Automatic staff foot cleaning and disinfecting device

Abstract

The invention relates to an automatic staff foot cleaning and disinfecting device belonging to the technical field of chemical defense. The automatic staff foot cleaning and disinfecting device comprises a stand, infrared sensors, a circulating filter, a water tank, a subplate, a motor, a bearing seat, a chain, breakwaters and a hairbrush; a cleaning and disinfecting liquid tank is used as peripheral equipment; the water tank is filled with cleaning and disinfecting liquid and externally connected with a water pump; the motor is mounted at the bottom of the stand, the hairbrush is mounted on the bearing seat and arranged above the stand, a motor rotating shaft is connected with a hairbrush shaft through the chain, a pipeline inside the hairbrush is provided with a nozzle and communicated with the water tank which is mounted at the bottom of the stand, the subplate is mounted on the stand and right below the hairbrush, and the breakwaters are respectively mounted at the left and the right of the stand; the infrared sensors are respectively mounted at the front ends and the rear ends of the breakwaters; and the circulating filter comprises a diving water pump, a filter tank and a connection pipeline, wherein the filter tank is mounted below the subplate and connected with the water tank through the connection pipeline. The device can clean and disinfect the feet of an operation staff rapidly and thoroughly with high efficiency.

Description

technical field [0001] The invention relates to an automatic decontamination device for personnel's feet, which belongs to the technical field of chemical defense. Background technique [0002] Personnel decontamination equipment is mainly used for synthetic army chemical defense combat training, emergency rescue of chemical accidents, disposal of abandoned chemical weapons in Japan, and personnel decontamination in anti-chemical terrorism. For example, boot covers on the feet to ensure the health and safety of workers. Over the years, our military has never stopped developing and innovating personnel decontamination equipment, but there has always been a big gap with the decontamination requirements of "fast, efficient, thorough, energy-saving and environmental protection", and it does not meet the requirements for the disposal of Japanese abandoned equipment. Personnel decontamination requirements in chemical weapons. Existing decontamination equipment and equipment such...

AI Technical Summary

Problems solved by technology

Over the years, our military has never stopped developing and innovating personnel decontamination equipment, but there has always been a big gap with the decontamination requirements of "fast, efficient, thorough, energy-saving and environmental protection", and it does not meet the requirements for the disposal of Japanese abandoned equipment. Decontamination requirements for personnel in chemical weapons

Existing decontamination equipment and equipment such as spray trucks, shower vehicles, and simple decontamination devices cannot meet the requirements of rapid, standardized, and thorough decontamination, and the process of personnel decontamination requires a large number of support personnel and low decontamination efficiency , Incomplete decontamination and other problems still exist, and the problem of secondary pollution to the environment in the process of personnel decontamination is still very prominent. The existing decontamination equipment for wearing boots on the personnel's feet is basically a sprayer installed on a spraying vehicle. Brushes or purchased simple brushes and several plastic basins filled with decontaminants and clean water have their shortcomings in the following aspects:

[0003] First, the job site is not conducive to equipped with spray vehicles;

[0004] Second, the deployment and use of spraying requires one person / piece. Due to the limited number of support personnel for handling Japanese abandoned chemical weapons in the field, adding each support personnel will increase the burden of support;

[0005] Third, the strength of the plastic basin is low, especially in winter, the sharp change of temperature is easy to make it break;

[0006] Fourth, the time for decontamination in the field work is relatively tight. After the work in the morning or afternoon is over every day, dozens to hundreds of people from both China and Japan are waiting for decontamination. At this time, the time and efficiency of decontamination become the key. Now Equipped with low efficiency for on-site operation, low efficiency of spraying and cleaning, not suitable for on-site operation requirements

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