An image transmission device for high-altitude power equipment

Abstract

The invention discloses an image transmission device for high-altitude electric power equipment, which includes a plurality of joint sleeves, a bearing locking mechanism, a photosensitive module, a live monitoring module, a rotating motor, a camera device, a wireless communication module, a lithium battery, a handle and an adsorption strip; The sleeves are nested with each other, and the boss of the previous sleeve can slide in the groove of the next sleeve. Each sleeve has a hole perpendicular to the groove, and the holes on both sides of each sleeve Both contain a load-bearing locking mechanism. Through the cooperation of the sleeve and the load-bearing locking mechanism, the shrinkage and fixation of the device can be realized. The adapter can be replaced with different working heads according to the needs. The rotating motor can drive the camera device to rotate at any angle and transmit the image remotely and wirelessly. , the photosensitive module is sensitive to light illumination, and the electrification monitoring module can monitor whether an object is electrified. The present invention has various practical functions and is widely used.

Description

technical field [0001] The invention relates to an image transmission device for high-altitude power equipment, which belongs to the technical field of electric power construction auxiliary equipment. Background technique [0002] At present, it is necessary to check the operation of various equipment of the user in the electricity inspection, such as checking whether the nameplate of the transformer, the ratio of the metering box, the reading of the meter, and the capacity of the capacitor are consistent with the files in the system. It is often used to directly contact the instrument and perform data on the instrument. Acquisition and recording, but because the installation position of some equipment is too high to be directly observed by the naked eye, the space is too narrow for inspectors to observe closely, or the inspection personnel for live equipment cannot approach for careful observation, it is necessary for inspectors to inspect the instrument readings by climbing...

AI Technical Summary

Problems solved by technology

However, its disadvantages are: the handheld image acquisition device has a limited extension distance, cannot meet the image acquisition of complex environments, and cannot directly approach the power equipment for observation

[0005] Moreover, it is not easy for the staff to distinguish which equipment is live and which equipment is not live at high altitude, and there are often hidden dangers of electric shock

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