CN207662066U - Using the dryer of micro- electroheat technology - Google Patents
Using the dryer of micro- electroheat technology Download PDFInfo
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- CN207662066U CN207662066U CN201721470692.1U CN201721470692U CN207662066U CN 207662066 U CN207662066 U CN 207662066U CN 201721470692 U CN201721470692 U CN 201721470692U CN 207662066 U CN207662066 U CN 207662066U
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- baking room
- heat
- air duct
- circulatory system
- generating units
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Abstract
The utility model provides a kind of dryer using micro- electroheat technology, including：Heat-generating units, the air duct circulatory system, controller, dehumidification system and baking room；Heat-generating units are fitted in the circulatory system of air duct；The air duct circulatory system is arranged in baking room, and the pipeline of the air duct circulatory system is arranged around baking room；Dehumidification system is connected to by the ventilation hole on baking room with space in baking room；Controller connects heat-generating units, controls the operation of heat-generating units；Controller connects the air duct circulatory system, controls the operation of the air duct circulatory system；Controller connects dehumidification system, controls the operation of dehumidification system；Heat-generating units make heat be uniformly distributed in baking room under control of the controller by the air duct circulatory system；Controller control dehumidification system is turned on and off, and moisture is made to be discharged out of baking room.The utility model has the advantages that energy-saving and environmental protection, efficient.
Description
Technical field
The utility model is related to a kind of dryer device, especially a kind of dryers using micro- electroheat technology.
Background technology
Dryer can be divided into industry and civilian two kinds, and industrial drier is also drying equipment or drying machine, civilian dryer
It is one kind in washing machine, generally after rinse dehydration, for removing the moisture in clothes and other textiles.
Dryer has belt drying, roller drying, box drying, the several modes such as tower drying；Heat source has coal, electricity, gas
Deng；It is that thermal current travels forward from tail portion that material has hot-air flow formula and radiant type etc., hot wind roller drying during the drying process,
It comes into full contact with material, is made full use of by heat transfer, convection current, radiant heat transfer amount；Thermal energy is directly passed to material, makes material
Moisture be constantly evaporated in cylinder, the blower unit of feeding mouth extracts a large amount of moisture, wet gas current out, prevents from arranging outside dust
Caused by secondary pollution；By inside spin stirring, scattered, shovelling plate is swept, material movement is promoted, completes entire drying course；Adverse current passes
Dehumidification is led, avoids reducing repeating drying procedure.
Currently, dryer routinely uses coal, electric power, steam etc. to be supplied as heat source, high energy consumption is of high cost, pollutes ring
Border is easily influenced by resource and environment and season.
Invention content
For the deficiencies in the prior art, the utility model provides a kind of dryer using micro- electroheat technology, adopts
Heat source is provided for dryer with micro- electric heating composite semiconductor heater element, has the advantages that energy-saving and environmental protection, efficient.This practicality is new
Type the technical solution adopted is that：
A kind of dryer using micro- electroheat technology, including：Heat-generating units, the air duct circulatory system, controller, dehumidification system
And baking room；
Heat-generating units are fitted in the circulatory system of air duct；The air duct circulatory system is arranged in baking room, the air duct circulatory system
Pipeline around baking room be arranged；
Dehumidification system is connected to by the ventilation hole on baking room with space in baking room；
Controller connects heat-generating units, controls the operation of heat-generating units；
Controller connects the air duct circulatory system, controls the operation of the air duct circulatory system；
Controller connects dehumidification system, controls the operation of dehumidification system；
Heat-generating units make heat be uniformly distributed in baking room under control of the controller by the air duct circulatory system；Controller
Control dehumidification system is turned on and off, and moisture is made to be discharged out of baking room.
Further, heat-generating units use micro- electric heating composite semiconductor heater element.
Further, dehumidification system includes discharge duct and the exhaust fan on discharge duct.
Further, the air outlet direction of the air duct circulatory system is towards the ventilation hole side on baking room.
Further, heat-generating units are symmetrical set in baking room or symmetrical, and front and back symmetrical setting exists
In baking room.
The utility model has the advantage of：
1）Thermal energy collecting is more efficient.
2）Cleanliness without any pollution avoids pollution environment.
3）Can be energy saving, and can ensure drying effect.
Description of the drawings
Fig. 1 is the structure composition schematic diagram of the utility model.
Specific implementation mode
With reference to specific drawings and examples, the utility model is described in further detail.
As shown in Figure 1, the utility model proposes the dryer using micro- electroheat technology, including：Heat-generating units 1, air duct
The circulatory system 2, controller 3, dehumidification system 4 and baking room 5；
The heat-generating units 1 use micro- electric heating composite semiconductor heater element；Micro- electric heating composite semiconductor heater element is logical
Electric energy maximal efficiency is converted into thermal energy after electricity, common heater element is superior to, is also superior to air energy heat pump and ground source heat
Pump；Have the advantages that convenience, cheapness, energy loss is small, quick heating in use.
Heat-generating units 1 are fitted in the air duct circulatory system 2；The air duct circulatory system 2 is arranged in baking room 5, air duct cycle
The pipeline of system 2 around baking room 5 be arranged, so as to by heat band into baking room 5 everywhere；
Heat-generating units 1 can be symmetrical arranged, such as being symmetrical set in baking room 5 in Fig. 1, or left and right pair
Claim, in baking room 5, i.e. the four sides wall of baking room 5 is respectively provided with heat-generating units, can make heating effect for front and back symmetrical setting
Evenly；
Dehumidification system 4 is connected to by the ventilation hole on baking room 5 with space in baking room 5；Dehumidification system 4 includes exhaust pipe
Road and the exhaust fan on discharge duct；
The air outlet direction of the air duct circulatory system 2 is towards the ventilation hole side on baking room 5；Such as the tip of lower section in Fig. 1
It is shown；The hot-air flow in baking room 5 can be formed；
Controller 3 connects heat-generating units 1, controls the operation of heat-generating units 1；
Controller 3 connects the air duct circulatory system 2, controls the operation of the air duct circulatory system 2；
Controller 3 connects dehumidification system 4, controls the operation of dehumidification system 4；
Heat-generating units 1 make heat be uniformly distributed in baking room 5 by the air duct circulatory system 2 under the control of controller 3；Control
Device 3 processed controls dehumidification system 4 and is turned on and off under conditions set, makes moisture discharge out of baking room 5；
In baking room 5, the air of high heat is contacted with material, and the moisture of material is made constantly to be evaporated；3 basis of controller
Every control task is completed in technological process.
Claims (5)
1. a kind of dryer using micro- electroheat technology, which is characterized in that including：Heat-generating units (1), the air duct circulatory system (2),
Controller (3), dehumidification system (4) and baking room (5)；
Heat-generating units (1) are fitted in the air duct circulatory system (2)；The air duct circulatory system (2) setting is in baking room (5), air duct
The pipeline of the circulatory system (2) is arranged around baking room (5)；
Dehumidification system (4) is connected to by the ventilation hole on baking room (5) with baking room (5) interior space；
Controller (3) connects heat-generating units (1), the operation of control heat-generating units (1)；
Controller (3) connects the air duct circulatory system (2), the operation of the control air duct circulatory system (2)；
Controller (3) connects dehumidification system (4), the operation of control dehumidification system (4)；
Heat-generating units (1) make heat uniformly divide in baking room (5) by the air duct circulatory system (2) under controller (3) control
Cloth；Controller (3) controls dehumidification system（4）It is turned on and off, makes moisture discharge out of baking room (5).
2. using the dryer of micro- electroheat technology as described in claim 1, which is characterized in that
Heat-generating units (1) use micro- electric heating composite semiconductor heater element.
3. using the dryer of micro- electroheat technology as described in claim 1, which is characterized in that
Dehumidification system (4) includes discharge duct and the exhaust fan on discharge duct.
4. using the dryer of micro- electroheat technology as described in claim 1, which is characterized in that
The air outlet direction of the air duct circulatory system (2) is towards the ventilation hole side on baking room (5).
5. using the dryer of micro- electroheat technology as described in claim 1, which is characterized in that
Heat-generating units (1) are symmetrical set in baking room (5),
Or it is symmetrical, front and back symmetrical setting is in baking room (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721470692.1U CN207662066U (en) | 2017-11-07 | 2017-11-07 | Using the dryer of micro- electroheat technology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721470692.1U CN207662066U (en) | 2017-11-07 | 2017-11-07 | Using the dryer of micro- electroheat technology |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207662066U true CN207662066U (en) | 2018-07-27 |
Family
ID=62938957
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721470692.1U Active CN207662066U (en) | 2017-11-07 | 2017-11-07 | Using the dryer of micro- electroheat technology |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207662066U (en) |
-
2017
- 2017-11-07 CN CN201721470692.1U patent/CN207662066U/en active Active
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