mhurhangee/patent-ind-claim-en huggingface dataset:
A method for tightening a threaded connection , for connecting pipe conduit components, wherein the threaded connection to be tightened has a connecting element unit with an outer thread, a connecting element unit with an inner thread, and a sealing element arranged inbetween these, wherein the method has the following steps: • positioning the connecting element units with inner or outer thread until contacting the sealing element and reaching the starting point (A) for compressing the sealing element , wherein the sealing element is arranged on or in at least one of the connecting element units and is in contact with the other element, characterized by • tightening one of the connecting element units with inner or outer thread up to a predefined threshold level (B), wherein on reaching the threshold level (B) one end side of one or other connecting element units stands against the other end side of the other connecting element unit , • wherein during the entire tightening process, the prevailing or applied torque (DM) and rotation angle (DW) are constantly monitored, • and wherein the starting point (A) for compressing the sealing element and the threshold level (B) are determined as a result of the ratio changes which occur between the rotation angle (DW) and torque (DM) during positioning and tightening the threaded connection. • positioning the connecting element units with inner or outer thread until contacting the sealing element and reaching the starting point (A) for compressing the sealing element , wherein the sealing element is arranged on or in at least one of the connecting element units and is in contact with the other element, characterized by • tightening one of the connecting element units with inner or outer thread up to a predefined threshold level (B), wherein on reaching the threshold level (B) one end side of one or other connecting element units stands against the other end side of the other connecting element unit , • wherein during the entire tightening process, the prevailing or applied torque (DM) and rotation angle (DW) are constantly monitored, • and wherein the starting point (A) for compressing the sealing element and the threshold level (B) are determined as a result of the ratio changes which occur between the rotation angle (DW) and torque (DM) during positioning and tightening the threaded connection.
A nozzle for a container for intranasal administration of a liquid formulation, comprising a nozzle body with an upper end and a lower end , a channel traversing the nozzle body and ending with an orifice in the upper end , and a nozzle cover covering an area of the outer surface of the nozzle body which is designed to be introduced into a user's nostril, wherein the nozzle body is made out of a first material, and the nozzle cover is made out of a second material, said first material being a rigid plastic material, and said second material being an elastic plastic material, and wherein the nozzle cover is not in contact with the orifice , wherein the nozzle , when introduced into a nostril, seals the nostril, and wherein a flow channel for the liquid formulation is formed in the nozzle , and wherein the flow channel is lined by the first material only, characterised in that the nozzle is produced by bi-injection moulding, and that the second material is a thermoplastic elastomer with a Shore A hardness of 20 - 40.
A method of manufacturing an elongate tape element for bridging a gap between windings of a flexible pipe body layer, comprising the steps of: providing an elongate sheet having a uniform thickness and a first and further spaced apart long edge, to a first pair of a plurality of spaced apart pairs of opposed forming roller elements ; via the pairs of roller elements , progressively forming a cross-sectional profile in the sheet that comprises a body portion comprising a folded central region of the sheet and a first wing portion and further wing portion that each extend away from the body portion and terminate at a respective long edge of the sheet; and characterised by securing adjacent regions of the wing portions and/or opposed regions of the body portion together thereby providing a windable elongate tape element having laterally immobilised wing portions . providing an elongate sheet having a uniform thickness and a first and further spaced apart long edge, to a first pair of a plurality of spaced apart pairs of opposed forming roller elements ; via the pairs of roller elements , progressively forming a cross-sectional profile in the sheet that comprises a body portion comprising a folded central region of the sheet and a first wing portion and further wing portion that each extend away from the body portion and terminate at a respective long edge of the sheet; and characterised by securing adjacent regions of the wing portions and/or opposed regions of the body portion together thereby providing a windable elongate tape element having laterally immobilised wing portions .
Client type communication device for communicating with an access point type communication device , the client type communication device comprising a communication unit adapted to - use at least one of first communication resources for performing a random access communication to the access point type communication device , if the client type communication device is in an associated mode regarding the access point type communication device , and - use at least one of second communication resources different from the first communication resources for performing a random access communication to the access point type communication device , if the client type communication device is in a non-associated mode regarding the access point type communication device , and the first and second communication resources, each are random access blocks comprising a plurality of frequency subcarriers wherein between at least some of the frequency subcarriers further frequency subcarriers are existent which do not belong to the respective random access block. - use at least one of first communication resources for performing a random access communication to the access point type communication device , if the client type communication device is in an associated mode regarding the access point type communication device , and - use at least one of second communication resources different from the first communication resources for performing a random access communication to the access point type communication device , if the client type communication device is in a non-associated mode regarding the access point type communication device , and the first and second communication resources, each are random access blocks comprising a plurality of frequency subcarriers wherein between at least some of the frequency subcarriers further frequency subcarriers are existent which do not belong to the respective random access block.
Device for recording and monitoring the health and physical development of live fish in an aquaculture cage, said device comprising: - a chamber arranged below a water surface, in which the live fish are kept; and - a fish health scanner device for recording and monitoring the health and physical development of fish, said device being characterized in that it further comprises an inner tube which leads from the chamber and up to the water surface and gives the fish in the chamber access to the water surface, and wherein the fish health scanner device for recording and monitoring the health and physical development of fish is placed in the inner tube so that the fish is guided through a recording area located in the inner tube where the fish's health and physical development are monitored. - a chamber arranged below a water surface, in which the live fish are kept; and - a fish health scanner device for recording and monitoring the health and physical development of fish,
An edible coating, comprising scalenohedral calcium carbonate particles in an amount of from about 1 wt-% to about 30 wt-% by weight of coating, wherein the coating comprises sugar.
A composition comprising i) Riboflavin (vitamin B2) and Biotin (vitamin B7); ii) cysteine; iii) lysine; iv) procyanidin B-2; v) mangosteen extract; vi) methionine; and vii) collagen; viii) ascorbic acid; ix) alpha-tocopheryl acetate; x) zinc gluconate; xi) ferrous fumarate; xii) copper gluconate; xiii) beta-carotene; xiv) thiamine hydrochloride; xv) nicotinamide; xvi) D-calcium pantothenate; xvii) pyridoxine hydrochloride; xviii) cyanocobalamin; xix) folic acid; xx) L-selenmethionine; and xxi) magnesium hydroxide carbonate; or any pharmaceutically acceptable salts or esters thereof; wherein the lysine is present in an amount of 5-12 wt% based on the total weight of the composition; wherein the procyanidin B-2 is present in an amount of 0.5-15 wt% based on the total weight of the composition; wherein the methionine is present in an amount of 0.2-3.0 wt% based on the total weight of the composition. i) Riboflavin (vitamin B2) and Biotin (vitamin B7); ii) cysteine; iii) lysine; iv) procyanidin B-2; v) mangosteen extract; vi) methionine; and vii) collagen; viii) ascorbic acid; ix) alpha-tocopheryl acetate; x) zinc gluconate; xi) ferrous fumarate; xii) copper gluconate; xiii) beta-carotene; xiv) thiamine hydrochloride; xv) nicotinamide; xvi) D-calcium pantothenate; xvii) pyridoxine hydrochloride; xviii) cyanocobalamin; xix) folic acid; xx) L-selenmethionine; and xxi) magnesium hydroxide carbonate; wherein the lysine is present in an amount of 5-12 wt% based on the total weight of the composition; wherein the procyanidin B-2 is present in an amount of 0.5-15 wt% based on the total weight of the composition; wherein the methionine is present in an amount of 0.2-3.0 wt% based on the total weight of the composition.
A wastewater pumping station comprising: - two or more pumps arranged for pumping wastewater out of a wastewater pit into a pipe , and - a monitoring module for identifying an operating scenario in the wastewater pumping station, characterized in that the monitoring module is configured to process at least one load-dependent pump variable for each running pump of the pumps indicative of how the respective running pump operates, to process a first of at least two model-based pipe parameters indicative of how the wastewater flows through the pipe and/or the pumps , and to process a negative-flow parameter as a second of the at least two model-based pipe parameters, wherein the negative-flow parameter is indicative of how the wastewater flows through the pipe and/or non-running pump(s) of the pumps when at least one of the pumps is stopped, wherein the monitoring module is configured to identify an operating scenario in the wastewater pumping station by selecting an operating scenario from a group of predefined operating scenarios dependent on at least one first criterion for each running pump of the pumps that is based on the at least one load-dependent pump variable, at least one second criterion that is based on at least the first of the at least two model-based pipe parameters and at least one third criterion that is based on the negative-flow parameter. - two or more pumps arranged for pumping wastewater out of a wastewater pit into a pipe , and - a monitoring module for identifying an operating scenario in the wastewater pumping station, characterized in that the monitoring module is configured to process at least one load-dependent pump variable for each running pump of the pumps indicative of how the respective running pump operates, to process a first of at least two model-based pipe parameters indicative of how the wastewater flows through the pipe and/or the pumps , and to process a negative-flow parameter as a second of the at least two model-based pipe parameters, wherein the negative-flow parameter is indicative of how the wastewater flows through the pipe and/or non-running pump(s) of the pumps when at least one of the pumps is stopped, wherein the monitoring module is configured to identify an operating scenario in the wastewater pumping station by selecting an operating scenario from a group of predefined operating scenarios dependent on at least one first criterion for each running pump of the pumps that is based on the at least one load-dependent pump variable, at least one second criterion that is based on at least the first of the at least two model-based pipe parameters and at least one third criterion that is based on the negative-flow parameter.
An automatic order sorting and packaging machine (A) used to classify industrial products, cutting tools, medicine, food and monopoly products and prepare them according to the incoming order, wherein the automatic order sorting and packaging machine comprises, - Shelf system with multiple shelves that contain products (B) in the form of cardboard, boxes or gelatin packages on it, and boxes that are read by a barcode/chip are loaded and the number of shelves can be increased or decreased according to the order ratio, - Piston system with pistons positioned opposite the shelf system and allowing the products (B) on the shelves to be vacuumed by means of suction cups in accordance with the order and taken from the shelf , - Tray , which is located between the shelf system and the piston system and on which the products (B) received by the pistons are placed, - Conveyor located in the area where the tray is located and enabling the transportation of the products (B) on the tray characterized in that , the tray can be moved up and down and back and forth, and in that the automatic order sorting and packaging machine further comprises a - Packaging unit that allows the delivery note or invoice of the order to be put into packages together with the products (B) transported from the conveyor and the open-mouthed packages are closed, and a - Control system that receives the information of the products (B) read with the barcode/chip and enables the tracking of the occupancy amount and also sends a signal to the piston system to receive the products to create an order. - Shelf system with multiple shelves that contain products (B) in the form of cardboard, boxes or gelatin packages on it, and boxes that are read by a barcode/chip are loaded and the number of shelves can be increased or decreased according to the order ratio, - Piston system with pistons positioned opposite the shelf system and allowing the products (B) on the shelves to be vacuumed by means of suction cups in accordance with the order and taken from the shelf , - Tray , which is located between the shelf system and the piston system and on which the products (B) received by the pistons are placed, - Conveyor located in the area where the tray is located and enabling the transportation of the products (B) on the tray - Packaging unit that allows the delivery note or invoice of the order to be put into packages together with the products (B) transported from the conveyor and the open-mouthed packages are closed, and a - Control system that receives the information of the products (B) read with the barcode/chip and enables the tracking of the occupancy amount and also sends a signal to the piston system to receive the products to create an order.
A system comprising a dual-lane fault tolerant three-phase permanent magnet motor and a motor drive circuit comprising two or more inverters to provide current to the dual-lane fault tolerant three-phase permanent magnet motor, each inverter comprising, for each phase of the motor to be driven, a respective switch arm, each switch arm comprising two switches connected in series; the motor drive circuit comprising means for detecting a switch short circuit for any switch within one of the inverters and means for determining the speed of the motor, the motor drive circuit further comprising a controller configured in the event a switch short circuit is detected within one of the inverters, to: a) close all switches of the switch arms of the inverter containing the switch short circuit when the motor speed exceeds a predetermined threshold, and b) not to close any of the switches of the switch arms not containing the short-circuited switch if the motor speed does not exceed the predetermined threshold. a) close all switches of the switch arms of the inverter containing the switch short circuit when the motor speed exceeds a predetermined threshold, and b) not to close any of the switches of the switch arms not containing the short-circuited switch if the motor speed does not exceed the predetermined threshold.
Master distributor strip for distributing electrical energy for equipment and/or server cabinets , comprising a plurality of connection means that are provided on a face of the master distributor strip , and to which electrical loads can be connected for the purpose of energy supply, and comprising sensors for determining data at least relating to the status of the master distributor strip and/or the plurality of connection means, comprising a communications module which is configured to retrieve and/or receive the data of the sensors, and comprising an information and management module which is configured to provide the data of the sensors, retrieved and/or received by the communications module , directly to a user, via a communications network interface, wherein the communications module is furthermore configured to retrieve data relating to the status of at least one standard distributor strip which comprises a plurality of connection means provided on a face of the standard distributor strip , to which connection means electrical loads can be connected for energy supply purposes, and/or to retrieve data relating to the status of the connection means of said standard distributor strip, and/or to receive the data thereof, and to communicate said data to the information and management module , and wherein the information and management module is configured to provide the data relating to the at least one standard distributor strip and/or the connection means thereof directly to the user, via the communications network interface, characterized in that the communications module is furthermore configured to communicate with at least one sensor and/or actuator that is remote from the master distributor strip , by means of a communications network , in that the communication of the communications module with the at least one standard distributor strip is conducted via the communications network , and in that the communications module is configured to actively search for master and/or standard distributor strips and remotely-arranged sensors in the communications network, to establish a connection therewith and to communicate therewith.
A method for indicating to a user a rebuild state of address mappings maintained on a storage device, the storage device in, or communicatively coupled to, a user device, the method comprising: the user device receiving during power-on self-test (POST) of the user device an indication that the storage device is rebuilding the maintained address mappings based on metadata stored in the storage device; the user device determining how much progress has been made in the rebuilding of the maintained address mappings ; and the user device receiving, from the storage device, a maximum rebuild time of the maintained address mappings on the storage device; using a rebuild timer to keep track of how long the storage device has been rebuilding the maintained address mappings ; comparing a value of the rebuild timer to the maximum rebuild time ; and if the value of the rebuild timer exceeds the maximum rebuild time, continuing POST on the user device without waiting for the storage device to finish rebuilding the maintained address mappings ; the user device causing a representation of the progress made in the rebuilding of the maintained address mappings to be displayed . the user device receiving during power-on self-test (POST) of the user device an indication that the storage device is rebuilding the maintained address mappings based on metadata stored in the storage device; the user device determining how much progress has been made in the rebuilding of the maintained address mappings ; and the user device receiving, from the storage device, a maximum rebuild time of the maintained address mappings on the storage device; using a rebuild timer to keep track of how long the storage device has been rebuilding the maintained address mappings ; comparing a value of the rebuild timer to the maximum rebuild time ; and the user device receiving, from the storage device, a maximum rebuild time of the maintained address mappings on the storage device; using a rebuild timer to keep track of how long the storage device has been rebuilding the maintained address mappings ; comparing a value of the rebuild timer to the maximum rebuild time ; and if the value of the rebuild timer exceeds the maximum rebuild time, continuing POST on the user device without waiting for the storage device to finish rebuilding the maintained address mappings ; the user device causing a representation of the progress made in the rebuilding of the maintained address mappings to be displayed .
A device for improving cardiac function, comprising: a dome structure having a top end with an engagement element disposed thereon; and a plurality of anchor members disposed around a bottom open end , opposite the top end of the dome structure , characterized in that the dome structure is made of a shape memory material and is moveable from a first inside out and compressed configuration to a second expanded deployed configuration, the dome structure being biased in the second expanded deployed configuration. a dome structure having a top end with an engagement element disposed thereon; and a plurality of anchor members disposed around a bottom open end , opposite the top end of the dome structure , characterized in that the dome structure is made of a shape memory material and is moveable from a first inside out and compressed configuration to a second expanded deployed configuration, the dome structure being biased in the second expanded deployed configuration.
An information processing system comprising a controller configured to execute each of following steps including: a reading step (A110) of reading a plurality of sequential sectional images of an object; a setting step (A170) of setting, based on a pixel value of a pixel in a predetermined area included in the sequential sectional images and preset reference information, material information representing a material of the object for the predetermined area, the reference information being information where a pixel value and a material are associated with each other, wherein the material is a parameter at least one of albedo, reflectance and roughness, the material information is information on the parameter; and a reconstruction step (A190) of reconstructing the plurality of sequential sectional images including the predetermined area for which the material information is set and thereby generating three-dimensional data on the object. a reading step (A110) of reading a plurality of sequential sectional images of an object; a setting step (A170) of setting, based on a pixel value of a pixel in a predetermined area included in the sequential sectional images and preset reference information, material information representing a material of the object for the predetermined area, the reference information being information where a pixel value and a material are associated with each other, wherein the material is a parameter at least one of albedo, reflectance and roughness, the material information is information on the parameter; and a reconstruction step (A190) of reconstructing the plurality of sequential sectional images including the predetermined area for which the material information is set and thereby generating three-dimensional data on the object.