CN213308952U - Accompanying original juice machine capable of continuously discharging juice - Google Patents

Abstract

The utility model provides a can go out retinue stock machine of juice in succession, including the screw rod, juice components and the host computer of setting in juice components top, be equipped with feed channel in the host computer and be used for driving juice components work's motor, juice components is including collecting the juice chamber and setting at the play juice section of thick bamboo and the recipient of juice intracavity, the screw rod sets up in the recipient, the recipient nestification is in a juice section of thick bamboo, stock machine is still including connecing the sediment cup, connect sediment cup detachably to set up the below at juice components, juice components bottom is equipped with the slag notch, the slag notch with connect the sediment cup and be linked together, the slag notch is located the vertical projection of a juice section of thick bamboo. The slag outlet is arranged at the bottom of the juicing assembly, the pomace can smoothly fall into the lower slag receiving cup from the slag outlet due to the action of gravity, the pomace cannot remain in the extruding cylinder, the slag discharging rate is high, and the slag discharging speed is high. Meanwhile, the juice is continuously discharged through the juice outlet arranged on the juice collecting cavity until the pomace is filled with the residue receiving cup, so that the requirement of a user for extracting a large amount of juice at one time is met.

Description

Accompanying original juice machine capable of continuously discharging juice

Technical Field

The utility model relates to a food preparation machine field especially relates to a can go out juice machine of accompanying with of juice in succession.

Background

With the development of society and the improvement of living standard, people pay more attention to a healthy and safe living mode, and the production of the juice machine meets the requirements of people on nutrient and delicious fresh juice. Meanwhile, the requirement that the user can use the juice machine anytime and anywhere is met in order to bring convenience to the user, and the miniaturized portable juice machine is suitable for transportation.

The existing portable juice machine comprises a screw, a juice extracting barrel, a main machine arranged above the juice extracting barrel, a juice receiving cup and a residue receiving cup, wherein the juice receiving cup is sleeved outside the residue receiving cup, the juice receiving cup and the residue receiving cup are both arranged below the juice extracting barrel and are connected with the juice extracting barrel, a juice outlet and a residue outlet are formed in the juice extracting barrel, materials are extruded under the matching of the screw and the juice extracting barrel to form juice and fruit residues, the fruit residues fall into the residue receiving cup below the residue outlet, and the juice flows into the juice receiving cup outside the residue receiving cup from the juice outlet in a sleeving manner. In order to meet the portable requirement, the capacity of the residue receiving cup is small, when fruits with high fiber content such as oranges and apples are squeezed, the residue receiving cup needs to be cleaned frequently due to more fruit residues, the single juicing amount is small, continuous juicing cannot be achieved, and the requirement that a user squeezes a large amount of fruit juice at one time cannot be met. In addition, machine during operation, need will connect the juice cup and connect the sediment cup to all install just can carry out the work of squeezing juice in the below of a juice section of thick bamboo, and the accessory is more, and the installation is loaded down with trivial details, and it is troublesome to use the back washing that finishes, and simultaneously, two cups also make complete machine weight increase, are unfavorable for carrying.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a can go out juice machine of accompanying with of juice in succession, the pomace is discharged into the sediment cup that connects of collection juice chamber below, and the juice outwards discharges through the juice outlet that sets up on collection juice chamber, can arrange juice in succession and fill up until the pomace and connect the sediment cup, consequently can satisfy the demand that the user once only squeezed a large amount of fruit juices.

In order to solve the technical problem, the utility model provides a can go out retinue stock machine of juice in succession, be in including screw rod, juice components and setting the host computer of juice components top, be equipped with feed channel in the host computer and be used for the drive the motor of juice components work, wherein, juice components is in including album juice chamber and setting juice intracavity goes out juice section of thick bamboo and recipient, the screw rod sets up in the recipient, the recipient nestification is in go out in the juice section of thick bamboo, stock machine is still including connecing the sediment cup, it sets up to connect sediment cup detachably the below of juice components, juice components bottom is equipped with the slag notch, the slag notch with connect the sediment cup to be linked together, the slag notch is located go out in the vertical projection of juice section of thick bamboo.

Furthermore, a positioning part is arranged on the bottom wall of the juice collecting cavity, and a positioning rib is arranged at the bottom of the juice outlet barrel and is in plug-in fit with the positioning part.

Further, the slag outlet is arranged on the bottom wall of the juice outlet barrel.

Further, the recipient includes port and lower port, the lower port with go out juice section of thick bamboo bottom wall butt, the slag notch is located the inside of port down.

Further, the slag outlet is arranged on the bottom wall of the extrusion container.

Furthermore, a positioning part is arranged on the bottom wall of the juice collecting cavity, and the bottom wall of the extruding cylinder is abutted against the positioning part.

Further, the bottom of the juice collecting cavity is provided with a lower opening, and the slag outlet is positioned inside the lower opening.

Furthermore, the bottom wall of the juice collecting cavity is provided with a boss protruding upwards, and the slag outlet is arranged on the boss.

Furthermore, the extrusion container comprises an upper port and a lower port, the lower port is abutted to the boss, and the slag outlet is located inside the lower port.

Furthermore, a juice outlet is arranged on the juice collecting cavity and is arranged on the bottom wall or the side wall of the juice collecting cavity.

The invention has the beneficial effects that:

1. the material forms fruit juice and pomace under the extrusion of screw rod and juicing subassembly, connect the slag cup to set up the below at the juicing subassembly, the juicing subassembly bottom is equipped with the slag notch, the slag notch can set up the bottom at the recipient promptly, go out the juice section of thick bamboo, any one in the collection juice chamber, the slag notch with connect the slag cup and be linked together, the slag notch is located the vertical projection of a juice section of thick bamboo, make the pomace can fall into the slag cup of below in the slag notch smoothly because of the action of gravity, the pomace can not remain in the recipient, the rate of slagging is high and the speed of slagging is fast.

2. The juice collecting cavity is provided with a positioning part on the bottom wall, the bottom of the juice discharging barrel is provided with a positioning rib, and the positioning rib is in plug-in fit with the positioning part, so that the juice discharging barrel and the juice collecting cavity are firmly installed, the position of the extruding barrel is fixed, and the phenomenon that the screw and the extruding barrel shake in the process of grinding materials to cause the juice squeezing assembly to shake is prevented, the machine body is unstable, and noise is generated while the juice discharging efficiency is influenced.

3. The slag notch sets up on the diapire of a juice section of thick bamboo, and the recipient includes port and lower port, and lower port and juice section of thick bamboo diapire looks butt realize the location of recipient, prevent that machine operation in-process recipient from producing to rock and cause and can't closely cooperate with the screw rod, lead to the material to go out the juice rate low. The slag notch is located the inside of recipient lower port, also is located the inside of album juice chamber lower shed simultaneously for the pomace moves to slag notch department and discharges smoothly downwards under the promotion of self gravity and screw rod, and the rate of arranging the sediment is high and arrange the sediment fast.

4. The slag notch sets up on the diapire of recipient, is equipped with location portion on the juice collecting cavity diapire, and the diapire and the location portion looks butt of recipient go out the location muscle of juice section of thick bamboo and the cooperation of pegging graft of juice collecting cavity location portion for two liang of cooperations between recipient, a juice outlet barrel and the juice collecting cavity are inseparabler, and the material is higher at juice extraction rate under the subassembly closely cooperates the grinding. The slag notch sets up on the diapire of recipient, is located the inside of album juice chamber under shed simultaneously for the pomace moves to slag notch department and discharges smoothly downwards under the promotion of self gravity and screw rod, and the rate of just arranging the sediment is fast for the slag rate height.

5. Be equipped with the bellied boss that makes progress on the collection juice chamber diapire, thereby the screw rod center pin is fixed a position the screw rod with boss looks hub connection, prevents that the screw rod from rocking to cause the extrusion subassembly to rock, and the recipient includes port and lower port, and lower port and boss looks butt for the installation of recipient is more firm, and the material is higher at the juice extraction rate of grinding down of the subassembly of squeezing the juice closely in coordination. The slag notch sets up on the boss, lies in the inside of port down simultaneously for the pomace moves to slag notch department and discharges downwards smoothly under the promotion of self gravity and screw rod, and the rate of arranging the sediment is high and arrange the sediment fast.

6. The juice collecting cavity is provided with a juice outlet which is arranged on the bottom wall or the side wall of the juice collecting cavity, the juice outlet is communicated with the outside to discharge juice to the outside of the juice extractor, and the juice is continuously discharged until the pomace is filled with the residue receiving cup, so that the juice amount extracted by a user at a single time is increased. When the juice machine works, the juice receiving cup does not need to be assembled with the juice extracting component, so that the juice machine does not need to be additionally provided with the juice receiving cup, a user can select the juice receiving container by himself, the number of accessories of the juice machine is reduced, the installation is simple, the cleaning is convenient, meanwhile, the cost of the whole machine is reduced, the weight is lightened, and the carrying is more convenient.

Drawings

Fig. 1 is a schematic view of the whole structure of a juice machine in the first embodiment of the present invention.

Fig. 2 is a cross-sectional view of a juice extracting component of a traveling juice extractor according to an embodiment of the present invention.

Fig. 3 is a schematic structural diagram of each component of the juice follower according to the first embodiment of the present invention.

Fig. 4 is a schematic structural diagram of an extrusion cylinder of the juice follower according to the first embodiment of the present invention.

Fig. 5 is a schematic structural diagram of a juice outlet tube of the juice follower according to the first embodiment of the present invention.

Fig. 6 is a schematic structural view of the juice outlet of the juice follower of the first embodiment of the present invention.

Figure 7 is the embodiment of the utility model provides a two the structure sketch map of slag notch setting at the recipient diapire of retinue stock machine.

Figure 8 is the third embodiment of the present invention, the slag hole of the traveling juice extractor is arranged on the bottom wall of the juice collecting cavity.

Fig. 9 is a schematic structural view of a juice drip-proof cover of a juice machine of the present invention, which can rotate left and right.

Fig. 10 is another schematic structural diagram of a juice drip-proof cover of a juice machine capable of rotating left and right according to an embodiment of the present invention.

Fig. 11 is a schematic structural view of a juice drip-proof cover of a juice machine of the present invention, which can be turned upside down.

Fig. 12 is a schematic structural view of a drawable juice drip-proof cover of a juice machine according to an embodiment of the present invention.

Fig. 13 is a schematic structural view of a juice outlet of the juice collecting chamber of the juice follower in accordance with the fourth embodiment of the present invention.

Fig. 14 is a schematic view of the whole structure of the juice machine of the fifth embodiment of the present invention.

Fig. 15 is a cross-sectional view of the juice extracting component of the juice follower in accordance with the fifth embodiment of the present invention.

Fig. 16 is a schematic structural diagram of components of a juice follower in accordance with the fifth embodiment of the present invention.

Figure 17 is the embodiment of the utility model provides a five juice extractor's juice extraction component matched with schematic structure.

Fig. 18 is a schematic structural diagram of a slag discharge adjusting mechanism of a juice follower in accordance with the fifth embodiment of the present invention.

Fig. 19 is a schematic structural view of a slag discharge adjustable mechanism and a juice collecting cavity of a juice follower in accordance with an embodiment of the present invention.

The names of the components marked in the figures are as follows:

1. a host; 11. a withdrawal prevention groove; 2. a juicing assembly; 21. an extrusion cylinder; 211. extruding the gap; 22. a juice outlet cylinder; 221. extruding the convex ribs; 222. A juice outlet; 223. positioning ribs; 3. a juice collecting cavity; 31. the anti-withdrawal ejector rod; 32. A connecting wall; 33. a positioning part; 4. a screw; 41. Deslagging ribs; 5. a juice receiving cup; 6. a slag receiving cup; 7. a slag discharge adjustable mechanism; 71. a slag discharge baffle plate; 72. a slag discharge connecting rod; 721. a toggle part; 722. a fixed part; 8. a juice outlet channel; 81. a juice outlet; 9. a slag discharge passage; 91. a slag outlet; 10. a drip-proof cover.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention clearer and more obvious, the technical solutions in the embodiments of the present invention will be described in detail and fully hereinafter with reference to the accompanying drawings. It is to be understood that the described embodiments are merely a few embodiments of the present application and not all embodiments. The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the application, its application, or uses. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application. It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict.

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

The first embodiment is as follows:

as shown in fig. 1-5, the present embodiment provides a continuous juice output type juice extractor, which includes a screw rod 4, a juice extracting component 2 and a main machine 1 disposed above the juice extracting component 2, wherein a feeding channel and a motor for driving the juice extracting component 2 to operate are disposed in the main machine 1, the juice extracting component 2 includes a juice collecting cavity 3 and a juice extracting barrel disposed in the juice collecting cavity 3, the juice extracting barrel includes a juice outlet barrel 22 and a squeezing barrel 21 disposed in the juice outlet barrel 22, the screw rod 4 is disposed in the squeezing barrel 21, the squeezing barrel 21 is nested in the juice outlet barrel 22, a plurality of squeezing gaps 211 are circumferentially disposed on the squeezing barrel 21, a plurality of juice outlet holes 222 are circumferentially disposed on the juice outlet barrel 22, a plurality of squeezing ribs 221 which are in plugging fit with the squeezing gaps 211 are circumferentially disposed on an inner surface of the juice outlet barrel 22, the squeezing ribs 221 are in plugging fit with the squeezing gaps 211, two filtering gaps are formed on the left and the right, when the screw rod 4 is matched with the extrusion cylinder 21 for juicing, the juice flows out from the filtering gaps and flows into the juice collecting cavity 3 through the juice outlet hole 222. Juicing subassembly 2 still includes the passageway of slagging tap and goes out juice passageway 8, goes out juice passageway 8 and is linked together with the external world for the juice volume that the single was squeezed becomes much, can realize squeezing juice in succession, satisfies the demand that the disposable large capacity of user squeezed juice, reduces and washs the number of times, promotes user experience.

The juice extractor is still including connecing juice cup 5 and connecing sediment cup 6, connect sediment cup 6 to set up the below of juice extraction subassembly 2, when going out juice passageway 8 and external intercommunication, can realize going out juice in succession, it connects sediment cup 6 to set up in juice extraction subassembly 2 below to fill up until the pomace. Simultaneously, host computer 1 sets up the top at juicing subassembly 2 and makes stock machine complete machine volume reduce to realize stock machine miniaturization, make stock machine portable and realize single large capacity juicing.

In this embodiment, it is in to connect 6 detachably settings of sediment cup the below of juice component 2, juice component 2 bottom is equipped with slag notch 91, the slag notch opening forms downwards slag notch passageway 9, slag notch 91 with connect sediment cup 6 to be linked together, slag notch 91 is located in the vertical projection of a juice section of thick bamboo 22, the pomace can be smoothly from falling into in the slag notch passageway because of the action of gravity and connect sediment cup 6, and slag discharging speed is fast, simultaneously because the vertical downwards of slag notch passageway, the pomace is difficult for remaining on the lateral wall of slag notch passageway, convenient washing.

When connecing sediment cup 6 to set up in juice extraction subassembly 2 below, the passageway of slagging tap is vertical downwards, is equipped with out the juice mouth on the 3 lateral walls in collection juice chamber, go out the outside formation that extends of juice mouth level go out juice passageway 8, go out 8 level settings of juice passageway and make the juice outwards flow from going out juice passageway 8, can realize going out juice in succession, connect sediment cup 6 until the pomace is full of, because go out juice passageway 8 and external intercommunication, the user can select by oneself to connect juice cup 5 for the stock machine is applicable in the multiple juice cup 5 that connects. Meanwhile, the juice extractor can carry out juice extraction only by arranging the residue receiving cup 6 and installing the residue receiving cup 6 and the juice extraction component 2, so that the structure of the whole juice extractor is simpler and the juice extractor is convenient to clean; the weight is reduced while the number of accessories is reduced, and the carrying by a user is more convenient; in addition, the cost of the whole machine is reduced.

In order to improve the juice discharging efficiency, the bottom wall of the juice collecting cavity 3 can be set to be a flow guide surface inclined downwards along the juice discharging channel 8, so that the juice can smoothly enter the juice discharging channel 8 along the flow guide surface, and is discharged out of the juice machine.

Because of the horizontal arrangement of the juice outlet channel 8, the juice can flow out of the juice extractor through the juice outlet channel 8 by itself, in order to prevent the juice from dripping, the juice outlet channel 8 is provided with a drip-proof structure, and the drip-proof structure is a drip-proof cover 10 covering the outlet of the juice outlet channel 8.

It can be understood that the drip-proof cover 10 can be rotatably covered at the outlet of the juice outlet channel 8 from left to right, as shown in fig. 9, the center of rotation can be located at the center of the drip-proof cover 10, as shown in fig. 10, or the center of rotation can be eccentrically located at the edge of the drip-proof cover 10.

It can be understood that the drip-proof cover 10 can be turned upside down to cover the outlet of the juice outlet channel 8, as shown in fig. 11.

It will be appreciated that the drip-proof cover 10 is adapted to be drawn over the outlet of the juice channel 8, as shown in fig. 12.

In the present embodiment, as shown in fig. 6, the juice extracting barrel includes a juice extracting barrel 22 and a squeezing barrel 21 disposed in the juice extracting barrel 22, and the residue outlet 91 is disposed on the bottom wall of the juice extracting barrel 22. The juice collecting cavity 3 is provided with a positioning part 33 on the bottom wall, the bottom of the juice outlet barrel 22 is provided with a positioning rib 223, and the positioning rib 223 is in plug-in fit with the positioning part 33, so that the juice outlet barrel 22 and the juice collecting cavity 3 are firmly installed, and the position of the extrusion barrel 21 is fixed, and the situation that the screw rod 4 and the extrusion barrel 21 shake materials in the grinding process to cause the shaking of the juice extracting assembly 2 and the unstable machine body, and the noise is generated while the juice outlet efficiency is influenced is prevented. The extrusion cylinder 21 comprises an upper port and a lower port, the lower port is abutted to the bottom wall of the juice outlet cylinder 22, the extrusion cylinder 21 is positioned, and the phenomenon that the extrusion cylinder 21 shakes to cause the phenomenon that the extrusion cylinder cannot be tightly matched with the screw rod 4 in the operation process of the machine, so that the juice outlet rate of the material is low is prevented. Slag notch 91 is located the inside of extrusion tube 21 lower port, simultaneously, 3 bottoms in collection juice chamber are equipped with the under shed, slag notch 91 also is located the inside of under shed for the pomace moves to slag notch 91 department and discharges smoothly downwards under self gravity and the promotion of screw rod 4, and the rate of just arranging the sediment is fast for the row's cinder.

Example two:

as shown in fig. 7, the present embodiment is different from the first embodiment in that the juice extracting barrel includes a juice extracting barrel 22 and a squeezing barrel 21 disposed in the juice extracting barrel 22, the slag outlet 91 is disposed on the bottom wall of the squeezing barrel 21, a positioning portion 33 is disposed on the bottom wall of the juice collecting cavity 3, the bottom wall of the squeezing barrel 21 abuts against the positioning portion 33, and the positioning rib 223 of the juice extracting barrel 22 is in insertion fit with the positioning portion 33 of the juice collecting cavity 3, so that the two components of the squeezing barrel 21, the juice extracting barrel 22 and the juice collecting cavity 3 are more tightly fitted with each other, and the juice yield is higher when the material is tightly fitted and ground in the juice extracting assembly 2. Slag notch 91 sets up on the diapire of recipient 21, simultaneously, 3 bottoms in collection juice chamber are equipped with the under shed, slag notch 91 is located under shed's inside for the pomace moves to slag notch department and discharges smoothly downwards under self gravity and the promotion of screw rod 4, and the rate of just arranging the sediment is fast for the row's cinder rate.

The remaining features of the associated juicer described in this embodiment are the same as those described in the first embodiment, and are not described herein again.

Example three:

as shown in fig. 8, the present embodiment is different from the first embodiment in that the juice extracting barrel includes a juice extracting barrel 22 and a squeezing barrel 21 disposed in the juice extracting barrel 22, the slag outlet 91 is disposed at a lower portion of the juice collecting cavity 3, specifically, an upward protruding boss is disposed on a bottom wall of the juice collecting cavity 3, the slag outlet 91 is disposed on the boss, a central shaft of the screw 4 is in axial connection with the boss to position the screw 4, so as to prevent the screw 4 from shaking to cause shaking of the juice extracting assembly 2, the squeezing barrel 21 includes an upper port and a lower port, the lower port is in abutting connection with the boss, so that the squeezing barrel 21 is more stably mounted, and the material is ground in a tight fit manner in the juice extracting assembly 2 to obtain a higher juice yield. The slag hole 91 is arranged on the boss and is simultaneously positioned inside the lower port of the extrusion cylinder 21, so that the fruit residues are driven to the slag hole under the pushing of the self gravity and the screw rod 4 and are discharged downwards smoothly, the slag discharging rate is high, and the slag discharging speed is high.

The remaining features of the associated juicer described in this embodiment are the same as those described in the first embodiment, and are not described herein again.

Example four:

as shown in fig. 13, the present embodiment is different from the first embodiment in that the juice collecting cavity 3 is provided with a juice outlet 81, the juice outlet 81 is disposed on the bottom wall of the juice collecting cavity 3, the juice outlet is opened downwards, and the juice flows into the juice receiving cup 5 below under the action of gravity, so that the juice outlet efficiency is faster, the juice does not remain in the juice collecting cavity 3, the juice outlet rate is higher, and the juice is easier to clean.

The remaining features of the associated juicer described in this embodiment are the same as those described in the first embodiment, and are not described herein again.

Example five:

as shown in fig. 14-17, the present embodiment is different from the first embodiment in that the juice outlet cylinder 22 is integrally disposed with the juice collecting cavity 3, the upper end of the juice collecting cavity 3 is provided with a connecting wall 32, the juice collecting cavity 3 is connected to the juice outlet cylinder 22 through the connecting wall 32, a juice collecting space is formed between the juice outlet cylinder 22 and the juice collecting cavity 3, the cross section of the juice collecting space is annular, and the annular area of the juice collecting space from top to bottom is gradually increased, so that juice can be smoothly discharged into the juice receiving cup 5 without being accumulated in the juice collecting space, thereby improving the juice discharging efficiency of juice.

The juice extractor is including connecing juice cup 5, connect juice cup 5 detachable setting to be in the below in collection juice chamber 3, collection juice chamber 3 bottom is equipped with the juice mouth, the opening of juice mouth forms downwards go out the juice passageway, collect the juice space with connect juice cup 5 to be linked together, the juice gets into to install in the juice cup 5 that connects of collection juice chamber 3 below after flowing out from going out the juice mouth for the juice is discharged from going out the juice mouth smoothly under the effect of gravity, improves juice extraction efficiency.

As shown in fig. 15, be equipped with the slag notch on going out juice section of thick bamboo 22 lateral wall, be equipped with the scum hole on the lateral wall of recipient 21, the scum hole with the slag notch intercommunication, the slag notch level to 3 outside extensions in album juice chamber form slag notch channel 9, and the pomace outwards discharges from slag notch channel 9, goes out juice channel and the perpendicular setting of slag notch channel 9, consequently goes out the juice channel and sets up along vertical plane, connects juice cup 5 to set up the below in album juice chamber 3 this moment, and collection juice chamber 3 bottom is equipped with the juice outlet, and the opening of going out the juice outlet forms juice channel downwards, and the juice connects juice cup 5 through going out juice channel downwards inflow. Because the pomace is discharged outwards horizontally, the continuous outward slag discharge can be realized until the juice receiving cup 5 is full of juice, and thus the single-time high-capacity juice extraction is realized.

As shown in fig. 15-16, a grinding space is formed between the screw 4 and the extruding cylinder 21, the screw 4 includes an extruding and grinding section and a slag discharging section from top to bottom, after the material enters the grinding space, the material is ground by the extruding and grinding section of the screw 4 and the extruding cylinder 21, so as to form the fruit residues, and the fruit residues move downwards along the screw direction of the screw 4 to the slag discharging section, the slag discharging section is provided with a slag discharging rib 41 for pushing the fruit residues to be discharged to the slag outlet, so that the slag discharging efficiency is improved, and the fruit residues are prevented from being accumulated in the extruding cylinder 21 and being unable to be smoothly discharged, so as to prevent the juice from being mixed with a large amount of fruit residues to affect the juice yield and. The slag discharging channel 9 is communicated with the grinding space, the side wall of the juice collecting cavity 3 is provided with a through hole, the slag discharging channel 9 passes through the through hole, so that the slag discharging channel 9 is communicated with the outside, and the fruit residues are smoothly discharged out of the juice machine from the slag discharging channel 9.

When connecing juice cup 5 to set up in juice extraction component 2 below, go out the vertical downwards of juice passageway, the 9 levels of passageway of slagging tap set up, and the pomace is outwards discharged from the 9 levels of passageway of slagging tap, can realize arranging the sediment in succession, and connect juice cup 5 until the juice is full, because the passageway 9 of slagging tap communicates with the external world, the user can select by oneself to connect sediment cup 6, also can directly discharge the pomace into the garbage bin for the stock machine is applicable in the multiple sediment cup 6 that connects. Meanwhile, the residue receiving cup 6 is not arranged in the juice receiving cup 5 any more, the juice extractor does not need to be additionally provided with the residue receiving cup 6, and only the juice receiving cup 5 needs to be arranged, so that the juice extracting work can be carried out by installing the juice receiving cup 5 and the juice extracting component 2, the structure of the whole juice extractor is simpler, and the juice extractor is convenient to clean; the weight is reduced while the number of accessories is reduced, and the carrying by a user is more convenient; in addition, the cost of the whole machine is reduced.

As shown in fig. 18-19, the slag discharging passage 9 is provided with an adjustable slag discharging mechanism 7, the adjustable slag discharging mechanism 7 includes a slag discharging connecting rod 72 and a slag discharging baffle 71 disposed on the slag discharging connecting rod 72, and the slag discharging baffle 71 is disposed at the slag outlet for adjusting the opening and closing degree of the slag outlet. The slag discharge baffle 71 is crescent and made of silica gel. The slag discharge connecting rod 72 comprises a fixed part 722 and a toggle part 721, the slag discharge baffle plate 71 is arranged between the fixed part 722 and the toggle part 721, the fixed part 722 is arranged on the central shaft of the screw rod 4, the toggle part 721 extends out of the juice collecting cavity 3 for a user to manually adjust the shielding area of the slag discharge baffle plate 71 on a slag outlet, and the user can manually rotate the toggle part 721 to realize the adjustment of the shielding area of the slag discharge baffle plate 71 on a slag discharge hole, so that the slag discharge resistance is adjusted. The arrangement of the slag discharge adjustable mechanism 7 enables the juice extracting component 2 to adapt to materials with different characteristics, for example, when the materials are hard, the blocking area of the slag discharge baffle plate 71 on the slag discharge hole can be reduced by adjusting the toggle part 721, so that larger slag discharge resistance is provided, and the juice yield is improved.

It can be understood that the user can realize the adjustment of the blocking area of the slag discharge hole by the slag discharge baffle 71 by rotating the toggle part 721, and can also realize the adjustment of the blocking area of the slag discharge hole by the slag discharge baffle 71 by translating the push-pull toggle part 721.

The stock machine in this embodiment is equipped with the automatic function of reversal of overload, collection juice chamber 3 closes with host computer 1 for one-way turnbuckle is soon connected, at the during operation, 4 revolving forces of screw rod can make the turnbuckle dropout more and more tight, but can make the turnbuckle dropout when reversing, consequently set up on 3 upper portions in collection juice chamber and prevent moving back ejector pin 31, set up in 1 lower part of host computer simultaneously and prevent moving back recess 11, make prevent moving back ejector pin 31 and prevent moving back recess 11 looks butt, the turnbuckle between host computer 1 and the collection juice chamber 3 is thrown off when preventing the reversal. Meanwhile, the anti-back ejector rod 31 can axially move, the anti-back ejector rod 31 is abutted to the anti-back groove 11 when the juicer works, and the anti-back ejector rod can be automatically disengaged or manually opened after the juicer works, so that the juice collecting cavity 3 and the main machine 1 can be conveniently disassembled and assembled. In addition, prevent moving back ejector pin 31 and can also realize safety switch's effect, when preventing moving back ejector pin 31 with prevent moving back recess 11 butt, the stock machine normally works, when preventing moving back ejector pin 31 not with prevent moving back recess 11 butt, complete machine stop work, the purpose prevents that host computer 1 from dismantling the back from juice extraction component 2, and screw rod 4 still is in the operation and causes user's bodily injury, improves the security that the stock machine used.

The remaining features of the associated juicer described in this embodiment are the same as those described in the first embodiment, and are not described herein again.

Example six:

the difference between the embodiment and the fifth embodiment is that the juicing barrel comprises a barrel body and a filter mesh arranged on the barrel body, the materials are extruded and ground by the screw rod 4 and the juicing barrel to form fruit juice and fruit residues, a residue outlet is arranged on the barrel body, the residue outlet horizontally extends outwards to form the residue outlet channel 9, the residue outlet channel 9 penetrates through a through hole formed in the side wall of the juice collecting cavity 3, so that the residue outlet channel 9 is communicated with the outside, and the fruit residues are discharged outwards through the residue outlet channel 9, so that continuous residue discharge is realized.

Juice flows into the juice collecting space after passing through filter screen's filtration, because it sets up with the passageway 9 of slagging tap is perpendicular to go out the juice passageway, consequently goes out the juice passageway and sets up along vertical plane, connects juice cup 5 to set up in the below of album juice chamber 3 this moment, and 3 bottoms in album juice chamber are equipped with the juice mouth, and the opening of juice mouth forms juice passageway downwards, and the juice realizes that the large capacity is squeezed juice from the juice cup 5 that connects that goes out the juice passageway inflow below.

The remaining features of the associated juicer described in this embodiment are the same as those described in embodiment five, and are not described herein again.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, i.e. all equivalent changes and modifications made according to the present invention are covered by the scope of the claims of the present invention, which is not illustrated herein.

Claims (10)

1. The utility model provides a can go out retinue stock machine of juice in succession, is in including screw rod, juicing subassembly and setting the host computer of juicing subassembly top, be equipped with feed channel in the host computer and be used for the drive the motor of juicing subassembly work, a serial communication port, the juicing subassembly is in including album juice chamber and setting go out juice section of thick bamboo and recipient in the collection juice intracavity, the screw rod sets up in the recipient, the recipient nestification is in go out in the juice section of thick bamboo, stock machine is still including connecing the sediment cup, it sets up to connect sediment cup detachably the below of juicing subassembly, juicing subassembly bottom is equipped with the slag notch, the slag notch with connect the sediment cup to be linked together, the slag notch is located in the vertical projection of a juice section of thick bamboo.

2. The machine as claimed in claim 1, wherein the juice collecting chamber has a positioning portion on a bottom wall thereof, and the juice outlet barrel has a positioning rib on a bottom thereof, the positioning rib engaging with the positioning portion.

3. A continuous juice extracting machine as claimed in claim 1, wherein the tapping hole is provided in the bottom wall of the juice extracting drum.

4. A continuous juice extracting juice machine according to claim 3 wherein the container comprises an upper port and a lower port, the lower port is in abutment with the bottom wall of the juice extracting container, and the slag outlet is located inside the lower port.

5. A continuous juice extracting juice follower as claimed in claim 1, wherein said tapping hole is provided in the bottom wall of said container.

6. The machine as claimed in claim 5, wherein the juice collecting chamber has a positioning portion on its bottom wall, and the bottom wall of the squeezing barrel abuts against the positioning portion.

7. A continuous juice extracting juice follower as claimed in claim 3 or 5, wherein the juice collecting chamber has a lower opening at the bottom, and the outlet is located inside the lower opening.

8. The machine as claimed in claim 1, wherein the juice collecting chamber has a boss protruding upward from the bottom wall thereof, and the outlet is disposed on the boss.

9. A continuous juice flow machine according to claim 8 wherein the container includes an upper port and a lower port, the lower port abutting the boss and the tap hole being located within the lower port.

10. The machine as claimed in claim 1, wherein the juice collecting chamber is provided with a juice outlet, and the juice outlet is disposed on a bottom wall or a side wall of the juice collecting chamber.

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