CN103908003A

CN103908003A - Intermittent drying apparatus for crystal starch noodle

Info

Publication number: CN103908003A
Application number: CN201310008026.6A
Authority: CN
Inventors: 卢建军
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-01-09
Filing date: 2013-01-09
Publication date: 2014-07-09

Abstract

A disclosed intermittent drying apparatus for crystal starch noodle comprises a feed inlet, a support, a cooling box, a drying box and conveying devices; the support is fixedly provided with the conveying devices, the cooling box and the drying box; the conveying devices are disposed at five mutually parallel layers from top to bottom; each layer comprises a conveying belt, a driving shaft and a driven shaft; the conveying devices at the first layer, the third layer and the fifth layer run clockwise, and the conveying devices at the second layer and the forth layer run anticlockwise; and the first halves of the devices at the first layer, the second layer and the third layer are all disposed in the cooling box, the second halves of the conveying devices at the third layer, the forth layer and the fifth layer are all disposed in the drying box, and the first halves of the conveying devices at the forth layer and the fifth layer both are exposed at the exterior for natural drying. According to the intermittent drying apparatus, a natural drying part is newly added on the basis of a conventional drying technology, and the intermittent drying technology helps to substantially shorten drying time, reduce power consumption and improve efficiency.

Description

A kind of crystal vermicelli intermittently drying device

Technical field

The present invention relates to food processing machinery field, especially a kind of crystal vermicelli intermittently drying device.

Background technology

At present, domestic food processing industry dryer used comprises cooling and two steps of oven dry, this drying mode can meet the demand of drying operation substantially, but also have some shortcomings, existing drying technology makes that crystal vermicelli are cold outside and hot inside in cooling drying course, outer to wet in dry, crystal vermicelli surface be cooled and be dried, inner moisture and heat be but not easy to come out, need other airing, total drying time of cost is long, and power consumption is large, inconvenient operation.

Summary of the invention

The object of the invention is to overcome above-mentioned technical deficiency, provide a kind of simple in structure, power consumption is little, and efficiency is high, easy to operate crystal vermicelli intermittently drying device.

The technical solution used in the present invention is achieved in that a kind of crystal vermicelli intermittently drying device, comprise charging aperture, support, cooler bin, drying baker and conveyer, on support, be fixed with respectively conveyer, cooler bin and drying baker, conveyer is divided into five layers from top to bottom, every layer is parallel to each other, every layer comprises a conveyer belt, a driving shaft and a driven shaft, conveyer belt by the parallel conveying key of two row of horizontal row and between screen cloth form, conveyer belt is wrapped on principal and subordinate's axle and driven shaft equably.

First and third, the driving shaft of five layers of conveyer is on same plumb line, the second, the driving shaft of four layers of conveyer is on same plumb line, second, the driving shaft of four layers of conveyer with respect to first and third, the driving shaft of five layers of conveyer has been offset 20-30 centimetre inwards.

The driven shaft of second layer conveyer has outwards been offset 20-30 centimetre with respect to the driven shaft of ground floor conveyer, the driven shaft of the 4th layer of conveyer has outwards been offset 20-30 centimetre with respect to the driven shaft of the 3rd layer of conveyer, and the driven shaft of layer 5 conveyer has outwards been offset 30-50 centimetre with respect to the driven shaft of the 4th layer of conveyer.

The first half of first and second layer of transmission device and the 3rd layer of transmission device is all positioned at cooler bin, third and fourth, the latter half of five layers of conveyer is all positioned at drying baker, the first half of fourth, fifth layer of conveyer is all outside exposed.

First and third, five layers of conveyer turn round clockwise, and second, four layers of conveyer turn round counterclockwise.

Charging aperture is connected with driving shaft one end of ground floor conveyer.

A kind of crystal vermicelli intermittently drying device of the present invention, simple in structure, easy to operate, the first half of fourth, fifth layer of conveyer is all outside exposed, " cooling-to dry " link that becomes prior art is " cooling-oven dry-natural air drying-oven dry " technology, this intermittent dry technology, effectively alleviated crystal vermicelli cold outside and hot inside in drying course, outer dry in wet phenomenon, moisture and the heat of crystal vermicelli inside more easily distribute, do not need other airing, greatly shorten drying time, reduced power attenuation, improved efficiency.

Brief description of the drawings

Fig. 1 is structural representation of the present invention;

Fig. 2 is the structural representation of conveyer belt of the present invention;

In figure, 1. cooler bin 2. drying baker 3. support 4. conveyer belt 5. driving shaft 6. driven shaft 7. charging apertures 8. carry key to arrange 9. screen clothes.

Specific embodiments

With reference to the accompanying drawings 1, a kind of crystal vermicelli intermittently drying device comprises charging aperture 7, support 3, cooler bin 1, drying baker 2 and conveyer, on support 3, be fixed with cooler bin 1, drying baker 2 and conveyer, conveyer comprises conveyer belt 4, driving shaft 5 and driven shaft 6; Conveyer belt 4 by the parallel conveying key of two row of horizontal row 8 and between screen cloth 9 form, conveyer belt 4 is wrapped on principal and subordinate's axle 5 and driven shaft 6 equably; Charging aperture 7 is connected with driving shaft 6 one end of ground floor conveyer, the first half of first and second layer of conveyer and the 3rd layer of conveyer is all positioned at 1 li of cooler bin, third and fourth, that the latter half of five layers of conveyer is all positioned at the first half of 2, fourth, fifth layers of conveyer of drying baker is all outside exposed;

When work, the crystal vermicelli that are shaped are entered by charging aperture 7, first arrive driving shaft 5 one end of the ground floor conveyer in cooler bin 1, and move ahead clockwise with ground floor conveyer belt 4, the front of cooling water crystalline flour bar, when crystal vermicelli are transported to ground floor conveyer belt 4 behind driven shaft 6 one end of ground floor conveyer, because the driven shaft 6 of second layer conveyer has outwards been offset 20-30 centimetre with respect to the driven shaft 6 of ground floor conveyer, crystal vermicelli are directly fallen into driven shaft 6 one end of second layer conveying device, move ahead counterclockwise with second layer conveyer belt 4, the back side of cooling water crystalline flour bar, when crystal vermicelli are transported to second layer conveyer belt 4 behind driving shaft 5 one end of second layer conveyer, due to second, the driving shaft of four layers of conveyer is with respect to first, three, the driving shaft of five layers of conveyer has been offset 20-30 centimetre inwards, crystal vermicelli are fallen into driving shaft 5 one end of the 3rd layer of conveyer, move ahead clockwise with the 3rd layer of conveyer belt 4, from cooler bin 1 out, enter in drying baker 2, dry the front of crystal vermicelli, when crystal vermicelli are transported to driven shaft 5 one end of the 3rd layer of conveyer with the 3rd layer of conveyer belt 4, fall into driven shaft 6 one end of the 4th layer of conveyer, move ahead counterclockwise with the 4th layer of conveyer belt 4, second half section at the conveyer belt 4 of the 4th layer of conveyer dries the reverse side of crystal vermicelli, when crystal vermicelli arrive the first half section of the conveyer belt 4 of the 4th layer of conveyer by drying baker 2, natural air drying crystal vermicelli, when crystal vermicelli are transported to driving shaft 5 one end of the 4th layer of conveyer with the 4th layer of conveyer belt 4, fall into driving shaft 5 one end of layer 5 conveyer, move ahead clockwise with layer 5 conveyer belt 4, at the first half section natural air drying crystal vermicelli of layer 5 conveyer belt 4, in the process of natural air drying, crystal vermicelli from hard to soft, before in drying course because moisture and the heat accumulating in crystal vermicelli cold outside and hot inside comes out rapidly, when crystal vermicelli continue to move ahead with layer 5 conveyer belt 4, enter drying baker 2, after drying for the last time, transport driven shaft 6 one end that arrive layer 5 conveyer with layer 5 conveyer belt 4, enter next work flow.

Claims

1. a crystal vermicelli intermittently drying device, comprise charging aperture, support, cooler bin, drying baker and conveyer, on support, be fixed with respectively cooler bin, drying baker and conveyer, it is characterized in that: described conveyer is divided into five layers from top to bottom, every layer is parallel to each other, every layer comprises a conveyer belt, a driving shaft and a driven shaft, conveyer belt by the parallel conveying key of two row of horizontal row and between screen cloth form, conveyer belt is wrapped on principal and subordinate's axle and driven shaft equably.

2. a kind of crystal vermicelli intermittently drying device according to claim 1, it is characterized in that: the driving shaft of described first and third, five layers of conveyer is on same plumb line, the second, the driving shaft of four layers of conveyer is on same plumb line, second, the driving shaft of four layers of conveyer with respect to first and third, the driving shaft of five layers of conveyer has been offset 20-30 centimetre inwards.

3. a kind of crystal vermicelli intermittently drying device according to claim 2, it is characterized in that: the driven shaft of described second layer transmission device has outwards been offset 20-30 centimetre with respect to the driven shaft of ground floor transmission device, the driven shaft of the 4th layer of transmission device has outwards been offset 20-30 centimetre with respect to the driven shaft of the 3rd layer of transmission device, and the driven shaft of layer 5 transmission device has outwards been offset 30-50 centimetre with respect to the driven shaft of the 4th layer of transmission device.

4. a kind of crystal vermicelli intermittently drying device according to claim 2, it is characterized in that: the first half of described first and second layer transmission device and the 3rd layer of transmission device is all positioned at cooler bin, third and fourth, the latter half of five layers of transmission device is all positioned at drying baker, the first half of fourth, fifth layer of transmission device is all outside exposed.

5. a kind of crystal vermicelli intermittently drying device according to claim 2, is characterized in that: described first and third, five layers of transmission device turn round clockwise, second, four layers of transmission device turn round counterclockwise.

6. a kind of crystal vermicelli intermittently drying device according to claim 1, is characterized in that: described charging aperture is connected with driving shaft one end of ground floor conveyer.