Apricot Kernel Remover (With Video Animation Demonstration) SolidWorks 3D Model

The working principle of apricot kernel remover: the apricot kernel remover is driven by the motor to drive the reducer, and after deceleration of the reducer, the power will be output to the crank linkage mechanism so as to drive the kernel removing mechanism to do the up and down reciprocating motion as well as the apricot disc to do the circumferential motion to match to realize the uninterrupted kernel removing operation. First of all, the motor rotates and drives the input shaft of worm gear reducer, and after its deceleration, the output shafts at both ends of the reducer are delivered to the crank linkage mechanism and coupling in the same form of movement. The output shaft of one end of the speed reducer is connected to the crank linkage mechanism, and then through the linkage drives the kerneling mechanism (kerneling rod, apricot unloading rod) to do up and down reciprocating linear movement, and the downward movement is to complete the kerneling and unloading function of apricot fruit. The output shaft of the other end of the speed reducer is connected with the coupling and conveyed to the bevel gear through the coupling, after the vertical transmission of the bevel gear in the form of movement, the dial rotates, and then the dial dial pivots the groove wheel, and at the same time with the groove wheel coaxial apricot plate in the groove wheel drive to realize the intermittent rotation, to achieve the effect of the apricot plate positioning and conveying. Through the cooperation of these two forms of movement, completely realize the purpose of apricot kernel removal, that is, when the nucleating mechanism down ready to perform the work, the apricot disk is just in a stationary state, complete the punching of kernel, unloading work, after the nucleation of the apricot fruit by the apricot groove fall, and the nucleus by the nucleus groove fall, complete the apricot kernel separation of the collection of the work. When the kerneling mechanism to complete the kerneling work is ready to move upward, at the same time, the apricot disk rotates at an angle (60), and so on and so forth.