Multifunctional insulated operating rod

Abstract

The invention discloses a multifunctional insulated operating rod, which comprises a plurality of sections of sleeves, locking parts, a temperature and humidity module, a photosensitive module, an electrification monitoring module, an adapter, a lithium battery and a handle. The sections of sleeves are gradually thinned, and each section of sleeve is provided with grooves inside and bosses outside. The bosses of a former section of sleeve can slide in the grooves of a latter section of sleeve. Holes are formed in the portions, perpendicular to the grooves, of each section of sleeve, and locking parts are arranged in the holes in the two sides of each section of sleeve. Through cooperation of the sleeves and the locking parts, the operating rod can be stretched out, drawn back and fixed. The adapter can be replaced with different working heads according to needs. The temperature and humidity module can detect the environment temperature and humidity and give an alarm when the environment temperature and humidity exceed set values. The photosensitive module enables a lamp to be sensitive to light and perform illumination. The electrification monitoring module can monitor whether an object is electrified or not. The multifunctional insulated operating rod can be quickly stretched out, drawn back and fixed, has multiple practical functions and can be widely used.

Description

technical field [0001] The invention relates to a multifunctional insulating operating rod, which belongs to the technical field of electric equipment. Background technique [0002] Insulated operating rod is a commonly used tool in power system operation, mainly including rod body, working head and handle. It is mainly used to contact live conductors such as switches on the pole, drop-out fuses, secondary switches, transformers, etc., as well as attach and disassemble the grounding wire. The insulating operating rods currently used are fixed by threaded joints of several insulating rods, and the functions are simple. Different insulating operating rods need to be replaced according to different work requirements, and the insulating rods of the corresponding voltage levels are mainly used for electrical equipment at various voltages. The switching operation results in a single function of the insulating operating rod, which makes it inconvenient to use, store, test, and man...

AI Technical Summary

Problems solved by technology

The insulating operating rods currently used are fixed by threaded joints of several insulating rods, and the functions are simple. Different insulating operating rods need to be replaced according to different work requirements, and the insulating rods of the corresponding voltage levels are mainly used for electrical equipment at various voltages. Switching operation, resulting in a single function of the insulating operating rod, which is inconvenient in use, storage, testing, and management, which in turn affects the use time and speed, and the large number of preparations will also increase the cost of switching operation and maintenance

[0003] Known electric telescopic insulating operating rods, such as the brake lever, often shrink automatically during the operation of the switch, which affects the operation of the switch.

Generally, it can only be designed as a three-section structure, and the phenomenon of automatic shrinkage will often occur if it is too long.

[0004] Moreover, electrical personnel often need to work at night. Currently, when using insulating operating rods, other personnel need to illuminate the electrical equipment with a flashlight to see clearly the environment to be operated, which is very inconvenient and time-consuming.

[0005] In addition, when using the insulated operating rod to realize the power transmission operation of the high-voltage line electrical switch, in many cases, it is necessary to know whether the line being operated has an induced voltage, and whether the electrical appliance is having an induced voltage. However, the wind power and induced voltage brought by the power outage equipment cannot be detected by a professional electroscope. In actual operation, if the operator is not careful, it is likely to induce electric injury

[0006] What is particularly inconvenient and has potential safety hazards is that although the insulating operating rod itself is insulated, once it is used in a high-temperature and high-humidity environment, due to the influence of humidity, the insulation performance may be reduced or it may not be insulated. Operating with an insulated lever creates a risk of electric shock

Images