Venipuncture system with infrared guidance and ultrasonic location
A venipuncture and ultrasonic positioning technology, applied in the direction of subcutaneous injection equipment, etc., can solve the problems of blood vessel depth judgment, uncertainty of needle puncture success, influence of needle insertion angle and needle depth, etc., easy to master, convenient for market promotion and application, time-saving effect
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Embodiment 1
[0023] Example 1: see figure 1, a venipuncture system for infrared-guided ultrasonic positioning, the puncture system includes an infrared guiding unit 101 and an ultrasonic positioning unit 107, the infrared guiding unit 101 includes an infrared light source 102, a signal acquisition unit 103, an infrared image processing unit 104, an image The projection unit 105 or the infrared image display unit 106 , the ultrasound positioning unit 107 includes an ultrasound probe 108 , an ultrasound image processing unit 109 , and an ultrasound image display unit 110 . The infrared light source 102 in this technical solution emits infrared light with a wavelength of 730nm~990nm to irradiate the measured part of the human body, and the signal acquisition unit 103 collects the optical signal and performs signal analysis and processing through the image processing unit 104 to optimize the image. and highlight the blood vessel part to obtain a clear and visible blood vessel image; the image ...
Embodiment 2
[0024] Example 2: see figure 1 , as an improvement of the present invention, the technical solution may further include a distance measuring unit for measuring the distance between the measured part of the human body and the projection unit. The purpose of this design is to prompt the user to keep the distance between the measured part of the human body and the projection unit within a preset range, so as to obtain a better blood vessel positioning effect. The rest of the structures and advantages are exactly the same as in Embodiment 1.
Embodiment 3
[0025] Embodiment 3: see figure 1 , the infrared image processing unit 104 and the ultrasonic image processing unit 109 can be implemented by an FPGA processor, a DSP processor or an ARM processor electronic circuit. The rest of the structures and advantages are exactly the same as in Embodiment 1.
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