A kind of convenient soy bean milk making machine of cleaning
Technical field
The utility model relates to a kind of soy bean milk making machine, and particularly a kind of soy bean milk making machine that is provided with guiding device belongs to the improvement technology that has soy bean milk making machine now.
Background technology
Household soy milk machine in the market generally all is provided with the filter screen that is used to stop bean dregs at grout outlet.There are following at least two kinds of defectives in the design of this class soy bean milk making machine: the first, and milling soya seeds forms more bean dregs fully; The second, bean dregs stick on the filter screen, are not easy to clean.Chinese patent CN200410036418.4 has disclosed a kind of new construction of soy bean milk making machine, and this structure is provided with an air deflector, and pulping materials is circulated between air deflector and staving, and then can pulverize pulping materials fully.But the pod apertures that this design is provided with on air deflector, the guiding gutter that perhaps is provided with on head lower cover all stays residues such as bean dregs easily, is not easy to clean.
The utility model content
The purpose of this utility model is the technological deficiency that overcomes present soy bean milk making machine, and abundant milling soya seeds of a kind of energy and convenient again soy bean milk making machine of cleaning are provided.
In order to reach above purpose, the technical solution of the utility model is as follows:
The utility model comprises head, blade, the cup that has motor and places the interior guiding device of cup, blade is installed on the electric machine rotational axis and places in the guiding device, it is characterized in that described guiding device comprises air deflector and fairing cap, fairing cap is connected on the head, air deflector both ends open and being fastened on fairing cap, and and fairing cap between be provided with spacing.
Above-mentioned fairing cap is that fairing cap and head are one-body molded with being connected of head.
The disassembly, cleaning of fairing cap for convenience, fairing cap both can be that screw thread spins with being connected of head, also can be at fairing cap and the corresponding link position of head place projection and the mutual catch mechanism of groove to be set respectively, the position of projection and groove can exchange on fairing cap and head.
Fastening between above-mentioned air deflector and the fairing cap is together in the air deflector upper end device for clamping or holding section to be set surely, correspondence is provided with holding section or device for clamping in the fairing cap lower end therewith, and device for clamping cooperates being fastened between formation air deflector and the fairing cap with the holding section.For example in the fairing cap lower end snap ring is set, on the correspondence position of air deflector upper end trip is set, trip cooperates with snap ring realizes being fastened between air deflector and the fairing cap, again can easy disassembly.When reality was implemented, snap ring and trip got the position and can exchange.
For the liquid splash everywhere that prevents to flow out from air deflector upper shed circulation, fairing cap also comprises one from its occlusion part that stretches out and form on every side, and this occlusion part end is bent downwardly the upper shed diameter that extends to greater than air deflector.
In order to help entering or flowing out of pulping materials (as soybean) more, thereby quicken the circulation of pulping materials, the middle part diameter of above-mentioned air deflector makes upper and lower opening all be horn-like less than the diameter of two openings up and down.The air deflector minimum diameter position preferably is positioned under shed 1/4th to 2/5ths places.
Described blade then preferably is positioned at two centimetres up and down of air deflector minimum diameter position.Blade is positioned at air deflector diameter smaller part, and pulping materials (as soybean) concentrates on this place, therefore pulverizes more abundant.
Compared with prior art, the beneficial effects of the utility model are: during work, pulping materials can flow to from the air deflector under shed, flows out along the spacing between air deflector and the fairing cap, thereby can circulate between air deflector and cup, pulping materials such as soybean can fully be pulverized; Simultaneously, the utility model is not owing to there be to be provided with pod apertures or the guiding gutter be unfavorable for wash residue, and air deflector and fairing cap can remove and install easily, so cleans more convenient, quick.
Description of drawings
Fig. 1 is a structural representation of the present utility model;
Fig. 2 is the cutaway view of guiding device in the utility model;
Fig. 3 is the exploded view of guiding device in the utility model.
Omitted among the figure and other irrelevant parts of the utility model design main points.
The specific embodiment
Below in conjunction with accompanying drawing the specific embodiment of the present utility model is described in further detail.
Fig. 1, Fig. 2, Fig. 3 are a preferred embodiment of the utility model soy bean milk making machine.
As shown in the figure, the utility model soy bean milk making machine mainly comprises head 2, blade 3, the cup 4 that has motor and places guiding device in the cup 4, blade 3 is installed on the electric machine rotational axis 7 and places in the guiding device, it is characterized in that described guiding device comprises air deflector 6 and fairing cap 5, fairing cap 5 is connected on the head 2, air deflector 6 both ends opens and being fastened on fairing cap 5, and and fairing cap 5 between be provided with spacing.
Described fairing cap 5 inside are provided with outwards outstanding projection 51, the then corresponding groove (not indicating among the figure) that holds mutually with described projection 2 that is provided with on the head 2, described fairing cap 5 cooperates with holding of groove can be fixed on the head 2 by projection 51 (also can be established groove, and establish projection 51 on head 2) on fairing cap; Also can on described fairing cap 5, screw thread be set, be fixed on the head 2 by rotation then.Fairing cap 5 also comprises one from its occlusion part 52 that stretches out and form on every side, described occlusion part 52 is used to prevent the liquid splash everywhere of flowing out from air deflector 6 upper sheds 62 circulations, described occlusion part 52 ends are bent downwardly the diameter that extends to greater than the upper shed 62 of air deflector 6, thereby can reach a better antispray effect; Fairing cap 5 lower ends are provided with device for clamping 53.Certainly, fairing cap 5 also can be one-body molded with head 2.
Described air deflector 6 is the rotary body of both ends open, described air deflector 6 upper ends are provided with the holding section 61 that cooperates button to hold with device for clamping 53 on the fairing cap 5, holding section 61 (also can be draw-in groove for trip in the present embodiment, device for clamping on the corresponding fairing cap then is a trip), between described fairing cap 5 and air deflector 6 certain interval is arranged, pulping materials can be from flowing to the cup 4 from air deflector 6 by described gap; Described air deflector 6 upper sheds 62 and under shed 63 be for what open wide, is convenient to entering or flowing out of pulping materials; The middle part diameter of described air deflector 6 is less than the diameter of two openings up and down, and its minimum diameter position preferably is positioned under shed 1/4th to 2/5ths places; 3 on described blade preferably is positioned at two centimetres up and down of air deflector 6 minimum diameters.Because air deflector 6 upper and lower openings are horn-like, therefore are more conducive to entering or flowing out of pulping materials (as soybean), thereby quicken the circulation of pulping materials; In addition, blade 3 is positioned at air deflector 6 diameter smaller parts, and pulping materials (as soybean) concentrates on this place, therefore pulverizes more abundant.
During the work of the utility model soy bean milk making machine, pulping materials (as soybean) enters air deflector 6 by air deflector 6 under sheds 63, after pulverizing through the blade 3 that is positioned at air deflector 6 then, flow in the cup 4 by the gap between air deflector 6 and the fairing cap 5 again, thereby form a circulation; Behind the soy bean milk making machine end-of-job, can remove air deflector 6 and fairing cap 5 easily, therefore clean more convenient, quick.