mhurhangee/ep-ind-claims huggingface dataset:
Payment card receiver comprising: at least one element defining a payment card receiving slot; a shutter, pivotably mounted with respect to the payment card receiving slot for selectably blocking the payment card receiving slot and comprising a forwardly bent hook portion, wherein the forwardly bent hook portion is displaceable upon card insertion and causes the shutter to rotate to a partially-raised position; and a card-operated shutter movement restricting switch comprising a shutter movement blocking finger portion, operative to retain the shutter in a shutter movement restricting operative orientation, in which the shutter blocks the payment card receiving slot, in the absence of at least partial insertion of the payment card in the payment card receiving slot, wherein the card-operated shutter movement restricting switch is rotatable relative to the at least one element from the shutter movement restricting operative orientation in which the shutter movement blocking finger portion lies in a shutter movement blocking azimuthal position that prevents raising of the shutter to a non-shutter movement restricting operative orientation in which the shutter movement blocking finger portion lies in a shutter movement non-blocking azimuthal position that permits raising of the shutter by the forwardly-bent hook portion in response to the insertion of the payment card; and wherein the forwardly bent hook portion is located on an opposite end of the shutter from the card-operated shutter movement restricting switch. at least one element defining a payment card receiving slot; a shutter, pivotably mounted with respect to the payment card receiving slot for selectably blocking the payment card receiving slot and comprising a forwardly bent hook portion, wherein the forwardly bent hook portion is displaceable upon card insertion and causes the shutter to rotate to a partially-raised position; and a card-operated shutter movement restricting switch comprising a shutter movement blocking finger portion, operative to retain the shutter in a shutter movement restricting operative orientation, in which the shutter blocks the payment card receiving slot, in the absence of at least partial insertion of the payment card in the payment card receiving slot, wherein the card-operated shutter movement restricting switch is rotatable relative to the at least one element from the shutter movement restricting operative orientation in which the shutter movement blocking finger portion lies in a shutter movement blocking azimuthal position that prevents raising of the shutter to a non-shutter movement restricting operative orientation in which the shutter movement blocking finger portion lies in a shutter movement non-blocking azimuthal position that permits raising of the shutter by the forwardly-bent hook portion in response to the insertion of the payment card; and wherein the forwardly bent hook portion is located on an opposite end of the shutter from the card-operated shutter movement restricting switch.
A Software-Defined Radio, SDR, Earth Atmosphere Imaging system for use with a computing device, whereby the system comprises at least one imager. the imager comprising: a radio wave emitter; a radio wave detector, the radio wave detector including either a one dimensional array of radio wave receivers or a two-dimensional array of radio wave receivers; a vector network analyzer, the vector network analyzer including a Global Navigation Satellite System GNSS with an at least one timer; and a software defined radio in electronic communication with the vector network analyzer, wherein the radio wave emitter is for emitting a sky wave to the ionosphere upon sending a first time signal to the vector network analyzer, where the sky wave is reflected back as a carrier wave, the radio wave detector is for emitting a second time signal to the vector network analyzer upon each receiver of the one dimensional array of radio wave receivers or the two dimensional array of receiver receiving the carrier wave, the software defined radio is for controlling the vector network analyzer and the vector network analyzer is for determining a time difference between the first time signal and the second time signal, and determining a phase difference between the emitted radio wave and the carrier wave, based on the time difference.
Method for detecting defects in a product in the process of running through a rolling mill, this method comprising at least one illuminating operation consisting in illuminating the running product with a light source, an acquiring operation consisting in forming by scanning a first image of the running product, observed in a first spectral light band, a pre-processing operation (PTTRM) consisting at least in producing, from the first image of a zone of observation of the product, a first digitized luminosity distribution of this zone, an operation (DETEXTR) of detecting and extracting suspect domains consisting in exploiting the first digitized luminosity distribution of the zone of observation of the product to detect the presence and location of any defects in this zone, and a classifying operation (CLASS) consisting at least in classifying these suspect domains into one or more categories of defects or non-defects by comparing the morphological and/or photometric properties of these suspect domains with morphological and/or photometric properties of known defects and known non-defects, which are kept in a pre-built database, said method being applied to a product in the process of running through a hot-rolling mill and spontaneously emitting light radiation in a spontaneous emission spectrum including the infrared, the illuminating operation being implemented by illuminating the running product with a visible light source emitting at least outside of the spontaneous emission spectrum, characterized in that the acquiring operation consists in forming at least three images (I 1, I 2, I 3) of the same zone of observation of this product in three respective separate spectral bands the first of which is located at least in the infrared, the second of which is located at least in the red, and the third of which is located at least in a portion of the visible spectrum external to the spontaneous emission spectrum, in that the pre-processing operation (PTTRM) is at least implemented on these three images (I 1, I 2, I 3) to provide at least three respective luminosity distributions (DL IR, DL R, DL V, DL 4) digitized to a plurality of bits, in that the operation (DETEXTR) of detecting and extracting suspect domains (Z IR, Z R, Z V, Z 4) is at least implemented on the digitized luminosity distributions (DL IR, DL R, DL V, DL 4), and in that the classifying operation (CLASS) consists in classifying at least the suspect domains (Z IR, Z R, Z V, Z 4) extracted from the digitized distributions (DL IR, DL R, DL V, DL 4) into one or more categories of internal defects of the product, of surface defects of the product, or of non-defects of the product at least by comparing morphological and/or photometric properties of these suspect domains (Z IR, Z R, Z V, Z 4) and their arrangement in the digitized distributions (DL IR, DL R, DL V, DL 4) with morphological and/or photometric properties and arrangements in the corresponding digitized distributions of known internal defects, of known surface defects and of known non-defects, which are kept in a prebuilt database.
Device for guiding bracing cables in a tower of a wind turbine, comprising: - at least one guide bracket to be arranged in the tower between a tower wall and at least one of the bracing cables, such that the at least one bracing cable bears against the guide bracket and is thereby guided along the tower wall, characterized in that the device further comprises: - a bracket mount for attaching the guide bracket to the tower wall, wherein the position of the guide bracket in the circumferential direction of the tower along the bracket mount can be changed in order to match the position of the at least one bracing cable. - at least one guide bracket to be arranged in the tower between a tower wall and at least one of the bracing cables, such that the at least one bracing cable bears against the guide bracket and is thereby guided along the tower wall, characterized in that the device further comprises: - a bracket mount for attaching the guide bracket to the tower wall, wherein
An encoder output signal correction apparatus for correcting two-phase sinusoidal signals (A1, B1) with a phase difference output from an encoder, comprising: a third harmonic calculator calculating at least one of an amplitude and a phase of third harmonic component contained in said two-phase sinusoidal signals on the basis of a variation in radius of a Lissajous waveform of amplitude-, phase- and offset-corrected two-phase sinusoidal signals (A4, B4) of said two-phase sinusoidal signals, and a corrector correcting a third harmonic distortion in said two-phase sinusoidal signals (A4, B4) on the basis of at least one of a amplitude and a phase calculated by said third harmonic calculator, characterized in that said third harmonic calculator is adapted for calculating a maximum r max and a minimum r min of a radius of said Lissajous waveform, and calculating an amplitude a 1 of a fundamental harmonic component and an amplitude a 3 of said third harmonic component by the following formulas: a 1 = r max + r min / 2 a 3 = r max − r min / 2, and detects a phase at the time the radius of said Lissajous waveform reaches said maximum and said minimum, and calculates a phase φ3 of said third harmonic component based on the detection result. a third harmonic calculator calculating at least one of an amplitude and a phase of third harmonic component contained in said two-phase sinusoidal signals on the basis of a variation in radius of a Lissajous waveform of amplitude-, phase- and offset-corrected two-phase sinusoidal signals (A4, B4) of said two-phase sinusoidal signals, and a corrector correcting a third harmonic distortion in said two-phase sinusoidal signals (A4, B4) on the basis of at least one of a amplitude and a phase calculated by said third harmonic calculator, characterized in that said third harmonic calculator is adapted for calculating a maximum r max and a minimum r min of a radius of said Lissajous waveform, and calculating an amplitude a 1 of a fundamental harmonic component and an amplitude a 3 of said third harmonic component by the following formulas: a 1 = r max + r min / 2 a 3 = r max − r min / 2, and detects a phase at the time the radius of said Lissajous waveform reaches said maximum and said minimum, and calculates a phase φ3 of said third harmonic component based on the detection result.
A method of a User Equipment device, UE, comprising a physical, PHY, layer and a Medium Access Control, MAC, layer, the method comprising: determining a minimum time duration between a first resource for hybrid automatic repeat request, HARQ, transmission of a transport block, TB, and a second resource for HARQ transmission of the TB, wherein the minimum time duration comprises a sum of: a first time to receive HARQ feedback; a second time to determine whether to perform retransmissions of the TB; and a third time to retransmit the TB; and selecting a retransmission mode based on the minimum time duration, wherein the retransmission mode comprises one of: a blind retransmission mode and a HARQ feedback-based transmission, HFBT, mode; and selecting sidelink resources for retransmission of the TB based on the selected retransmission mode. determining a minimum time duration between a first resource for hybrid automatic repeat request, HARQ, transmission of a transport block, TB, and a second resource for HARQ transmission of the TB, wherein the minimum time duration comprises a sum of: a first time to receive HARQ feedback; a second time to determine whether to perform retransmissions of the TB; and a third time to retransmit the TB; and selecting a retransmission mode based on the minimum time duration, wherein the retransmission mode comprises one of: a blind retransmission mode and a HARQ feedback-based transmission, HFBT, mode; and a first time to receive HARQ feedback; a second time to determine whether to perform retransmissions of the TB; and a third time to retransmit the TB; and selecting a retransmission mode based on the minimum time duration, wherein the retransmission mode comprises one of: a blind retransmission mode and a HARQ feedback-based transmission, HFBT, mode; and selecting sidelink resources for retransmission of the TB based on the selected retransmission mode.
A compact package comprising exchangeable tray having a mounting chamber storing a large plate, the package further comprising a pair of left and right small plates which can be exchanged with the large plate into the mounting chamber, the left and right end of the front surface of the back wall of said mounting chamber each having a plate spring which applies a force in a forward direction, such that when the large plate is mounted in said mounting chamber, the tips of both plate springs apply a pressure to both the left and right sides of the large plate back panel, and when small plates are mounted, applies a pressure to the middle region in the left and right direction of each small plate back panel such that the front panel of each plate can be pressed against a front wall of the mounting chamber, characterized in that it comprises a pair of left and right engagement protrusions located in the middle region in the left and right direction of the front surface of said back wall which can contact the side regions of each small plate back panel when the small plates are mounted in the mounting chamber.
A machine-to-machine communication device, M2M device, for communicating in a communication network (10, 12), the M2M device comprising a processor acting on computer instructions whereby said M2M device is operative to: send, to a configuration determining device associated with the communication network, a report setting out the type of services it supports, and communicate in the communication network using communication configurations determined by the configuration determining device, which communication configurations have been determined based on the reported supported type of services; wherein the configuration determining device is a resource directory and the report is sent in a constrained application protocol message. send, to a configuration determining device associated with the communication network, a report setting out the type of services it supports, and communicate in the communication network using communication configurations determined by the configuration determining device, which communication configurations have been determined based on the reported supported type of services; wherein the configuration determining device is a resource directory and the report is sent in a constrained application protocol message.
Electronic device for monitoring at least one radionavigation signal in the approach phase of a runway, each radionavigation signal being obtained from a reception chain on board an aircraft, the device comprising: - a calculation module configured to calculate an angular displacement value in a reference plane, - a comparison module configured to compare the calculated angular displacement value with the corresponding radionavigation signal, and - a warning module configured to generate a warning signal as a function of the result of the comparison between the calculated angular displacement value and the corresponding radionavigation signal, characterized in that the calculation module is configured to calculate the angular displacement value as a function of a magnitude relating to the aircraft among a course and a glide path, according to the monitored radionavigation signal, wherein the magnitude relating to the aircraft originates from avionic equipment (18, 20) independently of the reception chain, the monitored radionavigation signal being an LOC signal, wherein the calculation module is then configured to calculate a lateral angular displacement value in a horizontal plane according to an instantaneous course of the aircraft. - a calculation module configured to calculate an angular displacement value in a reference plane, - a comparison module configured to compare the calculated angular displacement value with the corresponding radionavigation signal, and - a warning module configured to generate a warning signal as a function of the result of the comparison between the calculated angular displacement value and the corresponding radionavigation signal,
Connector assembly for connecting medical lines (3, 4) to each other, comprising: a first connector having an insertion shaft to be inserted, along an insertion direction, into an insertion opening of a second connector for forming a fluid connection between the medical lines (3, 4), the insertion shaft comprising a fluid channel allowing fluid to flow in between the first connector and the second connector, a cap element attachable to the first connector for closing the fluid channel towards the outside in a state in which the first connector is not connected to the second connector, the first connector having a first retention device and the cap element having a second retention device, the first retention device and the second retention device being configured to form a positive locking engagement in between the cap element and the first connector along the insertion direction, characterized in that the first retention device is formed as a recess in a wall surrounding the fluid channel. a cap element attachable to the first connector for closing the fluid channel towards the outside in a state in which the first connector is not connected to the second connector, the first connector having a first retention device and the cap element having a second retention device, the first retention device and the second retention device being configured to form a positive locking engagement in between the cap element and the first connector along the insertion direction, characterized in that the first retention device is formed as a recess in a wall surrounding the fluid channel.
A computer implemented method for determining effects of non-network elements on a subscriber experience in a mobile network, comprising: receiving, by one or more processors of a computing device, traffic data; associating, by the computing device, the traffic data with one or more non-network elements, wherein the one or more non-network elements operate on the mobile network but are not part of an infrastructure of the mobile network; and determining, by the computing device, a subscriber experience for the one or more non-network elements based on the traffic data that is associated with the one or more non-network elements, wherein: the one or more non-network elements is identified by one or more of: a make of a mobile device, a model of a mobile device, an operating system of a mobile device, a mobile application operating via the mobile network, or a version of a mobile application; and the subscriber experience includes voice quality. receiving, by one or more processors of a computing device, traffic data; associating, by the computing device, the traffic data with one or more non-network elements, wherein the one or more non-network elements operate on the mobile network but are not part of an infrastructure of the mobile network; and determining, by the computing device, a subscriber experience for the one or more non-network elements based on the traffic data that is associated with the one or more non-network elements, wherein: the one or more non-network elements is identified by one or more of: a make of a mobile device, a model of a mobile device, an operating system of a mobile device, a mobile application operating via the mobile network, or a version of a mobile application; and the subscriber experience includes voice quality. the one or more non-network elements is identified by one or more of: a make of a mobile device, a model of a mobile device, an operating system of a mobile device, a mobile application operating via the mobile network, or a version of a mobile application; and the subscriber experience includes voice quality.
An electrical connection structure of a lamp cap, comprising a driving board, a lamp cap body and a first electrode pin, the lamp cap body being in a shell structure, the driving board being at least partially provided above or inside the lamp cap body, and one end of the first electrode pin being fixed on the lamp cap body, wherein the electrical connection structure further comprises a bayonet socket, the bayonet socket is provided on the driving board, the bayonet socket comprises a connection base and a first electrode, the first electrode is provided on the connection base, the first electrode has a fixed end and a connection end, the fixed end of the first electrode is electrically connected with the driving board, the connection end of the first electrode is in an elastic structure, and the other end of the first electrode pin is inserted into the lamp cap body to elastically abut against the connection end of the first electrode, to form electrical connection, characterized in that the connection base is provided with installation columns, the installation columns each have a free end provided with an elastic anti-off barb, the driving board is provided with installation through-holes, and the installation columns are respectively inserted into the installation through-holes, such that the elastic anti-off barbs buckle the driving board so as to fix the connection base on the driving board.
Device for rescuing (1, 10, 12, 14, 16) from a high-rise facility comprising: several resilient for bending spokes (2, 11, 15, 17) interconnected on one end to form a pyramidal figure, wherein the spokes (2, 11, 15, 17) are located on the edges; an aerodynamic deceleration element fastened to the spokes (2, 11, 15, 17); connectors located between the adjacent resilient for bending spokes (2, 11, 15, 17), in so doing the connectors are located at some distance from the ends of the resilient for bending spokes (2, 11, 15, 17); a buffer element fastened in a point of connection of the resilient for bending spokes (2, 11, 15, 17), and a means of fastening an object to be rescued fastened in the point of connection of the resilient for bending spokes (2, 11, 15, 17) on the other side with respect to the buffer element, characterized in that each of the resilient for bending spokes (2, 11, 15, 17) is embodied as curved sideways from a central axis of the device. several resilient for bending spokes (2, 11, 15, 17) interconnected on one end to form a pyramidal figure, wherein the spokes (2, 11, 15, 17) are located on the edges; an aerodynamic deceleration element fastened to the spokes (2, 11, 15, 17); connectors located between the adjacent resilient for bending spokes (2, 11, 15, 17), in so doing the connectors are located at some distance from the ends of the resilient for bending spokes (2, 11, 15, 17); a buffer element fastened in a point of connection of the resilient for bending spokes (2, 11, 15, 17), and a means of fastening an object to be rescued fastened in the point of connection of the resilient for bending spokes (2, 11, 15, 17) on the other side with respect to the buffer element,