mhurhangee/ep-ind-claims huggingface dataset:
A secondary cooling method for a continuously cast strand, the secondary cooling method comprising cooling a strand using spray nozzles having a quadrangular spray pattern, the spray nozzles being arranged in a width direction of the strand between guide rolls having a radius d (unit: mm), the guide rolls being arranged in a casting direction with a center-to-center distance P (unit: mm) in part or all of a horizontal zone in a secondary cooling zone of a continuous casting machine, wherein, for each of the spray nozzles that spray cooling water, values of a water volume density of the cooling water at two points A and B that are spaced apart in the casting direction by a distance L (unit: mm) are 50% of a maximum value of the water volume density in the casting direction, wherein the relation between the distance L and the center-to-center distance P satisfies formula below, wherein the strand is cooled while a nucleate boiling state is maintained in a range between the point A and the point B: L / P ≥ 0.70. wherein an angle θ (unit: degrees) between a straight line connecting a nozzle spray port of the each of the spray nozzles to the point A and a straight line connecting the nozzle spray port to the point B satisfies formula below, and wherein a nozzle height h (unit: mm) of the nozzle spray port from the strand satisfies formula below: 180 − 4 tan − 1 3 P / 20 d ≤ θ ≤ 100, 7 P / 20 tan θ / 2 ≤ h ≤ [ P − 2 dtan { ( 180 − θ) / 4}] / 2 tan θ / 2. and wherein the water volume density of the cooling water sprayed from each of the spray nozzles per unit surface area of the strand in a cooling section cooled using the spray nozzles is from 400 (L/m 2)/min to 2000 (L/m 2)/min inclusive. wherein, for each of the spray nozzles that spray cooling water, values of a water volume density of the cooling water at two points A and B that are spaced apart in the casting direction by a distance L (unit: mm) are 50% of a maximum value of the water volume density in the casting direction, wherein the relation between the distance L and the center-to-center distance P satisfies formula below, wherein the strand is cooled while a nucleate boiling state is maintained in a range between the point A and the point B: L / P ≥ 0.70. wherein an angle θ (unit: degrees) between a straight line connecting a nozzle spray port of the each of the spray nozzles to the point A and a straight line connecting the nozzle spray port to the point B satisfies formula below, and wherein a nozzle height h (unit: mm) of the nozzle spray port from the strand satisfies formula below: 180 − 4 tan − 1 3 P / 20 d ≤ θ ≤ 100, 7 P / 20 tan θ / 2 ≤ h ≤ [ P − 2 dtan { ( 180 − θ) / 4}] / 2 tan θ / 2. and wherein the water volume density of the cooling water sprayed from each of the spray nozzles per unit surface area of the strand in a cooling section cooled using the spray nozzles is from 400 (L/m 2)/min to 2000 (L/m 2)/min inclusive.
A connected charging device (14; 114; 414; 514; 614) configured to be paired with at least one chargeable device (12; 412; 512; 612) configured to perform a charging session of said at least one chargeable device (12; 412; 512; 612) being capable during said charging session of storing at least one real-time data and transmit the data to a cloud based data store and analytics module (22, 24), together with an ID of said connected charging device wherein the real time data is related to a power/charging status of the at least one chargeable device (12; 412; 512; 612) for monitoring power profile behaviour of said at least one chargeable device (12; 412; 512; 612), wherein said power profile behaviour is obtained by real time data of performances and functionality parameters measured during said charging session and characterized in that said real time data of performances and functionality parameters measured during the charging session is compared to manufacturer and/or designer data specification of each chargeable device (12; 412; 512; 612) and/or power components of each chargeable device (12; 412; 512; 612) so as to allow analysis of said data.
A helicopter comprising a first engine including at least a first turbine engine, a rotor, and a transmission assembly, the transmission assembly being configured to transmit torque coming from the first engine to the rotor; wherein the transmission assembly comprises a first inlet shaft configured to receive torque from the first engine; • an outlet shaft configured to transmit torque to the rotor, characterized in that the transmission assembly comprises • a first transmission member with at least two degrees of freedom comprising first, second, and third movable portions; • a controllable first reversible electrical regulator machine; and • a first reversible electrical balancing machine; in that the inlet shaft is coupled to the first movable portion; • the outlet shaft is coupled to the second movable portion; • the first electrical regulator machine is coupled to the third movable portion; and • the first electrical balancing machine is coupled in series with the inlet shaft or the outlet shaft. • an outlet shaft configured to transmit torque to the rotor, characterized in that the transmission assembly comprises • a first transmission member with at least two degrees of freedom comprising first, second, and third movable portions; • a controllable first reversible electrical regulator machine; and • a first reversible electrical balancing machine; • the outlet shaft is coupled to the second movable portion; • the first electrical regulator machine is coupled to the third movable portion; and • the first electrical balancing machine is coupled in series with the inlet shaft or the outlet shaft.
A blown film extrusion system, which has the following features: - an annular die gap, from which the film tube can be extruded, - flattening (7, 13) or squeezing devices, that fold the film tube, - a calibration device (20, 30), that is disposed between the die gap and the flattening (7, 13) or squeezing devices and comprises at least two film guiding elements, with which the film tube can be guided so as to maintain its round cross-section, - wherein the diameter of the film tube (9, 43) can be adjusted by changing the relative position of the at least two film guiding elements, - coupling means (32, 33, 35, 38, 39), which couple the movement of at least two film guiding elements to each other, - the coupling means (32, 33, 35, 38, 39) comprise elements for the mechanical forced coupling of the movement of at least two film guiding elements, characterized in - that the elements for the mechanical forced coupling comprise rods, which in each case are mounted in at least one sliding bearing, wherein the film guiding elements are connected in a rotationally-fixed manner, - that each rod is rotatably articulated mechanically either directly or by means of an intermediate element on at least one holding rod, wherein the at least one holding rod is rotatably articulated for its part on a frame of the calibration device. - an annular die gap, from which the film tube can be extruded, - flattening (7, 13) or squeezing devices, that fold the film tube, - a calibration device (20, 30), that is disposed between the die gap and the flattening (7, 13) or squeezing devices and comprises at least two film guiding elements, with which the film tube can be guided so as to maintain its round cross-section, - wherein the diameter of the film tube (9, 43) can be adjusted by changing the relative position of the at least two film guiding elements, - coupling means (32, 33, 35, 38, 39), which couple the movement of at least two film guiding elements to each other, - the coupling means (32, 33, 35, 38, 39) comprise elements for the mechanical forced coupling of the movement of at least two film guiding elements, characterized in - that the elements for the mechanical forced coupling comprise rods, which in each case are mounted in at least one sliding bearing, wherein the film guiding elements are connected in a rotationally-fixed manner, - that each rod is rotatably articulated mechanically either directly or by means of an intermediate element on at least one holding rod, wherein the at least one holding rod is rotatably articulated for its part on a frame of the calibration device.
A method for determining the final run separation point when producing and/or purifying alcoholic beverages or extracts by means of a distillation unit, characterized in that the final run separation point is determined by means of continuously measuring and evaluating the electrical conductivity of the distillate by means of at least one conductivity probe, wherein a mathematical algorithm is used for ensuring automatic switching over from middle run to final run, said algorithm mechanically changing over the main tank from middle run to final run in a control device for a deviation value of the least conductivity measured during the middle run, or for a change in the slope of the conductivity dC/dt.
Electrical connection arrangement between arresters (52, 62, 72, 82, 92, 56, 66, 76, 86, 96), comprising at least one arrester (52, 62, 72, 92, 56, 66, 76, 86, 96) and a connector, wherein the connector comprises a base element with two planar sides (18, 20) lying opposite one another, with one or more contact elements being arranged on at least one of two planar sides (18, 20), of which the cross-section tapers in a contacting direction transversely to at least one of the planar sides (18, 20), and which, for electrical contacting, can be pressed or are pressed in the contacting direction transversely to the arrester (52, 62, 72, 82, 92, 56, 66, 76, 86, 96) into openings, corresponding to the contact elements, arranged in the arrester (52, 62, 72, 82, 92, 56, 66, 76, 86, 96), characterised in that the openings of the arrester (52, 62, 72, 82, 92, 56, 66, 76, 86, 96) exhibit a smaller transverse dimension than the largest transverse dimension of the contact elements, at the pressing of the contact elements into the corresponding openings.
A scanning electron microscope, comprising: an obtaining unit configured to apply individual electron beams to an area on a sample using two different acceleration voltages, to obtain a spectrum of a soft X-ray in the area on the sample for each of the acceleration voltages; a calculation unit configured to calculate a spectral ratio of the spectra obtained through application of the electron beams of the two different acceleration voltages; and a display processor configured to extract a ratio in an energy region of interest corresponding to energy at an absorption edge of each element from the spectral ratio calculated, characterized in that the display processor is further configured to display the ratio extracted as a spectral map on a display unit. an obtaining unit configured to apply individual electron beams to an area on a sample using two different acceleration voltages, to obtain a spectrum of a soft X-ray in the area on the sample for each of the acceleration voltages; a calculation unit configured to calculate a spectral ratio of the spectra obtained through application of the electron beams of the two different acceleration voltages; and a display processor configured to extract a ratio in an energy region of interest corresponding to energy at an absorption edge of each element from the spectral ratio calculated, characterized in that the display processor is further configured to display the ratio extracted as a spectral map on a display unit.
Pneumatically actuable disc brake comprising a brake caliper extending around a brake disc, wherein a brake cylinder, which can be subjected to compressed air and has an internal diaphragm and a cylinder plunger coupled to the diaphragm, is fastened, together with at least one further functional part (4, 5), to a flange of the brake caliper, wherein a lateral surface of a housing part of the brake cylinder located close to the flange of the brake caliper is provided with at least one indentation (9, 10) at least in the region of overlap, axially with respect to the brake cylinder, with the at least one functional part (4, 5), characterized in that the at least one indentation (9, 10) is provided in the region of a rounded edge between a base of the housing part and a cylindrical lateral surface of this housing part.
A method carried out in a wireless communication network, the wireless communication network including a core network and an access network, the core network including a first management function in the form of a session management function, SMF, having a first instance associated to a first network slice instance of the wireless communication network, the access network including a plurality of access network nodes, the method comprising: detecting, by the first management function of the core network, that the first network slice instance is overloaded; and transmitting, from the core network to at least one of the access network nodes that is in an SMF service area associated to the first network slice instance, a message indicating overload of the first network slice instance in the SMF service area; and wherein the core network further includes a second management function, the method further comprising: transmitting, from the second management function of the core network to one of the access network nodes that is in the SMF service area associated to the first network slice instance and that is associated to a cell on which a wireless communication device is camped, a paging request for the wireless communication device; and receiving, at the second management function from the access network node to which the paging request was transmitted, a paging response indicating that a page to the wireless communication device was omitted. detecting, by the first management function of the core network, that the first network slice instance is overloaded; and transmitting, from the core network to at least one of the access network nodes that is in an SMF service area associated to the first network slice instance, a message indicating overload of the first network slice instance in the SMF service area; and wherein the core network further includes a second management function, the method further comprising: transmitting, from the second management function of the core network to one of the access network nodes that is in the SMF service area associated to the first network slice instance and that is associated to a cell on which a wireless communication device is camped, a paging request for the wireless communication device; and receiving, at the second management function from the access network node to which the paging request was transmitted, a paging response indicating that a page to the wireless communication device was omitted. transmitting, from the second management function of the core network to one of the access network nodes that is in the SMF service area associated to the first network slice instance and that is associated to a cell on which a wireless communication device is camped, a paging request for the wireless communication device; and receiving, at the second management function from the access network node to which the paging request was transmitted, a paging response indicating that a page to the wireless communication device was omitted.
A photometer arrangement with a reagent container (10,10') comprising a reagent and being provided with a machine-readable reagent identifier, an analyzer device comprising a photometer for providing a photometric raw measurement value, a reagent identifier reader for reading the reagent identifier for providing a reagent identity, and a photometer controller, characterised by further comprising: a time stamp generator for providing a measurement date, a reagent ageing database with reagent-identity-specific and age-specific ageing correction factors, and an evaluation device having a data connection with the analyzer device, the time stamp generator and the reagent ageing database, the evaluation device being configured for calculating the true measurement value by correcting the raw measurement value with the ageing correction factor for the measurement date. a reagent container (10,10') comprising a reagent and being provided with a machine-readable reagent identifier, an analyzer device comprising a photometer for providing a photometric raw measurement value, a reagent identifier reader for reading the reagent identifier for providing a reagent identity, and a photometer controller, characterised by further comprising: a time stamp generator for providing a measurement date, a reagent ageing database with reagent-identity-specific and age-specific ageing correction factors, and an evaluation device having a data connection with the analyzer device, the time stamp generator and the reagent ageing database, the evaluation device being configured for calculating the true measurement value by correcting the raw measurement value with the ageing correction factor for the measurement date. a time stamp generator for providing a measurement date, a reagent ageing database with reagent-identity-specific and age-specific ageing correction factors, and an evaluation device having a data connection with the analyzer device, the time stamp generator and the reagent ageing database, the evaluation device being configured for calculating the true measurement value by correcting the raw measurement value with the ageing correction factor for the measurement date.
A heating recipient for a transportable apparatus intended for heating food, said heating recipient,comprising a bottom and a lateral wall rising from the bottom, said bottom exhibiting an internal surface intended to receive food and an external surface on which are disposed at least one first screen printed resistor track and one second screen printed resistor track, each screen printed resistor track (7a, 7b) exhibiting two connecting ends (9a, 9b, 9c, 9d) each connected to an electric connecting stud (8a, 8b, 8c, 8d) for the electric supply thereof, characterized in that the screen printed resistor tracks (7a, 7b) are superimposed and separated by an electrically insulating layer.
Implant device for performing spinal arthrodesis via the posterior at a facet joint, characterized in that it is in the shape of a flat element of constant thickness, comprising, in order to receive a bone graft, a large central opening which gives it a substantially annular shape, and which device is intended to be inserted into a cavity previously made at the location of the facet joint to be immobilized; in that said element is D-shaped and comprises a rounded side which constitutes the distal edge for being inserted into said cavity, while an opposite straight proximal edge (3, 10) comprises a means for securing to a holding and positioning tool; and in that the opposite surfaces (5, 6) of said flat element comprise reliefs which consist of notches arranged perpendicularly to the insertion direction, each of the notches having a tooth profile with two faces of which one, the face oriented on the side of said proximal edge, is perpendicular or substantially perpendicular to the main plane of said element, while the other face is inclined.
A central unit for monitoring at least one sensor, wherein the central unit is configured as a base station according to the DECT standard, the central unit comprises a DECT module for receiving a monitoring message from the sensor according to the DECT standard, wherein the central unit is configured to receive the monitoring message directly from the sensor, the central unit comprises at least one telecommunications connection (5, 8) for connection to at least one telecommunications service provider and a memory for connection parameters for setting up an emergency call connection to a remote station via the at least one telecommunications service provider, wherein the central unit is configured to set up the emergency call connection with the connection parameters when the monitoring message is received, characterised in that the central unit can be connected to at least one mobile part according to the DECT standard and is designed to set up a telecommunications connection between the mobile part and a remote station connectable via the at least one telecommunications connection.
A method comprising: receiving, at a first proxy node, a first Transmission Control Protocol, TCP, Synchronize, SYN, segment from a first endpoint to establish a TCP connection with a second endpoint, the first TCP SYN segment including a first TCP option having an option-kind value; determining, at the first proxy node, the option-kind value of the first TCP option; in response to a determination that the option-kind value is a first option-kind value: transmitting a first spoofed connection request message corresponding to the first TCP SYN segment from the first proxy node to a second proxy node associated with the second endpoint, the first spoofed connection request message including an indication to the second proxy node that a TCP option having the first option-kind value was included in the first TCP SYN segment; in response to a determination that the option-kind value is a second option-kind value: transmitting a second spoofed connection request message corresponding to the first TCP SYN segment from the first proxy node to the second proxy node associated with the second endpoint without including an indication to the second proxy node that a TCP option having the second option-kind value was included in the first TCP SYN segment. receiving, at a first proxy node, a first Transmission Control Protocol, TCP, Synchronize, SYN, segment from a first endpoint to establish a TCP connection with a second endpoint, the first TCP SYN segment including a first TCP option having an option-kind value; determining, at the first proxy node, the option-kind value of the first TCP option; in response to a determination that the option-kind value is a first option-kind value: transmitting a first spoofed connection request message corresponding to the first TCP SYN segment from the first proxy node to a second proxy node associated with the second endpoint, the first spoofed connection request message including an indication to the second proxy node that a TCP option having the first option-kind value was included in the first TCP SYN segment; in response to a determination that the option-kind value is a second option-kind value: transmitting a second spoofed connection request message corresponding to the first TCP SYN segment from the first proxy node to the second proxy node associated with the second endpoint without including an indication to the second proxy node that a TCP option having the second option-kind value was included in the first TCP SYN segment.
A method for preparing a polyphenylene sulfide resin, wherein a primary polyphenylene sulfide is used as a raw material, and a hydroxyl-containing aromatic thiol compound and 4-thiophenyl-thiophenol are used as terminal-group adjusting agents to perform a terminal-group adjusting reaction, so as to obtain the polyphenylene sulfide resin.