CN202403495U - A multifunctional micro dryer - Google Patents

Abstract

The utility model discloses a multifunctional miniature dryer, which comprises a miniature drying host, a circuit system and a miniature case, wherein a waste heat recovery baffle is arranged at the position of a louver of a moisture discharge port, the waste heat recovery baffle is connected with the dryer, a solar heating plate is arranged above the miniature case, an air heating area is arranged below the solar heating plate, the air heating area is provided with a fan, and a heating pipe communicated with the air heating area and a heat transfer area is additionally arranged; the utility model discloses utilize the heat recovery utilization that waste heat recovery baffle will dehumidify the shutter and come out, convert such heat energy into hot-air at last for the stoving product, and utilized solar energy heating panel to absorb solar energy, solar energy is used for the air that generates heat, utilizes hot-air circulation stoving product, the utility model has the advantages of the fuselage is small and exquisite, light practical, and energy-concerving and environment-protective, work efficiency is high, and working cost is low.

Description

A multifunctional micro dryer

technical field

The utility model relates to a drying machine, in particular to a multifunctional miniature drying machine.

Background technique

The high-paced living standard makes us pursue speed in everything. For example, when our clothes are wet, we will consider how to dry them at the fastest speed. For this kind of quick-drying technology, there are more and more products on the market. A lot of drying equipment has entered the market, and most of the drying equipment use heat-generating devices to heat, so that the object to be baked is in direct contact with the high-temperature equipment, so as to achieve the purpose of dehydration at a high speed and a macroscopic speed. However, this drying equipment needs constant The rolling object to be baked, otherwise it is easy to damage the object to be baked, and its work efficiency is not high. At the same time, such a dryer has a low heat generation rate and most of the heat is lost, resulting in no energy saving and environmental protection. In view of this situation, we It must be improved to meet the needs of different customers in the market.

The innovative inspiration of this utility model comes from the tobacco drying technology. To turn tobacco into the smoke demanded by consumers, it needs to go through a lot of processing procedures, and it is especially important in the engineering of the baking process. Badness determines the quality of tobacco, so each tobacco company attaches great importance to this kind of baking. Most of the traditional baking processes use coal-fired baking, which causes great pollution, low efficiency, and is time-consuming and laborious. Therefore, we must consider this To improve the drying technology to meet the current demand for high-quality tobacco, we have designed a drying machine that uses the main machine to generate heat, and then circulates hot air to achieve the purpose of drying tobacco, but such a dryer also has some defects. , For example, the fuselage is too large, resulting in excessive consumption and incomplete energy utilization, which can cause unnecessary waste, is too bulky, and is not practical for a small amount of tobacco curing, so we must improve on this situation.

Utility model content

The technical problem to be solved by the utility model is to overcome the above defects and provide a multifunctional miniature dryer. the

In order to solve the above technical problems, the utility model adopts the following technical solutions: 

A multi-functional miniature dryer, including a miniature drying host, a circuit system and a miniature chassis, the miniature chassis includes a heat transfer area and a drying area, and the micro chassis at the position below the heat transfer area is provided with a dehumidifier There is a thermal energy connection pipe between the micro-drying main unit and the heat transfer area, and the heat energy connection pipe reaches the inside of the heat transfer area, and a circulation system is arranged inside the heat transfer area and above the heat transfer area Fan, the drying area is provided with a smoke rack, the position of the shutter of the moisture outlet is provided with a waste heat recovery baffle, and the waste heat recovery baffle is connected to the dryer, and a solar heating plate is provided above the micro-chassis. There is an air heating area under the heating plate, and the air heating area is provided with a fan, and in addition, a heat supply pipe connecting the air heating area and the heat transfer area is provided.

Further, the heat transfer area is provided with air inlet louvers.

Further, an equipment inspection door is provided in the middle of the heat transfer zone.

Further, a fan inspection door is set above the heat transfer area.

Further, the drying area is provided with an observation window.

The utility model uses the waste heat recovery baffle to recycle the heat energy from the dehumidification louvers, and finally converts such heat energy into hot air for drying products, and uses the solar heating plate to absorb solar energy, and the solar energy is used to heat the air. Utilizing hot air circulation to dry products, the utility model has the advantages of compact body, light and practical, energy saving and environmental protection, high working efficiency and low working cost.

Description of drawings

Figure 1 is a schematic diagram of the internal structure of the utility model;,

Figure 2 is a schematic diagram of the external structure of the utility model.

Detailed ways

In order to better understand the technical content of the utility model, the following provides specific embodiments in conjunction with the accompanying drawings to further illustrate the utility model. The accompanying drawings only indicate structures related to innovation.

Present embodiment, with reference to Fig. 1 and Fig. 2, a kind of multi-functional micro-dryer, comprises micro-drying host 1, circuit system (not shown) and micro-chassis 2, and described micro-chassis 2 includes heat transfer area 3 and the drying area 4, the micro cabinet at the position below the heat transfer area 3 is provided with a moisture outlet louver 10, and a thermal connection pipe 5 is provided between the micro drying host 1 and the heat transfer area 3, so The thermal energy connecting pipe 5 reaches the inside of the heat transfer area, a circulating fan 6 is arranged inside the heat transfer area 3 and above the thermal energy connecting pipe 5, the drying area 4 is provided with a smoke rack 7, and the moisture outlet The louver 10 is provided with a waste heat recovery baffle 11, the waste heat recovery baffle 11 is connected to the dryer 1, a solar heating plate 8 is set above the micro-chassis 2, and an air heating area 9 is located below the solar heating plate 8, and the air heats A fan 12 is provided in the zone, and a heat supply pipe 13 connecting the air heating zone 9 and the heat transfer zone 3 is also provided.

The heat transfer area is provided with air inlet louvers 17, the middle position of the heat transfer area 3 is provided with an equipment inspection door 16, the upper part of the heat transfer area 3 is provided with a fan inspection door 15, and the drying area 4 is provided with an observation door. windows 14.

For example, when used for drying tobacco, the utility model has a compact structure and can be used for drying a small amount of tobacco. There are two heating methods, one is to generate heat through the micro-drying host 1, and the other is to use The solar heating panel 8 generates heat; when the micro-drying host 1 generates heat, the heat energy is transferred to the heat transfer area 3 through the heat energy connecting pipe 5, and then the circulation fan 6 in the heat transfer area 3 blows hot air to circulate in the drying area, and the solar heating panel 8 Heat generation The hot air is introduced into the heat transfer area 3 through the fan 12 and the heat supply pipe 13, and then the circulation fan 6 in the heat transfer area 3 blows the hot air to circulate in the drying area 4 until the tobacco is completely dried, during which the tobacco is The moisture is discharged from the chassis through the louver 10 of the dehumidification port, and then the heat energy from the louver 10 is recycled by using the waste heat recovery baffle plate 11, and finally the heat energy is converted into hot air for drying tobacco, and the heat generated by the sun is used Plate 11 absorbs solar energy, so that the utility model has the advantages of small and exquisite fuselage, light and practical, energy saving and environmental protection, high work efficiency and low work cost.

The utility model has been described in detail above. The above-mentioned embodiment is only a preferred embodiment of the utility model, and can not limit the specific implementation scope of the utility model. All equal changes and modifications are made according to the utility model. All within the protection scope of the utility model.

Claims (5)

1. multi-functional miniature dryer, it is characterized in that: comprise miniature oven dry main frame, Circuits System and miniature cabinet, said micro computer case comprises heat transfer zone and baking zone; The miniature cabinet of said heat transfer zone lower position is provided with the moisture exhausting port shutter, is provided with the heat energy tube connector between between said miniature oven dry main frame and the heat transfer zone, and said heat energy tube connector arrives at heat transfer zone inside; Said heat transfer zone is inner and above the heat energy tube connector, be provided with circulating fan; Said baking zone is provided with load cigarette frame, and said moisture exhausting port shutter position is provided with the waste heat recovery baffle plate, and said waste heat recovery baffle plate connects dryer; Said miniature cabinet top is provided with sun heating board; There is the air hot zone solar-powered heating plate below, and the air hot zone is provided with blower fan, is provided with the heating tube that is communicated with air hot zone and heat transfer zone in addition.

2. according to claim 1 a kind of multi-functional miniature dryer, it is characterized in that: said heat transfer zone is provided with the air inlet shutter.

3. according to claim 1 a kind of multi-functional miniature dryer, it is characterized in that: said heat transfer zone centre position is provided with the overhaul of the equipments door.

4. according to claim 1 a kind of multi-functional miniature dryer, it is characterized in that: said heat transfer zone top is provided with the blower fan access door.

5. according to claim 1 a kind of multi-functional miniature dryer, it is characterized in that: said baking zone is provided with observation window.

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