DEVICE FOR ON-SITE CUTTING AND TRANSFERRING OF NATURAL GAS HYDRATE SAMPLE
卷宗概要
申请人
GUANGZHOU INSTITUTE OF ENERGY CONVERSION, CHINESE ACADEMY OF SCIENCES
发明人
Xiaosen LI; Yi WANG; Jianwu LIU; Rui XU; Zhaoyang CHEN; Gang LI; Yu ZHANG
IPC 分类
CPC 分类
A device for on-site cutting and transferring of natural gas hydrate sample includes a servo transmission mechanism, a pressure-resistant manipulator, a high-pressure and sealing operating mechanism, a pressure-maintaining unit, and a data acquisition system; when working, the servo transmission mechanism is used for driving the pressure-resistant manipulator to reciprocating motion; a servo rotating mechanism is used for realizing 360-degree rotation of a tightly clamped sample; the pressure-resistant manipulator is used for driving a grabber to grab the sample, and cooperates with the high-pressure and sealing operating mechanism to assist a cutting unit in cutting the sample, and the reciprocating motion is achieved by the servo transmission mechanism; the cut sample is placed in a high-pressure and pressure-maintaining bin for storage; a system pressure is acquired by a pressure acquisition system, and acquired data is transmitted to a data acquisition and control system for data processing and analyzing.
原文（中文）
A device for on-site cutting and transferring of natural gas hydrate sample includes a servo transmission mechanism, a pressure-resistant manipulator, a high-pressure and sealing operating mechanism, a pressure-maintaining unit, and a data acquisition system; when working, the servo transmission mechanism is used for driving the pressure-resistant manipulator to reciprocating motion; a servo rotating mechanism is used for realizing 360-degree rotation of a tightly clamped sample; the pressure-resistant manipulator is used for driving a grabber to grab the sample, and cooperates with the high-pressure and sealing operating mechanism to assist a cutting unit in cutting the sample, and the reciprocating motion is achieved by the servo transmission mechanism; the cut sample is placed in a high-pressure and pressure-maintaining bin for storage; a system pressure is acquired by a pressure acquisition system, and acquired data is transmitted to a data acquisition and control system for data processing and analyzing.