CN201421158Y

CN201421158Y - Monitoring device for energy saving and atomizing system of air conditioner

Info

Publication number: CN201421158Y
Application number: CN2009200728155U
Authority: CN
Inventors: 唐佳彬
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-05-22
Filing date: 2009-05-22
Publication date: 2010-03-10
Anticipated expiration: 2019-05-22

Abstract

The utility model relates to a monitoring device for the energy saving and atomizing system of an air conditioner. The monitoring device comprises a signal inputting part, a signal processing part anda signal outputting part. A mist detection module, a current detection module, a key input module, a temperature detection module and a communication module which form the signal inputting part and aspray output module, a display output module and a communication module which form the signal outputting part are connected with a single-chip microcomputer subsystem which forms the signal processing part. A monitoring management center arranged at a far end is connected with a field monitoring device through a PSTN public telephone network and a data acquisitor, or a GLS/CDMA mobile communication network and a mobile communication module. Accordingly, the monitoring result of the field monitoring device is collectively transmitted to the monitoring management center arranged at the far end,so that the manager can know the monitoring result in the far end field well.

Description

The monitoring device of air conditioner energy saving atomization system

Affiliated technical field

The utility model relates to the intelligent monitoring device of split-type air conditioner with energy-saving atomizer.

Background technology

The prior art of air conditioner energy-saving system is the external water source of handling through particular purification, by being installed in the atomizer atomizing in the heat exchanger of air condition outside, is sprayed at the fin surface of heat exchanger.Along with the heat-exchange fin of high temperature evaporates rapidly by water smoke, take away heat, thereby reduce the fin temperature, improve rate of heat exchange.The type of cooling that makes air-conditioner is from single air cooling way; become hybrid mode air-cooled and the atomizing cooling; thereby reduce the condensation temperature and the condensing pressure of condenser greatly; reduce the height pressure reduction of compressor; reduce compressor because the jumping machine that high temperature protection causes is frequent or the phenomenon of startup difficulty, not only prolonged the service life of compressor, and air-conditioner is had obvious energy-saving effect; refrigerating capacity increases, and input power reduces.Thereby effectively reduce the load of compressor of air conditioner, reduce power consumption, improve the air conditioner refrigerating efficiency.

According to the application investigation of designer to Energy-conserving atomizer of air conditioner, the air-conditioning atomizing energy-saving appliance of certain energy and environment centre of development independent research, this air-conditioning atomizing energy-saving appliance is contained in the outdoor machine of air-conditioner heat exchanger outside, with conduit water is introduced this device, air-conditioning atomizing energy-saving appliance is that small-sized DC does not have the carbon brush high-speed motor and drives the atomizing disk high speed rotating in fact, makes water fogging and is sprayed on the fin surface of heat exchanger equably.Take away heat when mist is met thermal evaporation, the fin temperature of heat exchanger is reduced, the air-conditioning load is reduced, reach economize on electricity and prolong the compressor effect in service life.In actual use will whether operate as normal be monitored to air-conditioning atomizer, could guarantee this energy conserving system operate as normal.

Prior art lacks this monitoring function, particularly along with a large amount of uses of Energy-conserving atomizer of air conditioner, the pressure of maintenance work is also just increasing, in energy-conservation, but increased human cost, so remain existing air-conditioning atomizing energy-saving appliance system is improved.How effectively to monitor the duty of atomizer, improve maintenance efficiency, become the extremely urgent problem that must solve.

Summary of the invention

The purpose of this utility model is to be to design a kind of energy to use wired or wireless mode, and long-range realization is carried out device for monitoring to the air conditioner energy saving atomization system.

The utility model is realized by following design:

A kind of monitoring device of air conditioner energy saving atomization system comprises stimulus part, signal processing, segment signal output.

Described stimulus part comprises one or more mist detection modules, current detection module, keyboard input module, temperature detecting module and communication module, and they join with the single-chip microcomputer subsystem respectively.

Described signal processing part is divided into the single-chip microcomputer subsystem.

Described segment signal output comprises the spraying output module, shows output module and communication module that they join with the single-chip microcomputer subsystem respectively.

Can the monitoring management center be set at far-end, and pass through PSTN public telephone network and data acquisition unit, or join by the atomising device of GSM/CDMA mobile radio communication and mobile communication module and on-the-spot band monitoring function.

Effect of the present utility model is significantly, and the utility model as input module, detects survey by current detecting, temperature detection, mist with button, on LED, realize showing, and by the output of one-chip computer module control mist.Transmit by the communication module control information, realize monitoring in real time.During the atomizer operate as normal, the LM393 comparator circuit of mist detection module output high level; Otherwise, when atomizer is malfunctioning, LM393 comparator circuit output low level.Therefore, the user only need monitor the difference that the LM393 comparator circuit is exported high and low level in real time by remote computer, just can understand atomizer and whether be in normal operating conditions, and take necessary maintaining work, thereby realize Expected Results of the present utility model.

Description of drawings

Fig. 1 is the composition module connection layout of the utility model embodiment.

Fig. 2 is the connection layout of present embodiment remote real time monitoring.

Among the figure: the atomising device 2-fog-spray nozzle 3-spraying output module of 1-band monitoring function

4-mist detection module 5-current detection module 6-keyboard input module 7-single-chip microcomputer subsystem

8-shows output module 9-temperature detecting module 10-communication module 11-monitoring management center

12-PSTN public telephone network 13-data acquisition unit 14-GSM or cdma mobile communication net

The 15-mobile communication module.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is further described, thereby make CONSTRUCTED SPECIFICATION of the present utility model, characteristics, purpose and advantage clearer and more definite.

The structure of the utility model embodiment now is described in conjunction with the accompanying drawings:

As shown in Figure 1, a kind of monitoring device of air conditioner energy saving atomization system comprises stimulus part, signal processing, segment signal output.

Described stimulus part comprises that mist detection module 4, current detection module 5, keyboard input module 6, temperature detecting module 9 and communication module 10 are joined and forms.The mist detection module 4 of present embodiment is made up of the LM393 comparator circuit.

Described signal processing part is divided into single-chip microcomputer subsystem 7.The single-chip microcomputer subsystem 7 of present embodiment adopts commercially available C805 1F005, and described mist detection module 4 joins with FOG1-IN, FOG2-IN and the FOG3-IN terminal of single-chip microcomputer subsystem 7; Current detection module 5 joins with ADC3, ADC4, the ADC5 terminal of single-chip microcomputer subsystem 7; Keyboard input module 6 joins with KEY-SDA, KEY-INT, KEY-CS, the KEY-CSL terminal of single-chip microcomputer subsystem 7; ADC0, ADC1, the ADC2 terminal of temperature detecting module 9 and single-chip microcomputer subsystem 7 join; TXD0, the RXD0 terminal of communication module 10 and single-chip microcomputer subsystem 7 join.

Described segment signal output comprises spraying output module 3, show that output module 8 and communication module 10 are joined forms.Described spraying output module 3 joins with DCF-MD-ONOFF1, DCF-MD-ONOFF2, the DCF-MD-ONOFF3 terminal of single-chip microcomputer subsystem 7; Show that output module 8 and KEY-SDA, KEY-INT, KEY-CS, the KEY-CSL terminal of single-chip microcomputer subsystem 7 join; TXD0, the RXD0 terminal of communication module 10 and single-chip microcomputer subsystem 7 join.

Present embodiment, detects by current detecting, temperature detection, mist as input module with button, on LED, realizes showing, and by the output of one-chip computer module control mist.Transmit by the communication module control information, realize monitoring in real time.

The mist detection module 4 of present embodiment selects for use the LM393 comparator circuit to form, during monitored atomizer operate as normal, and LM393 comparator circuit output high level; Otherwise, when atomizer is malfunctioning, LM393 comparator circuit output low level.The user only need monitor the difference that the LM393 comparator circuit is exported high and low level in real time by remote computer, just can understand atomizer and whether be in normal operating conditions, and take necessary maintaining work.Each LM393 can detect 2 mist sensors.As long as increase the quantity of LM393, just can detect a plurality of mist sensors.The utlity model has one or more mist detection modules 4.

As shown in Figure 2, can monitoring management center 11 be set, and by PSTN public telephone network 12 and data acquisition unit 13, or by GSM/CDMA mobile radio communication 14 and mobile communication module 15, join with the atomising device 1 of scene band monitoring function at far-end.Thereby to the monitoring management center 11 of being located at far-end, manager's monitoring result of local supervising and measuring equipment can have at fingertips to the monitoring result at far-end scene by concentration of transmissions.

Claims

1. the monitoring device of an air conditioner energy saving atomization system comprises stimulus part, signal processing, segment signal output, it is characterized in that:

Described stimulus part comprises mist detection module (4), current detection module (5), keyboard input module (6), temperature detecting module (9) and communication module (10), and they join with single-chip microcomputer subsystem (7) respectively;

Described signal processing part is divided into single-chip microcomputer subsystem (7);

Described segment signal output comprises spraying output module (3), shows output module (8) and communication module (10) that they join with single-chip microcomputer subsystem (7) respectively.

2. by the monitoring device of the described air conditioner energy saving atomization system of claim 1, it is characterized in that: one or more mist detection modules (4) are arranged.

3. press the monitoring device of claim 1 or 2 described air conditioner energy saving atomization systems, it is characterized in that: can monitoring management center (11) be set at far-end, and pass through PSTN public telephone network (12) and data acquisition unit (13), or join with the on-the-spot atomising device (1) of monitoring function of being with by GSM/CDMA mobile radio communication (14) and mobile communication module (15).