CN2369117Y

CN2369117Y - Indoor air conditioner

Info

Publication number: CN2369117Y
Application number: CN99200421U
Authority: CN
Inventors: 韩世福
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-01-11
Filing date: 1999-01-11
Publication date: 2000-03-15
Anticipated expiration: 2009-01-11

Abstract

The utility model relates to an indoor air conditioner, which is composed of a box body, the heat dispersion part and the refrigeration part of a thermo-electric refrigeration apparatus, an indoor and outdoor air automatic exchanging passage, and a three-side concave groove at the middle part of the box body, wherein, the box body is composed of a right and left air duct and a middle host machine. The thermo-electric refrigeration apparatus achieves the purpose of refrigeration through the natural convection heat exchange of the liquid in the O-shaped pipeline with a thermal fin of a cold collecting apparatus and a heat collecting apparatus arranged on the right side and the left side. The three-side concave groove at the middle part of the box body allows the body of the utility model to be used on a bed, in a room, or at the roof, so the using frequency of the utility model is further improved. The indoor air conditioner has the advantage of high space utilization rate, and is a real green and environmental protection air conditioner.

Description

Air conditioner within doors

The utility model relates to a kind of household appliances.Relate in particular to a kind of air conditioner within doors.Used now air-conditioning all is to drive a room by a main frame, or the room temperature in two rooms is regulated.No matter the people learns or rest in bed before being sitting in table, air conditioner also will arrive the comfort that the people requires to the adjustment in each corner in the room.The people is for a long time local a stop, or the sleep of several hrs, and the used useful space is the 2-3 cubic meter only, and other worker's consumption of tens cubic metres has also just wasted.

The purpose of this utility model just provide a kind of can be in doors, or among a small circle thermoelectric cooling air-conditioning on the automobile.Can improve effective power consumption greatly, be real environment-friendly and green air-conditioning.Electricity consumption reaches the refrigeration purpose by semiconductor, and is pollution-free, noise is little, and this refrigerating method is the developing direction of refrigeration industry.

The purpose of this utility model is achieved in that air conditioner comprises preceding box body, back box body within doors.It is characterized in that the top has two about thermoelectric refrigerator in the box body.Left side collection cooler and right heat collector all are to be made by alloy aluminum.In certain cavity is arranged.Left side collection cooler is connected with the copper tube that the O type that is arranged on the lower left has fin.Right heat collector be arranged on the O type copper tube that the upper right side has fin and be connected.In its collection cooler, heat collector, and be added with liquid in the pipe that is communicated with, when being fixed on after thermoelectric refrigerator between collection cooler and the heat collector powers up, on the left side generation low temperature produces high temperature on the right.Because the thermal conductivity of aluminium, very fast thermal conductance is gone in the heat collector liquid is heated.Because free convection heat exchange, these characteristics of buoyancy that the variation of density is caused, make heated liquid rise to O type copper tube top very soon, because liquid flows in pipe and tube wall has good exchange, make the heat in the pipe manage outer large tracts of land fin by being arranged on, under the effect of blower fan above the box portion right, the very fast and air exchange of the heat of fin is outside the discharge machine.The low temperature that on the left side produces also is because the thermal conductivity of aluminium is very fast with in the low temperature importing collection cooler, and liquid is lowered the temperature.Because the free convection heat exchange, these characteristics of buoyancy that the variation of density is caused make the liquid of low temperature reduce to O type copper tube below.Because the blower fan and the effect of lower left make leaf hot-air outside window and manage the cold acceleration exchange that outer large-area fin produces, and make cold air by blower fan discharge down.Above process makes the liquid in pipe self-loopa quicken the collection cooler, exchanges mutually with heat collector and air, makes thermoelectric refrigerator be operated in optimum state.

" room within doors " air-conditioning of said structure is to be operated in " room within doors " top when using.By three grooves of top in the air-conditioning box body and the top kissing in " room within doors ", make " room within doors " air-conditioning be divided within doors with the room outside two parts.Because " room within doors " be that a kind of costive is made, exchanging with the outer cross-ventilation in room within doors is to be finished by left and right two ventilating ducts that are arranged on " room within doors " air-conditioning front.Below, air channel shutter communicates with the shutter of top, air channel, is provided with the fin of power rectifier in right air channel, goes straight up to shutter with the heat of air exchange by the air channel and discharges " room within doors ".Because the room is a costive within doors, produce secondary the pressure within doors outdoor fresh air is entered within doors by left air channel, the air that enters is sucked into down the blower fan discharge by the refrigerator shutter of middle below again, makes air within doors keep pure and fresh.Because " room within doors " air-conditioning is opening, (the air self-loopa of left and right air channel) can not produce the discomfort of using the hermetic type air-conditioning.

The advantage of the utility model air-conditioning: simple in structure, cost is low, be convenient to produce, and reduces unnecessary energy waste.

With embodiment and accompanying drawing structure of the present utility model is further narrated below.

Embodiment:

Description of drawings:

Fig. 1 analyses and observe the overall structure schematic diagram for the A-A main frame of present embodiment Fig. 2.

Fig. 2 is a front view.

Fig. 3 is the left view of Fig. 2.

Fig. 4 is the rearview of Fig. 2.

Fig. 5 is for using accompanying drawing.

Fig. 6 is for using accompanying drawing.

By the air conditioner within doors of visible present embodiment shown in Figure 1 is heat abstractor and thermoelectric refrigerator refrigerating plant by preceding box body, thermoelectric refrigerator, within doors the automatic interchange channel of room outer air.Four parts are formed, wherein, and the empty capsid that box body is formed by preceding box body 6 and back box body 7 usefulness, the engaging of master card mouth.Make host machine part be divided into upper right heat abstractor and lower-left refrigerating plant two parts by baffle plate 5 again.The right heat collector 62 of thermoelectric refrigerator 101 and the top-right O type copper tube 63 that has fin and fan 1, shutter 2, air outlet 8 form the radiator portion of thermoelectric refrigerators.The left side collection cooler 61 of thermoelectric refrigerator 101 and the lower left O type copper tube 64 that has fin and 3 times air outlets of lower left machine 80 air intake shutters 4 form the refrigerating part of thermoelectric refrigerators.Be divided into three parts in the casing by shown in Figure 2 as seen being made by

division board

68,69, mid portion is that the right of host machine part 69 forms the indoor air-changing outlet passageway by rectification radiator 65 and air inlet shutter 12 and air outlet shutter 10.68 left side air intake shutters 9 form the air intake scavenge duct with air outlet shutter 11.Fig. 3 is heat radiation air-out guide plate 67, isolation channel 66 room outside within doors, Fig. 4 hanging hole 70, Fig. 5 within doors room 109, bed 112, wall 110,111, match by three grooves 66 among Fig. 2, Fig. 3 when air conditioner 108 is with room 109 uses within doors within doors.

Fig. 6 is open type air-cooler state when air conditioner 108 uses with Working table or study table 107 within doors.

Claims

1, a kind of air conditioner within doors, comprise housing, thermoelectric refrigerator heat abstractor and thermoelectric cooling device, device four parts in the automatic interchange channel of room outer air are formed within doors, it is characterized in that: it all is made of aluminum above in the housing two left side collection cooler and right heat collectors about thermoelectric refrigerator being arranged, in certain cavity is arranged, the collection cooler is connected with the copper tube that the O type that is arranged on the lower left has fin, heat collector be arranged on the top-right O type copper tube that has fin and be connected, at its collection cooler, in the heat collector, with be added with liquid in the copper tube that is communicated with, producing H/C when thermoelectric refrigerator is worked makes host machine part be divided into upper right heat abstractor and lower-left refrigerating plant two parts by baffle plate, liquid free convection heat exchange, last, under the following wind action, make thermoelectric refrigerator be operated in optimum state, during the work of indoor air conditioner, be arranged on three groove kissings in the middle part of the box body with it by roof portion within doors, be divided within doors with the room outside two parts.

2, air conditioner within doors according to claim 1 is characterized in that: be that the upper right side that is communicated with it in heat collector and the collection cooler cavity has reaching in the O type pipeline that the lower left has fin of fin liquid is housed.

3, air conditioner within doors according to claim 1 is characterized in that: the O type pipeline of collection cooler and the O type pipeline of heat collector, form by 1 pipeline at least separately.

4, air conditioner within doors according to claim 1 is characterized in that: the isolation baffle plate of upper and lower part in the middle of collection cooler and heat collector are arranged on.

5, air conditioner within doors according to claim 1 is characterized in that: the blower fan that is arranged on top and bottom.

6, air conditioner within doors according to claim 1 is characterized in that: three concave grooves that are arranged on the box body middle part.

7, air conditioner within doors according to claim 1 is characterized in that: the air convection channel that is arranged on cabinet left part and right part.