mhurhangee/ep-ind-claims huggingface dataset:
An evaluation method for a reflective optical element on which a multilayer coating is formed, said method comprising the steps of: measuring a secondary radiation emitted from the multilayer coating when light with a wavelength of 2 to 40 nm is introduced into the optical element; measuring a reflectance by obtaining an incident light intensity and a reflected light intensity and calculating a ratio thereof; and determining a phase difference of light incident on the multilayer coating and light reflected from the multilayer coating based on the secondary radiation measurement and the reflectance measurement, wherein said determining step includes the step of measuring an incident-angle dependency of the light incident upon the optical element with respect to the secondary radiation emitted from the multilayer coating. measuring a secondary radiation emitted from the multilayer coating when light with a wavelength of 2 to 40 nm is introduced into the optical element; measuring a reflectance by obtaining an incident light intensity and a reflected light intensity and calculating a ratio thereof; and determining a phase difference of light incident on the multilayer coating and light reflected from the multilayer coating based on the secondary radiation measurement and the reflectance measurement, wherein said determining step includes the step of measuring an incident-angle dependency of the light incident upon the optical element with respect to the secondary radiation emitted from the multilayer coating.
Glass sheet having a boron- and lithium-free glass composition comprising the following in weight percentage, expressed with respect to the total weight of glass: 65 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 0 ≤ K 2 O < 3 % 2 ≤ Al 2 O 3 ≤ 3 wt% 0 ≤ CaO < 4% 4 ≤ MgO ≤ 12 %; as well as a (CaO/MgO) ratio which is less than 1, and a total iron as follows: 0.06 < Fe 2 O 3 ≤ 1.7 % by weight. 65 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 0 ≤ K 2 O < 3 % 2 ≤ Al 2 O 3 ≤ 3 wt% 0 ≤ CaO < 4% 4 ≤ MgO ≤ 12 %;
A method of preventing unauthorized monitoring of a local conference room in which a local conferencing system is located, characterized by: i. generating a deterministic sound signal at the local conferencing system and loading the deterministic sound signal on a first loudspeaker intended for playback of audio generated by a codec in the local conferencing system; ii. analyzing an audio signal picked up by a microphone connected to, or integrated in, the local conferencing system, to determine if the deterministic sound signal is detected in the microphone audio signal; iii. returning to step i) if the deterministic sound signal is detected; and iv. if the deterministic sound signal is not detected, transferring the local conference system into a security mode by blocking and/or terminating all calls to and from the local conferencing system, or blocking and/or terminating audio transmissions. i. generating a deterministic sound signal at the local conferencing system and loading the deterministic sound signal on a first loudspeaker intended for playback of audio generated by a codec in the local conferencing system; ii. analyzing an audio signal picked up by a microphone connected to, or integrated in, the local conferencing system, to determine if the deterministic sound signal is detected in the microphone audio signal; iii. returning to step i) if the deterministic sound signal is detected; and iv. if the deterministic sound signal is not detected, transferring the local conference system into a security mode by blocking and/or terminating all calls to and from the local conferencing system, or blocking and/or terminating audio transmissions.
System for using a mobile phone network using a first entity (K_UTIL) provided for storing value data corresponding to communication time on the network, said first entity being associated with a code (IDENT) identifying a user terminal means belonging to the network, by means of a pre-established relationship (PREPM) between an operator of the network and the user of the terminal means, this system comprising a management server (SERV) hosting a first database (DB_UTIL) for recording the data concerning at least the first entity (K_UTIL), characterized in that the server hosts a second database (DB_FOURN) for recording data concerning at least one second entity (K_FOURN), which is provided for storing value data corresponding to communication time on the network, said second entity (K_FOURN) being assigned to a communication time provider (FOURN), said system comprising means for transmitting, by means of a secure application (SIGN), from a communication device of the provider (TERM_FOURN) to the server, a transfer request (RQT_TRSF) including at least the code (IDENT) associated with the first entity, an identifier of the provider (ID_F) and a determined value datum (D_VAL), the transfer operation being performed by the management server on reception of the request by means of management means (M_DB) of the second database (DB_FOURN) allowing the value data of the second entity to be decreased on the basis of the determined value datum (D_VAL) and by means of management means (M_DB) of the first database (DB_UTIL) allowing the value data of the first entity to be increased on the basis of the determined value datum (D_VAL).
A roller cleaning process of a roller oven comprising a series of rollers of which a group of rollers is connected to a flat bloom or similar steel structure, said group of rollers comprising a group of head rollers, a group of tail rollers and a group of control rollers wherein the rotation of each roller can be activated independently of the remaining rollers of the series of rollers by means of activation devices, characterized in that said roller cleaning process comprises the following phases: - a) activating the rotation of at: least one roller of at least one group of rollers (31,32,33) with a module and/or direction rate which is such as to cause the scraping of at least one roller against the flat bloom so as to remove the flakes of oxide from the at least one roller. - a) activating the rotation of at: least one roller of at least one group of rollers (31,32,33) with a module and/or direction rate which is such as to cause the scraping of at least one roller against the flat bloom so as to remove the flakes of oxide from the at least one roller.
Steering column for a motor vehicle, comprising a sheath unit in which a steering spindle is mounted rotatably about a longitudinal axis extending in the longitudinal direction, the sheath unit having at least three telescopic elements (31, 32, 33, 34, 35) which are adjustable relative to one another in the longitudinal direction and are guided telescopically wherein a positioning device for synchronizing the relative movement has a synchronous rotor which is mounted rotatably about a rotor axis lying transversely to the longitudinal axis and can be rolled with its outer circumference on at least one telescopic element (31, 32, 33, 34, 35) in the longitudinal direction, characterized in in that the synchronous rotor has at least one first synchronizing wheel and one second synchronizing wheel, which are connected to one another in a rotationally fixed manner, the first synchronizing wheel having a first pitch circle diameter and being able to be rolled on a first telescopic element, and the second synchronizing wheel has a second pitch circle diameter and can be rolled on a second telescopic element, wherein the first pitch circle diameter is different from the second pitch circle diameter. wherein a positioning device for synchronizing the relative movement has a synchronous rotor which is mounted rotatably about a rotor axis lying transversely to the longitudinal axis and can be rolled with its outer circumference on at least one telescopic element (31, 32, 33, 34, 35) in the longitudinal direction, characterized in in that the synchronous rotor has at least one first synchronizing wheel and one second synchronizing wheel, which are connected to one another in a rotationally fixed manner, the first synchronizing wheel having a first pitch circle diameter and being able to be rolled on a first telescopic element, and the second synchronizing wheel has a second pitch circle diameter and can be rolled on a second telescopic element, wherein the first pitch circle diameter is different from the second pitch circle diameter.
Waste disposal system for the disposal of consumables through a waste chute into a waste container, the waste disposal system comprising a waste chute having a first opening and a second opening, wherein the first opening is situated outside the waste container and wherein the second opening opens toward the waste container, wherein the first opening and the second opening are arranged at a first distance from one another, wherein the waste chute comprises a plurality of self-resetting lamellae for the partial or complete closure of the openings (4, 5), wherein the lamellae form at least one first lamella annulus and one second lamella annulus (8`), wherein the first lamella annulus and the second lamella annulus are arranged at a second distance above one another, wherein at least the first lamella annulus closes the first opening and wherein at least the second lamella annulus (8`) closes the second opening, wherein the second distance between the first lamella annulus and the second lamella annulus (8`) is at least three quarters of the first distance, characterized in that the waste chute has a first inner diameter in the region of the lamella annuli (8, 8') and wherein the waste chute has a second inner diameter in the region between the first lamella annulus and the second lamella annulus (8`), wherein the second inner diameter is smaller than the first inner diameter.
A display device comprising: a display panel; a main frame positioned behind the display panel; a guide panel coupled to the main frame and supporting the display panel; a front cover coupled to the main frame and covering a side of the display panel; and a fixer for fixing the front cover to the main frame, wherein the front cover includes: a side wall (505a1) covering a side of the display panel and a side of the main frame; and a front wall (505a2) extending from the side wall (505a1) and facing a front surface of the display panel, and characterized in that the front cover further comprises a hook (505a3) protruding from an inside of the side wall (505a1), and the fixer includes: a body portion fixed to a rear surface of the main frame; and a fixer hook extending from the body portion and bent toward the side wall (505a1) of the front cover, and wherein the fixer hook is inserted into the hook (505a3) of the front cover. a display panel; a main frame positioned behind the display panel; a guide panel coupled to the main frame and supporting the display panel; a front cover coupled to the main frame and covering a side of the display panel; and a fixer for fixing the front cover to the main frame, wherein the front cover includes: a side wall (505a1) covering a side of the display panel and a side of the main frame; and a front wall (505a2) extending from the side wall (505a1) and facing a front surface of the display panel, and a side wall (505a1) covering a side of the display panel and a side of the main frame; and a front wall (505a2) extending from the side wall (505a1) and facing a front surface of the display panel, and characterized in that the front cover further comprises a hook (505a3) protruding from an inside of the side wall (505a1), and the fixer includes: a body portion fixed to a rear surface of the main frame; and a fixer hook extending from the body portion and bent toward the side wall (505a1) of the front cover, and wherein the fixer hook is inserted into the hook (505a3) of the front cover. a body portion fixed to a rear surface of the main frame; and a fixer hook extending from the body portion and bent toward the side wall (505a1) of the front cover, and wherein the fixer hook is inserted into the hook (505a3) of the front cover.
A data storage system, comprising: a plurality of storage drives each comprising a Peripheral Component Interconnect Express, henceforth referred to as PCIe, interface, and configured to store data and retrieve the data stored on associated storage media responsive to storage operations; one or more processing modules comprising one or more processors communicatively coupled to the plurality of storage drives over a PCIe fabric comprised of one or more PCIe switches; characterised in that the processors are configured to use a shared PCIe address space associated with the PCIe fabric for transfer of the storage operations to appropriate ones of the processors that manage ones of the plurality of storage drives; a first of the processors is configured to receive a first storage operation and identify a portion of the shared PCIe address space associated with a storage location indicated by the first storage operation; and based at least on the portion of the shared PCIe address space being associated with a second of the processors, the first of the processors is configured to transfer the first storage operation for delivery to the second of the processors over the PCIe fabric for handling of the storage operation with ones of the plurality of storage drives assigned to the second of the processors. a plurality of storage drives each comprising a Peripheral Component Interconnect Express, henceforth referred to as PCIe, interface, and configured to store data and retrieve the data stored on associated storage media responsive to storage operations; one or more processing modules comprising one or more processors communicatively coupled to the plurality of storage drives over a PCIe fabric comprised of one or more PCIe switches; characterised in that the processors are configured to use a shared PCIe address space associated with the PCIe fabric for transfer of the storage operations to appropriate ones of the processors that manage ones of the plurality of storage drives; a first of the processors is configured to receive a first storage operation and identify a portion of the shared PCIe address space associated with a storage location indicated by the first storage operation; and based at least on the portion of the shared PCIe address space being associated with a second of the processors, the first of the processors is configured to transfer the first storage operation for delivery to the second of the processors over the PCIe fabric for handling of the storage operation with ones of the plurality of storage drives assigned to the second of the processors.
Method for aligning and controlling the alignment of a traffic monitoring device with a measuring sensor and a camera being fixedly arranged with respect to the measuring sensor, in which the VÜG and thus the camera are positioned with respect to the roadway and aligned by eye in such a manner that the inclination of the camera towards the roadway surface is as low as possible, subsequently several successive representations of a vehicle driving through the object area of the camera are generated, the position of an actual horizontal line (H L ist) is calculated from at least two representations, the actual horizontal line (H L ist) is projected into subsequent representations, wherein the camera is tilted, until the projected actual horizontal line (H L ist) extends corresponding to a predetermined target horizontal line (H L soll in the subsequent representations, resulting in the alignment of the camera with respect to the roadway surface, wherein the actual horizontal line (H L ist) is calculated by determining a vanishing point (P F) of straight lines extending in a travel direction (R F) and formed by at least two representations and a vanishing point (P Q) of straight lines extending in a transverse direction (R Q) perpendicular to the travel direction (R F) and formed by at least one representation and by connecting the vanishing points (P F) and (P Q) with one another by a straight line presenting the actual horizontal line (H L ist).
Method for operating a heating assembly without a negative effect on the stability of the electricity network, comprising at least the following steps: a) generation of a random variable, b) determining a new start time point for an operation of the heating assembly, taking into consideration random variable as a temporal offset for a start time point of the heating assembly which is defined in a program and/or is permanently stored, c) operating at least one component of the heating assembly, or the entire heating assembly, at the new start time point determined in step b). a) generation of a random variable, b) determining a new start time point for an operation of the heating assembly, taking into consideration random variable as a temporal offset for a start time point of the heating assembly which is defined in a program and/or is permanently stored, c) operating at least one component of the heating assembly, or the entire heating assembly, at the new start time point determined in step b).
Method for wideband generation of IQ signals, in which a reference signal is first doubled in frequency and then fed to a clock input of a master-slave-flipflop to obtain an I-component und a Q-component of the reference signal, characterized in that the master-slave-flipflop is operated without feedback, wherein the reference signal is additionally fed in with a phase shift at the data input of the master-slave-flipflop, in order to synchronise the reference signal of which the frequency is doubled with the reference signal that has been shifted by the additional phase, wherein the phase shift is selected such that it at least approximately compensates for a phase shift caused by the frequency doubling and also ensures that when a flank of the frequency-doubled reference signal is present at the clock input a defined high level or low level of the reference signal is present at the data input of the master-slave-flipflop. the master-slave-flipflop is operated without feedback, wherein the reference signal is additionally fed in with a phase shift at the data input of the master-slave-flipflop, in order to synchronise the reference signal of which the frequency is doubled with the reference signal that has been shifted by the additional phase, wherein the phase shift is selected such that it at least approximately compensates for a phase shift caused by the frequency doubling and also ensures that when a flank of the frequency-doubled reference signal is present at the clock input a defined high level or low level of the reference signal is present at the data input of the master-slave-flipflop.
A rodent whose endogenous immunoglobulin heavy chain locus is restricted in that it comprises a single human V H gene segment, one or more human D H gene segments, and one or more human J H gene segments and which does not comprise a functional endogenous immunoglobulin heavy chain variable region locus; wherein the single human V H gene segment, one or more human D H gene segments, and one or more J H gene segments are operably linked to a non-human immunoglobulin heavy chain constant region gene, wherein the single human V H gene segment is a polymorphic V H gene segment associated with a high copy number in human populations; wherein the rodent further comprises one or more human immunoglobulin V L gene segments operably linked to one or more human J L gene segments; and wherein the single human V H gene segment is a V H 3 segment family member, or a polymorphic variant thereof. wherein the single human V H gene segment, one or more human D H gene segments, and one or more J H gene segments are operably linked to a non-human immunoglobulin heavy chain constant region gene, wherein the single human V H gene segment is a polymorphic V H gene segment associated with a high copy number in human populations; wherein the rodent further comprises one or more human immunoglobulin V L gene segments operably linked to one or more human J L gene segments; and wherein the single human V H gene segment is a V H 3 segment family member, or a polymorphic variant thereof.
A distance detector (901, 4, 90) comprising: a distance-measuring sensor; a first detection surface perpendicular to an optical axis of the distance-measuring sensor; the distance detector (901, 4, 90) characterised by a second detection surface behind or in front of the first detection surface with respect to the distance-measuring sensor, the second detection surface having two faces inclined with respect to the optical axis of the distance-measuring sensor, the first detection surface or the second detection surface being retractable from the distance-measuring sensor; and a controller to determine whether the first detection surface or the second detection surface is detected by the distance-measuring sensor, and cause the distance detector to detect a distance from the distance-measuring sensor to the first detection surface based on detection of the first detection surface by the distance-measuring sensor. a distance-measuring sensor; a first detection surface perpendicular to an optical axis of the distance-measuring sensor; the distance detector (901, 4, 90) characterised by a second detection surface behind or in front of the first detection surface with respect to the distance-measuring sensor, the second detection surface having two faces inclined with respect to the optical axis of the distance-measuring sensor, the first detection surface or the second detection surface being retractable from the distance-measuring sensor; and a controller to determine whether the first detection surface or the second detection surface is detected by the distance-measuring sensor, and cause the distance detector to detect a distance from the distance-measuring sensor to the first detection surface based on detection of the first detection surface by the distance-measuring sensor. determine whether the first detection surface or the second detection surface is detected by the distance-measuring sensor, and cause the distance detector to detect a distance from the distance-measuring sensor to the first detection surface based on detection of the first detection surface by the distance-measuring sensor.
A coil unit comprising: a second self-resonant coil formed of a conducting wire and performing at least one of transmission and reception of electric power to and from a first self-resonant coil spaced apart from the second self-resonant coil via electromagnetic resonance with the first self-resonant coil, wherein, the second self-resonant coil includes a plurality of unit coils (111 to 114) that are disposed in substantially the same plane and do not overlap each other when viewed along an axial direction of each unit coil, and axes of the unit coils (111 to 114) are substantially parallel, wherein the conducting wire is wound to form the plurality of unit coils (111 to 114), wherein a number of turns of each of the unit coils (111 to 114) is set to one, and wherein directions of magnetic fields formed by all of the plurality of unit coils (111 to 114) are the same. a second self-resonant coil formed of a conducting wire and performing at least one of transmission and reception of electric power to and from a first self-resonant coil spaced apart from the second self-resonant coil via electromagnetic resonance with the first self-resonant coil, wherein, the second self-resonant coil includes a plurality of unit coils (111 to 114) that are disposed in substantially the same plane and do not overlap each other when viewed along an axial direction of each unit coil, and axes of the unit coils (111 to 114) are substantially parallel, wherein the conducting wire is wound to form the plurality of unit coils (111 to 114), wherein a number of turns of each of the unit coils (111 to 114) is set to one, and wherein directions of magnetic fields formed by all of the plurality of unit coils (111 to 114) are the same.