Anti-static truck loading device and operation method thereof

Abstract

The invention discloses an anti-static truck loading device. The anti-static truck loading device comprises a static electricity removing assembly and a static electricity pile, wherein the bottom of the static electricity pile is pre-buried under the ground, and the static electricity removing assembly is composed of a base, a supporting rod, a device body and a static electricity releasing ball in a combined mode. The invention further discloses an operation method of the anti-static truck loading device. The operation method comprises the following steps: step 1, installing a static assembly; step 2, holding the static electricity releasing ball by hand to release static electricity; step 3, eliminating static electricity of a truck body; and step 4, conveying oil. The anti-static truck loading device composed of the static electricity removing assembly and the static electricity pile is arranged, and the static electricity removing assembly is composed of the base, the supporting rod, the device body and the static electricity releasing ball, so the static electricity of an operator is removed through the static electricity removing assembly; and static electricity is removed through a static electricity clamp on a first wire and an oil feeding vehicle body, so static electricity generated in the flowing process of an oil body is absorbed, and safety in an oil feeding process is guaranteed.

Description

technical field [0001] The invention relates to the related technical field of an antistatic vehicle loading device, in particular to a static electricity preventing vehicle loading device and an operating method thereof. Background technique [0002] Static electricity is a charge that is at rest. In the dry and windy autumn, people often encounter this phenomenon in daily life: when they take off their clothes to sleep at night, they often hear the crackling sound in the dark, accompanied by blue light; The other party will suddenly feel tingling pain like fingertips, which is shocking; when you get up to comb your hair in the morning, the hair will often "float", and the more you straighten it, the more messy it will be; The sound of "snap" is the static electricity that occurs in the human body. The human body static discharge alarm is an instrument suitable for human body static discharge in flammable, explosive and anti-static places. It is characterized by a reasonab...

AI Technical Summary

Problems solved by technology

In the dry and windy autumn, people often encounter this phenomenon in daily life: when they take off their clothes to sleep at night, they often hear the crackling sound in the dark, accompanied by blue light; The other party will suddenly feel tingling pain like fingertips, which is shocking; when you get up to comb your hair in the morning, the hair will often "float", and the more you straighten it, the more messy it will be; The sound of "snap" is the static electricity that occurs in the human body. The human body static discharge alarm is an instrument suitable for human body static discharge in flammable, explosive and anti-static places. It is characterized by a reasonable design of human body static discharge resistance. Reasonably and effectively control the discharge of static electricity from the human body, prolong the release time of static electricity from the human body, and reduce the energy released by the static electricity of the human body in an instant, which can safely release the static electricity of the human body. During the loading process of oil materials, a certain amount of static electricity will also be generated due to liquid friction, and its static electricity If it is not eliminated, certain potential safety hazards will be left. However, the traditional structure used in oil transport vehicles to eliminate static electricity when loading the oil body is relatively simple. The structure of the electrostatic clamp used to connect the vehicle body is relatively simple. The clip body cannot generate an alarm signal after falling off, which leads to the inability to release the static electricity formed during the loading process of the oil body in time, thus leaving a certain safety hazard during the loading process

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