Multifunctional positioning injection device for internal secretion diseases
A technology for endocrine diseases and injection devices, which is applied in the field of multi-functional positioning injection devices for endocrine diseases, can solve the problems of increasing the working pressure of medical staff, medical accidents, and rough control, so as to avoid medical accidents, ensure safety and stability, and improve comfort degree of effect
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[0041] Example 1:
[0042] The following is attached Figure 1-4 The present invention will be described in further detail.
[0043] A multifunctional positioning injection device for endocrine diseases, such as figure 1 , figure 2 with image 3 As shown, the main frame 1 is included. Both ends of the bottom surface of the main frame 1 are provided with fixing seats 2. The main frame 1 is slidably connected to the fixing seat 2, and the main frame 1 slides along the fixing seat 2. , The main frame 1 is provided with a positioning device 3, the positioning device 3 is slidably connected to the main frame 1, the positioning device 3 slides along the main frame 1, and the positioning device 3 is fixedly provided with A coarse adjustment groove 31 that penetrates up and down. The rough adjustment groove 31 is provided with an interference seat 4 that is threadedly connected to the positioning device 3, and the interference seat 4 is fixedly provided with a fine adjustment groove that...
Example Embodiment
[0059] Example 2
[0060] The difference from Example 1 is that the buffer block 513 is coated with a non-slip layer, and the preparation method of the non-slip layer is as follows:
[0061] Take the following raw materials by weight: 9.8 parts of titanium dioxide, 2.6 parts of sodium bentonite, 2.3 parts of graphite powder, 3.2 parts of polyvinyl acetate emulsion, 4.7 parts of anaerobic glue, 11 parts of alkyl quaternary ammonium, hydroxy acrylic resin 33.7 parts, 7.1 parts of carbon black, 3.2 parts of silicon carbide, 1.5 parts of zinc phosphate, 5.9 parts of hydrogenated rosin glyceride.
[0062] S1. Prefabricated organic solvent: mix polyvinyl acetate emulsion, alkyl quaternary ammonium, hydroxy acrylic resin, and hydrogenated rosin glyceride and heat to 45°C, stir well, and keep it for 15 minutes;
[0063] S2. Preparation of non-slip coating: add titanium dioxide, silicon carbide, zinc phosphate, anaerobic glue, carbon black, graphite powder, and sodium bentonite to the organic ...
Example Embodiment
[0068] Example 3
[0069] The difference from Example 2 is that the specific gravity of the formula is modified. The modified formula is:
[0070] Take the following raw materials by weight for use: 11.4 parts of titanium dioxide, 2.8 parts of sodium bentonite, 2.7 parts of graphite powder, 3.8 parts of polyvinyl acetate emulsion, 5.1 parts of anaerobic glue, 14 parts of alkyl quaternary ammonium, hydroxy acrylic resin 34.9 parts, 7.3 parts of carbon black, 3.4 parts of silicon carbide, 1.9 parts of zinc phosphate, 6.3 parts of hydrogenated rosin glyceride.
[0071] S1. Prefabricated organic solvent: mix polyvinyl acetate emulsion, alkyl quaternary ammonium, hydroxy acrylic resin, and hydrogenated rosin glyceride and heat to 45°C, stir well, and keep it for 15 minutes;
[0072] S2. Preparation of non-slip coating: add titanium dioxide, silicon carbide, zinc phosphate, anaerobic glue, carbon black, graphite powder, and sodium bentonite to the organic solvent in S1 in sequence, stir eve...
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