CN2254771Y

CN2254771Y - Pulverizing apparatus with agitating mechanism

Info

Publication number: CN2254771Y
Application number: CN 95229366
Authority: CN
Inventors: 白宗仁
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-12-28
Filing date: 1995-12-28
Publication date: 1997-05-28
Anticipated expiration: 2005-12-28

Abstract

The utility model discloses a pulverizing apparatus with an agitating mechanism, which is composed of material placing box, an upper grinding disc, a lower grinding disc group, an agitating mechanism, etc., wherein, the center of the lower grinding disc is upward vertically provided with a jogged tenon jogged with an agitating mechanism, and the agitating mechanism is formed by an extension rod, the bottom of the extension rod is jogged with the rod hole corresponding to the jogged tenon; after the extension rod is penetrated through the passing hole of the upper grinding disc and the perforation of the material placing box, the top of the extension rod is clamped with an agitating piece with a central joint hole, and the edge of the agitating piece is provided with one or more downward piece wing arranged vertically downward; when the lower grinding disc do circle movement, the extension rod can cause the agitating piece to agitate abrasive material, ensures the performing operations of grinding to be carried out successfully.

Description

The mill of band stirring mechanism

The utility model relates to a kind of particle food mill, particularly a kind of this class mill with stirring mechanism.

Existing particle food mill, as the sesame mill of manufacturers such as Panasonic's (music) and Hitachi research and development, their all are to extend upward a power transmission shaft by the power part below body substantially, this power transmission shaft and a lower millstone articulate; Upper millstone then is fixed at transparent putting at the bottom of the magazine, and above putting magazine a loam cake in order to involution is arranged.When the startup power part carries out practical operation, lower millstone can rotate thereupon, in the gap that sesame seed then enters lower millstone via the poroid passage of putting magazine below and the default dish of upper millstone hole to carry out grinding operation, on the composition surface of last lower millstone, dash forward simultaneously and establish some radial dish ribs, make the sesame powder can be extrapolated, with rotating manner powder is delivered to discharging opening by the some blades that extend with the lower millstone one simultaneously to mill.

The defective of above-mentioned mill is, because of the duricrust on sesame surface has oiliness, adhesion forms " bridges formation " phenomenon each other easily, cause grinding have some setbacks or on situation such as lower millstone idle running.

The purpose of this utility model is for overcoming the above-mentioned defective of prior art, designs and a kind ofly can eliminate " bridge formation " phenomenon, ensures feed particle food mill smoothly.

The technical measures that realize the utility model purpose are, have additional the stirring mechanism that is used for eliminating " bridge formation " phenomenon in particle food mill of the present utility model.

A kind of mill that has stirring mechanism of the utility model, it puts magazine, its bottom is arcs of recesses partition down, the prominent box tenon that perforation arranged of establishing on the mediad, for with a upper millstone the dish tenon of band open-work of corresponding setting chimeric each other, and the box tenon periphery of putting magazine is offered some scallop holes, and at the open-work that has hollow out to be provided with aforementioned scallop hole corresponding section of upper millstone; One lower millstone group is arranged, dock with a rotor by a lower millstone and form, and the power transmission shaft binding of film perforation and power part is arranged at the rotor bottom; Described mill is characterised in that, hang down on the described lower millstone mediad and establish a chimeric tenon, for chimeric with a stirring mechanism, this stirring mechanism is chimeric each other with the corresponding bar of chimeric tenon hole with its bottom by an extension rod, and after extension rod passes the open-work and described perforation of putting magazine of described upper millstone, its top has the stirring sheet of conjugate foramen to engage with central authorities, and this stirring sheet periphery has the sheet wing that depends downwardly more than one or.

Aforementioned extension rod replaces described chimeric tenon for being wholely set in described lower millstone central authorities.

Aforementioned chimeric tenon and one increases the pad fit of upper and lower abrasive disk space.

Aforementioned extension rod top is provided with a bar groove that engages each other with the conjugate foramen of stirring piece.

Aforementioned extension rod top has one and makes the longitudinal rod ditch that engages unlikely disengaging with stirring piece.

Aforementioned chimeric tenon is cross or circular or semicircle or rectangle or polygonal, and the bar hole of described extension rod is corresponding with the appearance of described chimeric tenon.Below in conjunction with accompanying drawing and embodiment technology contents of the present utility model is described in detail.Fig. 1 is the three-dimensional exploded view of the mill related elements of the utility model band stirring mechanism, and Fig. 2 is the profile of the mill related elements of the utility model band stirring mechanism.

Shown in the figure, the utility model is put magazine 1, a upper millstone 2, a lower millstone group 3 and a stirring mechanism 4 by one basically and is combined.

Wherein, putting magazine 1 is an existing hollow housing, and its top is open, can with a loam cake socket, its bottom is arcs of recesses partition down, the prominent box tenon 12 that perforation 11 arranged of establishing has some scallop holes 13 at box tenon 12 peripheries on the mediad, drops for sesame seed.In addition, put vertically inside respectively the dashing forward of two opposite end of magazine 1 bottom and establish two parallel box ribs 14, keep supplying mill 2 location.

Upper millstone 2, be existing circular disk body, existing some prominent upward dish ribs of establishing 21 (because of the projection angle relation is not shown) are established in its bottom surface, and size is corresponding to putting magazine 1 for chimeric each other, its central authorities vertically extend upward one the dish tenon 23 of going up dish hole 22, supply and the chimeric each other location of aforementioned box tenon 12, the open-work 24 corresponding to scallop hole 13 places then are provided with some hollow outs enters between upper millstone 2 and the lower millstone 31 for sesame seed.For upper millstone 2 is maintained fixed, lack 25 corresponding to the aforementioned box rib 14 places formation dish that then caves inward, for the usefulness of engaging each other.

Lower millstone group 3, also existing disk body mainly is to combine by being a discoidal lower millstone 31 and a rotor 32.The size of lower millstone 31 is less than upper millstone 2, existing radial projection lower wall rib 311 is also arranged on its end face, and there is the dish hook 312 of some vertical settings the bottom surface, for fastening each other with rotor 32 corresponding default button holes 321, and the prominent a slice tenon 322 of establishing is set for a spring 323 on the mediad of rotor 32, after lower millstone 31 and rotor 32 fastened, the spring 323 of the two can make lower millstone 31 that the elastic force of upper and lower displacement is arranged.In addition, rotor 32 bottom center have a film perforation 324 to link for the power transmission shaft with power part, and at the some blades 325 of its periphery peripheral hardware, these all belong to prior art, do not intend giving unnecessary details.

The utility model differs from the prior art part, is be to hang down on lower millstone 31 mediads to establish a chimeric tenon 313, for linking with stirring mechanism 4 described later.

Stirring mechanism 4, mainly contain a round bar shape extension rod 41, its bottom establish one with the bar hole 411 of aforementioned chimeric tenon 313 corresponding engagings, extension rod 41 can be hung down be located on the chimeric tenon 313, chimeric tenon 313 is behind cover unification pad 412, and is chimeric with extension rod 41 again, make it pass through going up dish hole 22 and putting the perforation 11 of magazine 1 of upper millstone 2 after, and a length is between scallop hole 13, and has the stirring sheet 42 that depends downwardly the sheet wing 421 more than one or chimeric.These stirring sheet 42 central authorities establish a connecting hole 422 for engage with extension rod 41 default bar grooves 413, for making the two unlikely disengaging, offer a bar ditch 414 in extension rod 41 center of top, are contracted in having and outer elasticity in its arc top.

The utility model is after above-mentioned assembling, its section promptly as shown in Figure 2, when power part starts, lower millstone group 3 is promptly made circular motion, make the sesame seed between lower millstone 31 and the upper millstone 2 carry out grinding operation, and this moment, sesame seed passed through scallop hole 13 and open-work 24 successively, ground to enter between two mills.Meanwhile the embedding tenon 313 that is convexly equipped with of lower millstone 31 central authorities also rotates thereupon, and drives chimeric with it extension rod 41 and make circumference and stir, and stirring sheet 42 also carried out circumference and stirred above scallop hole 13 this moment.By the stirring action of its sheet wing 421 that extends downwards, can eliminate sesame seed because of surperficial grease adhesion formed " bridge formation " phenomenon, make sesame seed pass through scallop hole 13 and open-work 24 smoothly, to carry out milling operation.

The utility model extension rod 41 also can upwards hang down in lower millstone 31 central one and establish to replace chimeric tenon 313, also can obtain aforementioned effect.When chimeric tenon 313 of the present utility model is implemented, can be cross, circle, semicircle, rectangle or polygonal, the bar hole 411 of extension rod 41 then be corresponding with the appearance of chimeric tenon 313, in order to forming continuous action relation.

The stirring mechanism that the utility model is set up utilizes the circumferential running of self power part to eliminate mill internal cause particle itself or foeign element formed " bridge formation " phenomenon fully, need not to rely on other power set auxiliary, has positive practical function.

Claims

1, a kind of mill that has stirring mechanism, it puts magazine, its bottom is arcs of recesses partition down, the prominent box tenon that perforation arranged of establishing on the mediad, for with a upper millstone the dish tenon of band open-work of corresponding setting chimeric each other, and the box tenon periphery of putting magazine is offered some scallop holes, and at the open-work that has hollow out to be provided with aforementioned scallop hole corresponding section of upper millstone; One lower millstone group is arranged, dock with a rotor by a lower millstone and form, and the power transmission shaft binding of film perforation and power part is arranged at the rotor bottom; Described mill is characterised in that, hang down on the described lower millstone mediad and establish a chimeric tenon, for chimeric with a stirring mechanism, this stirring mechanism is chimeric each other with the corresponding bar of chimeric tenon hole with its bottom by an extension rod, and after extension rod passes the open-work and described perforation of putting magazine of described upper millstone, its top has the stirring sheet of conjugate foramen to engage with central authorities, and this stirring sheet periphery has the sheet wing that depends downwardly more than one or.

According to the described mill of claim 1, it is characterized in that 2, described extension rod replaces described chimeric tenon for being wholely set in described lower millstone central authorities.

According to the described mill of claim 1, it is characterized in that 3, described chimeric tenon and increases the pad fit of upper and lower abrasive disk space.

According to the described mill of claim 1, it is characterized in that 4, described extension rod top is provided with a bar groove that engages each other with the conjugate foramen of stirring piece.

According to the described mill of claim 1, it is characterized in that 5, described extension rod top has one and makes the longitudinal rod ditch that engages unlikely disengaging with stirring piece.

According to claim 1 or 3 described mills, it is characterized in that 6, described chimeric tenon is cross or circular or semicircle or rectangle or polygonal, and the bar hole of described extension rod is corresponding with the appearance of described chimeric tenon.