CN109506448A

CN109506448A - Grain drying system

Info

Publication number: CN109506448A
Application number: CN201811374067.6A
Authority: CN
Inventors: 谷东伟; 石佩茹; 黄炜祺; 姜振海; 张学文; 杨帅; 孙荧力; 陈港成
Original assignee: Changchun University of Technology
Current assignee: Changchun University of Technology
Priority date: 2018-11-19
Filing date: 2018-11-19
Publication date: 2019-03-22

Abstract

The invention discloses a kind of grain drying system, this system equipment adjusts the speed mouth, feeder, siccative library, wet wind mouth, sieve wall by for air port, air compartment is stored up in wet feed library；By temperature control system, monitoring temperature is carried out to the gas inputted for air port and is achieved the effect that dry so that drying system be enable effectively to carry out.

Description

Grain drying system

Technical field

The present invention is that the gas for setting temperature is sent in dry section by a kind of grain drying system by ventilation apparatus, Wet feed in wet feed library is sent to dry section by feeder, by setting the gas of temperature, drying and processing is carried out, the object dried Material, is sent to siccative library, will be outside the gas equipment leading out after humidification.

Background technique

Drying system is that life neutralizes an indispensable ring in industry, and significance level more can not be ignored.China There is land resource abundant, there are many drying means of the materials such as grain, but are wherein no lack of and have Gao Chengben, inefficient method；This Invention low cost, high-effect, free of contamination feature is the advance trend of drying system；In conjunction with air feed system, will form effective Drying effect.

Summary of the invention

The problem of of the invention solved is: with social development, the consumption of resource is increasingly paid attention to, effective to protect It is extremely urgent to deposit resource, low cost, high-effect, free of contamination drying mode has become the trend of future development；It is dry System is by for air port, safety-valve, wet feed library, air-introduced machine, storage air compartment, speed regulation mouth, feeder, siccative library, wet wind mouth, sieve wall Composition.

Detailed description of the invention

Fig. 1 is drying system.

Specific embodiment

Grain drying system, this system passes through safety-valve (3) for air port (2) for air port (1) and second by first, by drawing Blower (4) is introduced into storage air compartment (5), then is introduced gas by the first speed regulation mouth (6) into dry section, while by wet feed library (7) In material be sent into drying by feeder (8) and go, finally by siccative income in siccative library (9), gas in dry section is by the Two speed regulation mouth (10) outputs are exported after sieve wall (11) by the first wet wind mouth (12) and the second wet wind mouth (13).

Concrete mode: the gas being sent into for air port (1) and second for air port (2) by first, by safety-valve (3) and Air-introduced machine (4) enters gas in storage air compartment (5).By air feed part, the gas in air compartment (5) will be stored up, by the first speed regulation Gas is sent to dry section, while by the wet feed in wet feed library (7) according to the speed of setting by mouth (6), will by feeder (8) It is transported to dry section, by being set the gas of flow velocity, is baked to, the material after drying, is sent to by feeder (08) In siccative library (9), gas is passed through to the submitting of the second speed regulation mouth (10) again, by sieve wall (11), the material carried secretly in gas It is stayed Deng all sieves, gas passes through the first wet wind mouth (12) and the export of the second wet wind mouth (13) again.

Claims

1. grain drying system, this system passes through safety-valve (3) for air port (2) for air port (1) and second by first, by air inducing Machine (4) is introduced into storage air compartment (5), then is introduced gas by the first speed regulation mouth (6) into dry section, while will be in wet feed library (7) Material by feeder (8) be sent into drying go, finally by siccative income in siccative library (9), the gas in dry section is by second Mouth (10) output is adjusted the speed, after sieve wall (11), is exported by the first wet wind mouth (12) and the second wet wind mouth (13).

2. according to claim 1, air feed part is by first for air port (1), second for air port (2), safety-valve (3) with And air-introduced machine (4) composition；Air feed part is arranged two for air port, is easy for repairing and being increased according to different mission requirements Add volume of air supply；The gas being sent into for air port (1) and second for air port (2) by first, passes through safety-valve (3) and air-introduced machine (4), gas is entered in storage air compartment (5).

3. according to claim 1, drying nest is by storage air compartment (5), the first speed regulation mouth (6), wet feed library (7), feeder (8), siccative library (9), the second speed regulation mouth (10), sieve wall (11), the first wet wind mouth (12) and the second wet wind mouth (13) composition； By air feed part, the gas in air compartment (5) will be stored up, by the first speed regulation mouth (6) according to the speed of setting, gas is sent to drying Area, while by the wet feed in wet feed library (7), dry section is conveyed to by feeder (8), by the gas for being set flow velocity Body is baked to, the material after drying, is sent in siccative library (9) by feeder (08), and gas is passed through to the second speed regulation mouth again (10) it sends out, by sieve wall (11), material carried secretly in gas etc. is all sieved and is stayed, gas passes through the first wet wind mouth again (12) it is exported with the second wet wind mouth (13).