Abstract: Hazardous article handing and logistics information system for geological sciences and other purposes, comprising a liquid hazardous article logistics container (A), a Beidou satellite navigation system (B) and a remote control terminal (C). The liquid hazardous article logistics container consists of an outer protective sleeve (1), a liquid storage main body part (2), a main body outer cover part (3), a stabilizer storage mechanism (4), a main body base part (5), a control display part (6), a main body inner cover mechanism (7) and a neutralizer storage and releasing mechanism (8). Various liquid hazardous articles can be kept in a good storage environment, the whole logistics process is tracked and monitored in real time, and a liquid hazardous article logistics container can be controlled to release a neutralizer in an emergency.

Abstract: Hazardous article handing and logistics information system for geological sciences and other purposes, comprising a liquid hazardous article logistics container (A), a Beidou satellite navigation system (B) and a remote control terminal (C). The liquid hazardous article logistics container consists of an outer protective sleeve (1), a liquid storage main body part (2), a main body outer cover part (3), a stabilizer storage mechanism (4), a main body base part (5), a control display part (6), a main body inner cover mechanism (7) and a neutralizer storage and releasing mechanism (8). Various liquid hazardous articles can be kept in a good storage environment, the whole logistics process is tracked and monitored in real time, and a liquid hazardous article logistics container can be controlled to release a neutralizer in an emergency.

Abstract: An automatic observation apparatus for detecting mineral samples comprises a base (1), a supporting arm (2), a sample fixing device (3), a stepper motor (4), a high-definition camera (5) and a control system (6). A refractometer is fixed on the base (1). A vertical through hole is formed at the top end of the supporting arm (2), and a lifting rod (211) penetrates through the vertical through hole and is matched with the vertical through hole in shape. A cavity is formed at the top end of the supporting arm (2), a gear (216) is mounted in the cavity, and the gear (216) is meshed with a rack (215) of the lifting rod (211).

Abstract: An automatic observation apparatus for detecting mineral samples comprises a base (1), a supporting arm (2), a sample fixing device (3), a stepper motor (4), a high-definition camera (5) and a control system (6). A refractometer is fixed on the base (1). A vertical through hole is formed at the top end of the supporting arm (2), and a lifting rod (211) penetrates through the vertical through hole and is matched with the vertical through hole in shape. A cavity is formed at the top end of the supporting arm (2), a gear (216) is mounted in the cavity, and the gear (216) is meshed with a rack (215) of the lifting rod (211).