mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a cyclic shift diversity, CSD, mode, using channel impulse response, CIR, the method comprising: receiving an orthogonal frequency-division multiplexing, OFDM, symbol transmitted with a predetermined CSD mode; computing a channel impulse response of the ODFM symbol to form CIR samples; finding local maxima in the CIR samples; and determining the CSD mode currently used based on the local maxima. receiving an orthogonal frequency-division multiplexing, OFDM, symbol transmitted with a predetermined CSD mode; computing a channel impulse response of the ODFM symbol to form CIR samples; finding local maxima in the CIR samples; and determining the CSD mode currently used based on the local maxima.
A method for matching the impedance of an antenna, the method comprising: measuring an initial return loss of an antenna, the initial return loss corresponding to a magnitude of a reflection coefficient; adjusting an impedance of at least a first tunable element coupled to the antenna; measuring a first adjusted return loss of the antenna, the first adjusted return loss corresponding to a magnitude of a first reflection coefficient, after adjusting the impedance of the first tunable element coupled to the antenna; characterized by adjusting an impedance of at least a second tunable element coupled to the antenna; measuring a second adjusted return loss of the antenna, the second adjusted return loss corresponding to a magnitude of a second reflection coefficient, after adjusting the impedance of the second tunable element coupled to the antenna; estimating a phase of the reflection coefficient based on the initial return loss, the first adjusted return loss, and the second adjusted return loss; and adjusting an impedance matching element coupled to the antenna based on the magnitude and the phase of the reflection coefficient. measuring an initial return loss of an antenna, the initial return loss corresponding to a magnitude of a reflection coefficient; adjusting an impedance of at least a first tunable element coupled to the antenna; measuring a first adjusted return loss of the antenna, the first adjusted return loss corresponding to a magnitude of a first reflection coefficient, after adjusting the impedance of the first tunable element coupled to the antenna; characterized by adjusting an impedance of at least a second tunable element coupled to the antenna; measuring a second adjusted return loss of the antenna, the second adjusted return loss corresponding to a magnitude of a second reflection coefficient, after adjusting the impedance of the second tunable element coupled to the antenna; estimating a phase of the reflection coefficient based on the initial return loss, the first adjusted return loss, and the second adjusted return loss; and adjusting an impedance matching element coupled to the antenna based on the magnitude and the phase of the reflection coefficient.
A linear rotary mechanism comprising: a pair of elongated guide rails in parallel to each other, a linear motor and a rotary motor; characterized in that the linear motor having a tubular primary side slidably disposed on the guide rails and a shaft-shaped secondary side coaxially extending into an internal hole of the tubular primary side, the shaft-shaped secondary side being axially linearly reciprocally movable along the tubular primary side; and the rotary motor fixedly disposed on the guide rails and connected with one end of the shaft-shaped secondary side, the rotary motor being linearly reciprocally movable along the tubular primary side in synchronism with the shaft-shaped secondary side and the guide rails. a pair of elongated guide rails in parallel to each other, a linear motor and a rotary motor; characterized in that the linear motor having a tubular primary side slidably disposed on the guide rails and a shaft-shaped secondary side coaxially extending into an internal hole of the tubular primary side, the shaft-shaped secondary side being axially linearly reciprocally movable along the tubular primary side; and the rotary motor fixedly disposed on the guide rails and connected with one end of the shaft-shaped secondary side, the rotary motor being linearly reciprocally movable along the tubular primary side in synchronism with the shaft-shaped secondary side and the guide rails.
A circuit breaker lockout device comprising, a body having a top, a bottom, a front, a back and sides, wherein the top of the body includes a padlock hole defined by a channel that is parallel to the body; and a toggle screw extending through the body for securing the body to a circuit breaker.
A composition comprising 4Cl-IAA, in acid, salt or ester form; and a surfactant, a chelating agent, a preservative, a buffer or a combination thereof, characterized in that the composition comprises a chelating agent selected from ethylenediaminedisuccinic acid (EDDS), ethylenediaminetetraacetic acid (EDTA), hydroxyethylenediaminetriacetic acid (HEDTA), diethylenetriaminepentaacetic acid (DTPA), and combinations thereof, wherein the chelating agent is present at a concentration of about 0.05% to about 5% on a weight basis.
A specimen processing apparatus comprising: a specimen processing section which includes a movable section (11, 12, 21, 22, 23, 24, 25) and processes a specimen by moving the movable section; a detector for detecting a displacement amount of the movable section from a predetermined position; and a controller for determining whether the movable section was moved while a specimen processing operation by the specimen processing section was stopped based on the detection result of the detector, and controlling the specimen processing section to perform a preparing operation for starting the specimen processing operation based on the determination result. a specimen processing section which includes a movable section (11, 12, 21, 22, 23, 24, 25) and processes a specimen by moving the movable section; a detector for detecting a displacement amount of the movable section from a predetermined position; and a controller for determining whether the movable section was moved while a specimen processing operation by the specimen processing section was stopped based on the detection result of the detector, and controlling the specimen processing section to perform a preparing operation for starting the specimen processing operation based on the determination result.
Method for electrodialytically preparing phosphoric acid and calcium hydroxide, in which method a contaminated aqueous diluate, containing at least one dissolved calcium phosphate salt, and an aqueous solution, containing sodium chloride, are conducted through a five-chamber electrodialysis cell, wherein calcium phosphate salt and sodium chloride are, by transporting ionic components over ion exchange membranes under the driving force of an electric field, separated into a calcium-chloride-containing aqueous concentrate, an aqueous phosphoric acid and sodium hydroxide solution, wherein diluate, the aqueous solution, concentrate, phosphoric acid and base are continuously recirculated in five process streams over a membrane stack having five permeable spaces separated by ion exchange membranes and a bipolar membrane, wherein calcium hydroxide is precipitated by mixing sodium hydroxide solution and concentrate.
A method for binding a Machine Type Communication, MTC, device and a Universal Integrated Circuit Card, UICC, comprising: acquiring, by a Network Application Function, NAF, identity information of the MTC device and identity information of the UICC during a process of establishment of a shared key; and establishing, by the NAF, a binding relationship between the MTC device and the UICC based on the identity information of the MTC device and the identity information of the UICC, and storing the binding relationship into a binding relationship table stored by the NAF, wherein the establishing, by the NAF, a binding relationship between the MTC device and the UICC based on the identity information of the MTC device and the identity information of the UICC comprises: searching for, by the NAF, a binding relationship of the MTC device and a binding relationship of the UICC based on the identity information of the UICC and the identity information of the MTC device, and establishing the binding relationship between the MTC device and the UICC when there is no binding relationship between the MTC device and the UICC, there is no binding relationship between the MTC device and other UICCs and there is no binding relationship between the UICC and other MTC devices. acquiring, by a Network Application Function, NAF, identity information of the MTC device and identity information of the UICC during a process of establishment of a shared key; and establishing, by the NAF, a binding relationship between the MTC device and the UICC based on the identity information of the MTC device and the identity information of the UICC, and storing the binding relationship into a binding relationship table stored by the NAF, wherein the establishing, by the NAF, a binding relationship between the MTC device and the UICC based on the identity information of the MTC device and the identity information of the UICC comprises: searching for, by the NAF, a binding relationship of the MTC device and a binding relationship of the UICC based on the identity information of the UICC and the identity information of the MTC device, and establishing the binding relationship between the MTC device and the UICC when there is no binding relationship between the MTC device and the UICC, there is no binding relationship between the MTC device and other UICCs and there is no binding relationship between the UICC and other MTC devices. searching for, by the NAF, a binding relationship of the MTC device and a binding relationship of the UICC based on the identity information of the UICC and the identity information of the MTC device, and establishing the binding relationship between the MTC device and the UICC when there is no binding relationship between the MTC device and the UICC, there is no binding relationship between the MTC device and other UICCs and there is no binding relationship between the UICC and other MTC devices.
A method for selecting a network routing topology in a distributed network comprising multiple nodes, the method comprising, at respective ones of the multiple nodes: receiving candidate transactions; supplementing a database with the candidate transactions; selecting a network routing topology; and characterized by: the candidate transactions representing a set of candidate network routing topologies, receiving respective voting transactions from each of the other nodes, each representing an indication of a preferred candidate network routing topology, and selecting the network routing topology from the set of candidate network routing topologies on the basis of the voting transactions. receiving candidate transactions; supplementing a database with the candidate transactions; selecting a network routing topology; and characterized by: the candidate transactions representing a set of candidate network routing topologies, receiving respective voting transactions from each of the other nodes, each representing an indication of a preferred candidate network routing topology, and selecting the network routing topology from the set of candidate network routing topologies on the basis of the voting transactions. the candidate transactions representing a set of candidate network routing topologies, receiving respective voting transactions from each of the other nodes, each representing an indication of a preferred candidate network routing topology, and selecting the network routing topology from the set of candidate network routing topologies on the basis of the voting transactions.
A method of laying lined pipeline on a seabed, the method comprising providing a lined pipeline having a continuous annulus between a liner of the lined pipeline and a host pipe, lowering the lined pipeline towards the seabed while keeping a lower end of the pipeline closed, and subsequently opening the lower end of the pipeline to allow seawater to progressively flood the lined pipeline.
A bridged bi-aromatic phenol ligand of formula: wherein each of R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, R 12, R 13 and R 14 is independently selected from the group consisting of hydride, halide, optionally substituted hydrocarbyl, heteroatom-containing optionally substituted hydrocarbyl, alkoxy, aryloxy, silyl, boryl, dialkyl amino, alkylthio, arylthio and seleno; optionally two or more R groups can combine together into ring structures with such ring structures having from 3 to 100 non-hydrogen atoms in the ring; A is O, S, NR a wherein R a is optionally substituted hydrocarbyl, or A is -Y-E-Y'- wherein E is a bridging group having from one to 50 non-hydrogen atoms and Y and Y' are independently selected from O, S, NR a and PR a and A is O, S, NR a and PR a wherein R a is optionally substituted hydrocarbyl, or A is -Y-E-Y'- wherein E is a bridging group having from one to 50 non-hydrogen atoms; Y and Y' are independently selected from O, S, NR a and PR a wherein R a is optionally substituted hydrocarbylwherein R a is optionally substituted hydrocarbyl; Ar is, independently, optionally substituted aryl or optionally substituted heteroaryl.
A method for operating an apparatus for filling containers, comprising: acquiring a measurement signal from a weighing apparatus of a filling station from multiple filling stations of a filling apparatus, preferably a filler carousel, in a predetermined container transfer signal window for transferring a container between a transport apparatus (14, 18), preferably a supply apparatus, and the filling station; and detecting whether a container is present in the filling station on the basis of the measurement signal. acquiring a measurement signal from a weighing apparatus of a filling station from multiple filling stations of a filling apparatus, preferably a filler carousel, in a predetermined container transfer signal window for transferring a container between a transport apparatus (14, 18), preferably a supply apparatus, and the filling station; and detecting whether a container is present in the filling station on the basis of the measurement signal.
Mobile telephone device for a motor vehicle, wherein the mobile telephone device is configured to provide a telephone connection to a mobile telephone network, and a control device of the mobile telephone device is configured to transmit and/or to receive data by means of a basic modem circuit via the telephone connection in a basic mode, which basic modem circuit provides a predetermined basic bit rate, characterised in that an additional modem circuit is provided which provides a low bit rate, which is smaller than the basic bit rate, for the transmission of data via the telephone connection, wherein the control device is configured to recognise at least one predetermined change event, and when a change event is recognised to change from the basic mode to an additional mode, in which the control device transmits and/or receives data by means of the additional modem circuit, wherein the basic modem circuit and the additional modem circuit are respectively LTE modem circuits of different performance categories and herewith the performance category of the basic modem circuit is greater than CAT-3 and the performance category of the additional modem circuit is CAT-1 or CAT-0 or one of the categories for the support of Machine Type Communication, wherein the control device is configured to recognise as a change event that the motor vehicle is parked, and to recognise this at an ignition-off-signal, wherein after the reception of the ignition-off-signal a predetermined minimum time duration without ignition signal must be recognised in order for a change to take place from the basic mode into the additional mode.
A process for preparing 3-methylcyclopentadecane-1,5-dione, which comprises oxidizing 14-methylbicyclo[10.3.0]pentadecen[1] with an oxidizing agent, where the oxidation is performed by using a mixture of formic acid with H 2 O 2 as sole oxidizing agent in the presence of water and where the amount of H 2 O 2 is at least 1.1 mol H 2 O 2 per mol of 14-methylbicyclo[10.3.0]pentadecen[1].
Analysis system for testing an in particular biological sample, the analysis system comprising a fluid system having a plurality of channels and a sensor apparatus comprising capture molecules for bonding analytes of the sample, characterised in that sensor apparatus is designed for electrochemically detecting analytes bonded to the capture molecules and comprises a sensor array having a plurality of sensor fields and/or electrodes, wherein all or some sensor fields and/or electrodes are each provided with capture molecules selected from at least two types from the selection group consisting of capture proteins, capture aptamers and/or capture nucleic-acid sequences, and/or wherein all or some sensor fields and/or electrodes each comprise a first group of capture molecules (FP, FA) and a second group of capture molecules, the first group of capture molecules (FP, FA) being able to be thermally activated in order to bond analytes or thermally deactivated and/or denatured in order to prevent bonding of analytes, by means of a temperature-control apparatus (204B, 204C). wherein all or some sensor fields and/or electrodes are each provided with capture molecules selected from at least two types from the selection group consisting of capture proteins, capture aptamers and/or capture nucleic-acid sequences, and/or wherein all or some sensor fields and/or electrodes each comprise a first group of capture molecules (FP, FA) and a second group of capture molecules, the first group of capture molecules (FP, FA) being able to be thermally activated in order to bond analytes or thermally deactivated and/or denatured in order to prevent bonding of analytes, by means of a temperature-control apparatus (204B, 204C).
An abnormality detection apparatus for detecting an abnormality that occurs in a wheel assembly (FL, FR, RL, RR), the abnormality detection apparatus comprising: a signal obtaining unit configured to sequentially obtain signals indicating a rotation speed of the wheel assembly (FL, FR, RL, RR), as pulses having a rise; a first index calculation unit configured to calculate a first index indicating a temporal variation of the rise for each of the pulses corresponding to one rotation of the wheel assembly (FL, FR, RL, RR); and a spectrum calculation unit configured to calculate a frequency spectrum of rotational orders from a first order to an mth order (m≥1) of the first index by performing frequency analysis on the first index calculated for each of the pulses, characterized by a standardization unit configured to standardize a gain for each of the rotational orders of the frequency spectrum, using a mean value and a standard deviation of the gain for each rotational order when there is no abnormality; and a second index calculation unit configured to calculate a second index for determining whether there is an abnormality, based on the standardized gain. a signal obtaining unit configured to sequentially obtain signals indicating a rotation speed of the wheel assembly (FL, FR, RL, RR), as pulses having a rise; a first index calculation unit configured to calculate a first index indicating a temporal variation of the rise for each of the pulses corresponding to one rotation of the wheel assembly (FL, FR, RL, RR); and a spectrum calculation unit configured to calculate a frequency spectrum of rotational orders from a first order to an mth order (m≥1) of the first index by performing frequency analysis on the first index calculated for each of the pulses, characterized by a standardization unit configured to standardize a gain for each of the rotational orders of the frequency spectrum, using a mean value and a standard deviation of the gain for each rotational order when there is no abnormality; and a second index calculation unit configured to calculate a second index for determining whether there is an abnormality, based on the standardized gain.
An injection device comprising a housing (10; 410), and a dose indicator (90; 480) positioned within and axially constrained to the housing (10; 410) and rotatable with respect to the housing (10; 410) during dose setting and during dose dispensing, characterized in that the device further comprises a first element and a second element, wherein the dose indicator (90; 480) comprises a flexible clicker arm (95; 482) which, only during dispense, is displaced by said first element (45; 40; 500) in a first radial direction and, when the device reaches its minimum dose position, in a second, opposite radial direction by said second element (81; 80; 490).
Method for installing a temporary multi-stage shoring tower, with a top floor, intended to temporarily support a working and circulation platform, serving as formwork, method according to which a collective protection is installed, on each lower floor below the top floor, the method being characterised by the fact that, from the last floor intended to be immediately below the top floor, the formwork of the top floor and a temporary collective protection of this top floor are installed for the installation of the formwork.
A method for processing a heat-sensitive lithographic printing plate material comprising the steps of: (i) treating the plate material with an alkaline development solution, (ii) rinsing the plate material with an aqueous solution, (iii) treating the plate material with a gum solution; characterized in that the aqueous solution contains a buffer. (i) treating the plate material with an alkaline development solution, (ii) rinsing the plate material with an aqueous solution, (iii) treating the plate material with a gum solution;
Harvesting device for harvesting stalk-like crops, comprising an endless conveyor which is driven in circulation and which, in its longest orientation, is oriented transversely to the travel and working direction, which conveyor is formed by a large number of hingedly interconnected conveying and guiding elements, which comprises, on the side of each conveying and guiding element facing the crops to be picked up, at least two conveying and guiding planes which lie one above the other at a distance and have drivers, and which comprises, below said conveying and guiding planes, a cutting plane having cutting blades which interact with stationary counter blades of the harvesting device in order to separate the stalky crops, and the conveying and guiding elements being provided, on the side facing away from the crops to be picked up, with an apparatus for guiding along a predetermined movement path, each conveying and guiding element of the endless conveyor being associated, on the side facing away from the crops to be picked up, with a support means which is designed to control the contact pressure of the cutting blades on the stationary counter blades of the harvesting device on the basis of the amount of crops conveyed in the recesses between the drivers of the conveying and guiding elements, the support means comprising a lower support element, characterised in that the support means is formed by an upper support element that absorbs a compressive force and the lower support element that absorbs a compressive force, the position of the upper support element that absorbs a compressive force being selected such that it is above at least one feed bow for the stalk-like crops which interacts with the conveying and guiding elements.