controller configures said O-RU based on said features and said parameters. sending, from said O-RU to said O-RU controller, a message informing that said O-RU supports features including a) a plurality of delay management profiles, and b) a plurality of transmission window sizes; and sending, from said O-RU to said O-RU controller, a report of capabilities of said O-RU, wherein said report comprises parameters including a) a quantity of supported delay management profiles, b) supported window sizes for each of said plurality of delay management profiles, and c) a supported window offset for each of said plurality of delay management profiles; wherein said O-RU controller configures said O-RU based on said features and said parameters.
A composition comprising a therapeutically effective amount of dexpramipexole for use in the treatment of a condition characterized by elevated levels of mast cells, elevated levels of activation of mast cells, elevated levels of basophils, elevated levels of activation of basophils, elevated levels of eosinophils, elevated levels of activation of eosinophils, or a combination thereof, wherein the condition is selected from the group consisting of chronic urticaria, chronic idiopathic urticaria, chronic autoimmune urticaria, aquagenic urticaria, cholinergic urticaria, contact urticaria, exercise-induced urticaria, physical urticaria, acquired cold urticaria, delayed pressure urticaria, heat urticaria, solar urticaria, demographic urticaria, urticaria factitia, urticarial pigmentosa, and any combination thereof.
A refrigeration system , including: an electronic control unit , including a housing and an electronic device arranged in the housing; a refrigeration loop, including a compressor , a condenser , a primary throttling element , and an evaporator sequentially connected through a pipeline and forming a closed loop; and an electronic device cooling branch connected into the refrigeration loop from the condenser, and connected back to the refrigeration loop from the evaporator; the electronic device cooling branch including an electronic device cooling unit , a secondary throttling element , and an electromagnetic valve ; the refrigeration system being characterized in that the electronic device cooling unit, the secondary throttling element and the electromagnet valve are each arranged within the housing, the electronic device cooling unit being spaced apart from the electronic device, and being for reducing the temperature and humidity of the electronic device and an environment in the housing. an electronic control unit , including a housing and an electronic device arranged in the housing; a refrigeration loop, including a compressor , a condenser , a primary throttling element , and an evaporator sequentially connected through a pipeline and forming a closed loop; and an electronic device cooling branch connected into the refrigeration loop from the condenser, and connected back to the refrigeration loop from the evaporator; the electronic device cooling branch including an electronic device cooling unit , a secondary throttling element , and an electromagnetic valve ; the refrigeration system being characterized in that the electronic device cooling unit, the secondary throttling element and the electromagnet valve are each arranged within the housing, the electronic device cooling unit being spaced apart from the electronic device, and being for reducing the temperature and humidity of the electronic device and an environment in the housing.
A power storage device comprising: two or more battery units , each of the battery units including: a battery casing formed with a top casing having one or more first holes formed in a bottom surface portion thereof and a bottom casing having one or more second holes formed in a bottom surface portion thereof; a battery block group housed in the battery casing , a plurality of battery lines (L1-L16) each formed with a plurality of battery cells arranged in a line are arranged in parallel in a direction substantially perpendicular to an extending direction of the battery lines (L1-L16), and are arranged like stacked straw bags; characterized in that the power storage device further comprises: an outer casing ; wherein the two or more battery units are vertically housed in the outer casing and are stacked in two or more stages in a horizontal direction, the bottom surface portions facing in the horizontal direction. two or more battery units , each of the battery units including: a battery casing formed with a top casing having one or more first holes formed in a bottom surface portion thereof and a bottom casing having one or more second holes formed in a bottom surface portion thereof; a battery block group housed in the battery casing , a plurality of battery lines (L1-L16) each formed with a plurality of battery cells arranged in a line are arranged in parallel in a direction substantially perpendicular to an extending direction of the battery lines (L1-L16), and are arranged like stacked straw bags; characterized in that the power storage device further comprises: an outer casing ; wherein the two or more battery units are vertically housed in the outer casing and are stacked in two or more stages in a horizontal direction, the bottom surface portions facing in the horizontal direction. a battery casing formed with a top casing having one or more first holes formed in a bottom surface portion thereof and a bottom casing having one or more second holes formed in a bottom surface portion thereof; a battery block group housed in the battery casing , a plurality of battery lines (L1-L16) each formed with a plurality of battery cells arranged in a line are arranged in parallel in a direction substantially perpendicular to an extending direction of the battery lines (L1-L16), and are arranged like stacked straw bags; characterized in that the power storage device further comprises: an outer casing ; wherein the two or more battery units are vertically housed in the outer casing and are stacked in two or more stages in a horizontal direction, the bottom surface portions facing in the horizontal direction.
A method of performing a drilling operation, comprising: receiving a data set representing parameter values generated during at least a portion of the operation, the parameter values including values of a plurality of parameters relating to the operation; dividing the data set into a plurality of data subsets, each data subset including values for multiple parameters; determining a measure of similarity between data in each subset relative to data in one or more other subsets; displaying a topological map of the data set in at least two dimensions, the topological map including a visual representation of each subset positioned relative to a visual representation of the one or more other subsets based on the measure of similarity; and analyzing the topological map to estimate a condition associated with the operation, wherein analyzing includes identifying a group of visual representations representing subsets having at least one similar parameter, and estimating the condition based on a shape or structure formed by the group of visual representations; and adjusting a parameter of the drilling operation based on analyzing the topological map . receiving a data set representing parameter values generated during at least a portion of the operation, the parameter values including values of a plurality of parameters relating to the operation; dividing the data set into a plurality of data subsets, each data subset including values for multiple parameters; determining a measure of similarity between data in each subset relative to data in one or more other subsets; displaying a topological map of the data set in at least two dimensions, the topological map including a visual representation of each subset positioned relative to a visual representation of the one or more other subsets based on the measure of similarity; and analyzing the topological map to estimate a condition associated with the operation, wherein analyzing includes identifying a group of visual representations representing subsets having at least one similar parameter, and estimating the condition based on a shape or structure formed by the group of visual representations; and adjusting a parameter of the drilling operation based on analyzing the topological map .