Automatic oil dripping mechanism for bone marrow smear scanner and working method of automatic oil dripping mechanism
A technology of bone marrow smear and scanner, which is applied in the field of automatic oil dripping mechanism, can solve the problems of invisible oil dripping process, difficult observation, and difference in oil dripping results, so as to achieve quick oil dripping work, save manpower, and reduce errors Effect
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Embodiment 1
[0043] Example 1, as Figure 1 to Figure 4 As shown, an automatic oil dripping mechanism for a bone marrow smear scanner includes a component base 7, a component mounting plate 10 disposed on the component base 7, and an oil drip assembly, which includes an oil storage bottle 1, an oil pipe 1 2. High pressure valve 3, injection pump 8, oil pipe two 11, oil pipe three 4, oil drip port 15, oil pipe pressure block 5 and oil drop induction sensor 6, among which:
[0044] Oil storage bottle 1, used to store oil for dripping;
[0045] Oil pipe 1 2, used to connect the oil storage bottle 1 and the high pressure valve 3;
[0046] High-pressure valve 3, used for switching the oil transmission direction and oil distribution;
[0047] Syringe pump 8, used to transport oil smoothly and absorb and store oil, its rated stroke is 24.08mm, and its inner diameter is 23mm;
[0048] The second oil pipe 11 is used to connect the syringe pump 8 and the high pressure valve 3;
[0049] The oil p...
Embodiment 2
[0057] Embodiment 2, the present invention also provides a working method for the automatic oil dripping mechanism of the bone marrow smear scanner, comprising the following steps:
[0058] (1) Power on the syringe pump 8 to determine the zero point of the coordinate system, that is, the position before each movement of the syringe pump;
[0059] (2) Calculate the volume of the syringe pump 8. Since the rated stroke is 24.08mm and the inner diameter is 23mm, then
[0060] V=π*(23 / 2)²*24.08, so the volume of syringe pump 8 is 10ml;
[0061] (3) It is determined that 9632 steps are required for the syringe pump 8 to travel the entire rated stroke of 24.08mm. From this, the movement distance and movement volume of a single stroke are calculated, which are 24.08 / 9632=0.0025mm, respectively.
[0062] 0.0025*π*(23 / 2)²=1.0381ul;
[0063] (4) Determine the volume of oil droplets when the oil droplets escape from the oil drip port 15 and drip naturally due to their own weight as 25ul; ...
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