CN2722101Y

CN2722101Y - Cooled air fan

Info

Publication number: CN2722101Y
Application number: CN 200420071141
Authority: CN
Inventors: 邓勋
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-06-30
Filing date: 2004-06-30
Publication date: 2005-08-31
Anticipated expiration: 2014-06-30

Abstract

The utility model discloses a cooled air fan which is easy to shift, saving in energy, and can avoid air conditioning sickness. The cooled air fan comprises a shell, a refrigeration system, a cool fan, an air exhausting fan, a condensed water collecting box, and a water collector. The refrigeration system comprises an evaporator, a condenser, a compressor, a filter, and a capillary pipe which are connected by a pipe to form a closed system that is arranged in the shell. Refrigerants are arranged in the closed system. An air outlet is arranged on the shell beside the condenser, and the air exhausting fan is installed beside the air outlet. An air inlet is arranged on the shell beside the evaporator, and the cool fan is installed beside the air inlet. A cooled air outlet is arranged on the shell beside the cool fan. The condensed water collecting box is positioned below the evaporator and connected with the water collector which is positioned below the condenser by a pipe. An electric water valve is also arranged on the pipe. A non dynamic condensed water distributing system is provided between the evaporator and the condenser. The bottom of the shell is provided with wheels.

Description

A kind of novel air-conditioning fan

Affiliated technical field

The utility model relates to a kind of air-conditioning fan, relates in particular to a kind of novel air-conditioning fan that utilizes air-condition principle.

Background technology

During the broiling summer, electric fan and air-conditioning are the equipment that drives away summer heat that people use always, common electric fan low price, easy to use, power consumption is few, still, itself can not reduce environment temperature common electric fan, the wind that blows out is the hot blast the same with environment temperature, so produced the phenomenon of blowing hotter and hotter, is difficult to make human comfort.And air-conditioning system reduces indoor temperature by refrigeration system, and human body sensory is comfortable, still, air-conditioning can not move after installing, and it is convenient inadequately to use like this, and need use in closed room, refrigeration is implemented in whole room, and power consumption is bigger like this, and quick inadequately, simultaneously, because room sealing, air can not convection current, indoor anoxic, and virus, germ grows easily and survive, appearance " air conditioner disease " easily.

The utility model content

The purpose of this utility model provide a kind of can conveniently moving, energy-conservation, the novel air-conditioning fan that can avoid occurring " air conditioner disease ".

The technical scheme that the utility model adopted is: novel air-conditioning fan comprises housing, refrigeration system, thermantidote, exhaust fan, condensed water is collected box, water collector, thermantidote is preferably tube-axial fan, refrigeration system comprises evaporimeter, condenser, compressor, filter, capillary, the straight-through air channel type that evaporimeter is preferably lower resistance brushes the formula evaporimeter, condenser is preferably air blast cooling coil pipe fin condenser, compressor is preferably low power compressor below 0.5 horsepower, evaporimeter, condenser, compressor, filter, capillary connects by pipeline, form closed system, be installed in the housing, cold-producing medium is arranged in the closed system, housing is in the other gas outlet that has of condenser, water vapour sorting grid also preferably is housed on the gas outlet, and exhaust fan is installed in by the gas outlet, in order to the hot-air behind discharge and the condenser heat-shift; Housing has air inlet on the evaporimeter side, and thermantidote is installed in by the evaporimeter, and housing is at the other cold wind air outlet that has of thermantidote; Condensed water is collected box and is positioned at the evaporimeter below, water collector is collected box with condensed water and is connected by pipeline, water collector is positioned at the condenser below, dynamoelectric water valve also is housed on the pipeline, evaporimeter in the housing, also has a unpowered condensed moisture distribution system between the condenser, unpowered condensed moisture distribution system is one to be covered with the mesh-like structure of aperture, the water of condensation is fallen earlier on the condensed water collection box on the evaporimeter, flow to again on the unpowered condensed moisture distribution system and disperse, under the effect of gravity, drip on the condenser, like this aqueous dispersion of evaporator condensation has been arrived on the condenser, but the heat on the lower condensed water absorptive condenser of temperature reaches purpose of energy saving; When refrigerating state, dynamoelectric water valve is closed, and condensed water is collected box and flow on the unpowered condensed moisture distribution system, can reach energy-conservation effect, and keep certain air humidity with the water distribution of evaporator condensation to condenser; When needs used dehumidification function, dynamoelectric water valve was opened, and condensed water directly is discharged in the water collector, can remove airborne moisture, and laborsaving for conveniently moving, housing bottom also is equipped with roller.

Novel air-conditioning fan also has a microcomputer control circuit in order to the control temperature, can also have a remote controller to control microcomputer control circuit.

The utility model will be contained in as the refrigeration system of common air-conditioning device in the slight housing, structure is very simple, housing bottom also is equipped with roller, move very convenient, in closed room, use and to implement to freeze different to whole room with the common air-conditioning device, the utility model only needs the local blast-cold gas to the end user, use the compressor of smaller power, economical, energy-conservation, the cooling efficient and convenient, can use in open environment, cross-ventilation prevents anoxic, can avoid " air conditioner disease " occurring, can reduce virus, bacterial infection.

Description of drawings

The utility model is described in further detail below in conjunction with the drawings and specific embodiments:

Fig. 1 is the structural representation of the utility model specific embodiment;

Fig. 2 is the vertical view of unpowered condensed moisture distribution system in the utility model;

The specific embodiment

In Fig. 1, novel air-conditioning fan comprises housing 13, thermantidote 1, exhaust fan 12, condensed water is collected box 14, water collector 8, evaporimeter 2, condenser 10, compressor 9, filter 16, capillary 17, thermantidote 1 is a tube-axial fan, evaporimeter 2 brushes the formula evaporimeter for the straight-through air channel type of lower resistance, condenser 10 is air blast cooling coil pipe fin condenser, compressor 9 is low power compressor, its power is below 0.5 horsepower, evaporimeter 2, condenser 10, compressor 9, filter 16, capillary 17 connects by pipeline, form the refrigeration system of sealing, be installed in the housing 13, in the refrigeration system of sealing cold-producing medium is arranged, housing 13 has gas outlet 7 on condenser 10 sides, and water vapour sorting grid 6 also is housed on the gas outlet 7, and it is other that exhaust fan 12 is installed in gas outlet 7; Housing 13 is at the evaporimeter 2 other air inlets 3 that have, and it is other that thermantidote 1 is installed in evaporimeter 2, and housing 13 is at the thermantidote 1 other cold wind air outlet 11 that has; Condensed water is collected box 14 and is positioned at evaporimeter 2 belows, water collector 8 and condensed water are collected box 14 and are connected by pipeline, water collector 8 is positioned at condenser 10 belows, dynamoelectric water valve 4 also is housed on the pipeline, 10 also have a unpowered condensed moisture distribution system 5 between evaporimeters 2, the condenser in the housing 13, unpowered condensed moisture distribution system 5 is one to be covered with the mesh-like structure of aperture; Laborsaving for conveniently moving, roller 15 also is equipped with in housing 13 bottoms.

During use, cold-producing medium is in the state of low-pressure liquid in evaporimeter 2, when indoor temperature is high, heat is constantly vaporized in the cold-producing medium absorption chamber, become high-temperature gas, the higher air of indoor temperature that enters from air inlet 3 evaporimeter 2 of then flowing through, temperature reduces, and is sent from cold wind air outlet 11 by thermantidote 1.The cold-producing medium of gaseous state is through compressor 9, compressor 9 is compressed into cold-producing medium the gas of high pressure-temperature, send into outdoor condenser 10 then, cold-producing medium in condenser 10 is owing to be under the HTHP, and with extraneous heat-shift, cold-producing medium liquefies simultaneously, temperature reduces, cold-producing medium after the liquefaction further reduces by filter 16, capillary 17 back temperature, forms the cold-producing medium of low temperature liquid, enters evaporimeter 2 again and carries out next one circulation.When refrigerating state, dynamoelectric water valve 4 is closed, the water of condensation is fallen earlier on the condensed water collection box 14 on the evaporimeter 2, flow on the unpowered condensed moisture distribution system 5, condensed water disperses along the unpowered condensed moisture distribution system 5 of mesh-like, is dripping under the effect of gravity on the condenser 10 again, can be to condenser 10 with the aqueous dispersion of evaporimeter 2 condensations, but the heat on the lower condensed water absorptive condenser 10 of temperature reaches energy-conservation effect, and keeps certain air humidity; When needs used dehumidification function, dynamoelectric water valve 4 was opened, and condensed water directly is discharged in the water collector 8, can remove airborne moisture.

The utility model can adopt microcomputer controller and remote controller to the existing Based Intelligent Control of its peace.

Claims

1, a kind of novel air-conditioning fan, comprise housing, refrigeration system, thermantidote, exhaust fan, condensed water collection box, water collector, described refrigeration system comprises evaporimeter, condenser, compressor, filter, capillary, described evaporimeter, condenser, compressor, filter, capillary connect by pipeline, form closed system, be installed in the described housing, cold-producing medium is arranged in the closed system, described housing has the gas outlet on the condenser side, and described exhaust fan is installed in by the gas outlet; Described housing has air inlet on the evaporimeter side, and described thermantidote is installed in by the evaporimeter, and described housing is at the other cold wind air outlet that has of thermantidote; Described condensed water is collected box and is positioned at the evaporimeter below, be connected to described water collector by pipeline, described water collector is positioned at described condenser below, dynamoelectric water valve also is housed on the pipeline, it is characterized in that: also have a unpowered condensed moisture distribution system in the described housing between evaporimeter, the condenser, described unpowered condensed moisture distribution system is a mesh-like structure, and described housing bottom also is equipped with roller.

2, novel air-conditioning fan as claimed in claim 1 is characterized in that: described evaporimeter is that the straight-through air channel type of lower resistance brushes the formula evaporimeter, and described condenser is an air blast cooling coil pipe fin condenser.

3, novel air-conditioning fan as claimed in claim 1 is characterized in that: described compressor is a low power compressor below 0.5 horsepower.

4, as claim 1,2 or 3 described novel air-conditioning fans, it is characterized in that: described novel air-conditioning fan also has a microcomputer control circuit.

5, novel air-conditioning fan as claimed in claim 4, it is characterized in that: described novel air-conditioning fan also has the remote controller of a microcomputer control circuit.

6, as claim 1,2 or 3 described novel air-conditioning fans, it is characterized in that: described thermantidote is a tube-axial fan.

7, as claim 1,2 or 3 described novel air-conditioning fans, it is characterized in that: water vapour sorting grid also is housed on the gas outlet on the described housing.