Full-fruit bowl type orange juice squeezer
A juicer and bowl-type technology, applied in the field of fruit juicers, can solve the large center of gravity offset of the main shaft system, affect the smoothness and reliability of the juicer, and accelerate the fatigue and fracture of the mechanical structural parts of the juicer. problems, to achieve the effect of improving working life, juice yield and juice quality, and improving productivity
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Embodiment 1
[0032] The upper squeezing bowl 5 and the upper annular blade 25 periodically squeeze the fruit body with respect to the lower squeezing bowl 4 and the lower annular blade 26 with the law of motion of the curve y(t), and the coring blade 27 moves with respect to the lower annular blade 26 with the curve y (t). The movement law of x(t) performs periodical squeezing and filtering motion on the fruit capsule in the filter tube, wherein the point above the limit of y(t) starts to move downward as time zero, and the limit below x(t) starts to move upward as time zero; The time period of a juice extraction cycle is T, and the curve x(t) is delayed by 0.44T in time than the curve y(t);
[0033] Among them, the upper limit point S of the upper squeezing bowl 5 motion curve y(t) max It is located 224mm above the lower annular knife edge, and the lower limit point of the curve y(t) is located 8mm below the lower annular knife edge; Sub-polynomial curve, in which the feeding approach se...
Embodiment 2
[0037] Curve x(t) is delayed in time by 0.416T from curve y(t).
[0038] The upper limit point S of the motion curve y(t) of the upper squeezing bowl 5 max Located 234mm above the lower annular knife edge, the lower limit point of the curve y(t) is located 8mm below the lower annular knife edge; the condition for the feeding approach to the end point of the curve segment is: displacement y 0 = 0 mm, y 1 =142mm, speed y' 0 = 0 mm / s, y' 1 =275mm / s, acceleration y″ 0 =42m / s 2 , y″ 1 =0m / s 2 ; The terminal condition of the fruit body squeezing curve segment is: displacement y 0 = 142 mm, y 1 =242mm, speed y' 0 =275mm / s, y' 1 =0mm / s, acceleration y″ 0 =0m / s 2 , y″ 1 =-10.2m / s 2 , where the upper pressing bowl 5 just moves downward at a constant speed to achieve pressing, and when the pressing ends, the upper pressing bowl 5 decelerates to realize the transition with the fast return section; the endpoint condition of the fast return curve section is: displacement y 0 ...
Embodiment 3
[0042] Curve x(t) is delayed in time by 0.46T from curve y(t).
[0043] The upper limit point S of the motion curve y(t) of the upper squeezing bowl 5 max Located 216mm above the lower annular knife edge, the lower limit point of the curve y(t) is located 6mm below the lower annular knife edge; the condition for the feeding approach to the end point of the curve segment is: displacement y 0 = 0 mm, y 1 =116mm, speed y' 0 = 0 mm / s, y' 1 =280mm / s, acceleration y″ 0 =36m / s 2 , y″ 1 =0m / s 2 ; The terminal condition of the fruit body squeezing curve segment is: displacement y 0 = 116 mm, y 1 =216mm, speed y' 0 =280mm / s, y' 1 =0mm / s, acceleration y″ 0 =0m / s 2 , y″ 1 =-8.9m / s 2 , where the upper pressing bowl 5 just moves downward at a constant speed to achieve pressing, and when the pressing ends, the upper pressing bowl 5 decelerates to realize the transition with the fast return section; the endpoint condition of the fast return curve section is: displacement y 0 = ...
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