Embedded intelligent telescopic integrated cabinet

Abstract

The invention discloses an embedded intelligent telescopic integrated cabinet, and the cabinet comprises a cabinet frame, a first function module installed on the cabinet frame and a second function module installed on the cabinet frame. The first function module comprises a first panel fixedly connected with the cabinet frame, a certificate reader installed on the first panel, a fingerprint instrument installed on the first panel, and a scanning reader-writer installed on the first panel and located on the side edge of the fingerprint instrument. The second function module comprises a secondpanel which is fixedly connected with the cabinet frame and is connected with the cabinet frame through an elastic hinge, a point touch screen which is arranged on the second panel, a glass structurewhich is arranged on the second panel and is positioned above the point touch screen, a rotary door which is installed on the second panel and located on the right side of the glass structure, a roundglass structure which is installed on the second panel and located on the left side of the glass structure, and an ultrasonic probe which is installed on the second panel and located on the right side of the rotary door, so the labor intensity and personal injury risks of inspection and quarantine personnel are greatly reduced.

Description

technical field [0001] The invention relates to the technical field of electronic inspection and release required for inspection and quarantine, customs and border inspection, and in particular to an embedded intelligent telescopic integrated cabinet. Background technique [0002] In the current customs inspection and release system, body temperature detection of entry-exit personnel is the main means of inspection and quarantine prevention and control. Body temperature detection is generally carried out indoors (entry and exit halls with small changes in ambient temperature and humidity, etc.) using centralized monitoring. With the continuous development of my country's economy, the customs clearance volume at highway ports is also increasing, and it is still blank to monitor the body temperature of drivers in vehicles that do not turn off during the customs clearance process without getting out of the vehicle. In the prior art, the body temperature measurement of the drive...

AI Technical Summary

Problems solved by technology

This kind of independent operation of each area and each equipment, relying on the staff to notify and manually guide the inspection and release system, is inefficient and has high labor costs.

This method requires a large number of people to complete through high-intensity manual operations, and the workload and labor intensity of the measurement staff are very high; and in the open outdoor environment such as the driveway, the temperature measurement stability of the handheld point temperature gun poor

[0003] All in all, the existing technology has the following main disadvantages in the way of measuring the body temperature of the driver of the customs clearance vehicle at the entry-exit port: 1. Too much manpower is used, which increases the work intensity of the staff; There is a certain degree of safety hazard in the measurement by the driver on the road. When the labor intensity of the staff is high, it may cause the stability of the measurement quality to be difficult to guarantee; 3. The measurement accuracy of the hand-held temperature measuring gun is not high; 4. Paper documents Records are time-consuming, inconvenient to save and costly; 5. The degree of informatization is low, data is difficult to count and summarize, and it is difficult to track afterwards; 6. Lack of data such as images makes it difficult to retrospectively track

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