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　　Container spreader is a component of a crane. Commonly used for lifting heavy objects. Pipe laying ships are large-scale equipment dedicated to laying subsea pipelines. It is mostly used for laying submarine oil pipelines, submarine gas pipelines, and submarine water pipelines. Large-scale lifting pipe laying ships are also important tools for offshore operations. The container spreader on them swings more heavily under the direct or indirect action of wind and wave loads, which is prone to swinging largely, and even causes offshore operations to fail to proceed normally.

　　The inclination sensor installed on the large lifting pipe laying ship is combined with the passive TMD control system to detect the deviation angle of the hook head and the shaking and swinging of the ship, and control it within a certain swing range to meet the requirements of offshore lifting operations. By obtaining the shaking and tilting state of the hook head during work, the safety operation of the large lifting pipe laying ship is improved.

　　The inclination sensor is a sensor that specializes in measuring the inclination angle, and can measure the shaking inclination angle of the container spreader hook head when working. The real-time monitoring of the hook head is achieved through comparison with the normal deflection angle, making it more stable and reliable during work, and the data of the inclination of the hook head can be directly transmitted to the control room and displayed. The operator can make real-time adjustments based on actual tendencies to improve work efficiency.

　　Container spreader is a component of a crane. Commonly used for lifting heavy objects. Pipe laying ships are large-scale equipment dedicated to laying subsea pipelines. It is mostly used for laying submarine oil pipelines, submarine gas pipelines, and submarine water pipelines. Large-scale lifting pipe laying ships are also important tools for offshore operations. The container spreader on them swings more heavily under the direct or indirect action of wind and wave loads, which is prone to swinging largely, and even causes offshore operations to fail to proceed normally.

　　The inclination sensor installed on the large lifting pipe laying ship is combined with the passive TMD control system to detect the deviation angle of the hook head and the shaking and swinging of the ship, and control it within a certain swing range to meet the requirements of offshore lifting operations. By obtaining the shaking and tilting state of the hook head during work, the safety operation of the large lifting pipe laying ship is improved.

　　The inclination sensor is a sensor that specializes in measuring the inclination angle, and can measure the shaking inclination angle of the container spreader hook head when working. The real-time monitoring of the hook head is achieved through comparison with the normal deflection angle, making it more stable and reliable during work, and the data of the inclination of the hook head can be directly transmitted to the control room and displayed. The operator can make real-time adjustments based on actual tendencies to improve work efficiency.