CN105223984A - A kind of dedicated devices or dedicated software tool exit the temperature controller of energy saver mode - Google Patents
A kind of dedicated devices or dedicated software tool exit the temperature controller of energy saver mode Download PDFInfo
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- CN105223984A CN105223984A CN201410283159.9A CN201410283159A CN105223984A CN 105223984 A CN105223984 A CN 105223984A CN 201410283159 A CN201410283159 A CN 201410283159A CN 105223984 A CN105223984 A CN 105223984A
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- energy saver
- saver mode
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- temperature
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Abstract
A kind of dedicated devices or dedicated software tool exit the temperature controller of energy saver mode, comprise: the setting of one-chip computer, temperature sensor, temperature button, energy saver mode function button, this exits the temperature controller of energy saver mode by dedicated devices or dedicated software tool, also comprises: wired or wirelessly exit energy saver mode dedicated devices or exit energy saver mode dedicated software tool; Described temperature sensor, temperature setting button is connected with the I/O mouth of one-chip computer respectively with energy saver mode function button; Wired energy saver mode dedicated devices that exits is connected with the I/O mouth of one-chip computer by wireline interface, and the wireless energy saver mode dedicated devices that exits is connected with the I/O mouth of one-chip computer by radio receiving unit.The documentation requirements that temperature controller of the present invention can realize the General Office of the State Council is installed: " strict implement air-conditioner temperature control criterion ", realizes significantly economize energy.The room temperature of room temperature control and hot-water heating and floor heating that the present invention is applicable to air-conditioning cooling/heat controls.
Description
Technical field
The present invention relates to a kind of controller, particularly a kind of temperature controller.
Background technology
At present, general room temperature temperature controller user arbitrarily can set indoor temperature, for public building under heating condition, setting value at room temperature is all transferred to the maximum temperature of temperature controller by great majority, such as 35 DEG C, causes indoor temperature too high, to such an extent as to heat release of windowing, waste energy; Some emporiums under cooling condition, room temperature setting too low so that people cold be difficult to stand, waste energy.
Some temperature controllers add what is called " energy saver mode ", be provided with " energy saver mode " button, such as French Schneider Electric Corp. model is the Power Saving mode operation method of " TC300 Series Microprocessor Temperature Controller ": " press ' Eco ' key starting energy-saving pattern; if when temperature controller is in refrigeration mode; temperature is automatically set as 26 DEG C; if when temperature controller is in heating mode, temperature is automatically set as 18 DEG C; Under energy saver mode opening, then press once ' Eco ' key or press ' ↑ ' or ' ↓ ' key and exit energy saver mode.”
Carefully analyze the effect that this " energy saver mode " might not reach significantly economize energy, because this is a kind of fast setting is refrigeration 26 DEG C and the easy temperature setting method heating 18 DEG C, just allow user few by several times " ↑ " or " ↓ ".Because a key enters " energy saver mode ", anyone can exit " energy saver mode " by a random key, and then arbitrarily changes design temperature, too low too high when heating when causing room temperature to be set in refrigeration, wastes energy.Therefore, which must be based upon all user's awarenesss of saving energy all very high when, just can reach energy-saving effect, otherwise just not reach maximum energy-saving effect.
The file regulation of the General Office of the State Council: " strict implement air-conditioner temperature control criterion ", lay special stress on " strict implement " in file, the temperature controller that this user oneself arbitrarily can exit energy saver mode is not just accomplished " strict implement ", and therefore this temperature controller is defective for the regulation of strict implement General Office of the State Council file.
Summary of the invention
In order to solve the problems of the technologies described above, the invention provides the temperature controller that a kind of dedicated devices or dedicated software tool exit energy saver mode, comprise: the setting of one-chip computer, temperature sensor, temperature button, energy saver mode function button, this exits the temperature controller of energy saver mode by dedicated devices or dedicated software tool, also comprises: wired or wirelessly exit energy saver mode dedicated devices or exit energy saver mode dedicated software tool; Described temperature sensor, temperature setting button is connected with the I/O mouth of one-chip computer respectively with energy saver mode function button; Wired energy saver mode dedicated devices that exits is connected with the I/O mouth of one-chip computer by wireline interface, and the wireless energy saver mode dedicated devices that exits is connected with the I/O mouth of one-chip computer by radio receiving unit.
Described dedicated devices or dedicated software tool exit the temperature controller of energy saver mode, wired energy saver mode dedicated devices that exits is softdog module, the described energy saver mode dedicated devices that exits is that the temperature controller of softdog module also comprises softdog module interface, and described softdog module interface is connected with the I/O mouth of one-chip computer.
Described dedicated devices or dedicated software tool exit the temperature controller of energy saver mode, the wireless dedicated devices exiting energy saver mode is Digiplex, the described dedicated devices exiting energy saver mode is that the temperature controller of Digiplex also comprises radio receiving unit, and described Digiplex is connected with one-chip computer by radio receiving unit.
Described dedicated devices or dedicated software tool exit the temperature controller of energy saver mode, dedicated software tool is special purpose system encryption software, the password that must input in password encryption software just can exit energy saver mode, and the special purpose system exiting energy saver mode is that the key combination coding that described special purpose system encryption software exits on the temperature controller panel of energy saver mode is formed.
Beneficial effect of the present invention:
Compared with prior art, the invention has the beneficial effects as follows by technological means strict implement the documentation requirements of State Council, significantly economize energy.
Accompanying drawing explanation
Fig. 1 is the temperature controller general construction block diagram that the present invention's dedicated devices or dedicated software tool exit energy saver mode:
The wired mode of Fig. 2 to be dedicated devices be softdog module exits the temperature controller structure block diagram of energy saver mode:
The wireless mode of Fig. 3 to be dedicated devices be Infrared remote controller exits the temperature controller structure block diagram of energy saver mode:
Fig. 4 is dedicated software tool is the temperature controller structure block diagram that password encryption software input pin mode exits energy saver mode.
In figure, one-chip computer 101 temperature sensor 102 temperature setting button 103 energy saver mode function button 104 is wired or wireless exits energy saver mode dedicated devices or exits energy saver mode dedicated software tool 105 softdog module interface 201 softdog module 202 infrared receiver 301 Infrared remote controller 302
Embodiment
Refer to Fig. 1, Fig. 1 is the temperature controller general construction block diagram that the present invention's dedicated devices or dedicated software tool exit energy saver mode, comprising: one-chip computer 101, temperature sensor 102, temperature setting button 103, energy saver mode function button 104, wired or wirelessly exit energy saver mode dedicated devices or exit energy saver mode dedicated software tool 105.Divide wired mode, wireless mode and dedicated software tool to be that password encryption software input pin mode exits energy saver mode below in conjunction with accompanying drawing, the present invention be described in further detail:
Embodiment 1, please refer to Fig. 2, and the wired mode of Fig. 2 to be dedicated devices be softdog module exits the temperature controller structure block diagram of energy saver mode.
The wired mode of the present embodiment to be dedicated devices be softdog module exits the temperature controller of energy saver mode, comprising: the setting of one-chip computer 101, temperature sensor 102, temperature button 103, energy saver mode function button 104, softdog module interface 201 and softdog module 202.Described temperature sensor 102, temperature setting button 103, energy saver mode function button 104 are connected with the I/O mouth of one-chip computer 101 respectively with softdog module interface 201.Softdog module 202 is special by managerial personnel.
Exit energy saver mode program to be write in softdog module 202 by temperature controller factory in advance.
Under refrigeration mode operating mode, click " energy saver mode " key, enter the energy saver mode under cooling condition, room temperature is automatically set as 26 DEG C.But exiting energy saver mode must be inserted on softdog module interface 201 by its special softdog module 202 by managerial personnel, one-chip computer 101 just performs and exits energy saver mode program in softdog module 202, just can exit energy saver mode.Heat user all can not exit energy saver mode by any button.This ensures that there energy strict implement State Council relevant regulations, reach the object of significantly economize energy.
In like manner, under heating mode operating mode, press " energy saver mode " key, enter the energy saver mode under heating condition, room temperature is automatically made 20 DEG C.Exiting energy saver mode equally must be inserted on softdog module interface 201 by its special softdog module 202 by managerial personnel, and one-chip computer 101 just performs and exits energy saver mode program in softdog module 202, just can exit energy saver mode.Heat user all can not exit energy saver mode by any button.This ensures that there energy strict implement State Council relevant regulations, reach the object of significantly economize energy.
Embodiment 2, refers to Fig. 3, and the wireless mode of Fig. 3 to be dedicated devices be Infrared remote controller exits the temperature controller structure block diagram of energy saver mode.
The present embodiment is the dedicated devices exiting energy saver mode is the heating temperature controller of Infrared remote controller, it comprises one-chip computer 101, temperature sensor 102, temperature setting button 103, energy saver mode function button 104, also comprise infrared receiver 301, Infrared remote controller 302, the setting of described temperature sensor 102, temperature button 103, energy saver mode function button 104 and infrared receiver 301 are connected with the I/O mouth of one-chip computer 101 respectively.Infrared remote controller 302 is special by managerial personnel.
Under heating operating mode, click " energy saver mode " key, enter the energy saver mode under heating operating mode, room temperature is automatically set as 20 DEG C.Exit heating energy pattern and must aim at infrared receiver 301 by managerial personnel by special Infrared remote controller 302, press and Infrared remote controller 302 exits energy saver mode key, just can exit energy saver mode.
Embodiment 3, refers to Fig. 4, and Fig. 4 is dedicated software tool is the temperature controller structure block diagram that password encryption software input pin mode exits energy saver mode.
The dedicated software tool exiting energy saver mode of the present embodiment is password encryption software, be the temperature controller exiting energy saver mode with input pin mode, comprise: the setting of one-chip computer 101, temperature sensor 102, temperature button 103, energy saver mode function button 104.Temperature setting button 103 is made up of two buttons: " temperature setting+" button and " temperature setting-" button.
Under refrigeration mode operating mode, click " energy saver mode " button, enter refrigerated energy-saving pattern, room temperature is just automatically set as 26 DEG C, and now room temperature thermostatic control is always at 26 DEG C.The method of operating exiting energy saver mode is: 1, pin " energy saver mode " button for a long time more than 6 seconds;
2, when pinning " energy saver mode " button always, then " temperature setting+" button is pressed continuously 8 times;
3, when pinning " energy saver mode " button always, then " temperature setting-" button is pressed continuously 6 times.Namely energy saver mode is exited after decontroling all buttons.
Equally, under heating mode operating mode, click " energy saver mode " button, enter and heat energy saver mode, room temperature is just automatically set as 20 DEG C, and now room temperature thermostatic control is always at 20 DEG C.The method of operating exiting energy saver mode is: pin " energy saver mode " button more than 6 seconds; When pinning " energy saver mode " button always, then press " temperature setting+" button continuously 8 times; When pinning " energy saver mode " button always, then press " temperature setting-" button continuously 6 times; Namely energy saver mode is exited after decontroling all buttons.
When exiting energy saver mode with Password Operations, block with health or with other shelter, to guarantee that password can not be revealed, otherwise once password is revealed, just the function of encryption is lost, cause anyone to operate to exit energy saver mode and arbitrarily adjust indoor design temperature, room temperature adjustment is exceeded standard, wastes energy.
Managerial personnel can also change password, and change method is also operate with the assembly coding of button on front panel.Such as: after pinning " energy saver mode " key and " temperature setting-" key 5 second, press " temperature setting+" key continuously n time simultaneously; Decontrol two buttons, then pin " energy saver mode " key and " temperature setting+" key after 5 seconds simultaneously, press " temperature setting-" key continuously m time; Decontrol two buttons, after 5 seconds, one-chip computer 101 is the password that newly inputs of autostore just.When carrying out afterwards exiting Power Saving mode operation, pin " energy saver mode " key, after 6 seconds, first press " temperature setting+" key continuously n time; Press " temperature setting-" key more continuously m time according to " energy saver mode " key always, after decontroling all buttons, can energy saver mode be exited.
Claims (4)
1. one kind is exited the temperature controller of energy saver mode by dedicated devices or dedicated software tool, comprise: one-chip computer (101), temperature sensor (102), temperature setting button (103), energy saver mode function button (104), it is characterized in that, this exits the temperature controller of energy saver mode by dedicated devices or dedicated software tool, also comprises: wired or wirelessly exit energy saver mode dedicated devices or exit energy saver mode dedicated software tool (105); Described temperature sensor (102), temperature setting button (103) are connected with the I/O mouth of one-chip computer (101) respectively with energy saver mode function button (104); Wired energy saver mode dedicated devices that exits is connected with the I/O mouth of one-chip computer by wireline interface, and the wireless energy saver mode dedicated devices that exits is connected with the I/O mouth of one-chip computer by radio receiving unit.
2. the temperature controller of energy saver mode is exited according to claim 1 by dedicated devices or dedicated software tool, it is characterized in that, wired energy saver mode dedicated devices that exits is softdog module (202), the described energy saver mode dedicated devices that exits is that the temperature controller of softdog module also comprises softdog module interface (201), and described softdog module interface (201) is connected with the I/O mouth of one-chip computer (101).
3. the temperature controller of energy saver mode is exited according to claim 1 by dedicated devices or dedicated software tool, it is characterized in that, the wireless dedicated devices exiting energy saver mode is Digiplex, the described dedicated devices exiting energy saver mode is that the temperature controller of Digiplex also comprises radio receiving unit, and described Digiplex is connected with one-chip computer (101) by radio receiving unit.
4. the temperature controller of energy saver mode is exited according to claim 1 by dedicated devices or dedicated software tool, it is characterized in that, dedicated software tool is special purpose system encryption software, the password that must input in password encryption software just can exit energy saver mode, and the special purpose system exiting energy saver mode is that the key combination coding that described special purpose system encryption software exits on the temperature controller panel of energy saver mode is formed.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410283159.9A CN105223984A (en) | 2014-06-23 | 2014-06-23 | A kind of dedicated devices or dedicated software tool exit the temperature controller of energy saver mode |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410283159.9A CN105223984A (en) | 2014-06-23 | 2014-06-23 | A kind of dedicated devices or dedicated software tool exit the temperature controller of energy saver mode |
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| CN105223984A true CN105223984A (en) | 2016-01-06 |
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| CN1862118A (en) * | 2005-05-11 | 2006-11-15 | Lg电子株式会社 | Air-conditioner |
| CN1959240A (en) * | 2006-02-17 | 2007-05-09 | 广东科龙电器股份有限公司 | Key controlled type energy saving air conditioner |
| CN101630166A (en) * | 2008-07-18 | 2010-01-20 | 纪睿 | Method for controlling limit on maximum heating room temperature |
| CN201724335U (en) * | 2010-06-18 | 2011-01-26 | 广东志高空调有限公司 | Air conditioner with identifying function, remote control and air conditioning system |
| CN102262818A (en) * | 2011-07-08 | 2011-11-30 | 广东美的电器股份有限公司 | Air conditioner controlled by mobile phone and method for controlling air conditioner |
| CN203366159U (en) * | 2013-07-30 | 2013-12-25 | 珠海华峰自动化技术有限公司 | Digital temperature control system |
-
2014
- 2014-06-23 CN CN201410283159.9A patent/CN105223984A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1862118A (en) * | 2005-05-11 | 2006-11-15 | Lg电子株式会社 | Air-conditioner |
| CN1959240A (en) * | 2006-02-17 | 2007-05-09 | 广东科龙电器股份有限公司 | Key controlled type energy saving air conditioner |
| CN101630166A (en) * | 2008-07-18 | 2010-01-20 | 纪睿 | Method for controlling limit on maximum heating room temperature |
| CN201724335U (en) * | 2010-06-18 | 2011-01-26 | 广东志高空调有限公司 | Air conditioner with identifying function, remote control and air conditioning system |
| CN102262818A (en) * | 2011-07-08 | 2011-11-30 | 广东美的电器股份有限公司 | Air conditioner controlled by mobile phone and method for controlling air conditioner |
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Application publication date: 20160106 |
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