CN202172806U

CN202172806U - Vane-type pulping machine

Info

Publication number: CN202172806U
Application number: CN2011202540735U
Authority: CN
Inventors: 唐小龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-07-19
Filing date: 2011-07-19
Publication date: 2012-03-28
Anticipated expiration: 2021-07-19

Abstract

The utility model relates to a vane-type pulping machine and effectively solves the problems of preventing an abrasive disc from being damaged, prolonging the service life and improving the production efficiency. The vane-type pulping machine has the following structure that a motor is horizontally arranged on the lateral surface of an enclosure; an output shaft of the motor extends into the enclosure and passes through a central through hole of an impeller in the enclosure; the impeller is fixed on the output shaft of the motor; vanes are arranged on the impeller; a cylindrical screen mesh is arranged on the outer periphery of the vanes in the enclosure; cutting edges which are convex inwards are arranged on the inner surface of the screen mesh and are coaxial with the impeller to be fixed on the end part of a shell, which is close to an end cover; a pulp outlet is arranged at the lower part of the shell ; the end cover is arranged on the shell; and the end cover is provided with a feed inlet for charging water and beans. The vane-type pulping machine has novel and unique structure, good using effect and high impeller rotating speed. More beans are milled in unit time. The vane-type pulping machine has high pulp yield. The pulp and slag separation is not carried out. Nutrient substances of soy beans are furthest kept. The stainless steel vanes and the beans are acted mutually. The vanes have long service life. The convex cutting edges also have a pulping effect. The efficiency and the product quality of the pulping machine are improved.

Description

A kind of vane type fiberizer

Technical field

The utility model relates to fiberizer, and a kind of vane type fiberizer of particularly using in the soya-bean milk production process also is applicable to other agricultural product defibrination processing.

Background technology

During soya-bean milk was produced, the thickness degree of defibrination was directly connected to size particles contained in the finished product soya-bean milk, influences the mouthfeel of soya-bean milk.

In the existing open source literature, the main abrasive disc fiberizer that adopts in the refining process, such machine has vertical and horizontal two kinds of forms.But vertical or horizontal principle is all identical, all adopts and decides the mode that abrasive disc combines with moving abrasive disc, and two blade span are adjustable; Moving abrasive disc can rotate at a high speed under the drive of motor; Thereby produce relative motion with quiet abrasive disc, when bean or pea get into two refining plate intervals, be ground into slurry.Wherein abrasive disc can adopt emery wheel or cast iron etc.

Such fiberizer all has and has common following problem:

1, in order to reach refining effect preferably, the adjustment of the spacing of two abrasive discs is smaller in the actual production, therefore in the process of defibrination, is easy to the contact of two abrasive discs occur and the damage of the abrasive disc that causes, and service life is short;

2, the slurries amount of unit interval generation is less, and production efficiency is low, can not satisfy the demand of large-scale soya-bean milk production line.Therefore, the improvement of soy bean milk making machine and innovate imperative.

Summary of the invention

To above-mentioned situation, for overcoming the prior art defective, the purpose of the utility model just provides a kind of vane type fiberizer, can effectively solve the damage that prevents abrasive disc, increases the service life the problem of enhancing productivity.

The technical scheme that the utility model solves is to comprise motor, casing, end cap and blade, the horizontal casing side that is installed in of motor; The output shaft of motor stretches in the casing, passes the central through hole that is contained in the impeller in the casing, and impeller is fixed on the motor output shaft; Blade is arranged on the impeller, and the blade periphery is equipped with screen cloth cylindraceous in casing, the cutting edge that the oriented inside of screen cloth inner face is outstanding; Lean on the end of end cap with the coaxial housing that is fixed on of impeller; Lower housing portion has grout outlet, and end cap is arranged on the housing, is useful on the charging aperture of water inlet simultaneously and bean or pea on the end cap.

The utility model novel structure is unique, and result of use is good, and wheel speed is high, and the mill beans are many in the unit interval, and pulping rate is high, and does not carry out screenings and separate, and the nutriment with soybean keeps to the full extent, sends into next processing technology; Stainless steel blade and bean or pea interact, and leaf longevity is long.In addition, screen cloth not only plays the effect of filtering large particulate matter, and its outstanding cutting edge also plays the defibrination effect simultaneously, has improved the efficient and the product quality of fiberizer.

Description of drawings

Fig. 1 is the structural front view of the utility model.

Fig. 2 is the mesh structure front view of the utility model.

Fig. 3 is the sectional view at the screen cloth mesh position of the utility model.

The specific embodiment

Elaborate below in conjunction with the specific embodiment of accompanying drawing to the utility model.

Shown in Fig. 1-3, the utility model comprises motor, casing, end cap and blade, motor 1 horizontal casing 3 sides that are installed in; The output shaft 2 of motor stretches in the casing 3, passes the central through hole that is contained in the impeller 8 in the casing, and impeller 8 is fixed on the motor output shaft 2; Blade is arranged on the impeller, and the blade periphery is equipped with screen cloth 4 cylindraceous in casing, the cutting edge 14 that the oriented inside of screen cloth inner face is outstanding; Lean on the end of end cap with the impeller 8 coaxial housings 3 that are fixed on; Grout outlet 9 is arranged at housing 3 bottoms, and end cap 7 is arranged on the housing 3, is useful on the charging aperture 6 of water inlet simultaneously and bean or pea on the end cap.

In order to guarantee result of use, have the hole of symmetry on the described blade, blade is at least 2, is distributed on the circumference of impeller; Described screen cloth 4 is to be made up of fixed frame 11 and the dictyosome 13 that is contained on the fixed frame, is evenly equipped with identical tri-angle-holed 12 of size on the dictyosome, and tri-angle-holed 12 length of sides are 2mm; Described impeller 8 is contained on the motor output shaft 2 by hold-down screw 10 and retainingf key 5.

Housing 3 bottoms are provided with grout outlet 9, and the slurries that mill is good then flow out from grout outlet 9.Housing 3 set inside have screen cloth 4, and screen cloth 4 is cylindric, are fixed on coaxially on the end face of housing 3 near motor side with impeller 8.In order to increase the intensity of screen cloth 4, its outside has additional reinforcement.Screen cloth 4 non-mesh grids but form through the punching press steel plate, steel plate materials is not removed in punching press, forms direction cutting edge inwardly.With angled the seeing in screen cloth 4 surfaces, be furnished with tri-angle-holed that size is identical, spacing equates on it, so the hole on the screen cloth 4 both played a role in filtering, also play the effect of mill beans simultaneously.

Also be provided with fiberizer end cap 7 on the housing 3, have charging aperture 6 on it.In fiberizer when work,, charging aperture 6 places add a funnel, pure water with soaked and got into the fiberizers inside through funnel by charging aperture 6 simultaneously through the soybean of PROCESS FOR TREATMENT such as stone in the past.Fiberizer when work, close grinder shell cover 7, form an airtight cavity.

The working condition of the utility model is, during fiberizer preparation, closes

grinder shell cover

7, and 6 places install loading hopper at charging aperture, open water intaking valve and advance the beans device, and fiberizer powers on.

Motor 1 is through motor output shaft 2 direct impeller 8 rotations at a high speed; Bean or pea by charging aperture gets into are broken under the blade effect of rotation at a high speed; The slurries that bean or pea after smashing and water mix continue to rotate at a high speed with blade, and slurries are to the direction motion of screen cloth 4, with the effect further of screen cloth 4 cutting edges under action of centrifugal force; Particle in slurries reaches only enough hour, just can filter after grout outlet 9 flows out through screen cloth 4.Screen cloth 4 is more little with the axial spacing of the blade of impeller 8, and then slurries are thin more with regard to what polish.

The utility model compared with prior art has following outstanding advantage:

1, for reaching the requirement of health level, at first grinding machine integral body is used food-grade 304 stainless steels, has guaranteed the safe and sanitary of defibrination process fully.

2, structure aspects has realized mill body, impeller and the stainless steel mesh oversimplified, and the washing and cleaning operation of being more convenient for has improved efficient.

3, guarantee high percentage of damage and the high requirement of protein extracting ratio for reaching a defibrination, we utilize the screen cloth in chip leaf opinion, recoil hole, realize broken defibrination of moment through high-power, high-revolving motor.This process is sheared the defibrination process that finally realized with the soybean particle after the fragmentation through the screen cloth in recoil hole again through the broken soybean of high-revolving impeller the time.

4, because whole fiberizer uses food and stainless steel, so prolong greatly service life, reduce resembling frequent change abrasive machine traditional fiberizer, filter screen number of times, alleviated working strength of workers, improved operating efficiency.

5, because particular structure only needs a defibrination, so can realize controlling accurately the concentration of final slurries, improve protein extracting ratio, safe in utilization, the life-span is long, is that one on the fiberizer innovated greatly.

Claims

1. a vane type fiberizer comprises motor, casing, end cap and blade, it is characterized in that; Horizontal casing (3) side that is installed in of motor (1), the output shaft of motor (2) stretches in the casing (3), passes the central through hole that is contained in the impeller (8) in the casing; Impeller (8) is fixed on the motor output shaft (2); Blade is arranged on the impeller, and the blade periphery is equipped with screen cloth cylindraceous (4) in casing, the cutting edge (14) that the oriented inside of screen cloth inner face is outstanding; Lean on the end of end cap with the coaxial housing (3) that is fixed on of impeller (8); Grout outlet (9) is arranged at housing (3) bottom, and end cap (7) is arranged on the housing (3), is useful on the charging aperture (6) of water inlet simultaneously and bean or pea on the end cap.

2. vane type fiberizer according to claim 1 is characterized in that, has the hole of symmetry on the described blade, and blade is at least 2, is distributed on the circumference of impeller.

3. vane type fiberizer according to claim 1; It is characterized in that; Described screen cloth (4) is by fixed frame (11) and is contained in dictyosome (13) formation on the fixed frame that be evenly equipped with size identical tri-angle-holed (12) on the dictyosome, tri-angle-holed (12) length of side is 2mm.

4. vane type fiberizer according to claim 1 is characterized in that, described impeller (8) is contained on the motor output shaft (2) by hold-down screw (10) and retainingf key (5).