CN102450735A

CN102450735A - Dewatering thermal circulation device of vegetables and fruits

Info

Publication number: CN102450735A
Application number: CN201010535801XA
Authority: CN
Inventors: 王超
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-10-27
Filing date: 2010-10-27
Publication date: 2012-05-16

Abstract

The invention provides a dewatering thermal circulation device of vegetables and fruits, comprising drying rooms, a heating room, a motor, an impeller, an operation monitor panel. The dewatering thermal circulation device is characterized by being a box which comprises left and right drying rooms, the heating room, the motor and the impeller, wherein the drying rooms are located at two sides of the box and each drying room is composed of a door, a handle and 15-20 layers of barriers; the heating room is arranged at a lower part in the space between the two drying rooms; a plurality of high-resistance bars are transversely arranged in the heating room; the motor is inversely arranged at the top part of the box and fixedly connected to the impeller by a connecting shaft; the lower end of the connecting shaft is coupled to a beam which is fixedly arranged above the heating room; the impeller is downward, and passages are arranged around the impeller, so that airflow above the impeller can enter the heating room; the operation monitor panel is embedded in the front side of the box above an impeller box and is composed of a power supply switch and an electronic temperature monitoring regulator; the left and right drying rooms are separated from the heating room and an impeller room by a thermal insulation board; and the upper and lower ends of the thermal insulation board are respectively provided with upper and lower circulation passages. The device can save energy and does not cause pollution.

Description

A kind of vegetable melon and fruit dehydration fever EGR

Technical field

The present invention relates to a kind of drying unit, exactly disclose a kind of vegetable melon and fruit dehydration fever EGR.

Background technology

Traditional drying unit has a variety of, has plenty of Electric heating, the coal-fired heating of the employing that has.Electric heating is to adopt the heating of high resistant rod basically, and through impeller heat is blown in the drying chamber, thereby the dehydration article are carried out processed.Coal-fired mode of heating often adopts the boiler heating to produce steam, and is that the dehydration indoor temperature rises through the pipe circulation, forms arid and hot environment, thereby reaches the processed to article.No matter be any mode of heating, all can produce a desired effect.But all there are many defectives in this order kind of mode; As: what Electric heating adopted is that unidirectional cold wind heating back gets in the dewatering station, and cold wind is heated, and needs the labor electric energy; And after the heat entering dewatering station; Under the effect of impeller, hot-fluid can squeeze dewatering station with the heat that gets in advance endlessly, thereby causes the loss of energy.Coal-fired mode of heating not only causes high carbon emission, contaminated environment, and also temperature is wayward, and boiler attendance gets up also comparatively complicated, has potential safety hazard, and it is big to take up room.

Summary of the invention

A kind of vegetable melon and fruit dehydration fever EGR is exactly for addressing the above problem disclosed a kind of simple and easy, energy-conservation, simple operation, pollution-free, volume is little, efficient is high dewatered drying device.Mainly comprise: drying chamber, heating clamber, motor, impeller, operation supervise and control dish; It is characterized in that: this device is a casing, by about two drying chambers, heating clamber, motor, impellers constitute, drying chamber is positioned at the casing both sides, is made up of door body, handle, barrier, barrier has 15～20 layers; Heating clamber is in position, two drying chamber lower middles, and laterally the several high resistants of Boulez are excellent in the heating clamber; Motor is inverted in the casing top, and is affixed through connecting axle and impeller, and the lower end of connecting axle is coupling on the crossbeam that is fixedly arranged in above the heating clamber, and impeller is downward, around impeller, leaves passage, makes the top air-flow can get into heating clamber; The front of operation supervise and control plate inlaid square box on impeller casing is made up of power switch, electron temperature monitoring adjuster; Between left and right sides drying chamber and heating clamber, blade wheel chamber, separate by thermal insulative board, and, two circulation canals up and down are set respectively at the upper and lower side of thermal insulative board.This apparatus structure is simple, easy to make, with low cost, science is energy-conservation, pollution-free owing to adopted the thermal cycle principle, improved dewatering efficiency greatly.

Description of drawings

Referring to accompanying drawing, Fig. 1 is an outward appearance front view of the present invention;

Fig. 2 is a structural representation of the present invention;

The specific embodiment

Below in conjunction with accompanying drawing and specific embodiment technical characterictic of the present invention is described further.

Referring to Fig. 1, Fig. 2, this device is made up of (1) left drying chamber, (1 ') right drying chamber, (2) Zola's hand, (2 ') right handle, (3) operation supervise and control dish, (4) blade wheel chamber, (5) heating clamber, (6) left barrier, (6 ') right barrier, (7) bearing housing, (8) impeller, (9) crossbeam, (10) high resistant rod, (11) upper left passage, (11 ') upper right passage, (12) lower channel, (13) connecting axle, (14) motor.

Embodiment puts into pallet with the article that need processed, successively inserts barrier (6), on (6 '), closes a body.Turn on the power switch; Temperature controller is adjusted to temperature required, starts high resistant rod (10) and motor (14), the heat of high resistant rod (10) generation is two drying chambers (1), (1 ') about getting into respectively from lower channel (12) under the effect of impeller (8); In the drying chamber uphill process of the left and right sides; Temperature can descend to some extent, rises the back under the effect of impeller (8), and upper channel (11), (11 ') get into blade wheel chamber from the left and right sides again; And got into left and right sides drying chamber (1), (1 ') by high resistant rod (10) heating back once more, move in circles article are carried out processed.When temperature reached setting data, controller was regulated the duty of high resistant rod (10) automatically, made drying chamber keep saving electric energy in the certain temperature range, guaranteed drying efficiency.

Claims

1. a vegetable melon and fruit dehydration fever EGR mainly comprises: drying chamber (1), (1 '), heating clamber (5), motor (14), impeller (8), operation supervise and control dish (3); It is characterized in that: described a kind of vegetable melon and fruit dehydration fever EGR is a casing; Described drying chamber has two; Left side drying chamber (1) and right drying chamber (1 '); Described drying chamber (1), (1 ') lay respectively at the casing both sides, and described left drying chamber (1) is made up of door body, Zola's hand (2), left barrier (6), and described right drying chamber (1 ') is made up of door body, right handle (2 '), right barrier (6 '); Described left barrier (6), right barrier (6 ') respectively have 15～20 layers; Described heating clamber (5) is in two drying chambers (1), position, (1 ') lower middle, the horizontal several high resistants rods of Boulez (10) in the heating clamber (5); Described motor (14) is inverted in the casing top; Affixed through connecting axle and impeller (8), the lower end of connecting axle is coupling on the crossbeam that is fixedly arranged in heating clamber (5) top, and impeller (8) is downward; Leave passage on every side and form blade wheel chamber (4), make the top air-flow can get into heating clamber (5); Described operation supervise and control dish (3) is embedded in the front that impeller casing (4) is gone up square box, is made up of power switch, electron temperature monitoring adjuster; Between left and right sides drying chamber (1), (1 ') and heating clamber (5), blade wheel chamber (4), separate by thermal insulative board, and, two circulation canals up and down are set, lower channel (12), upper left passage (11), upper right passage (11 ') respectively at the upper and lower side of thermal insulative board.