Injection device with blood monitoring function and working method thereof
An injection device and functional technology, applied in the field of injection devices with the function of monitoring blood, can solve problems such as lack of good treatment methods, and achieve the effect of reducing the incidence of medical accidents and reducing the incidence of vascular complications caused by injection
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Embodiment 1
[0068] Embodiment 1: A working principle such as figure 2 The shown injection device with the function of monitoring blood includes a light source 1-1, a coupler 1-2, a reflective mirror 1-4, an injection insert 1-5, a coagulation material 1-8, a photodetector 1-9, a signal Amplifier 1-10 and receiving device 1-11, the light source 1-1 is provided with a light output terminal line 1-101, the reflective mirror surface 1-4 is provided on the side of the blood coagulation material 1-8, the light source 1- 1 and the reflective mirror surface 1-4 form an input optical path, and an output optical path is formed between the reflective mirror surface 1-4 and the receiving device 1-11, and the photodetector 1-9 and the signal amplifier 1-10 are sequentially arranged on the reflective Between the mirror 1-4 and the receiving device 1-11, and between the reflective mirror 1-4 and the photodetector 1-9, an optical fiber or an optical path sensor 1-6 and an optical path transmission devic...
Embodiment 2
[0075] Embodiment 2: A working principle such as image 3 The shown injection device with the function of monitoring blood includes a light source 2-1, a coupler 2-2, a reflective mirror 2-4, an injection insert 2-5, a coagulation material 2-8, a photodetector 2-9, a signal Amplifier 2-10 and receiving device 2-11, the light source 2-1 is provided with a light output terminal line 2-101, the reflective mirror surface 2-4 is provided on the side of the blood coagulation material 2-8, and the light source 2- 1 and the reflective mirror surface 2-4 form an input optical path, and an output optical path is formed between the reflective mirror surface 2-4 and the receiving device 2-11, and the photodetector 2-9 and the signal amplifier 2-10 are sequentially arranged on the reflective Between the mirror 2-4 and the receiving device 2-11, and between the reflective mirror 2-4 and the photodetector 2-9, an optical fiber or an optical path sensor 2-6 and an optical path transmission de...
Embodiment 3
[0079] Embodiment 3: a kind of working principle such as Figure 4 The shown injection device with the function of monitoring blood includes a light source 3-1, a coupler 3-2, a reflective mirror 3-4, an injection insert 3-5, a coagulation material 3-8, a photodetector 3-9, a signal Amplifier 3-10 and receiving device 3-11, the light source 3-1 is provided with a light output terminal line 3-101, the reflective mirror 3-4 is provided on the side of the blood coagulation material 3-8, the light source 3- 1 and the reflective mirror surface 3-4 form an input optical path, and an output optical path is formed between the reflective mirror surface 3-4 and the receiving device 3-11, and the photodetector 3-9 and the signal amplifier 3-10 are sequentially arranged on the reflective Between the mirror 3-4 and the receiving device 3-11, and between the reflective mirror 3-4 and the photodetector 3-9, an optical fiber or an optical path sensor 3-6 and an optical path transmission devic...
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