Abstract: The present disclosure relates to the field of switch gears, and envisages an actuator for a switch gear of an electric panel having a door. The actuator comprises an aligner assembly and an actuator plate assembly. The aligner assembly comprises an aligner pivotably mounted on the switch gear housing, and engaging with a toggle of a circuit breaker, of the switch gear, to angularly displace the toggle. The aligner has a pair of slanting flanges configured to define a valley separated by a gap. The actuator plate assembly comprises a mounting plate mounted on the enclosure door. A shaft element, having a handle element and an engaging element, passes through the mounting plate. The engaging element is configured to nest in the gap of the aligner to angularly displace the aligner.

Abstract: The present disclosure relates to the field of switch gears, and envisages an actuator (100) for a switch gear of an electric panel (1000) having a door (900). The actuator (100) comprises an aligner assembly (110) and an actuator plate assembly (140). The aligner assembly (110) comprises an aligner (112) pivotably mounted on the switch gear housing (200), and engaging with a toggle (204) of a circuit breaker, of the switch gear, to angularly displace the toggle (204). The aligner (112) has a pair of slanting flanges (114) configured to define a valley (116) separated by a gap (117). The actuator plate assembly (140) comprises a mounting plate (142) mounted on the enclosure door (900). A shaft element (144), having a handle element (146) and an engaging element (150), passes through the mounting plate. The engaging element (150) is configured to nest in the gap of the aligner (112) to angularly displace the aligner (112).

Abstract: The present disclosure relates to and envisages an electrical junction box assembly. The electrical junction box assembly (10) comprises a housing (100) having lateral openings (120) and a lid (130). In one aspect, the housing (100) has mounting feet (140) with at least one of them having a slit (144). In another aspect, the base (110) has bosses (150) for fixing a terminal block (200). In yet another aspect, the housing (100) is provided with an external drainage protrusion (160) configured to be sheared off to provide a drainage hole. In still another aspect, the lid (130) is captively joined to the rest of said housing (100).

Abstract: An audience analysis system determines and predicts reach and frequency information of online users. The system receives real-time ad impression data from ad publishers or other data providers as well as report requests from advertisers asking for the reach and frequency information. The reach and frequency information of online users describes characteristics of online users that are reached by the advertisers. Matched users and unmatched users are identified via online cookies. Atomic data units are generated to allow feature computation and reach prediction for online users in a more efficient way. Machine learning models are trained to help predict the reach and frequency of unmatched users and to generate reports. The audience analysis system provides the advertisers with the generated reports, responding to the report requests.

Abstract: The embodiments herein relate to communication networks and, more particularly, to small cells in wireless communication networks. The embodiments herein disclose a mechanism for determining an upper limit for the uplink transmission power for a small base station in the small cell, based on small cell density and co-channel interference.