Automatic-positioning vibration sampler

Abstract

The invention discloses an automatic-positioning vibration sampler. The automatic-positioning vibration sampler comprises an upper fixing plate, a lower fixing plate, a support plate which is used for connection fixing and is perpendicular to the upper fixing plate and the lower fixing plate, a X-direction driving mechanism arranged on the lower fixing plate, a Y-direction driving mechanism connected to the X-direction driving mechanism, a Z-direction driving mechanism connected to the Y-direction driving mechanism by a longitudinal fixing base and a sampling pin connected to the Z-direction driving mechanism. The automatic-positioning vibration sampler also comprises a sampling pin vibrating mechanism. The sampling pin vibrating mechanism comprises a vibrating motor fixed to the longitudinal fixing base, an eccentric wheel device connected to an output end of the vibrating motor and a vibrating plate connected to the eccentric wheel device by a connection member. One end of the sampling pin goes through the vibrating plate. The eccentric wheel device in the sampling pin vibrating mechanism drives the vibrating plate to carry out eccentric motion so that the sampling pin is further driven to carry out eccentric motion to stir a liquid to be detected in a test tube and thus compared with the existing sampler, the automatic-positioning vibration sampler improves stirring effects and a sampling precision.

Description

technical field [0001] The invention relates to a sampling machine, in particular to an automatic positioning vibration sampling machine. Background technique [0002] At present, the structure and movement modes of the sampling mechanism and the stirring mechanism in the prior art are generally similar or the same, that is, the sampling mechanism and the stirring mechanism are separated, each forming a set of mechanisms, and the action process is controlled separately without interfering with each other. Since the sampling mechanism and the stirring mechanism are separated, the layout is not concise enough, the space is larger, the more devices, the higher the cost, and the greater the probability of failure; at the same time, for the multi-tube sampling mechanism, The caliber of the test tube used is relatively narrow, and the stirring mechanism cannot be added when extracting the liquid to be tested, resulting in inaccurate detected data. In view of the above technical pr...

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Problems solved by technology

Since the sampling mechanism and the stirring mechanism are separated, the layout is not concise enough, the space is larger, the more devices, the higher the cost, and the greater the probability of failure; at the same time, for the multi-tube sampling mechanism, due to The caliber of the test tube used is relatively narrow, and the stirring mechanism cannot be added when extracting the liquid to be tested, resulting in inaccurate detected data. In view of the above technical problem

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