Driver self-service physical examination machine

Abstract

The invention relates to a driver self-service physical examination machine which comprises a machine cabinet, a seat, a data processing device and a lower limb detection device arranged in the machine cabinet, the lower limb detection device comprises a pedal, an elastic device, an angle sensor, a pressure bearing platform and a pressure sensor, and the pedal is arranged in the front side of the seat and hinged to the machine cabinet; two ends of the elastic device are respectively connected to the cabinet and the pedal; the angle sensor is installed on the pedal and used for detecting rotation angle data of the pedal and sending the rotation angle data to the data processing device; the pressure-bearing platform is arranged between the seat and the pedal and installed under the pedal, and a gap is reserved between the pressure-bearing platform and the pedal; the pressure sensor is installed on the pressure bearing platform, corresponds to the pedal and is used for detecting pressure data borne by the pressure bearing platform and sending the pressure data to the data processing device; and the data processing device is provided with a physical examination program and is used for controlling the physical examination program to run according to the received rotation angle data and pressure data. The cheating behavior of physical examination personnel in the lower limb detection process can be prevented, and a detection result is more reliable.

Description

technical field [0001] The invention relates to the technical field of self-service physical examination, in particular to a self-service physical examination machine for drivers. Background technique [0002] In order to save the driver's physical examination time, a self-service detection system has appeared on the market. The driver does not need to go to the hospital for examination, and can complete the physical examination through the self-service detection system. [0003] The self-service detection system includes devices for checking the driver's physical conditions such as upper limbs, lower limbs, eyesight and height. Wherein, during the detection of the lower limbs, the physical examiner holds a standing posture, and the two gravity sensing devices of the lower limb detection device respectively measure the gravity given by the two feet of the physical examiner. However, this lower limb detection device cannot detect whether the coordination of the lower limbs ...

AI Technical Summary

Problems solved by technology

[0006] If a medical examiner with poor lower limb coordination presses the pedal with a handheld tool and triggers the sensor, the self-service detection system will mistakenly recognize that the lower limb coordination is qualified, so that the cheating behavior cannot be effectively prevented, resulting in detection loopholes in the self-service detection system. Test results can easily lead to driving hazards

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