CN209331718U - A kind of juice extractor at a slow speed - Google Patents

Abstract

The utility model provides a kind of juice extractor at a slow speed, including cup body of squeezing the juice, pedestal, driving motor and rotary body for food materials of milling, juicing ontology is connected to the top of pedestal, cup body of squeezing the juice is equipped with accommodating chamber, rotation position is in accommodating chamber, driving motor is set in pedestal, and driving motor is connected with rotary body, the bottom side of juicing cup body is provided with the juice pipeline being connected respectively with accommodating chamber and pipeline of slagging tap, one end of juice pipeline is equipped with juice opening, slag tap pipeline one end be equipped with slag notch, angle theta is formed between juice pipeline and pipeline of slagging tap, wherein the value range of θ is 115 ° -125 °, and rotary body is rotated along juice opening to slag notch direction.Using the juice extractor at a slow speed of technical solutions of the utility model, juice extractor can be convenient to putting for juice receiving cup and residue receiving cup at a slow speed for this, the crushing juice rate of fruit be improved, and put juice receiving cup and residue receiving cup to block switch, so that operation is convenient.

Description

A kind of juice extractor at a slow speed

Technical field

The utility model relates to juice extractor technical fields, and in particular to a kind of juice extractor at a slow speed.

Background technique

The working principle of juice extractor at a slow speed currently on the market is the rotation of rotary body close to the inner portion, fruit is squeezed, The advantages of grinding, fruit juice flow out after penetrating strainer along juice opening, and pomace is discharged from slag notch, this juice extractor is: low noise, Crushing juice rate is high, and the pomace squeezed out is very dry, does not waste, also can be satisfactory for the crushing juice rate of leaf vegetables.

Juice extractor puts juice receiving cup in the juice opening of juice pipeline, in slagging tap for pipeline of slagging tap in juice-extracting process at a slow speed Mouth puts residue receiving cup, so that fruit juice and pomace be separated, in the prior art, sets between juice pipeline and pipeline of slagging tap in 90 degree It sets, puts inconvenience so as to cause juice receiving cup and residue receiving cup, be easy accidentally to touch residue receiving cup in juice receiving cup of taking and cause cup Body topples, meanwhile, above-mentioned angle is arranged so that pomace is not squeezed the juice sufficiently, so that crushing juice rate is low；In addition, juice extractor is opened at a slow speed Pass is generally located on base outer wall, and the juice receiving cup of existing juice extractor at a slow speed and the placing structure of residue receiving cup are easy to hide on switch Gear, is caused inconvenient.

Summary of the invention

The purpose of the utility model is to provide a kind of juice extractors at a slow speed, and juice extractor can be convenient to juice receiving cup at a slow speed for this With putting for residue receiving cup, the crushing juice rate of fruit is improved, and put juice receiving cup and residue receiving cup switch will not be blocked, so that operation is just It is prompt.

Based on this, the utility model provides a kind of juice extractor at a slow speed, including juicing cup body, pedestal, driving motor and use In the rotary body for food materials of milling, the juicing ontology is connected to the top of the pedestal, and the juicing cup body is equipped with accommodating chamber, institute Rotation position is stated in the accommodating chamber, the driving motor is set in the pedestal, and the driving motor and the rotation Swivel is connected, and the bottom side of the juicing cup body is provided with the juice pipeline and residue outlet being connected respectively with the accommodating chamber Road, one end of the juice pipeline are equipped with juice opening, and one end of the pipeline of slagging tap is equipped with slag notch, the juice pipeline and institute It states and forms angle theta between pipeline of slagging tap, wherein the value range of θ is 115 ° -125 °, and the rotary body is along the juice opening It is rotated to the slag notch direction.

Preferably, the juice pipeline and the outer wall of the pipeline along the juicing cup body of slagging tap tilt down Setting.

Preferably, the juice opening is provided with end cover corresponding thereto, and the end cover is articulated with The end of the juice pipeline.

Preferably, the nozzle of the pipeline of slagging tap is the slag notch, and the tube wall of the pipeline of slagging tap is provided with Opening, the opening connect with the slag notch.

It preferably, further include net-filter assembly, the net-filter assembly envelope is set to the periphery of the rotary body, and The net-filter assembly is fixed on the inner wall of the juicing cup body.

Preferably, the net-filter assembly includes circular base and the mistake that is removably mounted in the circular base Strainer, the filter screen envelope are set to the periphery of the rotary body, and the inside of the filter screen and the pipeline phase of slagging tap Connection, the circular base are connected with the juicing cup body.

Preferably, further include the cup lid for being buckled in the juicing cup body, be connected with charging above the cup lid Pipeline, the feed pipe are connected with the accommodating chamber.

Preferably, material holding tray is connected with above the feed pipe.

Preferably, the rotary body includes shaft and the spiral cutter for being fixedly installed on the shaft periphery, institute The one end for stating shaft is arranged in the cup lid, and the other end of the shaft is connected with the driving motor.

Preferably, the outer wall of the pedestal is provided with the speed-regulating switch for adjusting the driving motor.

Implement the utility model embodiment, has the following beneficial effects:

The rotation of driving motor driving rotating bodies, thus food materials enter after accommodating chamber and are milled juicing by rotary body, and fruit squeezes Fruit juice enter to the juice receiving cup put corresponding with juice opening by juice pipeline and from juice opening outflow, crush fruit gained fruit Slag by slag tap pipeline and along slag notch enter the residue receiving cup put corresponding with slag notch, between juice pipeline and pipeline of slagging tap Angle is bigger relative to existing juice extractor, thus putting convenient for juice receiving cup and residue receiving cup, and makes juice receiving cup and residue receiving cup Spacing of putting become larger, avoid taking juice receiving cup or residue receiving cup when there is collision interference, and be not easy will at a slow speed for above-mentioned placing structure The switch of juice extractor blocks, and does not thus influence the pressing operation of switch, so that operation is more convenient；Rotary body along juice opening extremely Slag notch direction rotation, then fruit juicing after along juice opening flow out fruit juice, and pomace further milled by rotary body lag it is above-mentioned Angle, θ is overflowed from slag notch, and the angle, θ of traditional juice extractor juice pipeline and pipeline formation of slagging tap is 90 °, and the present embodiment squeezes The above-mentioned angle, θ of juice machine is 115 ° -125 °, i.e. pomace has been rolled 25 ° -35 ° again from slagging tap relative to existing juice extractor more Mouth overflows, it is ensured that pomace can be drained by sufficiently rolling, and improve the juice efficiency of fruit.

Detailed description of the invention

Fig. 1 is that the distributed architecture in the utility model embodiment at a slow speed between the juice pipeline and pipeline of slagging tap of juice extractor shows It is intended to.

Fig. 2 is the explosive view of juice extractor at a slow speed in the utility model embodiment.

Fig. 3 is the structural schematic diagram in the operating condition of juice extractor at a slow speed in the utility model embodiment.

In figure: 1- squeezes the juice cup body, 2- pedestal, 3- rotary body, 4- juice pipeline, and 5- slags tap pipeline, 6- strainer group Part, 7- cup lid, 8- material holding tray, 9- juice receiving cup, 10- residue receiving cup；21- speed-regulating switch, 31- shaft, 32- spiral cutter, 41- juice opening, 51- slag notch, 52- opening, 61- circular base, 62- filter screen, 71- feed pipe；41a- sealing End cap.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts Every other embodiment obtained, fall within the protection scope of the utility model.

It should be understood that various information are described in the utility model using term " first ", " second " etc., but these Information should not necessarily be limited by these terms, these terms are only used to for same type of information being distinguished from each other out.For example, not departing from this In the case where utility model range, " first " information can also be referred to as " second " information, and similar, " second " information can also be with Referred to as " first " information.

As shown in Figure 1 to Figure 3, the present embodiment provides a kind of juice extractors at a slow speed, including juicing cup body 1, pedestal 2, driving electricity Machine and rotary body 3 for food materials of milling, the juicing ontology are connected to the top of the pedestal 2, and the juicing cup body 1 is equipped with Accommodating chamber, the rotary body 3 are located in the accommodating chamber, and the driving motor is set in the pedestal 2, and driving electricity Machine is connected with the rotary body 3, and driving motor driving rotating bodies 3 rotates, and thus food materials are ground after entering accommodating chamber by rotary body 3 Mill juicing, food materials are fruit or vegetables etc. in the present embodiment, the bottom side of the juicing cup body 1 be provided with respectively with the accommodating chamber One end of the juice pipeline 4 being connected and pipeline 5 of slagging tap, the juice pipeline 4 is equipped with juice opening 41, the pipeline 5 of slagging tap One end is equipped with slag notch 51, juice extractor in the operating condition, as shown in figure 3, the juice that squeezes of food materials by juice pipeline 4 simultaneously The juice receiving cup 9 put corresponding with juice opening 41 is entered to from the outflow of juice opening 41, pomace obtained by food materials is crushed and passes through pipeline 5 of slagging tap And enter the residue receiving cup 10 put corresponding with slag notch 51 along slag notch 51, between the juice pipeline 4 and the pipeline 5 of slagging tap Angle theta is formed, wherein the value range of θ is 115 ° -125 °, and the angle between juice pipeline 4 and pipeline 5 of slagging tap is relative to existing Some juice extractors are bigger, thus putting convenient for juice receiving cup 9 and residue receiving cup 10, and make putting for juice receiving cup 9 and residue receiving cup 10 Spacing becomes larger, avoid taking juice receiving cup 9 or residue receiving cup 10 when there is collision interference, and above-mentioned placing structure is not easy to squeeze the juice at a slow speed The switch of machine blocks, and does not thus influence the pressing operation of switch, so that operation is more convenient, and the rotary body 3 is along described Juice opening 41 to 51 direction of slag notch rotates, then flows out fruit juice along juice opening 41 after fruit juicing, pomace is further revolved Swivel 3, which is milled, lags above-mentioned angle, θ from the spilling of slag notch 51, and the above-mentioned θ of traditional juice extractor is 90 °, and the present embodiment juice extractor Juice pipeline 4 and slag tap pipeline 5 formation angle, θ be 115 ° -125 °, i.e. pomace is rolled more relative to existing juice extractor 25 ° -35 ° overflow from slag notch 51 again, it is ensured that pomace can be drained by sufficiently rolling, improve the juice efficiency of fruit.

Based on above technical scheme, driving motor driving rotating bodies 3 is rotated, and thus food materials enter after accommodating chamber by rotary body 3 mill juicing, and the fruit juice that fruit squeezes enters to put corresponding with juice opening 41 by juice pipeline 4 and from the outflow of juice opening 41 Juice receiving cup 9, crush fruit obtained by pomace by slag tap pipeline 5 and along slag notch 51 enter it is corresponding with slag notch 51 put connect Slag cup 10, the angle between juice pipeline 4 and pipeline 5 of slagging tap is bigger relative to existing juice extractor, is thus convenient for 9 He of juice receiving cup Residue receiving cup 10 is put, and the spacing of putting of juice receiving cup 9 and residue receiving cup 10 is become larger, and avoids take juice receiving cup 9 or residue receiving cup There is collision interference when 10, and above-mentioned placing structure is not easy blocking the switch of juice extractor at a slow speed, does not thus influence switch Pressing operation, so that operation is more convenient；Rotary body 3 is rotated along juice opening 41 to 51 direction of slag notch, then edge after fruit juicing Juice opening 41 flows out fruit juice, and pomace is further milled by rotary body 3 and lags above-mentioned angle, θ and overflow from slag notch 51, traditional Juice extractor juice pipeline 4 and the angle, θ for the formation of pipeline 5 of slagging tap are 90 °, and the above-mentioned angle, θ of the present embodiment juice extractor is 115 ° -125 °, i.e. pomace has been rolled 25 ° -35 ° relative to existing juice extractor more and has been overflowed again from slag notch 51, it is ensured that pomace It can be drained by sufficiently rolling, improve the juice efficiency of fruit.

The juice pipeline 4 and the outer wall of the pipeline 5 along the juicing cup body 1 of slagging tap dip down in the present embodiment Tiltedly setting, so that pomace and fruit juice can more easily be flowed out by self gravity, so that the juice of the juice extractor and going out Slag is more convenient.For the ease of control juice outflow whether, the juice opening 41 is provided with sealed end corresponding thereto 41a is covered, the end cover 41a is articulated with the end of the juice pipeline 4, from there through the activity of end cover 41a Opening or closing for juice opening 41 is realized, so that juice control operation is convenient.Further, the nozzle for slagging tap pipeline 5 is The slag notch 51, the tube wall for slagging tap pipeline 5 are provided with opening 52, and the opening 52 connects with the slag notch 51, So that pomace can overflow along opening 52, so that slag notch 51 is not easy to result in blockage, so that slag tap can be steady for juice extractor Fixed operation.

Preferably, which further includes net-filter assembly 6, and 6 envelope of net-filter assembly is set to the outer of the rotary body 3 Week, and the net-filter assembly 6 is fixed on the inner wall of the juicing cup body 1, when thus food materials enter accommodating chamber, food materials are in strainer group The gap formed between part 6 and rotary body 3, which is squeezed, mills, so that food materials are sufficiently rolled, and net-filter assembly 6 has Filtration, to guarantee that fruit juice flows out after filtering from juice opening 41.Specifically, the net-filter assembly 6 includes annular base Seat 61 and the filter screen 62 being removably mounted in the circular base 61,62 envelope of filter screen are set to the rotary body 3 periphery, and the inside of the filter screen 62 is connected with the pipeline 5 of slagging tap, the circular base 61 and the squeezing cup Body 1 is connected, and is based on above structure, circular base 61 enables filter screen 62 steadily to connect, and makes filter screen 62 Dismount more convenient, food materials are milled juicing in filter screen 62 by rotary body 3, and pomace is overflowed along pipeline 5 of slagging tap, and needs to refer to Out, in the present embodiment juice pipeline 4 and slag tap pipeline 5 and squeeze the juice ontology specific connection structure it is same as the prior art, It can realize juice and slag-tapping function, only the angle arrangement between juice pipeline 4 and pipeline 5 of slagging tap is deposited with existing juice extractor It is distinguishing, that is, is improving the crushing juice rate of juice extractor, and making the placing structure of juice receiving cup 9 and residue receiving cup 10 more reasonable.

In addition, this at a slow speed juice extractor further include be buckled in it is described juicing cup body 1 cup lid 7, the cup lid 7 top connection There is feed pipe 71, the feed pipe 71 is connected with the accommodating chamber, and cup lid 7 enables to the leakproofness of whole complete machine Can be good, and feed pipe 71 can smoothly enter into food materials to accommodating chamber.Further, the top of the feed pipe 71 connects It is connected to material holding tray 8, material holding tray 8 enables food materials to be stably placed in material holding tray 8, and one, which is provided, for food materials prestores space, Convenient for juicing hereafter.

Preferably, the rotary body 3 includes shaft 31 and the spiral cutter 32 for being fixedly installed on 31 periphery of shaft, institute The one end for stating shaft 31 is arranged in the cup lid 7, and the other end of the shaft 31 is connected with the driving motor, driving motor Drive shaft 31 rotates, and shaft 31 drives the rotation of spiral cutter 32 cutting and fruit of milling, so that the juicing of rotary body 3 Efficiency improves.Further, the outer wall of the pedestal 2 is provided with the speed-regulating switch 21 for adjusting the driving motor, i.e., logical It overregulates speed-regulating switch 21 and adjusts the revolving speed of driving motor, so that juicing effect is controlled, it can also be according to different demands to driving The revolving speed of motor is adjusted, easy to adjust and juice extractor is made to meet the juicing demands of various fruits.

Using the juice extractor at a slow speed of the utility model embodiment, driving motor driving rotating bodies 3 is rotated, and thus food materials enter Milled juicing after accommodating chamber by rotary body 3, the fruit juice that fruit squeezes by juice pipeline 4 and from the outflow of juice opening 41 enter to The corresponding juice receiving cup 9 put of juice opening 41 crushes pomace obtained by fruit and pipeline 5 and enters and slag tap along slag notch 51 by slagging tap The corresponding residue receiving cups 10 put of mouth 51, the angle between juice pipeline 4 and pipeline 5 of slagging tap is bigger relative to existing juice extractor, Thus putting convenient for juice receiving cup 9 and residue receiving cup 10, and the spacing of putting of juice receiving cup 9 and residue receiving cup 10 is become larger, it avoids taking There is collision interference when taking juice receiving cup 9 or residue receiving cup 10, and above-mentioned placing structure is not easy blocking the switch of juice extractor at a slow speed, Thus the pressing operation of switch is not influenced, so that operation is more convenient；Rotary body 3 turns along juice opening 41 to 51 direction of slag notch It is dynamic, then fruit juice is flowed out along juice opening 41 after fruit juicing, and pomace is further milled by rotary body 3 and lags above-mentioned angle, θ from out Cinder notch 51 overflows, and the angle, θ of traditional juice extractor juice pipeline 4 and the formation of pipeline 5 of slagging tap is 90 °, and the present embodiment juice extractor Above-mentioned angle, θ be 115 ° -125 °, i.e. pomace has been rolled 25 ° -35 ° again from slag notch 51 relative to existing juice extractor more It overflows, it is ensured that pomace can be drained by sufficiently rolling, and improve the juice efficiency of fruit.

In the description of the present invention, it should be understood that term " on ", "lower", "left", "right", "top", "bottom" etc. The orientation or positional relationship of instruction is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description the utility model It is described with simplifying, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific orientation structure It makes and operates, therefore should not be understood as limiting the present invention.

The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without deviating from the technical principle of the utility model, several improvement and replacement can also be made, these change It also should be regarded as the protection scope of the utility model into replacement.

Claims (10)

1. a kind of juice extractor at a slow speed, it is characterised in that: including juicing cup body, pedestal, driving motor and rotation for food materials of milling Swivel, the juicing ontology are connected to the top of the pedestal, and the juicing cup body is equipped with accommodating chamber, and the rotation position is in institute It states in accommodating chamber, the driving motor is set in the pedestal, and the driving motor is connected with the rotary body, described The bottom side of juicing cup body is provided with the juice pipeline being connected respectively with the accommodating chamber and pipeline of slagging tap, the juice pipeline One end is equipped with juice opening, and one end of the pipeline of slagging tap is equipped with slag notch, shape between the juice pipeline and the pipeline of slagging tap At angle theta, wherein the value range of θ is 115 ° -125 °, and the rotary body is along the juice opening to the slag notch direction Rotation.

2. juice extractor at a slow speed according to claim 1, it is characterised in that: the juice pipeline and the equal edge of pipeline of slagging tap The outer wall of the juicing cup body tilts down setting.

3. juice extractor at a slow speed according to claim 1 or 2, it is characterised in that: the juice opening is provided with corresponding thereto End cover, the end cover is articulated with the end of the juice pipeline.

4. juice extractor at a slow speed according to claim 1 or 2, it is characterised in that: the nozzle of the pipeline of slagging tap goes out for described in Cinder notch, the tube wall of the pipeline of slagging tap are provided with opening, and the opening connects with the slag notch.

5. juice extractor at a slow speed according to claim 1 or 2, it is characterised in that: it further include net-filter assembly, the net-filter assembly Envelope is set to the periphery of the rotary body, and the net-filter assembly is fixed on the inner wall of the juicing cup body.

6. juice extractor at a slow speed according to claim 5, it is characterised in that: the net-filter assembly includes circular base and removable The filter screen being installed in the circular base is unloaded, the filter screen envelope is set to the periphery of the rotary body, and the mistake The inside of strainer is connected with the pipeline of slagging tap, and the circular base is connected with the juicing cup body.

7. juice extractor at a slow speed according to claim 1, it is characterised in that: further include the cup for being buckled in the juicing cup body It covers, is connected with feed pipe above the cup lid, the feed pipe is connected with the accommodating chamber.

8. juice extractor at a slow speed according to claim 7, it is characterised in that: be connected with charge above the feed pipe Disk.

9. juice extractor at a slow speed according to claim 7, it is characterised in that: the rotary body includes shaft and is fixedly installed on The spiral cutter of the shaft periphery, one end of the shaft are arranged in the cup lid, the other end of the shaft and the drive Dynamic motor is connected.

10. juice extractor at a slow speed according to claim 1, it is characterised in that: the outer wall of the pedestal is provided with for adjusting The speed-regulating switch of the driving motor.