mhurhangee/ep-ind-claims huggingface dataset:
A heterocyclic compound represented by the following Chemical Formula 1: in Chemical Formula 1, n1 to n4 are each an integer from 1 to 3, when n1 to n4 are each 2 or more, two or more structures in the parenthesis are the same as or different from each other, X1 to X4 are S, R1 to R8 are hydrogen, A1 to A4 are (CH 2) 5 Si(CH 3)(OSi(CH 3) 3) 2, [Push] is wherein, X11 and X14 are S, X12 and X13 are SiR a R b, R a and R b are an alkyl group, R107 to R110 are hydrogen, [Pull] is wherein, R200 is an alkyl group. n1 to n4 are each an integer from 1 to 3, when n1 to n4 are each 2 or more, two or more structures in the parenthesis are the same as or different from each other, X1 to X4 are S, R1 to R8 are hydrogen, A1 to A4 are (CH 2) 5 Si(CH 3)(OSi(CH 3) 3) 2, X11 and X14 are S, X12 and X13 are SiR a R b, R a and R b are an alkyl group, R107 to R110 are hydrogen,
A method of preparing calcium carbonate (CaCO 3) coated calcium hydroxide (Ca 2) particles as a reaction product comprising: introducing calcium hydroxide particles into a reaction vessel; reacting the calcium hydroxide particles with carbon dioxide in the form of dry ice by introducing the dry ice into the reaction vessel and allowing the carbon dioxide to co-mingle with the calcium hydroxide particles and react to form a calcium carbonate coating on the calcium hydroxide particles; wherein the proportion of the calcium hydroxide particles to dry ice is controlled based on measurement of a specific gravity of the reaction product to provide calcium carbonate coated calcium hydroxide particles comprising 70-95% w/w calcium hydroxide and 5-30% w/w calcium carbonate surface coating. introducing calcium hydroxide particles into a reaction vessel; reacting the calcium hydroxide particles with carbon dioxide in the form of dry ice by introducing the dry ice into the reaction vessel and allowing the carbon dioxide to co-mingle with the calcium hydroxide particles and react to form a calcium carbonate coating on the calcium hydroxide particles;
Storage of a fluid friction coupling, in particular for a motor vehicle fan, comprising a rotatably mounted shaft, a drive body which is supported on the shaft in a rotationally fixed manner, a drive output body which is rotatably supported on the shaft and encloses the drive body at least in parts and a coupling region arranged between the bodies and accepting a viscous fluid through which the bodies can be coupled in order to transmit torque, characterised in that the drive output body is rotatably supported on the shaft via at least one two-rowed tapered roller bearing and wherein the tapered roller bearing is provided for a grease lubrication, wherein sealing means for sealing a space containing the tapered rollers is arranged in at least one axial end region of the tapered roller bearing.
A micro speaker comprising: a frame; a yoke fixed to the frame and comprising a receiving groove; a permanent magnet spaced apart from an inner lateral wall of the receiving groove of the yoke, and fixed to a bottom surface of the yoke; a plate fixed to an upper surface of the permanent magnet, spaced apart from the inner lateral wall of the receiving groove of the yoke, and fixed to the yoke; a diaphragm having an outer circumferential portion fixed to the frame; a base film fixed to a lower surface of the diaphragm and comprising a first coil that has a planar shape and is printed to have a coil pattern; and a second coil that is formed by winding a wire, has an upper end portion fixed to a lower surface of the base film, extends downwards from the upper end portion, and is electrically connected to the first coil. a frame; a yoke fixed to the frame and comprising a receiving groove; a permanent magnet spaced apart from an inner lateral wall of the receiving groove of the yoke, and fixed to a bottom surface of the yoke; a plate fixed to an upper surface of the permanent magnet, spaced apart from the inner lateral wall of the receiving groove of the yoke, and fixed to the yoke; a diaphragm having an outer circumferential portion fixed to the frame; a base film fixed to a lower surface of the diaphragm and comprising a first coil that has a planar shape and is printed to have a coil pattern; and a second coil that is formed by winding a wire, has an upper end portion fixed to a lower surface of the base film, extends downwards from the upper end portion, and is electrically connected to the first coil.
A container of universal use for protecting and distributing food on large scale which is intended for disposal after use, comprising side walls, a base and a lid closing the container on the top as well as enabling access to food which is contained in the container by opening a hole made in the lid or by removal of the lid, which has at least two adjacent chambers (1,2) connected with each other at the bottom inseparably and on the top separably by locating edges of the chambers (1,2) in lugs made in the lid characterised in that the edges of the chambers (1,2) located in lugs are substantially perpendicular to this surface of the lid which closes the chambers (1,2) from the top.
An induction cooktop comprising: a cooking surface; two or more movable induction coils (20, 22, 24, 26, 28) movable under said cooking surface; a sensor for detecting a cooking vessel on said cooking surface; wherein said sensor is operated to determine (i) the location and (ii) the size of said cooking vessel; and wherein said cooktop is operated to select a coil (20, 22, 24, 26, 28) and move that coil (20, 22, 24, 26, 28) to a selected location based on information from said sensor; wherein said two or more induction coils (20, 22, 24, 26, 28) include coils of different sizes and wherein said cooktop is operated to select a size of coil (20, 22, 24, 26, 28) based on information from said sensor. a cooking surface; two or more movable induction coils (20, 22, 24, 26, 28) movable under said cooking surface; a sensor for detecting a cooking vessel on said cooking surface; wherein said sensor is operated to determine (i) the location and (ii) the size of said cooking vessel; and wherein said cooktop is operated to select a coil (20, 22, 24, 26, 28) and move that coil (20, 22, 24, 26, 28) to a selected location based on information from said sensor; wherein said two or more induction coils (20, 22, 24, 26, 28) include coils of different sizes and wherein said cooktop is operated to select a size of coil (20, 22, 24, 26, 28) based on information from said sensor. wherein said sensor is operated to determine (i) the location and (ii) the size of said cooking vessel; and wherein said cooktop is operated to select a coil (20, 22, 24, 26, 28) and move that coil (20, 22, 24, 26, 28) to a selected location based on information from said sensor; wherein said two or more induction coils (20, 22, 24, 26, 28) include coils of different sizes and wherein said cooktop is operated to select a size of coil (20, 22, 24, 26, 28) based on information from said sensor.
An arch brick in accordance with DIN 1082-4, edition January 2007, which is separated into two discrete brick parts (10, 2) along at least one separation plane, which extends from base to a front face or a further base.
A layout for a hybrid or electric industrial vehicle comprising a driving axle and a power distributor wherein said driving axle comprises a differential gear wherein a crown wheel and pinion are housed and, to which, a left axle-shaft and a right axle-shaft are connected, arranged for guiding respective wheels into rotation, wherein said differential gear comprises a first case comprising at least two parts and said power distributor comprises a second case comprising at least two parts, and wherein a part of said second case is shared with said first case, defining a lid for said first case, wherein said power distributor comprises at least two inputs arranged perpendicular to said axle-shafts and wherein a first electric motor is associated with a first of said inputs so as to be overlying, in operation, said differential gear. wherein said first electric motor is interconnected with said power distributor by means of an interconnecting case (M1C) wherein a drive shaft of said first electric motor, having a tubular elongated shape, is keyed. characterized in that said interconnecting case (M1C) comprises a lower interface and an upper interface, wherein said lower interface is complementary to an upper interface of the case of the differential gear, and said upper interface of the interconnecting case (M1C) is adapted to be coupled to a pair of retaining rods (RD, RL) converging on said upper interface of the interconnecting case (M1C) for fixing said differential gear in respect to a vehicle frame (L1, L2).
Support for in-situ mechanical laminography tests, comprising: - a cavity comprising: • a first zone, arranged to accommodate a first portion of a specimen complementary with the first zone of the cavity, said first zone comprising means (14, 16, 17, 18, 20, 21) for holding the specimen, said means for holding the specimen being arranged to immobilise the first portion of the specimen in the support, • a second zone arranged to accommodate a second portion of the specimen, said first and second zones of the cavity being adjacent and arranged to accommodate the first and second portions of a whole specimen, - a means (1, 2), referred to as mechanical loading means, comprising a transfer element arranged to be set in motion in the second zone of the cavity so as to, when a specimen is placed in the cavity, exert a mechanical force on the second portion of the specimen producing stresses and deformations in a given region of the specimen. - a cavity comprising: • a first zone, arranged to accommodate a first portion of a specimen complementary with the first zone of the cavity, said first zone comprising means (14, 16, 17, 18, 20, 21) for holding the specimen, said means for holding the specimen being arranged to immobilise the first portion of the specimen in the support, • a second zone arranged to accommodate a second portion of the specimen, • a first zone, arranged to accommodate a first portion of a specimen complementary with the first zone of the cavity, said first zone comprising means (14, 16, 17, 18, 20, 21) for holding the specimen, said means for holding the specimen being arranged to immobilise the first portion of the specimen in the support, • a second zone arranged to accommodate a second portion of the specimen, - a means (1, 2), referred to as mechanical loading means, comprising a transfer element arranged to be set in motion in the second zone of the cavity so as to, when a specimen is placed in the cavity, exert a mechanical force on the second portion of the specimen producing stresses and deformations in a given region of the specimen.
A method for an authentication procedure during inter access system User Equipment, UE, handover from an existing system to a new system in a heterogeneous network, characterized by the steps of: deriving, by the UE, new keys for accessing the new system by using most recent system access keys of the existing system, and receiving, by the UE, an encrypted temporary identification, ID, for accessing the new system during handover preparation, decrypting the temporary ID using one of the derived new keys for accessing the new system, and performing an authentication in the new system by using the temporary ID. deriving, by the UE, new keys for accessing the new system by using most recent system access keys of the existing system, and receiving, by the UE, an encrypted temporary identification, ID, for accessing the new system during handover preparation, decrypting the temporary ID using one of the derived new keys for accessing the new system, and performing an authentication in the new system by using the temporary ID.
A hand tool for separating a deep-drawn jaw-spanning dental apparatus such as an aligner or a bite splint of thermoform film, comprising: a grip for holding; a separating element for thermally separating the deep-drawn thermoform film and refining the separated deep-drawn thermoform; a heating means adapted to regulate heating of the separating element so as to increase the temperature of the thermoform film substantially to at least its glass temperature; and a power supply means for supplying electric power to the heating means. a grip for holding; a separating element for thermally separating the deep-drawn thermoform film and refining the separated deep-drawn thermoform; a heating means adapted to regulate heating of the separating element so as to increase the temperature of the thermoform film substantially to at least its glass temperature; and a power supply means for supplying electric power to the heating means.
A recording apparatus comprising: communication means for communicating with an image capture apparatus; acquisition means for acquiring a plurality of pieces of position information by repeating a positioning process at a first time interval; and recording control means for recording, in a log file, a plurality of pieces of position information that is a subset of the plurality of pieces of position information acquired by said acquisition means, said plurality of recorded pieces of position information corresponding to a second time interval that is longer than the first time interval, wherein when a capturing instruction to request said image capture apparatus to capture an image is generated, said recording control means receives a logging instruction from the image capture apparatus and records, in the log file, capture position information, which is the position information from the plurality of pieces of position information acquired by said acquisition means that corresponds to the generation time of the capturing instruction irrespective of whether or not the capture position information corresponds to the logging timing determined by the second time interval. communication means for communicating with an image capture apparatus; acquisition means for acquiring a plurality of pieces of position information by repeating a positioning process at a first time interval; and recording control means for recording, in a log file, a plurality of pieces of position information that is a subset of the plurality of pieces of position information acquired by said acquisition means, said plurality of recorded pieces of position information corresponding to a second time interval that is longer than the first time interval, wherein when a capturing instruction to request said image capture apparatus to capture an image is generated, said recording control means receives a logging instruction from the image capture apparatus and records, in the log file, capture position information, which is the position information from the plurality of pieces of position information acquired by said acquisition means that corresponds to the generation time of the capturing instruction irrespective of whether or not the capture position information corresponds to the logging timing determined by the second time interval.
A method for acceptance testing and commissioning a LINAC, linear accelerator, said method comprising: collecting first reference data from a reference machine (120; 122; 124) composed of a LINAC, linear accelerator, and electronic portal imaging device, EPID, wherein said reference data represents at least changes in radiation measurement at said EPID of said reference machine (120; 122; 124) in relation to changes in parameters of said LINAC of said reference machine (120; 122; 124); storing said first reference data in a memory associated with at least one processor; collecting machine performance data from a testing machine composed of a LINAC and EPID wherein said machine performance data represents at least changes in radiation measurement at said EPID of said testing machine in relation to changes in parameters of said LINAC of said testing machine; comparing, with an analysis software program, said first reference data with said machine performance data to assess accuracy of said testing machine wherein said processor is configured to execute said analysis software program, and generating, with the analysis software program, a report including a pass/fail status of said assessed accuracy of said testing machine. collecting first reference data from a reference machine (120; 122; 124) composed of a LINAC, linear accelerator, and electronic portal imaging device, EPID, wherein said reference data represents at least changes in radiation measurement at said EPID of said reference machine (120; 122; 124) in relation to changes in parameters of said LINAC of said reference machine (120; 122; 124); storing said first reference data in a memory associated with at least one processor; collecting machine performance data from a testing machine composed of a LINAC and EPID wherein said machine performance data represents at least changes in radiation measurement at said EPID of said testing machine in relation to changes in parameters of said LINAC of said testing machine; comparing, with an analysis software program, said first reference data with said machine performance data to assess accuracy of said testing machine wherein said processor is configured to execute said analysis software program, and generating, with the analysis software program, a report including a pass/fail status of said assessed accuracy of said testing machine.
A communication system comprising: a selector configured to select a second network slice, to which a terminal device currently connected to a first network slice, is to be switched, from a multiple network slices respectively including a multiple network functions, and select a session manager function instance to be connected to the terminal device from among a multiple session manager function instances included in the selected second network slice; a creator configured to create setting information that is used in communication between the terminal device and the first network slice and is information indicating an IP address that has been allocated to the terminal device by the first network slice and a radio access network to which the terminal device is connected; and a notification unit in a common control plane network function instance configured to notify, the session manager function instance selected by the selector of the setting information created by the creator; wherein the session manager function instance selected by the selector is configured to determine a route on which traffic is to be transferred, using the setting information notified of by the notification unit. a selector configured to select a second network slice, to which a terminal device currently connected to a first network slice, is to be switched, from a multiple network slices respectively including a multiple network functions, and select a session manager function instance to be connected to the terminal device from among a multiple session manager function instances included in the selected second network slice; a creator configured to create setting information that is used in communication between the terminal device and the first network slice and is information indicating an IP address that has been allocated to the terminal device by the first network slice and a radio access network to which the terminal device is connected; and a notification unit in a common control plane network function instance configured to notify, the session manager function instance selected by the selector of the setting information created by the creator; wherein the session manager function instance selected by the selector is configured to determine a route on which traffic is to be transferred, using the setting information notified of by the notification unit.
A system for facilitating loading of articles into a container, the system comprising a platform unit and an elevator unit configured to adjust its elevation relative to said container, said platform unit comprising: an opening for facing said container and defining a container-facing edge of the platform unit; a transfer arrangement comprising a plurality of parallely-arranged transfer members, each said transfer member extending along a loading direction being transverse to said container-facing edge and each said transfer member being configured to extend in the loading direction through said opening independently of the others, upper surfaces of the transfer members defining a receiving surface of the platform unit configured for receipt thereon of at least one of said articles; and a positioning arrangement configured to orient said article to a predetermined loading orientation on said receiving surface and position it at a predetermined loading position along an axis perpendicular to said loading direction; wherein said transfer arrangement is configured to extend a subset of said transfer members in the loading direction through said opening, thereby facilitating placement of said article at a predetermined location within said container. an opening for facing said container and defining a container-facing edge of the platform unit; a transfer arrangement comprising a plurality of parallely-arranged transfer members, each said transfer member extending along a loading direction being transverse to said container-facing edge and each said transfer member being configured to extend in the loading direction through said opening independently of the others, upper surfaces of the transfer members defining a receiving surface of the platform unit configured for receipt thereon of at least one of said articles; and a positioning arrangement configured to orient said article to a predetermined loading orientation on said receiving surface and position it at a predetermined loading position along an axis perpendicular to said loading direction;
A method for determining the state of charge of a battery during a charging or discharging phase of the battery, comprising the following successive steps during said phase: - measuring a current I flowing through the battery before being placed in open circuit, - placing the battery in open circuit during a rest period (t0-t3), - measuring at least first and second values of the voltage at the terminals of the battery at different times (t1, t2) during the rest period (t0-t3), - determining an indicator according to said current I and to the voltage values measured during the rest period - and determining the state of charge corresponding to the indicator by means of a calibration curve representative of the variations of the indicator as a function of the state of charge during the charging or discharging phase method characterized in that the indicator ind2 is given by the formula ind 2 = U t 2 − α U t 2 − U t 1 × I with U the first voltage value measured during the rest period, U the second voltage value measured during the rest period and α a parameter determined beforehand during a calibration phase by successive iterations of a, to obtain a monotone calibration curve. - measuring a current I flowing through the battery before being placed in open circuit, - placing the battery in open circuit during a rest period (t0-t3), - measuring at least first and second values of the voltage at the terminals of the battery at different times (t1, t2) during the rest period (t0-t3), - determining an indicator according to said current I and to the voltage values measured during the rest period - and determining the state of charge corresponding to the indicator by means of a calibration curve representative of the variations of the indicator as a function of the state of charge during the charging or discharging phase