CN205288598U

CN205288598U - Corn grinder

Info

Publication number: CN205288598U
Application number: CN201520951505.6U
Authority: CN
Inventors: 时立洁
Original assignee: Tianjin Lyuyexianzong Agricultural Technology Co Ltd
Current assignee: Tianjin Lyuyexianzong Agricultural Technology Co Ltd
Priority date: 2015-11-25
Filing date: 2015-11-25
Publication date: 2016-06-08
Anticipated expiration: 2025-11-25

Abstract

The utility model relates to a corn grinder, including smashing room, feeder hopper, the first room that gathers materials, second room, third room and the fourth room that gathers materials that gathers materials that gathers materials, smash the top intercommunication feeder hopper of room, it is equipped with first (mixing) shaft, second sieve, second (mixing) shaft and third sieve in proper order to smash the indoor from the top down of portion, the first room that gathers materials is connected through first stock guide in the top both sides of second sieve, the second room that gathers materials is connected through the second stock guide in the below both sides of second sieve, the third room that gathers materials is connected through the third stock guide in the top both sides of third sieve, the below of the third sieve intercommunication fourth room that gathers materials, the clean environmental protection of this corn grinder to realized the stage reduction to the maize, the crushing thing of the multiple different particle diameters of output satisfies different demands simultaneously.

Description

A kind of corn grinder

Technical field

This utility model relates to agricultural machinery technological field, particularly relates to a kind of corn grinder.

Background technology

Semen Maydis is annual gramineae herbaceous plant, it is important cereal crops and important feed resource, also it is the cereal crops that whole world total output is the highest, corn deep processing is to optimize the structure of production, lengthening manufacturing chain, increase the concrete manifestation of added value of product, also it is important measures of resolving three rural isssues, such as can refine Ethanol, make ethanol with Semen Maydis and solve energy problem and corn germ cake, ethanol plumule dregs of rice feedstuff, skin of Semen Maydis is whitewashed, skin of Semen Maydis, Zein powder, wheat bran etc., need before corn deep processing first to be pulverized by corn particle, different occasions is different to the granularity requirements of Semen Maydis, needing of having is used oarse-grained Semen Maydis powder and is minced, needing of having uses Semen Maydis powder, the corn grinder of prior art can't be produced the Semen Maydis powder of multiple particle diameter simultaneously and mince, the demand of people can not be met, and crush maize process can produce substantial amounts of dust, severely impact the health of operator and the environment of surrounding, need badly and a kind of clean environment firendly is provided and disclosure satisfy that the corn grinder of different demand.

Utility model content

The purpose of this utility model is for the above-mentioned problems in the prior art, a kind of corn grinder, this corn grinder clean environment firendly are provided, and achieve the stage reduction to Semen Maydis, can the ground product of the simultaneously multiple different-grain diameter of output, meet different demands.

This utility model solves its technical problem and be the technical scheme is that a kind of corn grinder, including pulverizing chamber, feed hopper, first gathers materials room, second gathers materials room, 3rd room and the 4th that gathers materials gathers materials room, the top connection feed hopper of described pulverizing chamber, the first shaft it is sequentially provided with from top to bottom inside described pulverizing chamber, second sieve plate, second shaft and the 3rd sieve plate, described first shaft and the second shaft are respectively equipped with thick blade and thin blade, described first shaft and the second shaft are in transmission connection with the output shaft of the first drive motor and the second drive motor respectively, described second sieve plate and the 3rd sieve plate are inverted V-shaped, the both sides, top of described second sieve plate connect first by the first stock guide and gather materials room, the both sides, lower section of described second sieve plate connect second by the second stock guide and gather materials room, the both sides, top of described 3rd sieve plate connect the 3rd by the 3rd stock guide and gather materials room, the lower section connection the 4th of described 3rd sieve plate is gathered materials room, described first top gathering materials room is provided with the first sieve plate, the side of described first sieve plate is vertically provided with elevator, the upper end connection feed back pipe of described elevator, the other end of described feed back pipe extends to the top of described first shaft.

Further, the aperture of described first sieve plate, the second sieve plate and the 3rd sieve plate is gradually reduced.

Further, the described 4th side gathering materials room connects the first dust storage chamber by pipeline, and described first dust storage chamber is provided with the first dustproof filter screen, and described first dust storage chamber is by pipeline and the connection of the first air-introduced machine.

Further, being arranged over of described feed hopper leads dust hood, described in lead dust hood for being obliquely installed, described in lead dust hood and connected with the second dust storage chamber by pipeline, described second dust storage chamber is provided with the second dustproof filter screen, and described second dust storage chamber is by pipeline and the connection of the second air-introduced machine.

Further, described second stock guide stretches into the inside of pulverizing chamber and the built-in length scalable of described second stock guide.

Further, described feed hopper is provided with suction ferrum filter screen.

Compared with prior art, this utility model produces to provide the benefit that: this pulverizer is provided with described first sieve plate, second sieve plate and the 3rd sieve plate, and aperture is gradually reduced, during crush maize, material to be comminuted is added from feed hopper, open the first drive motor and the second drive motor, after the material thick blade on the first shaft is pulverized, by the first stock guide fall into first gather materials chamber interior the first sieve plate on, after screening, it is transported to pulverizing again above of the first shaft by elevator not up to the material of crushing effect, bulky grain ground product falls into first and gathers materials indoor, middle granular powder minces and falls into second in part through the second stock guide and gather materials chamber interior, the part thin blade on the second shaft carries out separating twice, little granule after separating twice falls into the 3rd by the 3rd stock guide and gathers materials indoor, and fall into the 4th by the powder of the 3rd sieve plate and gather materials room, realize bulky grain, middle granule, output while little granule and powder, 4th room of gathering materials connects the first dust storage chamber, it is possible to by the first air-introduced machine by the dust collection that produces in crushing process in the first dust storage chamber, it is prevented that air pollution, the inclined upward of feed hopper is provided with leads dust hood, can collect inside the second dust storage chamber by the second air-introduced machine by the dust in material, it is to avoid environmental pollution during charging, second stock guide stretch into the length within pulverizing chamber can according in the demand that minces of granular powder be adjusted, feed hopper is provided with suction ferrum filter screen, it is possible to intercepted by the metallics in the material entering pulverizer, it is to avoid the damage of pulverizer, this corn grinder clean environment firendly, and achieve the stage reduction to Semen Maydis, it is possible to the ground product of the multiple different-grain diameter of output simultaneously, meet different demands.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, this utility model is further illustrated:

Fig. 1 is overall structure schematic diagram of the present utility model.

Wherein:

1. pulverizing chamber, 2. feed hopper, 3. the 4th gathers materials room, 4. the first shaft, 5. the second sieve plate, 6. the second shaft, 7. the 3rd sieve plate, 8. the first dust storage chamber, 9. the second dust storage chamber, 21. inhale ferrum filter screen, 41. thick blade, 42. the first drive motor, 51. the first stock guide, 52. first gathers materials room, 53. the first sieve plate, 54. elevator, 55. feed back pipe, 56. the second stock guide, 57. second gathers materials room, 61. thin blade, 62. the second drive motor, 71. the 3rd stock guide, 72. the 3rd gathers materials room, 81. the first dustproof filter screen, 82. the first air-introduced machine, 91. the second dustproof filter screen, 92. the second air-introduced machine, 93. lead dust hood.

Detailed description of the invention

Below in conjunction with embodiment, this utility model is described further:

As shown in Figure 1, the corn grinder that this utility model provides, including pulverizing chamber 1, feed hopper 2, first gathers materials room 52, second gathers materials room 57, 3rd room 72 and the 4th that gathers materials gathers materials room 3, the top connection feed hopper 2 of described pulverizing chamber 1, described pulverizing chamber 1 is internal is sequentially provided with the first shaft 4 from top to bottom, second sieve plate 5, second shaft 6 and the 3rd sieve plate 7, described first shaft 4 and the second shaft 6 are respectively equipped with thick blade 41 and thin blade 61, described first shaft 4 and the second shaft 6 are in transmission connection with the output shaft of the first drive motor 42 and the second drive motor 62 respectively, described second sieve plate 5 and the 3rd sieve plate 7 are inverted V-shaped, the both sides, top of described second sieve plate 5 connect first by the first stock guide 51 and gather materials room 52, the both sides, lower section of described second sieve plate 5 connect second by the second stock guide 56 and gather materials room 57, the both sides, top of described 3rd sieve plate 7 connect the 3rd by the 3rd stock guide 71 and gather materials room 72, the lower section connection the 4th of described 3rd sieve plate 7 is gathered materials room 3, described first top gathering materials room 52 is provided with the first sieve plate 53, the side of described first sieve plate 53 is vertically provided with elevator 54, the upper end connection feed back pipe 55 of described elevator 54, the other end of described feed back pipe 55 extends to the top of described first shaft 4.

This pulverizer is provided with described first sieve plate 53, second sieve plate 5 and the 3rd sieve plate 7, and aperture is gradually reduced, during crush maize, material to be comminuted is added from feed hopper 2, open the first drive motor 42 and the second drive motor 62, after the material thick blade 41 on the first shaft 4 is pulverized, fall on the first the first sieve plate 53 gathered materials within room 52 by the first stock guide 51, after screening, it is transported to pulverizing again above of the first shaft 4 by elevator 54 not up to the material of crushing effect, bulky grain ground product falls into first and gathers materials in room 52, middle granular powder minces, and to fall into second room 57 that gathers materials in part through the second stock guide 56 internal, the part thin blade 61 on the second shaft 6 carries out separating twice, little granule after separating twice falls into the 3rd by the 3rd stock guide 71 and gathers materials in room 72, and fall into the 4th by the powder of the 3rd sieve plate 7 and gather materials room 3, realize bulky grain, middle granule, output while little granule and powder, 4th side gathering materials room 3 connects the first dust storage chamber 8 by pipeline, first dust storage chamber 8 is provided with the first dustproof filter screen 81, first dust storage chamber 8 is connected by pipeline and the first air-introduced machine 82, the first air-introduced machine 81 can be passed through by the dust collection that produces in crushing process in the first dust storage chamber 8, it is prevented that air pollution, being arranged over of feed hopper 2 leads dust hood 93, lead dust hood 93 for being obliquely installed, lead dust hood 93 to be connected by pipeline and the second dust storage chamber 9, second dust storage chamber 9 is provided with the second dustproof filter screen 91, second dust storage chamber 9 is connected by pipeline and the second air-introduced machine 92, can the dust in material be collected inside the second dust storage chamber by the second air-introduced machine 92 during charging, it is to avoid environmental pollution, second stock guide 56 stretches into the inside of pulverizing chamber 1, it is possible to according to the demand that middle granular powder minces, the built-in length of the second stock guide 56 is adjusted, meets multiple demand, feed hopper 2 is provided with suction ferrum filter screen 21, it is possible to intercepted by the metallics in the material entering pulverizer, it is to avoid the damage of pulverizer, this corn grinder clean environment firendly, and achieve the stage reduction to Semen Maydis, it is possible to the ground product of the multiple different-grain diameter of output simultaneously, meet different demands.

It is described in detail of the present utility model above by embodiment, but content has been only preferred embodiment of the present utility model, it is impossible to be considered for limiting practical range of the present utility model. All equalizations made according to this utility model application range change and improvement etc., all should still belong within patent covering scope of the present utility model.

Claims

1. a corn grinder, it is characterized in that: include pulverizing chamber (1), feed hopper (2), first gathers materials room (52), second gathers materials room (57), 3rd room (72) and the 4th that gathers materials gathers materials room (3), top connection feed hopper (2) of described pulverizing chamber (1), described pulverizing chamber (1) is internal is sequentially provided with the first shaft (4) from top to bottom, second sieve plate (5), second shaft (6) and the 3rd sieve plate (7), described first shaft (4) and the second shaft (6) are respectively equipped with thick blade (41) and thin blade (61), described first shaft (4) and the second shaft (6) are in transmission connection with the output shaft of the first drive motor (42) and the second drive motor (62) respectively, described second sieve plate (5) and the 3rd sieve plate (7) are inverted V-shaped, the both sides, top of described second sieve plate (5) connect first by the first stock guide (51) and gather materials room (52), the both sides, lower section of described second sieve plate (5) connect second by the second stock guide (56) and gather materials room (57), the both sides, top of described 3rd sieve plate (7) connect the 3rd by the 3rd stock guide (71) and gather materials room (72), the lower section connection the 4th of described 3rd sieve plate (7) is gathered materials room (3), described first top gathering materials room (52) is provided with the first sieve plate (53), the side of described first sieve plate (53) is vertically provided with elevator (54), upper end connection feed back pipe (55) of described elevator (54), the other end of described feed back pipe (55) extends to the top of described first shaft (4).

2. corn grinder according to claim 1, it is characterised in that: the aperture of described first sieve plate (53), the second sieve plate (5) and the 3rd sieve plate (7) is gradually reduced.

3. corn grinder according to claim 1, it is characterized in that: the described 4th side gathering materials room (3) connects the first dust storage chamber (8) by pipeline, described first dust storage chamber (8) is provided with the first dustproof filter screen (81), and described first dust storage chamber (8) is connected by pipeline and the first air-introduced machine (82).

4. corn grinder according to claim 1, it is characterized in that: being arranged over of described feed hopper (2) leads dust hood (93), described dust hood (93) of leading is for being obliquely installed, described dust hood (93) of leading is connected by pipeline and the second dust storage chamber (9), described second dust storage chamber (9) is provided with the second dustproof filter screen (91), and described second dust storage chamber (9) is connected by pipeline and the second air-introduced machine (92).

5. corn grinder according to claim 1, it is characterised in that: described second stock guide (56) stretches into the inside of pulverizing chamber (1) and the built-in length scalable of described second stock guide (56).

6. corn grinder according to claim 1, it is characterised in that: described feed hopper (2) is provided with suction ferrum filter screen (21).