CN213075365U

CN213075365U - Automatic juicer adopting bionic juicing device

Info

Publication number: CN213075365U
Application number: CN202020906782.6U
Authority: CN
Inventors: 张拨
Original assignee: Nanjing Xinbeize Wulian Technology Co ltd
Current assignee: Nanjing Xinbeize Wulian Technology Co ltd
Priority date: 2020-05-26
Filing date: 2020-05-26
Publication date: 2021-04-30
Anticipated expiration: 2030-05-26

Abstract

The utility model discloses an adopt bionical automatic juice extractor of squeezing juice device, belong to intelligent juice extractor technical field, one of them adopts bionical automatic juice extractor of squeezing juice device, absorb the raw materials of squeezing the juice through the self-adaptation manipulator in the subassembly of squeezing the juice, cut through cutting tool, and then drive the subassembly of squeezing the juice through elevating system and carry out the elevating movement, and then make the raw materials of squeezing the juice support the cutter of squeezing the juice and squeeze, make the raw materials of squeezing the juice rate of going out juice high, peel pulp complete separation, the whole fruit squeezes, fully acquire fruit grain pulp fruit fibre, and the guide plate all adopts the stainless steel of 316 material to make the security of accomplishing assurance fruit juice with the tool bit mounting panel, through designing a plurality of drainage portions, improve the bottling efficiency of fruit juice.

Description

Automatic juicer adopting bionic juicing device

Technical Field

The utility model relates to an adopt bionical automatic juice extractor of squeezing juice device specifically is an adopt bionical automatic juice extractor of squeezing juice device.

Background

The juicer is a machine capable of quickly squeezing fruits and vegetables to obtain fruit and vegetable juice, and is small and household. It was a practical new type of nocal wockbo as early as 1930. On this basis, later on, designers improved juicers of different styles and different principles.

Then current juice extractor uses physics to squeeze basically, through two compression rollers, two compression roller construct and squeeze the clearance, the compression roller is installed on the bearing frame, apply extra power through structural connection, because the processing of physics, lead to the squeezer can not continuous operation, and after the squeezer live time is longer, the liquid discharge of squeezing out also can not be very unblocked, it is convenient and the physics squeezes raw materials loss big easily to pollute fruit juice, can't acquire fruit grain pulp fruit fibre, and epidermis and the unable separation of juice, fruit juice easily pollutes. The fruit juice is easy to pollute, so that the eating taste and the taste are influenced when people drink the fruit juice, and the selling condition is further influenced.

SUMMERY OF THE UTILITY MODEL

Utility model purpose: an automatic juicer adopting a bionic juicing device, which aims to solve the problems in the prior art.

The technical scheme is as follows: an automatic juicer adopting a bionic juicing device comprises a juicing frame, a screening unit, a juicing unit, a flow guide device, a leakage hopper, a crusher and a garbage can, wherein the screening unit is arranged on the juicing frame and used for screening the quality condition of a product, the juicing unit is connected with the screening unit and used for juicing, the flow guide device is connected with the juicing unit and used for guiding the liquid obtained by juicing, the leakage hopper is fixedly arranged on the juicing frame and positioned at the bottom of the juicing unit, the crusher is sleeved at the bottom end of the leakage hopper, and the garbage can is arranged below the crusher later.

In a further embodiment, the screening unit comprises a screening mechanism; the screening mechanism comprises a screening bottom plate, a feeding channel fixedly arranged on the screening bottom plate, and a screener communicated with the feeding channel;

the juicing unit comprises a juicing adaptive manipulator communicated with the screener; the juicing adaptation manipulator comprises a side shell, a lifting assembly fixedly connected with the side shell, a juicing assembly abutted against the lifting assembly and communicated with the screener, and a juicing gear set arranged in the juicing assembly;

the lifting assembly comprises a lifting motor fixedly connected with the lateral shell, a lifting rotating shaft coaxially rotating with the lifting motor, a lifting second cam sleeved with the lifting rotating shaft, a lifting rotating wheel sleeved with the lifting rotating shaft and arranged on the lateral part of the lifting second cam, a lifting driving wheel in transmission connection with the lifting rotating wheel, a lifting transmission rod inserted in the lifting driving wheel, a lifting first cam sleeved with the lifting transmission rod, a rear shell fixedly connected with the lateral shell and a lifting guide rod fixedly arranged on the rear shell;

the juicing assembly comprises a juicing shell abutted with a lifting first cam and a lifting second cam, a plurality of groups of lifting guide wheels arranged on the side part of the juicing shell and connected with a lifting guide rod in a sliding manner, a cutter bottom plate fixedly connected with the juicing shell, and a cutting cutter fixedly arranged on the cutter bottom plate; a juicing gear set is arranged in the juicing shell; the juicing gear set is connected with the adaptive manipulator in an inserted mode; and a juicing cutter is arranged below the self-adaptive manipulator.

In a further embodiment, the juicing gear set comprises a juicing motor fixedly mounted on the side part of the juicing shell, an input shaft coaxially rotating with the juicing motor, an input gear sleeved on the input shaft, a transmission gear and a meshing gear meshed with the input gear, a follow-up gear meshed with the transmission gear, a follow-up shaft inserted with the follow-up gear, and a meshing shaft inserted with the meshing gear; the end parts of the follow-up shaft and the meshing shaft are sleeved with self-adaptive manipulators;

the self-adaptive manipulator comprises a manipulator shell sleeved with the juicing gear set and an anti-drop suction point arranged on the manipulator shell; the upper end and the lower end of the manipulator shell are provided with semicircular grooves, and the anti-dropping suction points are arranged in the semicircular grooves.

In a further embodiment, the flow guide device comprises a flow guide plate, a cutter head mounting plate, a pulper and a flow guide pipe, wherein one end of the flow guide plate is fixedly mounted on the juicing frame, and the other end of the flow guide plate is arranged at the bottom side of the juicing unit;

the guide plate and the tool bit mounting panel all adopt the stainless steel of 316 material to make and accomplish, the guide plate is equipped with the drainage mouth, the drainage mouth links together with first drainage portion, second drainage portion and third drainage portion to be the tilt state.

In a further embodiment, the juicing cutter comprises a juicing cutter frame fixedly arranged on the cutter bottom plate, and a juicing cutter head in sliding connection with the juicing cutter frame; the juicing knife rest is a hollowed-out knife rest, and the juicing knife head is formed by intersecting three groups of semicircular knife heads.

In a further embodiment, the feeding channel is an arc-shaped channel, and the feeding channel has a preset inclination angle; the screening device comprises a screening channel communicated with the feeding channel, a high-quality screening window arranged in the screening channel, a connecting piece fixedly connected with the high-quality screening window, a screening spring fixedly connected with the connecting piece, a screening limiting rod inserted in the screening spring, a screening fixing rod fixedly connected with the screening limiting rod, and a high-quality screening channel communicated with the high-quality screening window; an inferior screening channel is arranged below the screening channel, and an inferior screening window is arranged at the joint of the inferior screening channel and the screening channel.

In a further embodiment, the screening stationary bar is fixedly connected with the screening channel; a circular notch is formed in the middle of the high-quality screening window, and a preset gap is formed between the screening limiting rod and the connecting piece; the high-quality screening window is communicated with a high-quality screening channel, the high-quality screening channel is S-shaped, the high-quality screening channel is communicated with the self-adaptive manipulator, an electromagnet is arranged at the end part of the inferior screening window, a return spring is arranged at the joint of the inferior screening window and the screening channel, and the inferior screening channel is externally connected with a recovery channel; an iron block is arranged at the bottom of the high-quality screening window; the iron block is parallel and level to the inferior screening window when the inferior screening window is closed; and a weighing sensor is also arranged on the inferior screening window.

In a further embodiment of the method of the invention,the cutting tool comprises a cutting tool rest fixedly arranged on the tool bottom plate and a cutting tool bit fixedly arranged on the cutting tool rest; the cutting tool bit is

And (4) forming.

In a further embodiment, the draft tube is arranged in a semi-circle.

Has the advantages that: the utility model discloses an adopt bionical automatic juice extractor of squeezing juice device, squeeze the juice the subassembly through the design, self-adaptation manipulator through in the subassembly of squeezing the juice absorbs the raw materials of squeezing the juice, cut through cutting tool, and then drive the subassembly of squeezing the juice through elevating module and carry out the elevating movement, and then make the raw materials of squeezing the juice support the cutter of squeezing the juice and squeeze, make the raw materials of squeezing the juice go out the juice rate height, peel pulp complete separation, whole fruit low-speed extraction, fully acquire fruit grain pulp fruit fibre, and the guide plate all adopts the stainless steel of 316 materials to make the security of accomplishing assurance fruit juice with the tool bit mounting panel, through designing a plurality of drainage portions, improve the bottling efficiency of fruit juice.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a rear view of the present invention.

Fig. 3 is a schematic structural diagram 1 of the adaptive manipulator of the present invention.

Fig. 4 is a structural schematic diagram of the juicing adaptive manipulator of the utility model.

Fig. 5 is a schematic structural view of the juicing assembly of the present invention.

Fig. 6 is a schematic structural view of the juicing gear set of the present invention.

Fig. 7 is a schematic view of the structure of the juicing cutter of the present invention.

Fig. 8 is a schematic structural diagram of the adaptive manipulator of the present invention.

Fig. 9 is a schematic view of the structure of the cutting tool of the present invention.

Fig. 10 is a schematic structural view of the screening mechanism of the present invention.

Fig. 11 is a schematic structural view of the screening device of the present invention.

Fig. 12 is a schematic view of the connection structure of the flow guide plate and the flow guide pipe of the present invention.

The reference signs are: the juicing adaptation mechanical arm 1, the side shell 11, the juicing gear set 12, the juicing motor 121, the input shaft 122, the input gear 123, the transmission gear 124, the follow-up gear 125, the follow-up shaft 126, the meshing shaft 127, the meshing gear 128, the juicing assembly 13, the juicing shell 131, the lifting guide wheel 132, the adaptive mechanical arm 133, the mechanical arm shell 1331, the anti-drop suction point 1332, the cutting tool 134, the cutting tool bit 1341, the cutting tool rest 1342, the juicing tool bit 135, the juicing tool bit 1351, the juicing tool rest 1352, the lifting transmission rod 141, the lifting first cam 142, the lifting transmission wheel 143, the lifting guide rod 144, the lifting rotating wheel 145, the lifting rotating shaft 146, the lifting second cam 147, the screening mechanism 2, the feeding channel 3, the screening device 4, the screening fixing rod 401, the screening limit rod 402, the screening spring 403, the high-quality screening window 404, the low-quality screening window 405, the, The device comprises a connecting piece 408, a screening bottom plate 5, a juicing frame 6, a flow guide device 7, a flow guide plate 701, a cutter head mounting plate 702, a pulper 703, a drainage port 704, a first drainage part 705, a second drainage part 706, a third drainage part 707, a flow guide pipe 708, a leakage hopper 8, a crusher 9 and a garbage can 10.

Detailed Description

Through the research and analysis of the applicant, the existing juice extractor basically uses physical squeezing, through two compression rollers, two compression roller mechanisms squeeze the clearance, the compression roller is installed on the bearing seat, extra force is applied through structural connection, because the processing of physics, the squeezer can not work continuously, and after the squeezer live time is longer, the liquid discharge of squeezing out can not be very unblocked yet, it is convenient and the physical squeezing raw materials loss is big to pollute fruit juice easily, can't obtain fruit grain pulp fruit fibre, and epidermis and juice can't separate, the fruit juice is easy to pollute. The fruit juice is easy to pollute, so that the eating taste and the taste are influenced when people drink the fruit juice, and the selling condition is further influenced. In light of these problems, the applicant proposed an automatic juicer using a bionic juicing device, and the specific scheme is as follows.

An automatic juicer adopting a bionic juicing device comprises a juicing adaptive manipulator 1, a side shell 11, a juicing gear set 12, a juicing motor 121, an input shaft 122, an input gear 123, a transmission gear 124, a follow-up gear 125, a follow-up shaft 126, a meshing shaft 127, a meshing gear 128, a juicing component 13, a juicing shell 131, a lifting guide wheel 132, an adaptive manipulator 133, a manipulator shell 1331, an anti-drop suction point 1332, a cutting tool 134, a cutting tool bit 1341, a cutting tool holder 1342, a juicing tool 135, a juicing tool bit 1351, a juicing tool holder 1352, a lifting transmission rod 141, a lifting first cam 142, a lifting transmission wheel 143, a lifting guide rod 144, a lifting rotating wheel 145, a lifting rotating shaft 146, a lifting second cam 147, a screening mechanism 2, a feeding channel 3, a screening device 4, a screening fixing rod 401, a screening limiting rod 402, a screening spring 403, a screening window 404, a poor-quality screening, Poor screening way 406, high-quality screening way 407, connecting piece 408, screening bottom plate 5, juicing frame 6, guiding device 7, guiding plate 701, tool bit mounting plate 702, pulper 703, drainage port 704, first drainage portion 705, second drainage portion 706, third drainage portion 707, guiding pipe 708, hopper 8, breaker 9, garbage bin 10.

The screening unit is connected with the screening unit, the juicing unit is connected with the screening unit, the flow guide device 7 is connected with the juicing unit, the leakage hopper 8 is fixedly installed on the juicing frame 6 and positioned at the bottom of the juicing unit, the crusher 9 is sleeved on the leakage hopper 8 and positioned at the bottom end of the leakage hopper 8, and the garbage can 10 is arranged below the crusher 9.

The screening mechanism 2 is communicated with the juicing adaptive manipulator 1; the screening mechanism 2 comprises a screening bottom plate 5, a feeding channel 3 fixedly arranged on the screening bottom plate 5 and a screening device 4 communicated with the feeding channel 3; the juicing adaptation manipulator 1 comprises a side shell 11, a lifting assembly fixedly connected with the side shell 11, a juicing assembly 13 abutted against the lifting assembly and communicated with the screener 4, and a juicing gear set 12 arranged in the juicing assembly 13.

The lifting assembly comprises a lifting motor fixedly connected with the side shell 11, a lifting rotating shaft 146 coaxially rotating with the lifting motor, a lifting second cam 147 sleeved with the lifting rotating shaft 146, a lifting rotating wheel 145 sleeved with the lifting rotating shaft 146 and arranged on the side part of the lifting second cam 147, a lifting driving wheel 143 in transmission connection with the lifting rotating wheel 145, a lifting transmission rod 141 inserted with the lifting transmission wheel 143, a lifting first cam 142 sleeved with the lifting transmission rod 141, a rear shell fixedly connected with the side shell 11 and a lifting guide rod 144 fixedly arranged on the rear shell.

The juicing assembly 13 comprises a juicing shell 131 abutted with a lifting first cam 142 and a lifting second cam 147, a plurality of groups of lifting guide wheels 132 arranged at the side part of the juicing shell 131 and connected with a lifting guide rod 144 in a sliding way, a cutter bottom plate fixedly connected with the juicing shell 131, and a cutting cutter 134 fixedly arranged on the cutter bottom plate; a juicing gear group 12 is arranged in the juicing shell 131; the juicing gear set 12 is connected with an adaptive manipulator 133 in an inserted mode; the self-adaptive manipulator 133 is provided with a juicing cutter 135 below, the juicing component 13 is designed to mainly perform juicing work on oranges, and the cutting cutter 134 is designed to mainly perform cutting on the oranges so as to enable the oranges to perform half-part juicing, so that different from the traditional whole extrusion, the phenomenon that juice in the peel enters the juice is reduced, and the bitter taste of the finished juice is reduced.

The juicing gear set 12 comprises a juicing motor 121 fixedly arranged on the side part of a juicing shell 131, an input shaft 122 coaxially rotating with the juicing motor 121, an input gear 123 sleeved on the input shaft 122, a transmission gear 124 and an engaging gear 128 engaged with the input gear 123, a follow-up gear 125 engaged with the transmission gear 124, a follow-up shaft 126 inserted with the follow-up gear 125 and an engaging shaft 127 inserted with the engaging gear 128; the end parts of the follow-up shaft 126 and the meshing shaft 127 are sleeved with adaptive manipulators 133, the juicing gear set 12 is designed to drive the two groups of adaptive manipulators 133 to rotate in opposite directions to approach, so that the cutting work of oranges can be completed, the cut oranges are adsorbed, and after the juicing of the oranges is completed, the orange peels are separated from the adaptive manipulators 133 due to the fact that no pulp is supported.

The adaptive manipulator 133 comprises a manipulator shell 1331 sleeved with the juicing gear set 12 and an anti-drop suction point 1332 arranged on the manipulator shell 1331; semicircular grooves are formed in the upper end and the lower end of the manipulator shell 1331, and the anti-falling suction points 1332 are arranged in the semicircular grooves.

The juicing cutter 135 comprises a juicing cutter frame 1352 fixedly arranged on the cutter base plate, and a juicing cutter head 1351 in sliding connection with the juicing cutter frame 1352; the juicing knife rest 1352 is a hollowed knife rest, the juicing knife rest 1351 is formed by three semicircular knife heads in a crossed mode, the hollowed knife rest is designed to be convenient to flow fruit juice, and meanwhile the juicing knife rest 1352 is convenient to move up and down along the juicing knife rest 1351.

The cutting tool 134 comprises a cutting blade holder 1342 fixedly mounted on the tool base plate, and a cutting blade 1341 fixedly mounted on the cutting blade holder 1342; the cutting head 1341 is in a reverse V shape, and the cutting head 1341 is designed in the reverse V shape, so that oranges can be cut more conveniently.

The feeding channel 3 is an arc-shaped channel, and the feeding channel 3 has a preset inclination angle; the screening device 4 comprises a screening channel communicated with the feeding channel 3, a high-quality screening window 404 arranged in the screening channel, a connecting piece 408 fixedly connected with the high-quality screening window 404, a screening spring 403 fixedly connected with the connecting piece 408, a screening limiting rod 402 inserted in the screening spring 403, a screening fixing rod 401 fixedly connected with the screening limiting rod 402, and a high-quality screening channel 407 communicated with the high-quality screening window 404; an inferior screening channel 406 is arranged below the screening channel, an inferior screening window 405 is arranged at the joint of the inferior screening channel 406 and the screening channel, and the screener 4 is designed mainly for screening oranges and further completing the elimination of the inferior oranges.

The screening fixing rod 401 is fixedly connected with the screening channel; a circular notch is formed in the middle of the high-quality screening window 404, and a preset gap is formed between the screening limiting rod 402 and the connecting piece 408; the high-quality screening window 404 is communicated with a high-quality screening channel 407, the high-quality screening channel 407 is S-shaped, the high-quality screening channel 407 is communicated with the adaptive manipulator 133, an electromagnet is arranged at the end of the poor-quality screening window 405, a return spring is arranged at the joint of the poor-quality screening window 405 and the screening channel, and the poor-quality screening channel 406 is externally connected with a recovery channel; an iron block is arranged at the bottom of the high-quality screening window 404; the iron blocks are flush with the inferior screening window 405 when closed; the poor quality screening window 405 is also provided with a weighing sensor, at this time, the oranges enter the screening channel from the feeding channel 3, at this time, the oranges are weighed by the weighing sensor on the off-duty screening window, when the weight of the passing oranges does not reach the standard, the electromagnet at the end part of the inferior sorting window is powered off, further opening a poor window, and further dropping the oranges whose weight does not reach the standard into the poor screening channel 406, when the weight of the oranges reaches the standard and the oranges have irregular shapes to affect juicing, the irregular oranges are blocked from entering the high-quality screening channel 407 due to the circular notches preset in the high-quality screening window 404, the high-quality screening window 404 moves due to the collision of the oranges with the high-quality screening window 404, the iron blocks are driven to move, the adsorption between the iron blocks and the electromagnets is cut off, and irregular oranges fall into the poor quality screening channel 406; and the oranges meeting the juicing standard enter the high-quality screening channel 407 through the high-quality screening window 404 and then enter the juicing unit.

Working principle; when the oranges need to be juiced, the oranges are placed into a screening unit, and the oranges enter a screening device through a feeding channel; at the moment, the screening device works to further complete the high-quality screening of the oranges; at the moment, oranges enter the screening channel from the feeding channel, the oranges are weighed by a weighing sensor on the off-duty screening window, when the weight of the passing oranges is not up to the standard, the electromagnet at the end part of the inferior sorting window is powered off, the inferior window is opened, the oranges with the weight not up to the standard fall into the inferior screening channel, when the weight of the oranges reaches the standard and the oranges have irregular shapes and influence juicing, the irregular oranges are blocked to enter the high-quality screening channel due to the preset circular notch of the high-quality screening window, the high-quality screening window moves due to the collision of the oranges, the iron blocks are driven to move, the adsorption of the iron blocks and the electromagnet is disconnected, the irregular oranges fall into the inferior screening channel, and the oranges meeting the juicing standard enter the high-quality screening channel from the high-quality screening window, then the oranges enter the juicing unit, the oranges fall into the self-adaptive mechanical arms from the high-quality screening channel, the oranges filled with pulp and water are adsorbed by the anti-dropping suction points, the juicing gear set works, the juicing motor works, the input shaft is driven to rotate clockwise, the input gear is driven to rotate clockwise, the transmission gear is driven to rotate anticlockwise, the meshing shaft is driven to rotate anticlockwise, the follower gear is driven to rotate clockwise, the follower shaft is driven to rotate clockwise, the self-adaptive mechanical arms sleeved on the follower shaft and the self-adaptive mechanical arms sleeved on the meshing shaft are driven to rotate reversely, the oranges are clamped by the two sets of self-adaptive mechanical arms and are adsorbed by the anti-dropping suction points, when the self-adaptive manipulator rotates, the oranges are driven to move downwards, the oranges are further cut by the cutting tool, the oranges are divided into two parts, when the oranges are cut, the juicing gear group continues to work, the orange cuts are driven to face downwards and correspond to the juicing tool, the juicing component is driven by the lifting component to move up and down, the cut oranges extrude the juicing tool, the lifting motor works at the moment, the lifting rotating shaft is driven to rotate, the lifting second cam is abutted against the juicing component, the juicing component is driven to move up, the lifting rotating shaft drives the lifting rotating wheel to rotate, the lifting driving wheel is driven to rotate, and the lifting transmission shaft is driven to rotate, thereby driving the lifting first cam to rotate, further leading the lifting first cam to abut against the juicing component, leading the juicing component to perform descending motion along the lifting guide rod, then the lifting motion of the juicing component drives the self-adaptive manipulator and the juicing knife rest to carry out lifting motion, the lifting motion of the self-adaptive manipulator drives the cut oranges to carry out lifting motion, when the oranges move downwards, the oranges are abutted against the juicing cutter head, the juicing cutter head is enabled to extrude the cut oranges to finish the juicing work of the oranges, the juicing work of the oranges is started, the liquid obtained by juicing is collected to the drainage port 704 through the first drainage part 705, the second drainage part 706 and the third drainage part 707 according to the principle that water flows downwards, and then from the drainage port 704 into the drainage tube 708 and through the drainage tube 708 into the cup.

Specifically, in order to facilitate the liquid in the fruit to flow into the cup more smoothly and improve the safety of the fruit juice, the guide plate 701 and the cutter head mounting plate 702 are both made of 316 stainless steel, one end of the guide plate 701 is fixedly mounted on the juicing frame 6, the other end of the guide plate 701 is arranged at the bottom side of the juicing unit, the cutter head mounting plate 702 is arranged on the guide plate 701, the pulper 703 is arranged on the cutter head mounting plate 702, the guide pipe 708 is arranged at the outlet of the guide plate 701, three drainage parts are arranged on the guide plate 701 to improve the inflow speed of the fruit juice liquid, the liquid of the fruit juice can be introduced into the guide pipe 708 from the circumferential direction of the guide plate 701, the guide pipe 708 is arranged in a semicircular shape, and the first drainage part 705, the second drainage part 706 and the third drainage part 707 are arranged on the drainage plates in an inclined state, the joint of the first drainage part 705, the second drainage part 706 and the third drainage part 707 is the drainage port 704, the drainage port 704 is arranged at the bottom end of the drainage plate, the principle that water is left towards the lower part is used, liquid splashing is prevented, the fruit juice extraction efficiency is effectively improved, and waste is reduced.

The preferred embodiments of the present invention have been described in detail with reference to the accompanying drawings, however, the present invention is not limited to the details of the above embodiments, and the technical concept of the present invention can be modified to perform various equivalent transformations, which all belong to the protection scope of the present invention.

Claims

1. The automatic juicer adopting the bionic juicing device is characterized by comprising a juicing frame, a screening unit, a juicing unit, a flow guide device, a leakage hopper, a crusher and a garbage can, wherein the screening unit is arranged on the juicing frame and used for screening the quality condition of a product, the juicing unit is connected with the screening unit and used for juicing, the flow guide device is connected with the juicing unit and used for guiding the liquid obtained by juicing, the leakage hopper is fixedly arranged on the juicing frame and positioned at the bottom of the juicing unit, the crusher is sleeved at the bottom end of the leakage hopper, and the garbage can is arranged below the crusher later.

2. The automatic juice extractor using a bionic juice extractor according to claim 1, wherein: the screening unit comprises a screening mechanism; the screening mechanism comprises a screening bottom plate, a feeding channel fixedly arranged on the screening bottom plate, and a screener communicated with the feeding channel;

3. The automatic juice extractor using the bionic juice extractor as claimed in claim 2, wherein: the juicing gear set comprises a juicing motor fixedly arranged on the side part of the juicing shell, an input shaft coaxially rotating with the juicing motor, an input gear sleeved on the input shaft, a transmission gear and a meshing gear meshed with the input gear, a follow-up gear meshed with the transmission gear, a follow-up shaft inserted with the follow-up gear, and a meshing shaft inserted with the meshing gear; the end parts of the follow-up shaft and the meshing shaft are sleeved with self-adaptive manipulators;

4. The automatic juice extractor using a bionic juice extractor according to claim 1, wherein: the flow guide device comprises a flow guide plate, a cutter head mounting plate, a pulper and a flow guide pipe, wherein one end of the flow guide plate is fixedly mounted on the juicing frame, the other end of the flow guide plate is arranged at the bottom side of the juicing unit, the cutter head mounting plate is arranged on the flow guide plate, the pulper is arranged on the cutter head mounting plate, and the flow guide pipe is arranged at the outlet of the flow guide;

5. The automatic juicer using the bionic juicing device as claimed in claim 3, wherein: the juicing cutter comprises a juicing cutter rest fixedly arranged on the cutter bottom plate and a juicing cutter head connected with the juicing cutter rest in a sliding manner; the juicing knife rest is a hollowed-out knife rest, and the juicing knife head is formed by intersecting three groups of semicircular knife heads.

6. The automatic juice extractor using the bionic juice extractor as claimed in claim 2, wherein: the feeding channel is an arc-shaped channel and has a preset inclination angle; the screening device comprises a screening channel communicated with the feeding channel, a high-quality screening window arranged in the screening channel, a connecting piece fixedly connected with the high-quality screening window, a screening spring fixedly connected with the connecting piece, a screening limiting rod inserted in the screening spring, a screening fixing rod fixedly connected with the screening limiting rod, and a high-quality screening channel communicated with the high-quality screening window; an inferior screening channel is arranged below the screening channel, and an inferior screening window is arranged at the joint of the inferior screening channel and the screening channel.

7. The automatic juicer adopting the bionic juicing device as claimed in claim 6, wherein: the screening fixed rod is fixedly connected with the screening channel; a circular notch is formed in the middle of the high-quality screening window, and a preset gap is formed between the screening limiting rod and the connecting piece; the high-quality screening window is communicated with a high-quality screening channel, the high-quality screening channel is S-shaped, the high-quality screening channel is communicated with the self-adaptive manipulator, an electromagnet is arranged at the end part of the inferior screening window, a return spring is arranged at the joint of the inferior screening window and the screening channel, and the inferior screening channel is externally connected with a recovery channel; an iron block is arranged at the bottom of the high-quality screening window; the iron block is parallel and level to the inferior screening window when the inferior screening window is closed; and a weighing sensor is also arranged on the inferior screening window.

8. The automatic juicer using the bionic juicing device as claimed in claim 3, wherein: the cutting tool comprises a cutting tool rest fixedly arranged on the tool bottom plate and a cutting tool bit fixedly arranged on the cutting tool rest; the cutting tool bit is

And (4) forming.

9. The automatic juicer adopting the bionic juicing device as claimed in claim 4, wherein the bionic juicing device comprises: the draft tube is arranged in a semicircular shape.