A kind of juice extractor
Technical field
The utility model relates to a kind of juice extractor.
Background technology
In the existing juice extractor, patent application such as Chinese patent 200780001269.X, a kind of screw juice extractor is disclosed, this juice extractor convey materials mainly relies on and pushes the downward convey materials of screw rod, because lower space is more and more less, the pulverizing of material mainly relies on to push between screw rod outer wall and the filter screen inwall and pushes, material gradually refinement under the effect of extruding force after the thick step fragmentation, the mesh that the fruit juice that flows out in the material thinning process this moment sees through filter screen oozes out, thereby reaches the purpose of squeezing the juice and separating.
The screw juice extractor carries out crush and grind with the screw rod of low speed rotation to material, and then can farthest keep inherent flavor and the nutrition of the juice that produces.Yet, the juice extractor that screw rod vertically arranges, if when being used for squeezing the larger material of carrot equal-volume, the easy stuck screw rod of material, so that the juice extractor cisco unity malfunction, and screw rod rotates a circle into a material, and the grinding efficiency of screw rod is not high.
Summary of the invention
For the shortcoming of prior art, the purpose of this utility model provides and a kind ofly can prevent the stuck screw rod of material, and can improve the juice extractor of the grinding efficiency of screw rod.
For achieving the above object, the technical solution of the utility model is: a kind of juice extractor, it comprises juice chamber, be located at press filtration section in the juice chamber, be located at loam cake on the juice chamber, be located at the head tank that covers and is communicated with juice chamber, be located at successively fine gtinding section and preliminary grind section in the press filtration section, described press filtration section comprises extruding screw and the screen pack that cooperates with extruding screw, and described fine gtinding section, preliminary grind section are located between loam cake and the extruding screw.
Described preliminary grind section is comprised of the grinding groove of pusher bistrique, loam cake inboard and the material toggling rod of head tank bottom.
Described pusher bistrique is S type pusher bistrique.
Described pusher bistrique middle part has the material toggling groove, which is provided with scraping wings.
Described material toggling rod length is half of head tank internal diameter, and width is 5-8mm, highly is 15-18mm, and there is boss its lower end, and boss matches with the material toggling groove of pusher bistrique, and both gaps are 0-5mm.
Described material toggling rod is one-body molded with loam cake.
Described fine gtinding section is comprised of the upper grinding cone that is bumped into loam cake and the lower grinding cone of being located at pusher bistrique periphery.
Described upper grinding cone and lower grinding cone match, and both gaps are 0-3mm.
The grinding groove of described pusher bistrique and loam cake inboard cooperatively interacts, and both gaps are 0-5mm.
Compared with prior art, the utility model possesses following beneficial effect:
This kind roughly ground first the again structure of correct grinding, compares with traditional method that relies on screw rod to squeeze juice of singly depositing, and material is polished more even, and sophistication is higher.As can be known, material is polished thinner in the industry, shows that its cell membrane is squeezed broken more, and cell liquid flows out also just more, and namely crushing juice rate is higher, and when improving crushing juice rate, this kind grinding mode is that low speed is pulverized the nutrition that has fully kept fruits and vegetables.
Description of drawings
Fig. 1 is the generalized section of juice extractor of the present utility model;
Fig. 2 is the structural representation of S type pusher bistrique
Fig. 3 is the profile of Fig. 2.
Among the figure:
1: loam cake; 2: the material toggling rod; 3: grinding groove; 4: the upper cone that grinds; 5: upper filter screen; 6: the pusher bistrique; 7: scraping wings; 8: the material toggling groove; 9: the lower cone that grinds; 10: extruding screw; 11 lower filter screens; 12: juice chamber; 13: head tank
The specific embodiment
Below in conjunction with embodiment and accompanying drawing the utility model is described in detail.
As shown in Figures 1 to 3, the utility model discloses a kind of juice extractor, it comprises juice chamber 12, be located at press filtration section in the juice chamber 12, be located at loam cake 1 on the juice chamber 12, be located on the loam cake 1 and the head tank 13 that is communicated with juice chamber 12, be located at fine gtinding section and preliminary grind section in the press filtration section successively, described press filtration section comprises extruding screw 10 and the screen pack that cooperates with extruding screw 10, and described fine gtinding section, preliminary grind section are located between loam cake 1 and the extruding screw 10.
Described preliminary grind section is comprised of the grinding groove 3 of pusher bistrique 6, loam cake 1 inboard and the material toggling rod 2 of head tank 13 bottoms.
Further, described pusher bistrique 6 is S type pusher bistrique; Described pusher bistrique 6 middle parts have material toggling groove 8, which is provided with scraping wings 7.
Described material toggling rod 2 length are half of head tank 13 internal diameters, and width is 5-8mm, highly is 15-18mm, and there is boss its lower end, and boss matches with the material toggling groove 8 of pusher bistrique 6, and both gaps are 0-5mm.
Described material toggling rod 2 is one-body molded with loam cake 1.
Described fine gtinding section is comprised of the upper grinding cone 4 that is bumped into loam cake 1 and the lower grinding cone 9 of being located at pusher bistrique 6 peripheries.Described upper grinding cone 4 and lower grinding cone 9 match, and both gaps are 0-3mm.
The grinding groove 3 of described pusher bistrique 6 and loam cake 1 inboard cooperatively interacts, and both gaps are 0-5mm.
Described screen pack is assembled by upper and lower screen pack 5,11, and upper and lower screen pack 5,11 is structure of grid, is two groups of grizzly bars and plugs and form, and be provided with scum juice between adjacent grill and filter the slit.
After material was put into head tank, it was driven by S type pusher bistrique, is promoted to the edge by the centre, and material is being promoted to contact with the grinding groove of loam cake by the stripper on the pusher bistrique, material scraping wings and grinding groove fin under the effect of cutting, tentatively pulverized.
And some material can't directly push gap, grinding groove place by scraping wings more greatly owing to stature, and this moment, material toggling rod lower end and striker plate top formed cutting, so that bulk materials is shredded.
In addition the inswept grinding groove of boss of material toggling rod bottom is stirred material, makes it peripheral mobile to scraping wings, efficiently solves because S type pusher grinding head center linear velocity is low, can't throw away material and the obstruction that forms.
Through the interaction of S type pusher bistrique and grinding groove, material has obtained preliminary pulverizing, by the material after pulverizing, under the promotion of follow-up material, directly enters the zone of action of upper and lower grinding cone, is the wide granule of 0-2mm by further fine crushing.