CN201449102U

CN201449102U - Vertical refrigerator dew-removing system

Info

Publication number: CN201449102U
Application number: CN2009200613081U
Authority: CN
Inventors: 高迎彬; 杨波; 程凯; 叶国祥; 许粤海; 潘颂山; 曾波
Original assignee: Hisense Kelon Electrical Holdings Co Ltd; Hisense Ronshen Guangdong Freezer Co Ltd
Current assignee: Hisense Home Appliances Group Co Ltd; Hisense Ronshen Guangdong Freezer Co Ltd; Hisense Ronshen Guangdong Refrigerator Co Ltd
Priority date: 2009-07-28
Filing date: 2009-07-28
Publication date: 2010-05-05
Anticipated expiration: 2019-07-28

Abstract

The utility model discloses a vertical refrigerator dew-removing system which comprises an air channel formed by a front baffle, a right wind screen, a left wind screen, a refrigerating unit and a bottom plate; wherein the front baffle is installed in front of a compressor cabin arranged under a door body of a refrigerator, the right wind screen is arranged at the rear edge of a right air outlet of the bottom plate inside the compressor cabin of the refrigerator, and the left wind screen is positioned at the rear edge of a left air outlet of the bottom plate inside the compressor cabin of the refrigerator; a first return air loop is formed by an air inlet of the front baffle, a condenser of the refrigerating unit, a right air outlet of the refrigerating unit, the right wind screen and a first air outlet of the front baffle, and a second return air loop is formed by the air inlet of the front baffle, the condenser of the refrigerating unit, a left air outlet of the refrigerating unit, the left wind screen and a second air outlet of the front baffle; the two paths of return air are simultaneously blown towards the surface of the glass door body of the refrigerator through the first air outlet and the second air outlet; furthermore, the heating function of the hot air can be used for removing dewdrops on the surface of the glass door body, the effect is good, and the energy consumption of the refrigerator can not be increased.

Description

A kind of vertical freezer removes the dew system

Technical field

The utility model relates to refrigerator in the home appliance, refrigerator technical field, more particularly, relates to a kind of dew system that removes of vertical freezer glass door.

Background technology

The most glass doors that adopt of vertical freezer door body are convenient to product in the showcase, but because door body inboard is in low-temperature space, the outside is in the high-temperature region, so the easy condensation of glass door body, thereby influences the bandwagon effect of vertical freezer.Existing glass door removes the method for revealing to be had: heat-reflecting glass, and methods such as hollow applying argon gas and heater strip, these tradition are removed dew method more complicated, and effect is very not good yet, and increases the energy consumption of refrigerator.

The utility model content

The technical problems to be solved in the utility model is to overcome the deficiencies in the prior art, and the dew system that removes that provides a kind of heat effect that utilizes hot-air to remove vertical freezer refrigerator glass door body surface condensation should remove that to reveal system effect good and can not increase the energy consumption of refrigerator.

For solving the problems of the technologies described above, technical scheme of the present utility model is: a kind of vertical freezer removes the dew system, constitutes air duct by front apron, right deep bead, left deep bead, refrigeration unit and base plate; Described front apron is installed in the front portion of the compressor bin of freezer door body below, described right deep bead is installed in the back edge that refrigerator compressor bin inside is positioned at the right air outlet of base plate, described left deep bead is installed in the back edge that refrigerator compressor bin inside is positioned at base plate left side air outlet, the air inlet of described front apron, the condenser of refrigeration unit, the right air outlet of refrigeration unit, first air outlet of right deep bead and front apron forms the first return air loop, simultaneously the air inlet of front apron, the condenser of refrigeration unit, the left air outlet of refrigeration unit, second air outlet of left side deep bead and front apron forms the second return air loop.

Described first air outlet and second air outlet are towards the freezer door body surface upwards.

Described first air outlet and second air outlet are located at the left and right sides of front apron.

The utility model with respect to the beneficial effect of prior art is:

The utility model front apron has the air outlet towards refrigerator glass door body direction, and the air of high temperature flows out from the air outlet of front apron, upwards flows along refrigerator glass door body front surface, makes the condensation above the glass door body be subjected to thermal evaporation, plays the effect that prevents condensation; The utility model is simple in structure, processing and fabricating is convenient, utilizes the small part hot-air, has reached to remove the purpose of revealing, and has taken into account the energy consumption of product simultaneously.

Description of drawings

Below in conjunction with the drawings and the specific embodiments the utility model is further described.

Fig. 1 is a cutaway view of the present utility model;

Fig. 2 is a rearview of the present utility model;

Fig. 3 is a vertical view of the present utility model;

The specific embodiment

As Fig. 1, Fig. 2, Fig. 3, a kind of vertical freezer of the utility model removes the dew system, constitutes air duct by front apron 1, right deep bead 2, left deep bead 6, refrigeration unit 9 and base plate 10; Simultaneously with after panel box 5, casing left plate 7 and casing right plate 8 constitute the sealing air channel, front apron 1 is installed in the front portion of the compressor bin of freezer door body 4 belows, right deep bead 2 is installed in the back edge that refrigerator compressor bin inside is positioned at base plate 10 right air outlets, left side deep bead 6 is installed in the back edge that refrigerator compressor bin inside is positioned at base plate 10 left air outlets, the air inlet 13 of front apron 1 wherein, the condenser 11 of refrigeration unit 9, the right air outlet of refrigeration unit 9, first air outlet 14 of right deep bead 2 and front apron 1 forms the first return air loop, the air inlet 13 of while front apron 1, the condenser 11 of refrigeration unit 9, the left air outlet of refrigeration unit 9, second air outlet 15 of left side deep bead 6 and front apron 1 forms the second return air loop, and two-way return air is through first air outlet 14 of front apron 1 and the surface that second air outlet 15 blows to refrigerator glass door body 4 simultaneously.

The course of work of the present utility model is: air enters from the air inlet 13 of front apron 1, through condenser 11, air themperature raises, high temperature air flows with the left and right sides respectively rearwards, blower fan 12 produces leeway, force wind to blow out from front apron, upwards flow, remove the condensation on refrigerator glass door body 4 surfaces along refrigerator glass door body 4 front surfaces along the air channel.

The heat that the utility model utilizes condenser to produce has been removed the condensation on glass door surface, owing to only adopted part return air, the energy consumption to product does not exert an influence.

Claims

1. a vertical freezer removes the dew system, it is characterized in that constituting air duct by front apron (1), right deep bead (2), left deep bead (6), refrigeration unit (9) and base plate (10); Described front apron (1) is installed in the front portion of the compressor bin of freezer door body (4) below, described right deep bead (2) is installed in the back edge that refrigerator compressor bin inside is positioned at the right air outlet of base plate (10), described left deep bead (6) is installed in the back edge that refrigerator compressor bin inside is positioned at the left air outlet of base plate (10), the air inlet (13) of described front apron (1), the condenser (11) of refrigeration unit (9), the right air outlet of refrigeration unit (9), first air outlet (14) of right deep bead (2) and front apron (1) forms the first return air loop, simultaneously the air inlet (13) of front apron (1), the condenser (11) of refrigeration unit (9), the left air outlet of refrigeration unit (9), second air outlet (15) of left side deep bead (6) and front apron (1) forms the second return air loop.

2. vertical freezer according to claim 1 removes the dew system, it is characterized in that described first air outlet (14) and second air outlet (15) are towards freezer door body (4) surface upwards.

3. vertical freezer according to claim 2 removes the dew system, it is characterized in that described first air outlet (14) and second air outlet (15) are located at the left and right sides of front apron (1).