TH50159B - Rotary oscillator - Google Patents

Abstract

DC60 (15/10/45) A rotary oscillating separator consisting of 4 separating containers, each with 5 conical separating plates arranged within the containers, and 6 drive paths for rotary oscillation. In these 4 separating containers, a mixture of unhulled and unmilled rice is fed onto the separating plates in the containers at the designated area for separating the unhulled and unmilled rice. The unmilled rice is discharged through the raised perimeter of the container, and the unhulled rice is discharged through the central bottom of the separating container. The drive paths consist of several oscillating drivers arranged at evenly angular intervals around the 4 separating containers. Each of these oscillating drivers is tilted upwards and functionally connected to the raised perimeter of the separating containers to support the containers. These oscillating drivers are sequentially activated at a predetermined delay phase to generate the oscillating motion that will be transmitted. To the separating container, each of the aforementioned oscillating drives, which consists of an oscillating angle adjustment mechanism 40 for fixing the oscillating drive to an upward tilt and for varying the oscillating angle in the rotation of the separating container. The rotary oscillating separator, which consists of 4 separating containers, each with 5 conical separating plates arranged in the container, and 6 drive paths for rotary oscillation. In the 4 separating containers, a mixture of unhulled and unmilled rice is fed onto the separating plates in the separating containers at the designated area for separating the unhulled and unmilled rice. The unmilled rice is discharged through the raised perimeter of the container, and the unhulled rice is discharged through the central bottom of the separating container. The drive paths consist of a number of oscillating drives arranged at evenly angular distances around the 4 separating containers. Each of these oscillating drives is tilted upward. The upper part is functionally connected to the raised perimeter of the separating container to support it. These oscillating drives, sequentially activated at predetermined phases of the delay, generate oscillatory motion that is transmitted to the separating container. Each oscillating drive contains a 40° oscillation angle adjustment mechanism for fixing the drive at the upward tilt and for varying the oscillation angle in the rotational oscillation of the separating container.

Claims (8)

1. A rotary oscillating separator comprising at least one separating vessel with a raised circumference and conical separating plates arranged within the vessel, and a drive trajectory for the rotary oscillation of such separating vessel, a mixture of unhulled and unmilled rice is fed onto the separating plates in the separating vessel at a designated area for the separation of the unhulled and unmilled rice; the unmilled rice is discharged through a section of the raised circumference, and the unhulled rice is discharged through the center bottom of the separating vessel. Specifically, the drive trajectory comprises several oscillating actuators arranged at evenly angular intervals around the separating vessel; each oscillating actuator is tilted upwards and functionally connected to the raised circumference of the separating vessel for support; these oscillating actuators are sequentially activated at a predetermined delay phase to generate the oscillating motion. The signal is transmitted to the separating container. Each of these oscillating drivers consists of an oscillation angle adjustment mechanism for fixing the oscillating driver at an upward tilt and for varying the oscillation angle during the rotational oscillation of the separating container. 2. A rotary oscillating separator according to claim 1, in which each such oscillating driver is provided in a support frame which is axially connected to the separator frame by a pivot pin and shall consist of a motor, a gearbox for rotational transmission from the motor, a drive shaft with a crank pin at its top and connected to the output shaft of the gearbox, an oscillating plate with an eccentric shaft and rotatably connected to the crank pin, and a means to prevent the oscillating plate from rotating together with the crank pin, and further incorporated by a means for the functional connection of the such oscillating driver to the separating vessel, such means consisting of a connecting assembly flexibly connected to the raised circumference of the separating vessel and having a mounting hub, and a driven unit rotatably connected to the eccentric shaft. 3. A rotating oscillating separator under claim 1 or 2, where each such oscillating angle adjustment mechanism consists of a threaded adjustment mechanism for rotating the support around a pivot pin to vary the tilt of the support. 4. Rotary oscillating separator under claim 3, whereby each such adjustment screw mechanism consists of an internally threaded part mounted freely in a support frame, a vertical adjustment screw rod mounted freely in the frame of the rotary oscillating separator and having an externally threaded part screwed into the internally threaded part, and a handwheel for rotating the adjustment screw rod. 5. A rotary oscillating separator under claim 4, where the aforementioned helical mechanism consists of a rotational transmission mechanism comprising a chain disc on the helical rod and a chain that is synchronized around the chain disc for synchronized rotation of the helical rod. 6. A rotary oscillating separator pursuant to claim 3, whereby each such helical adjustment mechanism shall consist of an internally threaded part mounted rotatably in the frame; a support part with an enlarged through hole, mounted rotatably in the said support frame; an adjusting rod protruding through the enlarged through hole and having an externally threaded part screwed into the internally threaded part; and a means for securing the adjusting rod in the appropriate position. 7. A rotary oscillating separator pursuant to Relativity 1, which shall be provided with a number of separating vessels arranged in a vertically stacked manner, a number of upper and lower oscillating drives shall be provided at evenly angular intervals around the separating vessels, each such upper and lower oscillating drive shall be functionally connected by such connecting assembly and flexible coupling to the separating vessels and shall contain a common oscillating angle adjustment mechanism for fixing the oscillating drives at an upward tilt and for varying the oscillating angle in the rotary oscillation of the separating vessels. 8. A rotary oscillating separator pursuant to claim 9, in which a number of separating vessels are arranged vertically stacked, a number of upper and lower oscillating drives are provided at evenly angular intervals around the separating vessels. Each of these upper and lower oscillating drives in each set is functionally connected via such connecting components and flexible joints to the stacked separating vessels, and shall contain a separate oscillating angle adjustment mechanism for fixing the oscillating drives to the upward tilt and for varying the oscillating angle in the rotary oscillation of the separating vessels.