mhurhangee/ep-ind-claims huggingface dataset:
A method for installing into a given selected support box (1H+1S) (2H+S) (4H+S) (2H+2S) (6H+S) (4H+2S) (2H+3S) (nS) at least one given attachable electrical wiring device selected from a group comprising a power outlet (SA-R) (SA-OP) (SB-R) (SP-OP) (SF-R) (SF-OP) (SG-R) (SG-OP) (SM-R) (SM-OP) (SUGV) (SU-R) (SU-OP), a relay, a switch, an hybrid relay-switch, an hybrid switch and combinations thereof, each said wiring device comprising at least one locking structure, device joints selected from a group comprising a live AC joint, a neutral AC joint, at least one load joint, at least two traveler joints, at least one relay joint, a ground joint and combinations thereof with each joint is one of a receptacle and a pin; said given support box comprising at least one counter structure complementing said locking-structure, selective box joints complementing the receptacles and pins of said device joints (2LD, selective power wire terminals selected from a group comprising live AC terminal, neutral AC terminal, a ground terminal (GND-80LD), at least one load terminal, at least two traveler terminals, at least one assignable terminal (2LD-80LD) and combinations thereof, and wherein, said live AC terminal and said neutral terminal are linked to their respective live joint and neutral joint via a live conductive bar and a neutral conductive bar respectively, said method comprising the steps of: a. connecting said live AC terminal to live AC and said neutral AC terminal to neutral AC; b. connecting at least one of said load terminal and said ground terminal to one of a load and ground; c. installing said support box into a standard wall box; d. installing said wiring device into said support box by engaging the device joints with said box joints and said locking structure with said counter structure. a. connecting said live AC terminal to live AC and said neutral AC terminal to neutral AC; b. connecting at least one of said load terminal and said ground terminal to one of a load and ground; c. installing said support box into a standard wall box; d. installing said wiring device into said support box by engaging the device joints with said box joints and said locking structure with said counter structure.
Method for determining at least one geometric/physiognomic parameter associated with the mounting of an ophthalmic lens in a spectacle frame worn by a user, comprising the following steps: a) placing an accessory on the user's head, said accessory comprising at least one brightness calibration element (21D, 21G, 22H, 22B, 23, 24) including at least two contrasted zones (ZS, ZC); b) capturing an image of the user's head on which said accessory has been placed, using an image capture device; c) determining the position of the image of the brightness calibration element (I21D, I21G, I22H, I22B, 123, 124) of said accessory on said image captured in step b); d) determining a measured value of the brightness of at least one part of the image of this brightness calibration element (I21D, I21G, I22H, I22B, 123, 124), by determining a measured value of the brightness of each contrasted zone of the image of this brightness calibration element and calculating the average of these two values; e) modifying a parameter for adjusting the optical image-acquisition conditions of said image capture device as a function of this measured value in such a way as to improve the contrast of the image of the contrasted zones (ZS, ZC) of the calibration element; f) capturing another image with the modified parameter for adjusting the optical acquisition conditions; and g) determining said looked-for geometric/physiognomic mounting parameter on the basis of this other image. a) placing an accessory on the user's head, said accessory comprising at least one brightness calibration element (21D, 21G, 22H, 22B, 23, 24) including at least two contrasted zones (ZS, ZC); b) capturing an image of the user's head on which said accessory has been placed, using an image capture device; c) determining the position of the image of the brightness calibration element (I21D, I21G, I22H, I22B, 123, 124) of said accessory on said image captured in step b); d) determining a measured value of the brightness of at least one part of the image of this brightness calibration element (I21D, I21G, I22H, I22B, 123, 124), by determining a measured value of the brightness of each contrasted zone of the image of this brightness calibration element and calculating the average of these two values; e) modifying a parameter for adjusting the optical image-acquisition conditions of said image capture device as a function of this measured value in such a way as to improve the contrast of the image of the contrasted zones (ZS, ZC) of the calibration element; f) capturing another image with the modified parameter for adjusting the optical acquisition conditions; and g) determining said looked-for geometric/physiognomic mounting parameter on the basis of this other image.
An elevator for a roll of print media, the elevator including: shafts (32, 34) oriented parallel to one another; translatable supports (40, 42) to support a roll of print media, and a linear actuator, characterized in that the shafts are rotatable and in that the linear actuator operatively connects each support to the shafts such that rotating the shafts in a first direction raises the supports and rotating the shafts in a second direction opposite to the first direction lowers the supports, wherein the raising and lowering of the supports translate the roll of media to a dispensing elevation in which holders (22,24) mounted on slidable cars (28, 30) engage with the roll of print media. shafts (32, 34) oriented parallel to one another; translatable supports (40, 42) to support a roll of print media, and a linear actuator, characterized in that the shafts are rotatable and in that the linear actuator operatively connects each support to the shafts such that rotating the shafts in a first direction raises the supports and rotating the shafts in a second direction opposite to the first direction lowers the supports, wherein the raising and lowering of the supports translate the roll of media to a dispensing elevation in which holders (22,24) mounted on slidable cars (28, 30) engage with the roll of print media.
A method for time synchronization in a slave-side of a distributed control system, the method comprising the steps of: when a synchronization message is received from a master-side, confirming both a reception time point of the corresponding synchronization message and a time point of a previous frequency compensation, characterized by further comprising the steps of: when a synchronization message is received from a master-side, determining (402, 404) if an interval between the two time points corresponds to a preset frequency compensation interval; performing only a time offset compensation operation when the resulting interval between the two time points does not correspond to the preset frequency compensation interval; and performing both time offset and frequency compensation operations when the resulting interval between the two time points corresponds to the preset frequency compensation interval. when a synchronization message is received from a master-side, confirming both a reception time point of the corresponding synchronization message and a time point of a previous frequency compensation, characterized by further comprising the steps of: when a synchronization message is received from a master-side, determining (402, 404) if an interval between the two time points corresponds to a preset frequency compensation interval; performing only a time offset compensation operation when the resulting interval between the two time points does not correspond to the preset frequency compensation interval; and performing both time offset and frequency compensation operations when the resulting interval between the two time points corresponds to the preset frequency compensation interval. when a synchronization message is received from a master-side, determining (402, 404) if an interval between the two time points corresponds to a preset frequency compensation interval; performing only a time offset compensation operation when the resulting interval between the two time points does not correspond to the preset frequency compensation interval; and performing both time offset and frequency compensation operations when the resulting interval between the two time points corresponds to the preset frequency compensation interval.
A centrifugal pump, comprising: (a) an elongated pump housing having first and second ends; (b) a primary impeller carried at one end of a generally cylindrical rotor mounted in the housing for rotation about an axis, the impeller comprising a plurality of vanes whose outer tips define an impeller plane; (c) an inlet disposed in fluid communication with the primary impeller; and wherein the pump comprises: (d) a secondary impeller carried at a second end of the rotor; (e) an annular volute housing communicating with the primary impeller and with an outlet; and wherein the impeller vanes are in an annular array; and wherein a central portion of the pump housing is generally cylindrical and the volute housing is axially offset from the primary impeller plane and axially positioned between the primary impeller plane and the second end of the pump housing and wherein the midplane of the volute housing is located approximately halfway between the impeller plane and the second end of the pump housing, and wherein the volute housing is separated from the primary impeller in the axial direction by the cylindrical portion of the housing. (a) an elongated pump housing having first and second ends; (b) a primary impeller carried at one end of a generally cylindrical rotor mounted in the housing for rotation about an axis, the impeller comprising a plurality of vanes whose outer tips define an impeller plane; (c) an inlet disposed in fluid communication with the primary impeller; and wherein the pump comprises: (d) a secondary impeller carried at a second end of the rotor; (e) an annular volute housing communicating with the primary impeller and with an outlet; and (d) a secondary impeller carried at a second end of the rotor; (e) an annular volute housing communicating with the primary impeller and with an outlet; and
A method of processing a received signal in a wireless communication receiver, comprising: calculating an orthogonality factor for the received signal (102, 114); and whitening the received signal selectively (104, 116) based on the orthogonality factor. calculating an orthogonality factor for the received signal (102, 114); and whitening the received signal selectively (104, 116) based on the orthogonality factor.
A stabilizer device for a watercraft with a hull, wherein said stabilizer device comprises; - a fin blade with a fin base, a fin tip, a leading edge, and a trailing edge, wherein a blade forward direction (fb) is defined from said trailing edge to said leading edge at said fin base, wherein said fin blade comprises a first fin connection element connected to said fin base in a first connection point - a hull element arranged to be fixed to said hull with a hull forward direction (fh) in a forward direction of said hull, and - a fin blade displacement means connected to said first fin connection element and said hull element and arranged for displacing said first fin connection point a first displacement, in parallel with a lower surface of said hull, and perpendicular to said hull forward direction (fh), wherein said fin blade displacement means comprises a first link element interconnecting said hull element and said first fin connection element, and a fin displacement actuator arranged to reversibly pivot said link element, about a second axis fixed relative to the hull element, wherein said hull element has a lower surface facing said fin base, and wherein said fin blade displacement means is arranged for pivoting said fin base about a first axis, perpendicular to said lower surface, through said first connection point. - a fin blade with a fin base, a fin tip, a leading edge, and a trailing edge, wherein a blade forward direction (fb) is defined from said trailing edge to said leading edge at said fin base, wherein said fin blade comprises a first fin connection element connected to said fin base in a first connection point - a hull element arranged to be fixed to said hull with a hull forward direction (fh) in a forward direction of said hull, and - a fin blade displacement means connected to said first fin connection element and said hull element and arranged for displacing said first fin connection point a first displacement, in parallel with a lower surface of said hull, and perpendicular to said hull forward direction (fh), wherein said fin blade displacement means comprises a first link element interconnecting said hull element and said first fin connection element, and a fin displacement actuator arranged to reversibly pivot said link element, about a second axis fixed relative to the hull element, wherein said hull element has a lower surface facing said fin base, and wherein said fin blade displacement means is arranged for pivoting said fin base about a first axis, perpendicular to said lower surface, through said first connection point.
A method for upgrading a wireless repeater, wherein the method is applied in the wireless repeater, comprising: establishing a wireless connection with a wireless access device, wherein the wireless access device is connected to a multicast server; detecting in real time whether a packet of a version upgrade file is received at a predefined multicast IP address that is sent by the multicast server through the wireless access device; if the packet of the version upgrade file is detected, receiving the packet of the version upgrade file in real time; and integrating the packet of the version upgrade file that is received in real time into a version upgrade file and performing an upgrade operation according to the version upgrade file; wherein the step of establishing the wireless connection with the wireless access device comprises: setting a service set identifier SSID used for a multicast upgrade, wherein the SSID is the same as an SSID of the wireless access device; and after the wireless repeater is powered on, automatically connecting to the wireless access device through the SSID. establishing a wireless connection with a wireless access device, wherein the wireless access device is connected to a multicast server; detecting in real time whether a packet of a version upgrade file is received at a predefined multicast IP address that is sent by the multicast server through the wireless access device; if the packet of the version upgrade file is detected, receiving the packet of the version upgrade file in real time; and integrating the packet of the version upgrade file that is received in real time into a version upgrade file and performing an upgrade operation according to the version upgrade file; wherein the step of establishing the wireless connection with the wireless access device comprises: setting a service set identifier SSID used for a multicast upgrade, wherein the SSID is the same as an SSID of the wireless access device; and after the wireless repeater is powered on, automatically connecting to the wireless access device through the SSID. setting a service set identifier SSID used for a multicast upgrade, wherein the SSID is the same as an SSID of the wireless access device; and after the wireless repeater is powered on, automatically connecting to the wireless access device through the SSID.
A method of processing collision between synchronization signal/physical broadcast channel block, SSB, transmission and periodic downlink transmission, applied in a shared spectrum, wherein the method comprises: obtaining, by a terminal device, a first candidate SSB position within a discovery burst transmission, DRS, window; and obtaining, by the terminal device, a first resource for the periodic downlink transmission, wherein when the first resource is overlapped with the first candidate SSB position, determining, by the terminal device, whether the first resource is available for the periodic downlink transmission; wherein the periodic downlink transmission comprises a channel-state information reference signal, CSI-RS; when the first resource is overlapped with the first candidate SSB position, determining, by the terminal device, whether the first resource is available for the periodic downlink transmission, comprises: conditions comprising when the first resource is partially or fully overlapped with the first candidate SSB position in time domain and the first resource is not overlapped with the first candidate SSB position in frequency domain, the CSI-RS corresponding to the first resource and the SSB corresponding to the first candidate SSB position are quasi co-located, receiving, by the terminal device, the CSI-RS on the first resource. obtaining, by a terminal device, a first candidate SSB position within a discovery burst transmission, DRS, window; and obtaining, by the terminal device, a first resource for the periodic downlink transmission, wherein when the first resource is overlapped with the first candidate SSB position, determining, by the terminal device, whether the first resource is available for the periodic downlink transmission; wherein the periodic downlink transmission comprises a channel-state information reference signal, CSI-RS; when the first resource is overlapped with the first candidate SSB position, determining, by the terminal device, whether the first resource is available for the periodic downlink transmission, comprises: conditions comprising when the first resource is partially or fully overlapped with the first candidate SSB position in time domain and the first resource is not overlapped with the first candidate SSB position in frequency domain, the CSI-RS corresponding to the first resource and the SSB corresponding to the first candidate SSB position are quasi co-located, receiving, by the terminal device, the CSI-RS on the first resource. conditions comprising when the first resource is partially or fully overlapped with the first candidate SSB position in time domain and the first resource is not overlapped with the first candidate SSB position in frequency domain, the CSI-RS corresponding to the first resource and the SSB corresponding to the first candidate SSB position are quasi co-located, receiving, by the terminal device, the CSI-RS on the first resource.
A computer-implemented method comprising: generating a notification associated with a user; identifying a plurality of user devices eligible to receive the notification, each user device associated with the user and configured to provide an acknowledgment responsive to the user interacting with the notification on the user device; selecting a user device from the plurality of user devices based at least in part on a profile comprising a frequency with which user interactions are received from user devices in the plurality of user devices; transmitting the notification to the selected user device; identifying a set of acknowledgment times received from the selected user device for previous messages sent to the selected user device; determining a percentile acknowledgement time corresponding to a percentile of the acknowledgment times of the set of acknowledgment times; determining an acknowledgment delay period based on the percentile acknowledgement time; responsive to an acknowledgement not being received within the acknowledgement delay period: selecting an additional user device from the plurality of user devices based at least in part on the profile; removing the selected user device from the plurality of user devices eligible to receive the notification; and transmitting the notification to the selected additional user device. generating a notification associated with a user; identifying a plurality of user devices eligible to receive the notification, each user device associated with the user and configured to provide an acknowledgment responsive to the user interacting with the notification on the user device; selecting a user device from the plurality of user devices based at least in part on a profile comprising a frequency with which user interactions are received from user devices in the plurality of user devices; transmitting the notification to the selected user device; identifying a set of acknowledgment times received from the selected user device for previous messages sent to the selected user device; determining a percentile acknowledgement time corresponding to a percentile of the acknowledgment times of the set of acknowledgment times; determining an acknowledgment delay period based on the percentile acknowledgement time; responsive to an acknowledgement not being received within the acknowledgement delay period: selecting an additional user device from the plurality of user devices based at least in part on the profile; removing the selected user device from the plurality of user devices eligible to receive the notification; and transmitting the notification to the selected additional user device. selecting an additional user device from the plurality of user devices based at least in part on the profile; removing the selected user device from the plurality of user devices eligible to receive the notification; and transmitting the notification to the selected additional user device.