CN205940101U

CN205940101U - Core plate and high temperature clearance dust system in thermalizing collision are revolved in backspace

Info

Publication number: CN205940101U
Application number: CN201620730705.3U
Authority: CN
Inventors: 叶维林
Original assignee: HUBEI YEWEI OILS MACHINERY Co Ltd; Hubei Yewei (group) Intelligent Technology Co Ltd
Current assignee: HUBEI YEWEI OILS MACHINERY Co Ltd; Hubei Yewei (group) Intelligent Technology Co Ltd
Priority date: 2016-07-13
Filing date: 2016-07-13
Publication date: 2017-02-08
Anticipated expiration: 2026-07-13

Abstract

Core plate and high temperature clearance dust system in thermalizing collision are revolved in backspace, including grain drying -machine body (1), grain drying -machine body (1) is equipped with inner core - tube, the inner core - tube of grain drying -machine body (1) also has the backspace to revolve in the thermalizing collision core plate (2) and is used for clearing up a pair of fall ash mouthful (3) of dust, core plate (2) fixed mounting was central at the inner core - tube of grain drying -machine body (1) during the thermalizing collision was revolved in the backspace, the utility model has the advantages of simple and reasonable structure, fully consider the electric heating work mode of grain drying -machine, utilize the characteristic of pasting the reverse blowback of inner core - tube inner wall behind the core plate in the hot -blast collision, set up ash mouthful on inner core - tube, make the dust at the in -process of blowback constantly drop to ash mouthful, avoid the accumulation of dust, increase the drying efficiency of grain drying -machine, have fine spreading value.

Description

Backspace rotation thermalizing collision central plate clears up dust system with high temperature

Technical field

The utility model is related to cereal drying technology field and in particular to backspace rotation thermalizing collision central plate clears up powder with high temperature Dirt system.

Background technology

At present, the inner core of foodstuff drying device, due to opening up due to multiple diathermanous holes, has dust and enters in inner core, and If these dusts are not effectively removed, can accumulate in inner core, the heater being arranged on arrangement on inner core can be absorbed The heat distributing, can substantially reduce the efficiency of foodstuff drying device.

Utility model content

The purpose of this utility model is exactly to solve above-mentioned technical problem, and provides backspace rotation thermalizing collision central plate and height Temperature cleaning dust system.

The utility model includes foodstuff drying device body, and described foodstuff drying device body also has backspace rotation thermalizing collision central plate With a pair of ash port for clearing up dust, described backspace rotation thermalizing collision central plate is fixedly mounted on the interior of foodstuff drying device body Cylinder center, the pair of ash port is oblong aperture, and a pair of ash port is respectively along the inner core axis direction cloth of foodstuff drying device body Put, and a pair of ash port be symmetrically arranged at the both sides that thermalizing collision central plate is revolved in backspace,

The length and width of the pair of ash port a size of 200 × 30mm.

The pair of ash port opening by the way of gas cutting.

The distance that thermalizing collision central plate is revolved in the inner distance backspace of described ash port is d, 10mm≤d≤200mm.

The utility model advantage is：The utility model is simple and reasonable, takes into full account the electrical heating work of foodstuff drying device Make mode, using the characteristic that against the reverse blowback of inner canister inwall after hot blast center of impact plate, inner canister open up ash port, Make dust constantly drop to ash port during blowback, it is to avoid the accumulation of dust, increase the drying efficiency of foodstuff drying device, There is good promotional value.

Brief description

Fig. 1 is the utility model cross section structure diagram.

Fig. 2 is the overlooking the structure diagram of Fig. 1.

Specific embodiment

As shown in Figure 1, 2, the utility model include foodstuff drying device body 1 it is characterised in that described foodstuff drying device this Body 1 also has backspace to revolve thermalizing collision central plate 2 and a pair of the ash port 3 for clearing up dust, and thermalizing collision central plate 2 is revolved in described backspace It is fixedly mounted on the inner core center of foodstuff drying device body 1, the pair of ash port 3 is oblong aperture, a pair of ash port 3 edge respectively The inner core axis direction arrangement of foodstuff drying device body 1, and a pair of ash port 3 is symmetrically arranged at backspace rotation thermalizing collision center The both sides of plate 2,

The length and width a size of 200 × 30mm of the pair of ash port 3.

The pair of ash port 3 opening by the way of gas cutting.

The distance that thermalizing collision central plate 2 is revolved in the inner distance backspace of described ash port 3 is d, 10mm≤d≤200mm.

Working method and principle：Thermalizing collision central plate is revolved in the backspace that the inner canister of foodstuff drying device body is centrally disposed, will Inner canister is divided into two, and takes into full account the working method of foodstuff drying device, hot blast after the two ends of inner canister enter into inner canister, Blow to the center that thermalizing collision central plate is revolved in backspace, after hot blast and thermalizing collision central plate come in contact, hot blast can reversely against inner core Cylinder inwall blowback, and dust can revolve at the inner canister barrel near thermalizing collision central plate in backspace, rotates in the shape of a spiral, in inner core Cylinder on open up ash port, when dust be close to inner canister rotation encounter ash port when, inner canister can be fallen out, thus avoiding inner core Dust accumulation in cylinder, thus reducing heat to be absorbed the thermal loss bringing by dust, substantially increases the baking of foodstuff drying device Dry efficiency.

Claims

1. backspace rotation thermalizing collision central plate and high temperature clear up dust system, including foodstuff drying device body（1）, described grain heat-drying Machine body（1）It is provided with inner canister it is characterised in that described foodstuff drying device body（1）Inner canister also have backspace rotation thermalizing collision in Core（2）With a pair of ash port for clearing up dust（3）, described backspace rotation thermalizing collision central plate（2）It is fixedly mounted on grain Drying machine body（1）Inner canister center, and inner canister is divided into two, the pair of ash port（3）For oblong aperture, fall for a pair Grey mouth（3）Respectively along foodstuff drying device body（1）Inner core axis direction arrangement, and a pair of ash port（3）It is respectively symmetrically setting Revolve thermalizing collision central plate in backspace（2）Both sides.

2. backspace according to claim 1 rotation thermalizing collision central plate with high temperature cleaning dust system it is characterised in that described A pair of ash port（3）Length and width a size of 200 × 30mm.

3. backspace according to claim 1 rotation thermalizing collision central plate with high temperature cleaning dust system it is characterised in that described A pair of ash port（3）Opening by the way of gas cutting.

4. backspace according to claim 1 rotation thermalizing collision central plate with high temperature cleaning dust system it is characterised in that described Ash port（3）Inner distance backspace rotation thermalizing collision central plate（2）Distance be d, 10mm≤d≤200mm.