CN202002267U

CN202002267U - Energy-saving heat exchanger controlled by singlechip

Info

Publication number: CN202002267U
Application number: CN2010206834108U
Authority: CN
Inventors: 郭祥飞; 张洪宝; 殷淑英
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-12-28
Filing date: 2010-12-28
Publication date: 2011-10-05
Anticipated expiration: 2020-12-28

Abstract

The utility model relates to an energy-saving heat exchanger controlled by a singlechip. The heat exchanger is characterized in that: an indoor air inlet and an indoor air outlet are formed in a plastic plate A; an outdoor air outlet and an outdoor air-collecting hole are formed in a plastic plate B; aluminum foil sheets are arranged between the plastic plate A and the plastic plate B; one end of each aluminum foil sheet is fixed between the indoor air inlet and the indoor air outlet on the inner surface of the plastic plate A; the other end of each aluminum foil sheet is fixed between the outdoor air outlet and the outdoor air-collecting hole on the inner surface of the plastic plate B; an interval is reserved between the every two aluminum foil sheets; plastic plates are arranged on four sides of the plastic plate A and the plastic plate B; the four plastic plates, the plastic plate A and the plastic plate B form a ventilating pipe to wrap multiple groups of aluminum foil sheets; an air-collecting hood is arranged outside the plastic plate B; and an air ventilating fan A and an air ventilating fan B are arranged on the air-collecting hood. The heat exchanger has the advantages that: natural wind can be used for changing temperature; and the heat exchanger is simple in structure, energy-saving, environment-friendly and beneficial for the health of a user.

Description

Monolithic processor controlled energy-saving heat exchanger

Technical field

The utility model relates to cold and hot exchange ventilation equipment, particularly relates to utilizing natural wind to regulate the monolithic processor controlled energy-saving heat exchanger of temperature.

Background technology

The changes in temperature of air-conditioning system need consume a large amount of electric energy in the prior art, because the scarcity of the human energy, this mode of regulating temperature by power consumption is not more and more approved, because the huge temperature difference, cause function of human body to descend, illness rate promotes, and is badly in need of the refrigeration that is suitable for health and the heating system of environmental protection at present.

Summary of the invention

Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art, monolithic processor controlled energy-saving heat exchanger is provided, utility model solves the technical scheme that its technical problem adopts: structure of the present utility model comprises plastic plate A, plastic plate B, aluminium foil, indoor air admission hole, indoor venthole, outdoor steam vent, outdoor gas collection hole, wind-collecting cover, ventilation fan A, ventilation fan B, temperature controller, data wire, it is characterized in that plastic plate A is provided with indoor air admission hole, indoor venthole, plastic plate B is provided with outdoor steam vent, outdoor gas collection hole, plastic plate A, be provided with aluminium foil between the plastic plate B, one end of aluminium foil is fixed on the indoor air admission hole on the plastic plate A inner face, between the indoor venthole, the other end of aluminium foil is fixed on the outdoor steam vent on the plastic plate B inner face, between the outdoor gas collection hole, be provided with an interval between aluminium foil and the aluminium foil, four limits at plastic plate A and plastic plate B are provided with plastic plate, four plastic plates and plastic plate A, in the ventilation shaft that plastic plate B forms is wrapped in many group aluminium foils, plastic plate B outside is provided with wind-collecting cover, wind-collecting cover is provided with ventilation fan A, ventilation fan B, ventilation fan A and ventilation fan B are arranged above and below, and wind-collecting cover is connected with temperature controller by data wire.

Operation principle: control the cold of two parallelpipeds by two ventilation fans as the host computer size, hot-air frees in and out, the air of two pipelines can not mix, heat is then gone over from the aluminium foil metallic walls transmission of pipeline, winter, hot-air enters heat transferred by heat exchanger the cold air in room, summer, the hot-air that enters therefrom absorbs heat from the cold air of discharging, thereby reduction temperature, heat-exchanging part is energy-saving heat exchanger core component, in order to improve heat exchange efficiency, used large-area aluminium platinum to carry out heat exchange, control the speed of ventilation fan by the temperature in the temperature controller mensuration gas skirt and regulate temperature.

The beneficial effects of the utility model are, can utilize natural wind to reach the purpose of changes in temperature exchange, and simple in structure, energy-conserving and environment-protective are of value to health.

Description of drawings

Fig. 1: embodiment package assembly schematic diagram of the present utility model.

Fig. 2: embodiment of the present utility model partly cuts open structural representation.

Fig. 3: the structural representation of embodiment plastic plate A of the present utility model.

Fig. 4: the structural representation of embodiment plastic plate B of the present utility model.

Fig. 5: embodiment wind direction of the present utility model is to flow diagram.

Among the figure: plastic plate A1, plastic plate B2, aluminium foil 3, indoor air admission hole 4, indoor venthole 5, outdoor steam vent 6, outdoor gas collection hole 7, wind-collecting cover 8, ventilation fan A9, ventilation fan B10, temperature controller 11, data wire 12.

The specific embodiment

With reference to description of drawings the utility model is done following concrete detailed description: as shown in the figure, structure of the present utility model comprises plastic plate A1, plastic plate B2, aluminium foil 3, indoor air admission hole 4, indoor venthole 5, outdoor steam vent 6, outdoor gas collection hole 7, wind-collecting cover 8, ventilation fan A9, ventilation fan B10, temperature controller 11, data wire 12, it is characterized in that plastic plate A1 is provided with indoor air admission hole 4, indoor venthole 5, plastic plate B2 is provided with outdoor steam vent 6, outdoor gas collection hole 7, plastic plate A1, be provided with aluminium foil 3 between the plastic plate B2, one end of aluminium foil 3 is fixed on the indoor air admission hole 4 on the plastic plate A1 inner face, between the indoor venthole 5, the other end of aluminium foil 3 is fixed on the outdoor steam vent 6 on the plastic plate B2 inner face, between the outdoor gas collection hole 7, be provided with an interval between aluminium foil 3 and the aluminium foil 3, four limits at plastic plate A1 and plastic plate B2 are provided with plastic plate, four plastic plates and plastic plate A1, in the ventilation shaft that plastic plate B2 forms is wrapped in many group aluminium foils 3, plastic plate B2 outside is provided with wind-collecting cover 8, wind-collecting cover 8 is provided with ventilation fan A9, ventilation fan B10, ventilation fan A9 and ventilation fan B10 are arranged above and below, and wind-collecting cover 8 is connected with temperature controller 11 by data wire 12.

Embodiment recited above is described preferred implementation of the present utility model; be not that design of the present utility model and scope are limited; under the prerequisite that does not break away from the utility model design concept; common engineers and technicians make the technical solution of the utility model in this area various modification and improvement; all should fall into protection domain of the present utility model; the technology contents that the utility model is asked for protection all is documented in claims.

Claims

1. monolithic processor controlled energy-saving heat exchanger, comprise plastic plate A (1), plastic plate B (2), aluminium foil (3), indoor air admission hole (4), indoor venthole (5), outdoor steam vent (6), outdoor gas collection hole (7), wind-collecting cover (8), ventilation fan A (9), ventilation fan B (10), temperature controller (11), data wire (12), it is characterized in that plastic plate A (1) is provided with indoor air admission hole (4), indoor venthole (5), plastic plate B (2) is provided with outdoor steam vent (6), outdoor gas collection hole (7), plastic plate A (1), be provided with aluminium foil (3) between the plastic plate B (2), one end of aluminium foil (3) is fixed on the indoor air admission hole (4) on plastic plate A (1) inner face, between the indoor venthole (5), the other end of aluminium foil (3) is fixed on the outdoor steam vent (6) on plastic plate B (2) inner face, between the outdoor gas collection hole (7), be provided with an interval between aluminium foil (3) and the aluminium foil (3), four limits at plastic plate A (1) and plastic plate B (2) are provided with plastic plate, four plastic plates and plastic plate A (1), in the ventilation shaft that plastic plate B (2) forms is wrapped in many group aluminium foils (3), plastic plate B (2) outside is provided with wind-collecting cover (8), wind-collecting cover (8) is provided with ventilation fan A (9), ventilation fan B (10), ventilation fan A (9) and ventilation fan B (10) are arranged above and below, and wind-collecting cover (8) is connected with temperature controller (11) by data wire (12).