CN202452784U

CN202452784U - Intelligent refrigerator controller

Info

Publication number: CN202452784U
Application number: CN2012200495617U
Authority: CN
Inventors: 倪建强
Original assignee: SUZHOU HYC ELECTRONIC TECHNOLOGY Co Ltd
Current assignee: SUZHOU HYC ELECTRONIC TECHNOLOGY Co Ltd
Priority date: 2012-02-16
Filing date: 2012-02-16
Publication date: 2012-09-26
Anticipated expiration: 2022-02-16

Abstract

The utility model relates to an intelligent refrigerator controller, which comprises a remote control module, a power saving module, a food management module, a common database module and a common multimedia module, wherein the remote control module consists of a micro processor module, a refrigerator control module, a power management module, a network module, a storage module and a human-machine interaction module; the power saving module consists of a micro processor module, a refrigerator control module, a clock unit, a temperature sensor and a human-machine interaction module; and the food management module consists of an input module, a management module and a reminding/alarming module. The utility model has the advantages that the intelligent refrigerator controller facilitates later maintenance and later service through intellectualization and an internet; the power fee is saved; and the waste of foods is relieved or avoided.

Description

The intelligent refrigerator controller

Technical field

The utility model relates to a kind of controller, especially relates to a kind of intelligent refrigerator controller.

Background technology

Controller on the current refrigerator still continues the convention of many decades, has only setting and shows simple functions such as time-temperature.

Along with embedded technology develops into the built-in operating system of ability from simple single-chip microcomputer; Simple time-temperature shows the requirement that can not satisfy the consumer; And along with Internet of Things and Internet development with popularize, people require also that electric equipment can network, the ability internal database, can do general multimedia processing; Therefore, existing refrigerator controller can not satisfy people's growth requirement.

Summary of the invention

The utility model technical problem to be solved provides a kind of convenient and intelligent intelligent refrigerator controller that family's labor service work is become.

In order to solve the problems of the technologies described above; The utility model is realized through following technical scheme: a kind of intelligent refrigerator controller; Have remote control module, power-saving module, food control module, frequently-used data library module and multi-media module commonly used; Said remote control module is made up of microprocessor module, refrigerator control module, power management module, mixed-media network modules mixed-media, memory module and human-computer interaction module; Said power-saving module is made up of microprocessor module, refrigerator control module, clock unit, temperature sensor and human-computer interaction module, and said food control module is made up of input module, administration module and prompting/alarm module.

Preferably, said microprocessor module is ARM (S3C6410) framework.

Preferably, said memory module is the storage of SD card.

Preferably, said input module is 7 cun capacitance type touch control screens.

Preferably, said mixed-media network modules mixed-media is made up of universal asynchronous acceptance/dispensing device UART and WI-FI link.

Compared with prior art, the usefulness of the utility model is: this intelligent refrigerator controller is through intellectuality and internet, makes later period maintenance convenient and swift with service, practices thrift the electricity charge, alleviates or stops the food waste.

Description of drawings:

Below in conjunction with accompanying drawing the utility model is further specified.

Fig. 1 is the utility model intelligent refrigerator controller remote control module structural representation;

Fig. 2 is the utility model intelligent refrigerator controller power-saving module structural representation;

Fig. 3 is the utility model intelligent refrigerator controller food control modular structure sketch map;

Fig. 4 is the utility model intelligent refrigerator controller remote control module workflow diagram;

Fig. 5 is the utility model intelligent refrigerator controller node module workflow diagram.

Among the figure: 1, remote control module; 2, power-saving module; 3, food control module; 4, frequently-used data library module; 5, multi-media module commonly used; 6, microprocessor module; 7, refrigerator control module; 8, power management module; 9, mixed-media network modules mixed-media; 10, memory module; 11, human-computer interaction module; 12, clock unit; 13, temperature sensor; 14, input module; 15, administration module; 16, prompting/alarm module.

The specific embodiment:

Below in conjunction with the accompanying drawing and the specific embodiment the utility model is described in detail:

Fig. 1, Fig. 2 and a kind of intelligent refrigerator controller shown in Figure 3; Have remote control module 1, power-saving module 2, food control module 3, frequently-used data library module 4 and multi-media module commonly used 5; Said remote control module 1 is made up of microprocessor module 6, refrigerator control module 7, power management module 8, mixed-media network modules mixed-media 9, memory module 10 and human-computer interaction module 11; Said power-saving module 2 is made up of microprocessor module 6, refrigerator control module 7, clock unit 12, temperature sensor 13 and human-computer interaction module 11, and said food control module 3 is made up of input module 14, administration module 15 and prompting/alarm module 16; Said microprocessor module 6 is ARM (S3C6410) framework; Said memory module 10 is the storage of SD card; Said input module is 7 cun capacitance type touch control screens; Said mixed-media network modules mixed-media 9 is made up of universal asynchronous acceptance/dispensing device UART and WI-FI link; Said administration module 15 is made up of 2G FLASH and 7 cun 24 very color TFT displays, through microprocessor module 6 controls; Wherein ARM (S3C6410) framework, the storage of SD card, 7 cun capacitance type touch control screens, universal asynchronous acceptance/dispensing device UART, WI-FI link, 2G FLASH and 7 cun 24 very color TFT displays constitute hardware platform, and software platform is tall and erect 2.3 systems of peace.

The remote control module of forming by microprocessor module 6, refrigerator control module 7, power management module 8, mixed-media network modules mixed-media 9, memory module 10 and human-computer interaction module 11 1 as shown in Figure 4; Said microprocessor module 6 is responsible for each module operate as normal of coherent system; Refrigerator control module 7 is used for controlling actual parameters such as freezer compressor rotating speed, frequency, refrigerator temperature; Power management module 8 is responsible for the required dc source of each module of voltage transitions; Mixed-media network modules mixed-media 9 is responsible for the information interaction of remote server and controller.During work, controller is at first uploaded the status information of oneself, comprises the device number that dispatches from the factory, software version number, system version number, correlation module version number, electrical equipment model, compressor model and ID number and user profile etc.; Remote server verification finishes; In self server, set up the information bank of this electrical equipment; Controller regularly (every day 2 times) upload operation information (compressor voltage, electric current, temperature, each power module output voltage etc.), after remote server receives, judge whether in normal specifications; As judge unusually, and transmitting " unusual indication " and give controller, controller is notified through display unit and warning device and is carried newspaper behind the user and keep in repair.

The power-saving module that constitutes by microprocessor module 6, refrigerator controller module 7, clock unit 12, temperature sensor 13 and human-computer interaction module 11 as shown in Figure 5; During work, circular flow under the intellect economy pattern can be accomplished cold-storage in evening (low power consumption phase); Put cold (peak times of power consumption) daytime,, practiced thrift resident's electricity consumption expenditure in the situation that does not increase power consumption; This type mode need not increase extra devices such as regenerator yet in addition; Do not increase the product cost of electrical equipment manufacturer, the user also can control flexibly, can freely select whether to adopt this type of mode operation; This type of method of operation has two kinds, presses first pattern of user model operation and second pattern of moving by economic model; Wherein second pattern comprises three parts: the one, force the operation of cold pattern control refrigeration system; The 2nd, the operation of weak refrigeration mode control refrigeration system; The 3rd, clock unit divides two parts according to electricity consumption crest and trough section; Said these two parts are respectively at 7:00 ~ 21:00 in the time period, according to weak refrigeration mode operation (refrigeration 6C, freezing-15C) with at 21:00 ~ 7:00 in the time period; According to strong cold mode operation (refrigeration 2C, freezing-24C).

Said food control module comprises input module 14, administration module 15 and prompting/alarm module 16; Input module 14 is responsible for adding food variety, affirmation food quantity, food stock state confirmation, the different food products kind quality guarantee period is confirmed and the different food products minimum quantity of stores is confirmed; Administration module 15 is responsible for the food state and quantity shows in real time, food state real-time update; Prompting/alarm module 16 is responsible for shelf-lifves be about to expire promptings, food and is about to minimum quantity of stores and reminds, send prompting message to the mobile phone terminal, like the need automatic replenishing, can do shopping through internet electronic and stock up automatically.Food stock in refrigerator can show on 7 cun 24 very color TFT displays in real time, to shelf-life and quantity in stock, but real-time reminding, and can send on the customer mobile phone terminal through internet or 3G, grasp food inventories in the family at any time.

Said this intelligent refrigerator controller is provided with frequently-used data library module 4 and multi-media module commonly used 5; Frequently-used data library module 4 is used for storing the food preserving time limit, preserves suggestion, menu etc., and the renewal of can networking at any time of sales field or food market food price information, and controller also can be at any time with these information and mobile phone two-way interaction renewal; Multi-media module 5 commonly used can have internet radio or functions such as tone information and event notification.

This intelligent refrigerator controller is through intellectuality and internet, makes later period maintenance convenient and swift with service, practices thrift the electricity charge, alleviates or stops the food waste.

It is emphasized that: above only is the preferred embodiment of the utility model; Be not that the utility model is done any pro forma restriction; Every technical spirit according to the utility model all still belongs in the scope of the utility model technical scheme any simple modification, equivalent variations and modification that above embodiment did.

Claims

1. intelligent refrigerator controller; It is characterized in that: have remote control module (1), power-saving module (2), food control module (3), frequently-used data library module (4) and multi-media module commonly used (5); Said remote control module (1) is made up of microprocessor module (6), refrigerator control module (7), power management module (8), mixed-media network modules mixed-media (9), memory module (10) and human-computer interaction module (11); Said power-saving module (2) is made up of microprocessor module (6), refrigerator control module (7), clock unit (12), temperature sensor (13) and human-computer interaction module (11), and said food control module (3) is made up of input module (14), administration module (15) and prompting/alarm module (16).

2. intelligent refrigerator controller according to claim 1 is characterized in that: said microprocessor module (6) is ARM (S3C6410) framework.

3. intelligent refrigerator controller according to claim 1 is characterized in that: said memory module (10) is the storage of SD card.

4. intelligent refrigerator controller according to claim 1 is characterized in that: said input module is 7 cun capacitance type touch control screens.

5. intelligent refrigerator controller according to claim 1 is characterized in that: said mixed-media network modules mixed-media (9) is made up of universal asynchronous acceptance/dispensing device UART and WI-FI link.