Abstract: The present application discloses a LiDAR controlling method and device, an electronic apparatus, and a storage medium. The method includes: in a measurement period, determining an emitting group to be started in the measurement period from a laser emitting array, where the emitting group includes at least two emitting units, and physical positions of the at least two emitting units meet a condition of no optical crosstalk; controlling the at least two emitting units to emit laser beams asynchronously based on a preset rule; and controlling a receiving unit group of the laser receiving array corresponding to the emitting group to receive laser echoes, where the laser echoes refer to echoes formed after the laser beams are reflected by a target object.

Abstract: Systems and methods are described for a passive flux bridge for charging electric vehicles. These systems and methods include a mobile apparatus including mobility components and a material with high magnetic permeability and electrical resistivity. In aspects, the mobility components, e.g., wheels or continuous track, are configured to enable movement of the apparatus and positioning of the apparatus proximate to a vehicle power-transfer apparatus of an electric vehicle. The magnetically permeable and electrically resistive material, e.g., ferrite, is configured to passively channel magnetic flux between a base power-transfer system and the vehicle power-transfer system to wirelessly charge a battery of the electric vehicle.

Abstract: Systems and methods are described for a passive flux bridge for charging electric vehicles. These systems and methods include a mobile apparatus including mobility components and a material with high magnetic permeability and electrical resistivity. In aspects, the mobility components, e.g., wheels or continuous track, are configured to enable movement of the apparatus and positioning of the apparatus proximate to a vehicle power-transfer apparatus of an electric vehicle. The magnetically permeable and electrically resistive material, e.g., ferrite, is configured to passively channel magnetic flux between a base power-transfer system and the vehicle power-transfer system to wirelessly charge a battery of the electric vehicle.

Abstract: A thin brick veneer panel for covering an exterior or interior wall construction includes a solid polymer back sheet having plurality of brick holders which are disposed in a plurality of horizontal rows to receive a plurality of thin brick veneers which have a tongue edge on bottom side. The brick holders comprise of a bottom fin and a top fin that extend outwardly. The back sheet is mounted to a wall structure with normal fasteners. The thin brick veneers slide into the brick holders to attach to the back sheet mechanically. Mortar then applied to the space between the brick veneers to form a brick wall facing. Before applying mortar, a special nail besides normal fasteners will be fastened to the wall structure through the back sheet to add addition security. The nail has a shoulder and a cap. The shoulder fastens the back sheet and prevents the cap from all the way down to the back sheet. Thus mortar is applied into underneath and over the cap.