CN206146122U

CN206146122U - Baking house that hydrofuge heat energy once utilized

Info

Publication number: CN206146122U
Application number: CN201621066382.9U
Authority: CN
Inventors: 吴友朋; 周才欢; 季杰; 朱苏茹; 罗恒贯
Original assignee: Guangdong Fivestar Solar Energy Co Ltd
Current assignee: Guangdong Fivestar Solar Energy Co Ltd
Priority date: 2016-09-20
Filing date: 2016-09-20
Publication date: 2017-05-03
Anticipated expiration: 2026-09-20

Abstract

The utility model discloses a baking house that hydrofuge heat energy once utilized, including the baking house outer wall, install intramural baking house inner bag in the baking house outside, install heat source and circulating fan at the baking house inner bag, advance the fresh wind tube with the baking house inner bag is linked together, install the fresh air valve on advancing the fresh wind tube, the top of baking house inner bag be equipped with with the inside first hydrofuge wind gap that is linked together of baking house inner bag, form the confession insulation sandwich that hot air flow moved that wets between baking house outer wall and the baking house inner bag outer wall, the baking house outer wall is equipped with the second hydrofuge wind gap that is linked together with this insulation sandwich. When toasting, the humid air of heat gets into insulation sandwich through first hydrofuge mouth, after damp and hot air is full of insulation sandwich, and unnecessary damp and hot air from second hydrofuge wind gap discharge to the hot -air that utilizes dumped hydrofuge keeps warm to the baking house, and the hot -air and the baking house inner bag temperature of hydrofuge differ little, because the difference in temperature is the power that conducts heat, the difference in temperature is little, and the inside heat of the baking house that can significantly reduce spreads to the outside, reaches the purpose of energy saving.

Description

The drying room that a kind of dehumidifying heat energy is once utilized

Technical field

This utility model is related to the insulation of drying room, is the drying room for relating to the use of the insulation of dehumidifying heat energy more specifically.

Background technology

Traditional drying room, when dehumidifying is dried, its damp-heat air is often directly drained, or is returned using total-heat exchanger Receive, utilizing status are poor.

Drying room thermal loss is objective reality, if less by baking material moisture, drying room thermal loss itself can be accounted for More than the 80% of drying total amount of heat, therefore traditional drying room has that heat loss is big, the defect that heat utilization efficiency is low.

Utility model content

The purpose of this utility model is to overcome drawbacks described above of the prior art, there is provided a kind of discarded dehumidifying of utilization Hot-air is incubated to drying room, can greatly reduce drying room internal heat and be diffused into outside, reaches energy saving, and heat utilization efficiency The drying room that a kind of high dehumidifying heat energy is once utilized.

For achieving the above object, the technical scheme that this utility model is provided is as follows：

The drying room that a kind of dehumidifying heat energy is once utilized, including drying room outer wall are provided, are installed in the drying room in drying room outer wall Gallbladder, is installed in the thermal source and circulating fan of drying room inner bag, and with drying room inner bag is connected fresh wind tube is entered, and is installed in on fresh wind tube New air-valve, be provided with the top of the drying room inner bag and the first row wet wind mouth being connected inside drying room inner bag, outside the drying room The heat preservation sandwich layer for damp-heat air flowing is formed between wall and drying room inner bladder outer wall, drying room outer wall is provided with and is connected with the heat preservation sandwich layer Logical second row wet wind mouth.

Used as preferred, in above-mentioned technical proposal, the second row wet wind mouth is arranged on the bottom of drying room outer wall.

As preferred, in above-mentioned technical proposal, in the first row wet wind mouth wet-emitting blower is equiped with.

Used as preferred, in above-mentioned technical proposal, the drying room outer wall is hollow structure.

Compared with prior art, the beneficial effects of the utility model are：By between drying room outer wall and drying room inner bag The heat preservation sandwich layer for damp-heat air flowing is formed, during baking, thermal source and circulating fan start, and temperature is raised, by water in baking material Part evaporation, when humidity is increased to humidity set point in drying room, new air-valve is opened, and wet-emitting blower starts, and the humid air of heat is by the One moisture exhausting port enters heat preservation sandwich layer.After damp-heat air is full of heat preservation sandwich layer, unnecessary damp-heat air is arranged from second row wet wind mouth Go out, so as to be incubated to drying room using the hot-air of discarded dehumidifying, the hot-air of dehumidifying is little with drying room inner bag temperature difference, Because the temperature difference is the power of heat transfer, the temperature difference is little, can greatly reduce drying room internal heat and be diffused into outside, reaches the mesh of energy saving 's.

The drying room that a kind of dehumidifying heat energy described in the utility model is once utilized is made with reference to the accompanying drawings and examples into One step explanation.

Description of the drawings

Fig. 1 is the assembly structure diagram of the drying room that a kind of dehumidifying heat energy described in the utility model is once utilized.

Specific embodiment

The preferred example of the drying room that a kind of dehumidifying heat energy described in the utility model is once utilized is the following is, is not therefore limited Fixed protection domain of the present utility model.

Fig. 1 is refer to, the drying room that a kind of dehumidifying heat energy is once utilized, including drying room outer wall 1 are shown in figure, be installed in baking Drying room inner bag 2 in room outer wall 1, is installed in the thermal source 3 and circulating fan 4 of drying room inner bag 2, with entering that drying room inner bag 2 is connected Fresh wind tube 5, is installed in into the new air-valve 6 on fresh wind tube 5, and the top of the drying room inner bag 2 is provided with and is connected with the inside of drying room inner bag 2 Logical first row wet wind mouth 7, forms the thermal insulation clamp for damp-heat air flowing between the drying room outer wall 1 and the outer wall of drying room inner bag 2 Layer 8, drying room outer wall 1 is provided with the second row wet wind mouth 9 being connected with the heat preservation sandwich layer 8, and during baking, thermal source 3 and circulating fan 4 are opened Dynamic, temperature is raised, and by water evaporates in baking material, when humidity is increased to humidity set point in drying room, new air-valve 6 is opened, dehumidifying Blower fan 10 starts, and the humid air of heat enters heat preservation sandwich layer 8 by the first moisture exhausting port 7.After damp-heat air is full of heat preservation sandwich layer 8, Unnecessary damp-heat air is discharged from second row wet wind mouth 9, so as to be incubated to drying room using the hot-air of discarded dehumidifying, is arranged Wet hot-air is little with the temperature difference of drying room inner bag 2, and because the temperature difference is the power of heat transfer, the temperature difference is little, can greatly reduce in drying room Portion's heat diffusion reaches the purpose of energy saving to outside.

Preferably, in the present embodiment, the second row wet wind mouth 9 is arranged on the bottom of drying room outer wall 1, fully profit With damp-heat air rise be incubated, lower temperature air sink, finally from second row wet wind mouth 9 discharge be lower temperature wet sky Gas.

Preferably, in the present embodiment, wet-emitting blower 10 is equiped with the first row wet wind mouth 7, by dehumidifying Blower fan 10 is discharged to the damp-heat air in drying room inner bag 2 in heat preservation sandwich layer 8.

Preferably, in the present embodiment, the drying room outer wall 1 be hollow structure, the guarantor that can further improve drying room Temp effect.

Principle of the present utility model is as follows：

Ti ≈ Tm ＞ To.

In formula；Ti represent in temperature in drying room inner bag；

Tm represent in temperature in heat preservation sandwich layer；

To represent in temperature outside drying room outer wall.

Because the temperature difference is the power of heat transfer, by arranging heat preservation sandwich layer 8, Tm ≈ Ti are made, therefore by drying room inner bag to insulation Heat dissipation capacity in interlayer 8 is considerably less, i.e., the damp and hot hot-air discharged from drying room inner bag 2 has heat insulation effect；Tm ＞ To, therefore thermal insulation clamp Radiate 8 part of layer larger, the heat of the partial loss of heat preservation sandwich layer 8 of drying room to outside drying room, the damp and hot sky discharged by drying room inner bag 2 Source of the gas source is continuously replenished.

Above-described embodiment is this utility model preferably embodiment, but embodiment of the present utility model is not by above-mentioned The restriction of embodiment, it is other it is any without departing from the change made under spirit of the present utility model and principle, modify, replace Generation, combination, simplification, should be equivalent substitute mode, be included within protection domain of the present utility model.

Claims

1. the drying room that a kind of dehumidifying heat energy is once utilized, it is characterised in that：Including drying room outer wall (1), drying room outer wall (1) is installed in Interior drying room inner bag (2), is installed in the thermal source (3) and circulating fan (4) of drying room inner bag (2), is connected with drying room inner bag (2) Enter fresh wind tube (5), be installed in into the new air-valve (6) on fresh wind tube (5), be provided with the top of the drying room inner bag (2) with drying room First row wet wind mouth (7) being connected inside gallbladder (2), forms for wet between the drying room outer wall (1) and drying room inner bag (2) outer wall The heat preservation sandwich layer (8) of hot-air flowing, drying room outer wall (1) is provided with the second row wet wind mouth being connected with the heat preservation sandwich layer (8) (9)。

2. the drying room that a kind of dehumidifying heat energy according to claim 1 is once utilized, it is characterised in that：The second row wet wind Mouth (9) is arranged on the bottom of drying room outer wall (1).

3. the drying room that a kind of dehumidifying heat energy according to claim 1 is once utilized, it is characterised in that：The first row wet wind Wet-emitting blower (10) is equiped with mouth (7).

4. the drying room that a kind of dehumidifying heat energy according to claim 1 is once utilized, it is characterised in that：The drying room outer wall (1) it is hollow structure.