CN2231775Y

CN2231775Y - Cold/warm-type energy-saving air-conditioner

Info

Publication number: CN2231775Y
Application number: CN 95239312
Authority: CN
Inventors: 王瀛; 谭安福; 邢超
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-03-08
Filing date: 1995-03-08
Publication date: 1996-07-24
Anticipated expiration: 2005-03-08

Abstract

The utility model relates to a cold-warm type dualpurpose air conditioner. The refrigeration system of the utility model is composed of a water inlet pipe, a water pump, a filter, a refrigerating tube and a blower; when the utility model works, the water pump pumps underground cold water, the underground cold water flows into the refrigerating tube through the filter, and then, the underground cold water is drained into a water well; furthermore, the refrigerating tube is cooled under the circulation of the underground cold water, the blower is utilized to blow cold air into a room, and a cooling effect is realized. The heating system of the utility model is composed of a temperature controller, a blower and the group of a plurality of root of far infrared quartz heating tubes; after power is switched on, the heating tubes simultaneously heat, the blower blows hot air from an air outlet, and the purpose of raising the temperature is realized. The utility model has the advantages of reasonable structure, less investment, high energy and low consumption.

Description

The cold-warm type economical air conditioner

The utility model relates to a kind of groundwater refrigeration that utilizes, the air conditioner for both cooling and heating system that utilizes electric energy to heat.

The existing air-conditioning system of utilizing groundwater refrigeration, it is big to exist power consumption, the defective that usefulness is single, according to the patent of invention that a domestic patent publication No. is CN1043381A, be that a kind of water route endless form of primary-secondary type well or telescopic well of utilizing is carried out indoor refrigeration, its usefulness also can only be freezed, and can not heat.

The purpose of this utility model provides a kind of rational in infrastructure, and small investment is effective, the economical air conditioner of both cooling and heating.

For achieving the above object, the utility model realizes by following proposal, and A, it forms refrigeration system by water inlet pipe, water pump, filter, heat exchanger.B, by heat exchanger, temperature controller, blower fan are formed heating.Its design feature is: be provided with heat exchanger in housing on the chassis, the refrigerator pipes that is provided with in the heat exchanger, the far infrared quartz heating tube adopts fork row or double, many rows to arrange assembling by crack shape fin, and the sealing of external application face shield is shaped on level, orienting vertical wind-guiding vanes on the face shield.The downside of heat exchanger is equipped with fan electromotor, and the lower end of refrigerator pipes is connected with water inlet pipe, and filter is contained in the top of water inlet pipe, and water pump is equipped with in the bottom.Temperature controller is contained in the upside of heat exchanger.

The utility model has the advantages that: 1, simple in structure, multiple functional, dual-use, can satisfy the temperature adjustment needs in two seasons of summer in winter, 2, utilize the efficient heat-conductive characteristic of air-conditioning air regulator inner fin formula heat exchanger and the quantity and the employing of increase refrigerator pipes to pitch row, double, many rows type arrangement, increased the heat release area of heating tube, made the thermal efficiency ratio like product improve 3-5 doubly.Refrigerating capacity has improved more than 30%.3, adopt water supply well and back water well two wells and usefulness, not only avoided the waste of water resource but also guaranteed the balance of the water surface.

Be described further below in conjunction with accompanying drawing:

Figure I is the air conditioner structural representation

Fig. 2 is filtration device structure figure

Fig. 3 is electric heating tube, refrigerator pipes distribution map

The utility model is made of the refrigeration system of air-conditioning water supply well 1, water inlet pipe 2, water pump 3, filter 4, refrigerator pipes 5, air-conditioning air regulator 9, outlet pipe 7, back water well 8.After 3 work that switch on the pump, water in the water supply well 1 (generally below 20 ℃), in water inlet pipe 2 water pumps 3 filters 4 inflow heat exchanger refrigerator pipes 5, (refrigerator pipes and far-infrared heating tube 6 are by fin 10 assemblings, constitute heat exchanger 13), in outlet pipe 7 enters back water well 8, heat exchanger is cooled under the effect of refrigerator pipes very soon, blower fan 11 rotates in the direction of arrows and will blow out from air outlet 12 through the cold wind of heat exchanger, water in the heat exchanger refrigerator pipes absorbs heat after outlet pipe 7 enters in the back water well 8, two wells are separated by 3-5 meters, and so circulation makes the indoor ideal temperature that drops to, filter can prevent that silt enters in the sealing to avoid in the heat exchanger refrigerator pipes stopping up.During as winter heating, water pump quits work, after connecting power supply, infrared ray heating pipe in the heat exchanger heats simultaneously, and heat exchanger promptly becomes heater, and blower fan blows out hot blast from air outlet 12, reach the purpose of intensification, temperature controller 14 can be regulated temperature automatically, and room temperature is reduced to about 26 ℃, and room temperature is risen to about 15-17 ℃.

Filter 4 is made up of fine filtering grid 16,400# filter screen 17, coarse filtration grid 18,150# filter screen 19, and in the housing 15 of packing into successively in order, liquid outlet joint 20 is connected with nut with the heat exchanger water inlet pipe, and inlet joint 21 is connected with nut with the water pump feed pipe.

Heating tube is made by metal shell, quartz glass bushing pipe, heating wire, lead, porcelain tube, high temperature resistant cure adhesive, carborundum filler etc., and heating tube is installed in the heat exchanger 13, and assembly is detachable so that change when damaging.

The utility model can be made cabinet type or wall-hanging integral air conditioner as required.

Claims

1, a kind of groundwater refrigeration that utilizes, the cold-warm type economical air conditioner that utilizes electric energy to heat, refrigeration system is made up of water inlet pipe (2), water pump (3), filter (4), heat exchanger (13), blower fan (11); Heating is by heat exchanger (13), temperature controller (14), blower fan (11) is formed, it is characterized in that: heat exchanger is installed on the interior chassis of housing, the refrigerator pipes (5) that is provided with in the heat exchanger (13), far infrared quartz heating tube (6) adopts fork row or double by fin (10), many rows arrange assembling, the outside is sealed with face shield, face shield is provided with level, orienting vertical wind-guiding vanes, the downside of heat exchanger is equipped with blower fan (11), and upside is equipped with temperature controller (14), and the lower end of refrigerator pipes is connected with water inlet pipe (2), filter (4) is contained in the top of water inlet pipe, and water pump (3) is equipped with in the bottom.

2, air-conditioner according to claim 1 is characterized in that: filter (4) is made up of fine filtering grid (16), 400# filter screen (17), coarse filtration grid (18), 150# filter screen (19), in the housing (15) of packing into successively in order.

3, air-conditioner according to claim 1 is characterized in that: heating tube (6) is made of metal shell, quartz glass bushing pipe, heating wire, lead, porcelain tube, high temperature resistant cure adhesive, carborundum filler etc., and the heating tube assembly is detachable.