Safe hand-held imager

Abstract

The invention relates to a safe hand-held imager, which comprises a hand-held imager main structure and numerical value verification equipment, wherein the hand-held imager main structure comprises anX-ray emitting source, a power supply source, a U-shaped outer shell, a switch button, a current adjusting knob, a voltage adjusting knob and a handle, the power supply source is used for supplying power to the X-ray emitting source, the X-ray emitting source is arranged on one end of two extended ends of the U-shaped outer shell, the current adjusting knob and the voltage adjusting knob are arranged on the other end of the two extended ends, the handle is arranged on the bottom part relative to the two extended ends of the U-shaped outer shell, and the switch button is arranged on the otherend of the two extended ends of the U-shaped outer shell; and the numerical value verification equipment is connected with frequency sorting equipment, and is used for transmitting a radiation tolerance command when a representative grayscale value is within a preset grayscale value range, otherwise, transmitting a radiation defect command. Through adopting the safe hand-held imager, the safety ofthe hand-held imager is effectively improved.

Description

technical field [0001] The invention relates to the field of portable imagers, in particular to a safe portable imager. Background technique [0002] The hand-held imager is compact, lightweight and portable; high-quality images, accurate non-contact temperature measurement; durable, ergonomic design; the hand-held imager can automatically capture the highest temperature / lowest temperature point, and can customize the capture Range, intelligent power management system, and highly user-friendly professional infrared image processing software, can quickly obtain patient scan imaging data with a certain accuracy. Contents of the invention [0003] In order to solve the technical problem that the safety of the portable imager in the prior art cannot be effectively guaranteed, the present invention provides a safe portable imager. Large features, the numerical judgment of the on-site radiation amount is carried out to avoid accidents where the radiation amount does not meet ...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the technical problem that the safety of the portable imager in the prior art cannot be effectively guaranteed, the present invention provides a safe portable imager. Large features, the numerical judgment of the on-site radiation amount is carried out to avoid accidents where the radiation amount does not meet the on-site requirements; secondly, in the specific image processing, based on the comparison of the parameters of the image before and after the mean value denoising processing, it is determined whether the processing Perform the same processing again on the final image to improve image processing efficiency and accuracy