Ex pioneering porous complete sensing device

摘要

The subject innovation is more common horizontal bar pieces to deliver the rotational force and the inertia in the 5 air propulsion device (6) to the porous the output precursor (4) formed in the power transmission installed in the shaft 8 and, therefore the furnace body (7) operation is generated during rotation of the one piece common horizontal bar installed bonded to (5) and mounted to both ends of the power transmission shaft 8 the power transmission shaft 8 of the power transmission shaft 8 by the clamping device (9) torque sensor gear (10a, 10b), and a torque sensor gear (10a, 10b) against being provided on the front side and outputs it to sense the torsional stress generated on the power transmission shaft (8) for detecting a torsional stress and a signal processor detecting section (11a, 11b) are sent to the 13, the detector (11a, 11b) are connected by a wire 12 for transmitting an output signal to an output for processing on the signal sent from the detector (11a, 11b) and a signal processing device 13, the porous completion on the basis of the oN signal sent from the output signal processing device 13 Porous completion is for the output precursor porous complete sensing device which comprises a detector 14 for determination. According to the detection device of the subject innovation, by easily detected by the output during precursor porous job openings the time of completion of the electrical signal and the effect of preventing the malfunction due to the five senses of the operator and preventing human injury caused by the scattering of the molten iron, and the appropriate It has the effect of extending the life of the plant operation unit.