Accurate mycobacterium tuberculosis detection system

[0037] Example 1:

[0038] Append figure 1 Adherent Figure 5 Down:

[0039] The present invention provides a precise tuberculosis detection system including an immersion housing 1;

[0040] The inside of the soaking housing 1 is provided with a soaking cavity, and the inside of the soaking cavity is present in ethanol, and the inside of the soaking housing 1 is attached to the inside of the soaking housing 1 and the bearer-carrying assembly 3;

[0041] The receiving control assembly 2 includes a lifting control lever 201 and a linkage lift block 202, and the lifting control lever 201 is inserted inside the soaking housing 1 side, and the linkage lift block 202 is inserted inside the soaking housing 1, the lifting control rod 201 The bottom fixed connection has a lifting top spring;

[0042] The carrier degreasing assembly 3 includes a slide slide carrier 301 and a position control rod 302, and the slide carrier tray 301 is inserted inside the soaking housing 1, and the top of the tray of the slide carrier 301 is inserted with a slide. The position lever 302 is inserted on the side of the slide carrier 301.

[0043]Wherein, the top of the slide carrier 301 is provided with three sets of slide positioning blocks 3011, and each set of slide positioning blocks 3011 is opposite two, carrying the top of the surface of the slide carrier 301. The block cross section of the slide positioning block 3011 is "U" shape, and the slide is inserted between the two diaphragm positioning blocks 3011, the surface of the slide carrier 301 is "U" shape The three slides can be inserted inside the three sets of independent positioning blocks 3011, so that there is no stack, mutual fit, and each carrier can be completely soaked in ethanol solution. Performing degreasing, good degreasing effect, easy to use.

[0044] Among them, one side of the rod body and the linkage rod 201 of the lift lever 201 are provided with the drive rack 2011, and the inner portion of the soaking housing 1 is provided with the synchronous gear 101, and the synchronous gear 101 rotates the interior of the soaking housing 1. And the rotating teeth on both sides of the synchronous gear 101 respectively communicate with the transmission rack 2011 of the lifting control rod 201 and the linkage lift block 202, and the top and bottom of the rod body of the position control lever 302 are fitted with the push block 3022, and adapt to the push block. 3022 is inserted inside the soaking housing 1, and an adaptive push spring 3022 is fitted with an adaptive jach 30221, and both ends of the adaptive push spring 3022 are respectively secured in the inside of the adaptive push block 3022, and the inside of the soaking housing 1 is used. When the lift lever 201 is pressed, the lifting control rod 2011 can be risen by the transmission rack 201 and the synchronous gear 101, and the slide glass carrier 301 is located at the outermost side of the slide at the adaptation of the jach 30221. The role is in the side of the linkage lifting block 202, and the link between the linkage of the linkage lift block 202 is provided with a "U" shaped linkage block 2022, and the bottom of the front side of the linkage section 2022 and the top of the rear side are inclined. The angular design, thus linking the lift slide 202 can pass the slide of the slide and increase the inside of the ethanol solution when the linkage of the linkage of the bottom "U" is raised, and the slide is taken out. The slide is in the outer side of the joint spring 30222, and the lift rod 20 is reset after the lifting rod 201 is reset under the action of the lifting spring, and the slide is adaptive. The side surface of the linkage lifting block 202 is renest under the action of 30221 to prepare for the next time.

[0045] Among them, the inner portion of the linkage lift block 202 block is provided with a positioning slot 2021, and the inner portion of the soaking housing 1 is provided with a positioning rod 102, and the rod 102 is a square design, and the positioning rod 102 is inserted inside the positioning groove 2021. In use, the positioning lever 102 can limit the lifting trajectory of the linkage rising block 202 by the positioning groove 2021, so that the linkage lift block 202 does not occur when the lift is lifted, and the distortion causes the device to fail to fail, and stabilize.

[0046] Example 2:

[0047] Append figure 1 Adherent Figure 8 Shown

[0048] On the basis of Example 1, there is a track rod 3012 inside the discharge of the tray carrier 301, and the inside of the housing of the soaking housing 1 is provided with a track groove 103, and the groove shape of the track groove 103 is a triangular design, orbit. The rod 3012 is inserted inside the track groove 103, and the track groove 103 ensures that the device can be recycled.

[0049] Among them, the bottom control point A1031, the bottom control point B1032 and the top control point 1033 are provided inside the groove body, and the track groove 103 is the same as the depth of the bottom control point A1031 and the bottom control point B1032, and the track groove 103 The groove body depth at the top control point 1033 is larger than the groove body depth of the track groove 103 at the bottom control point A1031 position, in which, when the slide glass 301 internal slide is complete, press the lifting again At the time of the lever 201, the linkage lift block 202 moves the slide slide carrier 301 upwardly along the track groove 103 through the linkage tank 2022, and the slide carrier 301 is rolled up to the top, and the inside of the track rod 3012 is provided. The orbital jaching 30121, and the two ends of the track sleeve 30121 are respectively fixed to the inside of the rail lever 3012 and the slide carrier 301, and the rail lever 3012 can be attached to the deepest top control under the action of the rail jaching spring 30121. Point 1033, release the lifting control rod 201 After the lifting control rod 201 rises a certain distance, the outer portion of the top rod body of the position control rod 302 is provided with a reset sleeve 3021, and both ends of the reset sleeve 3021 are respectively fixed in position control rod 302. The top and the top of the slide carrier plate 301, and the elastic force of the reset sleeve 3021 is greater than the elastic force of the adaptive to the tape spring 30221, the slide carrier carrier 301 moves to the bottom control point A1031 under the action of the reset sleeve 3021. Thereby, resetting the slide carrier 301 is realized, at which time, the inside mounting slide of the slide carrier 301 can be re-mounted to soak the degreas of degreasing in ethanol, and the slide is installed after the installation is complete. The rod 201, the slide slide on the outermost side of the slide carrier 301 will be reopened by the side of the linking spring 30221 in the linkage of the linking block 202, which can be recycled, and the installation and take the slide are very convenient.