Biochip hybridizing machine

Abstract

The invention relates to the technical field of automated equipment, in particular to a biochip hybridizing machine. The biochip hybridizing machine comprises a mounting bottom plate and a bearing plate for bearing a biochip, wherein a cleaning region and an incubation region are arranged above the mounting bottom plate; an incubation device is arranged on the incubation region; the biochip hybridizing machine also comprises a turnover driving mechanism and a horizontal driving mechanism, wherein the turnover driving mechanism is connected with the bearing plate and drives the bearing plate to turn over in the cleaning region so as to clean the biochip; and the horizontal driving mechanism is connected with the bearing plate and drives the bearing plate to move to and fro between the cleaning region and the incubation region. According to the biochip hybridizing machine disclosed by the invention, the entire process is automatically operated during working, and the biochip hybridizing machine at least integrates biochip hybridization and biochip cleaning, without human intervention, so that accurate operation is guaranteed, the biochip hybridizing machine is labor-saving and time-saving, the efficiency is improved, and the biochip hybridizing machine can prevent the biochip from being biologically polluted.

Description

technical field [0001] The invention relates to the technical field of automation equipment, in particular to a biological chip hybridization machine. Background technique [0002] The existing biochip hybridization, cleaning, and drying devices are usually independent devices, and each instrument can only achieve a single function, such as some molecular hybridization instruments, chip cleaning instruments, chip drying instruments, etc. These instruments are common The problem is: 1. The turnover between various instruments still requires too much manual intervention, which will cause errors due to human operation, waste manpower and time resources, and be inefficient, and there will be biological contamination if there is too much contact with biochips Second, the functions of each instrument are simplistic and the structure is complex; Third, there are still certain limitations and deficiencies in the use of single-function instruments, for example, the problem of unclean...

AI Technical Summary

Problems solved by technology

[0002] The hybridization, cleaning and drying devices of the existing biochips are usually independent devices, and each instrument can only realize a single function, such as some molecular hybridization instruments, chip cleaning instruments, chip drying instruments, etc. These instruments are commonly used The problem is: 1. The turnover between various instruments still requires too much manual intervention, which will cause errors due to human operation, waste manpower and time resources, and be inefficient, and there will be biological pollution if there is too much contact with biochips Second, the functions of each instrument are simplistic and the structure is complex; Third, there are still certain limitations and deficiencies in the use of single-function instruments, for example, the problem of unclean cleaning, centrifugal drying will damage the hybrid complex, resulting in detection errors Wait

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