CN205443712U

CN205443712U - Drying cabinet

Info

Publication number: CN205443712U
Application number: CN201521113941.2U
Authority: CN
Inventors: 赵奋明
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-12-29
Filing date: 2015-12-29
Publication date: 2016-08-10
Anticipated expiration: 2025-12-29

Abstract

The utility model provides a drying cabinet, include the cabinet body, cabinet door and condensation dehydrating unit, internal of cabinet sets up the baffle, and the baffle and the cabinet body seal up the circulation passageway that the cooperation was split into internal of cabinet drying chamber, canyon and was fed through with the canyon, drying chamber be provided with and the circulate mouth of blowing of passageway intercommunication, one side of drying chamber are provided with the return air inlet with the canyon intercommunication, condensation dehydrating unit sets up in the canyon, and condensation dehydrating unit forms compression cycle's evaporimeter, condenser and compressor including establishing ties, the evaporimeter corresponds the setting with the return air inlet, and the condenser corresponds the setting with the circulation passageway. The utility model discloses a set up the drying chamber to cooperation condensation dehydrating unit utilizes the dry air after the dehumidification to dehumidify to the drying chamber, thereby dry to the article in the drying chamber. And because the drying chamber independently designs, the living space to the people does not lead to the fact the influence, in addition, the drying chamber space is little, can reduce the wasting of resources, can effectively improve drying effect.

Description

Drying cupboard

Technical field

This utility model relates to drying device field, in particular to a kind of drying cupboard.

Background technology

At present, industrial drying equipment is mainly dried based on heat radiation；Domestic drying equipment typically has two kinds of forms.One is with heat radiation or to utilize heated air to carry out drying objects；Two is that the dry air after utilizing the dehumidifying that is condensed carrys out drying objects.In the drying mode of heat radiation and hot-air drier, baking temperature is high, easily damage object, inapplicable chemical fibre class article, and some object such as garment type easily wrinkles, abnormal flavour may be produced, cause secondary pollution etc., it addition, the Hot wet air heating that heat radiation and hot-air drier produce directly comes indoor, cause indoor temperature to rise, affect life staying idle at home.

The drying mode utilizing the drying machine of dehumidification by condensation can overcome most of shortcoming of heating drier, but the principle of himself is that with the air after dehumidifying, air is gone drying objects the most again, and this can make the air humidity in room reduce, and affects human sense of comfort；And mode that object is dried can not make dry air be fully utilized to use the dry air of dehumidifying to blow, and easily causes the wasting of resources.

Utility model content

This utility model aims to provide a kind of drying cupboard improving drying effect.

This utility model provides a kind of drying cupboard, including cabinet, cabinet door and dehumidification by condensation device, arranges dividing plate inside cabinet, and it is hothouse, canyon and the circulation passage connected with canyon by cabinet inside division that dividing plate seals cooperation with cabinet；Hothouse is provided with the blowing mouth connected with circulation passage, and the side of hothouse is provided with the return air inlet connected with canyon；Dehumidification by condensation device is arranged in canyon, and dehumidification by condensation device includes that series connection forms vaporizer, condenser and the compressor of compression circulation；Vaporizer is correspondingly arranged with return air inlet, and condenser is correspondingly arranged with circulation passage.

Further, dehumidification by condensation device also includes blower fan, and blower fan is arranged in circulation passage or is arranged on the junction of circulation passage and canyon.

Further, circulation passage is arranged on the top of hothouse, and blowing mouth is arranged on hothouse one end away from canyon；Return air inlet is arranged on hothouse one end near canyon.

Further, the bottom of hothouse arranges osculum；Catch basin, water guide inclined-plane and/or the first drip tray coordinated with osculum it is provided with on the bottom surface of hothouse；The bottom of canyon is provided with second drip tray corresponding with vaporizer, and the discharge outlet of the second drip tray connects with osculum.

Further, drying cupboard also includes being arranged on the rack within hothouse or hanging thing whippletree.

Further, the sidewall of cabinet is provided with whippletree support slot, hangs thing whippletree two ends and be supported on whippletree support slot.

Further, drying cupboard also includes controlling device and humidity sensor, and humidity sensor is arranged at return air inlet；Control device be connected with humidity sensor and control dehumidification by condensation device according to the moisture signal of humidity sensor detection.

Further, drying cupboard also includes sealing sponge, seals foam seal and is arranged between vaporizer and return air inlet surrounding.

According to drying cupboard of the present utility model, by arranging hothouse, and coordinate dehumidification by condensation device, utilize the dry air after dehumidifying that hothouse is dehumidified, thus the article in hothouse are dried.And due to hothouse independent design, the living space of people is not impacted；It addition, hothouse space is little, it is possible to reduce the wasting of resources, drying effect can be effectively improved.

Accompanying drawing explanation

The accompanying drawing of the part constituting the application is used for providing being further appreciated by of the present utility model, and schematic description and description of the present utility model is used for explaining this utility model, is not intended that improper restriction of the present utility model.In the accompanying drawings:

Fig. 1 is the sectional structure schematic diagram vertically according to drying cupboard of the present utility model.

Description of reference numerals:

1, shell body；2, circulation passage；3, blower fan；4, condenser；5, refrigerant pipe；6, sponge is sealed；7, vaporizer；8, return air inlet；9, compressor；10, the first drip tray；11, leg；12, drain pipe；13, communicating pipe；14, catch basin；15, the second drip tray；16, base plate；17, it is dried object；18, thing whippletree is hung；19, blowing mouth；20, dividing plate.

Detailed description of the invention

Describe this utility model below with reference to the accompanying drawings and in conjunction with the embodiments in detail.

As it is shown in figure 1, according to drying cupboard of the present utility model, including cabinet, cabinet door and dehumidification by condensation device, arrange dividing plate 20 inside cabinet, it is hothouse, canyon and the circulation passage 2 connected with canyon by cabinet inside division that dividing plate 20 seals cooperation with cabinet；Hothouse is provided with the blowing mouth 19 connected with circulation passage 2, and the side of hothouse is provided with the return air inlet 8 connected with canyon；Dehumidification by condensation device is arranged in canyon, and dehumidification by condensation device includes that series connection forms vaporizer 7, condenser 4 and the compressor 9 of compression circulation；Vaporizer 7 is correspondingly arranged with return air inlet 8, and condenser 4 is correspondingly arranged with circulation passage 2.This utility model is by arranging hothouse, and coordinates dehumidification by condensation device, utilizes the dry air after dehumidifying to dehumidify hothouse, thus is dried the article in hothouse.Due to hothouse independent design, the living space of people is not impacted；It addition, hothouse space is little, it is possible to reduce the wasting of resources, drying effect can be effectively improved.

Specifically, shown in Fig. 1, cabinet includes leg 11 and base plate 16, and leg is connected with base plate 16, is used for supporting whole cupboard.Dehumidification by condensation device also include blower fan 3, blower fan 3 be arranged on circulation passage 2 in or be arranged on the junction of circulation passage 2 and canyon.As required, blower fan 3 can be one or more, installs in place, thus promotes that air circulates.More specifically, compressor 9, vaporizer 7, condenser 4, refrigerant pipe 5 and blower fan 3 form the drying system of refrigerant flow, it is used for dehumidifying and transferring out dry air；Wherein, vaporizer 7 is for condensing the moisture in air, and is flowed to by the water of condensation in the second drip tray 15；The condenser 4 air after heating and dehumidification, makes the water vapour pressure in air reduce；Blower fan 3 to the supercharging air after dehumidifying heating, bypasses air through circulation passage 2 and blowing mouth 19 blows to hold in the hothouse of object；Compressor 9 is used for making refrigerant flow circulate.As required, drying cupboard also includes sealing sponge 6, seals sponge 6 and is sealingly disposed between vaporizer 7 and return air inlet 8 surrounding, prevents from leaking out.

Shown in Fig. 1, circulation passage 2 is arranged on the top of hothouse, and blowing mouth 19 is arranged on hothouse one end away from canyon, and return air inlet 8 is arranged on hothouse one end near canyon, and near bottom, the whole hothouse so that air can circulate.Blowing mouth is arranged on top, and return air inlet is arranged on bottom, it is possible to the humid air getting wet sinking in time by making moist is extracted out from return air inlet in time, it is possible to improve dehumidification rate to a certain extent.

Further, the bottom of hothouse arranges osculum, thus the water being dried objects drip before being dried is got rid of in time.Specifically, shown in Fig. 1, the bottom surface of hothouse is provided with catch basin 14, water guide inclined-plane and/or the first drip tray 10 coordinated with osculum.In the embodiment shown in fig. 1, the first drip tray 10 is placed on base plate 16, for collecting the water that wet object drips；It is provided with catch basin 14, for being drained as far as possible by water at osculum.

More specifically, the bottom of canyon is provided with second drip tray 15 corresponding with vaporizer 7, the discharge outlet of the second drip tray 15 connects with osculum, and the discharge outlet of the second drip tray 15 is used for collecting vaporizer 7 condensed water；Catch basin it is provided with the most accordingly at discharge outlet, and the most close with the catch basin on the first drip tray 10.I.e. osculum and two catch basins all connect, thus arrange a drain pipe 12.More specifically, two catch basins can be connected by arranging communicating pipe 13.In FIG, communicating pipe 13 is connected with drain pipe 12 by through hole；For being discharged by drain pipe 12 by the water in the first drip tray 10, drain pipe 12 is connected by the catch basin on through hole and the second drip tray 15, and side also connects with communicating pipe 13；For the water in the second drip tray 15 is discharged.

As required, drying cupboard also includes being arranged on the rack within hothouse or hangs thing whippletree 18, thus conveniently places or hang and take and be dried object 17.When being set to hang thing whippletree 18, the sidewall of cabinet is provided with whippletree support slot, hangs thing whippletree 18 two ends and be supported on whippletree support slot, it is simple to plus-minus hangs thing whippletree as required.

Drying cupboard also includes controlling device and humidity sensor, and humidity sensor is arranged at return air inlet 8；Control device be connected with humidity sensor and control dehumidification by condensation device according to the moisture signal of humidity sensor detection, i.e. control whether to switch dehumidification by condensation device according to humidity condition, when reaching dry requirement, close dehumidification by condensation device.Temperature sensor can also be set, detect temperature.

The workflow of work drying cupboard of the present utility model is illustrated in conjunction with Fig. 1.

First, will be dried object 17 and be suspended on placement in the drying chamber, the water of its drippage can be gathered on the first drip tray 10, and discharges by connecting pipeline inflow drain pipe 12；After water drains, open condensation dehydrating unit；Humid air in cabinet arrives vaporizer 7 by return air inlet 8；In the evaporator 7 water is condensed, and be collected in the second drip tray 15, discharged by drain pipe 12；Condensed air reduces absolute humidity, elder generation's suction line and the heat of compressor 9 when refrigerant pipe 5 and compressor 9；Again through the heat of condenser 4 absorptive condenser 4；Make atmosphere temperature rising, reduce the water vapour pressure under corresponding temperature and form " dry air "；Make condenser 4 be cooled down simultaneously；" dry air " after Bei Jiare, after the supercharging of blower fan 3, is entered in hothouse by circulation passage 2 and blowing mouth 19；After the steam of the water evaporation on dry air absorbent article, add absolute humidity and form " humid air "；Humid air is again sucked into vaporizer 7 and condenses, and is discharged by water, completes circulation；Like this, the water on object is gradually extracted into outside hothouse, reaches dry purpose；Humidity sensor at return air inlet 8 detects when the relative humidity of return air reaches to set dry requirement, illustrates dry complete.

As can be seen from the above description, this utility model the above embodiments achieve following technique effect:

The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for a person skilled in the art, this utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.

Claims

1. a drying cupboard, including cabinet, cabinet door and dehumidification by condensation device, it is characterized in that, arranging dividing plate (20) inside described cabinet, it is hothouse, canyon and the circulation passage (2) connected with described canyon by described cabinet inside division that described dividing plate (20) seals cooperation with described cabinet；

Described hothouse is provided with the blowing mouth (19) connected with described circulation passage (2), and the side of described hothouse is provided with the return air inlet (8) connected with described canyon；

Described dehumidification by condensation device is arranged in described canyon, and described dehumidification by condensation device includes that series connection forms vaporizer (7), condenser (4) and the compressor (9) of compression circulation；

Described vaporizer (7) is correspondingly arranged with described return air inlet (8), and described condenser (4) is correspondingly arranged with described circulation passage (2).

Drying cupboard the most according to claim 1, it is characterised in that

Described dehumidification by condensation device also includes that blower fan (3), described blower fan (3) are arranged in circulation passage (2) or are arranged on the junction of described circulation passage (2) and described canyon.

Drying cupboard the most according to claim 2, it is characterised in that

Described circulation passage (2) is arranged on the top of described hothouse, and described blowing mouth (19) is arranged on described hothouse one end away from described canyon；

Described return air inlet (8) is arranged on described hothouse one end near described canyon.

Drying cupboard the most according to any one of claim 1 to 3, it is characterised in that

The bottom of described hothouse arranges osculum；

Catch basin (14), water guide inclined-plane and/or the first drip tray (10) coordinated with described osculum it is provided with on the bottom surface of described hothouse；

The bottom of described canyon is provided with second drip tray (15) corresponding with described vaporizer (7), and the discharge outlet of described second drip tray (15) connects with described osculum.

Drying cupboard the most according to claim 1, it is characterised in that

Described drying cupboard also includes being arranged on the rack within described hothouse or hanging thing whippletree (18).

Drying cupboard the most according to claim 5, it is characterised in that

Being provided with whippletree support slot on the sidewall of described cabinet, described extension thing whippletree (18) two ends are supported on described whippletree support slot.

Described drying cupboard also includes controlling device and humidity sensor, and described humidity sensor is arranged on described return air inlet (8) place；

The moisture signal described dehumidification by condensation device of control that described control device is connected with described humidity sensor and detects according to described humidity sensor.

Described drying cupboard also includes sealing sponge (6), and described sealing sponge (6) is sealingly disposed between described vaporizer (7) and described return air inlet (8) surrounding.