High-mount fork truck shooting system with wireless charging function and apparatus thereof

Abstract

The invention relates to a high-mount fork truck shooting system with a wireless charging function. The high-mount fork truck shooting system with a wireless charging function is arranged on a high-mount fork truck, and includes a wireless charger, an inductor, a controller, a cell module, a camera and a display, wherein the inductor is arranged on a cross bar of an innermost door frame; when thefork truck controls the innermost door frame to fall to the same horizontal height with an outermost door frame, the center of a current mutual inductance area of the inductor is opposite to a currentmutual inductance area of the wireless charger, and the distance is less than 15cm; when the controller receives the induced current from the inductor, and when the time of receiving the induced current exceeds the set first threshold, the controller turns on the inductor and the cell module, and then the cell module can charge the lithium battery; and when the inductor is far away from the wireless charger, the controller turns on the camera and the cell module, and then the cell module supplies power for the camera.

Description

technical field [0001] The invention relates to the field of high-level forklift monitoring systems, in particular to a high-level forklift camera system with a wireless charging function and a device thereof. Background technique [0002] With the rapid development of my country's logistics industry, safe and efficient operating procedures have become a necessary means for various logistics companies to enhance their market competitiveness. In many logistics warehouses, in order to save space, the height of storage racks is usually increased, and Design corresponding storage and retrieval equipment, and for larger or heavier items, high-position forklifts have become flexible, efficient and fast storage and retrieval tools in logistics warehouses. [0003] Most of the existing high-position forklifts include 3-stage elevated racks, and some can even be raised to a height of 12 meters for storage and retrieval. In view of the stability of forklifts, this access method has bec...

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Problems solved by technology

[0004] However, the disadvantage of the above-mentioned equipment is that because the work of the camera needs power support, the existing technology places the battery near the camera as a power source. However, because the front fork of the high-position forklift needs to be lifted up and down, it is not suitable for connecting to an external power supply. , so the battery that powers the camera needs to be charged continuously, and due to the nature of the lithium battery, it usually needs to be charged for 8 to 10 hours before it can be fully charged. , use the night time to charge the battery, because a forklift has multiple operators taking turns to use it, so the operator does not know the power of the above-mentioned power supply when they take turns, especially after working during the day, the operator needs to charge the battery in order to Guarantee the work of the next day, but due to the negligence of some operators, they forget to charge. Therefore, untimely charging will directly affect the operation of the camera, and then affect the entire access work, seriously affecting the efficiency of logistics, storage and transportation.

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