CN103363630B - Control the System and method for of air-conditioning system - Google Patents

Abstract

The System and method for of control air-conditioning system is described, including for example：It automatically controls and manages air-conditioning system to efficiency pattern；With energy meter to the system communication of user, to help Air-condition system control to efficiency pattern；The control and management of multiple air-conditioning units；It is switched on/off air-conditioning system using electronic lock control.In addition, the control of electronic lock is described, e.g., including privacy mode.Can by using with wireless mesh network component, such as ZigBee module, communication module obtain communication and control.For example, such wireless mesh network component, e.g., ZigBee module can be used on single hand-held remote controller, on the air-conditioning unit in system and being sometimes used on electronic lock.

Description

Control the System and method for of air-conditioning system

Technical field

Describe the System and method for of control air-conditioning system.Specifically, multiple inventions are described to control air-conditioning system, are wrapped It includes for example：It automatically controls and management air-conditioning system to efficiency pattern；With energy meter to the system communication of user, to help air-conditioning System is controlled to efficiency pattern；The control and management of multiple air-conditioning units；And deactivated/enabling sky is controlled using electronic lock Adjusting system.In addition, the control of electronic lock is described, e.g., including privacy mode.

Background technology

It can be for air-conditioning system, such as with multiple air-conditioning units（Such as, more than one mini split-type air conditioner list Member）Residence type air-conditioning system, make several improvement.Such improvement may include, for example, for air-conditioning system control and Improvement in the convenience for users of management aspect, for the efficiency in relation to relative energy efficiency and consumption run and communication on changing Into.It can also be for controlling the convenience for users of multiple air-conditioning units and for management air-conditioning system and other residential systems The convenience for users of management makes improvement.

Invention content

In general, describing multiple inventions and the embodiment of the System and method for for controlling air-conditioning system, Yi Jiyong In the embodiment of the component and equipment of control air-conditioning system.In general, can be by using with wireless mesh network component Communication module obtains the communication and control in System and method for herein.One example of such wireless mesh network component It is to use ZigBee module.Such wireless mesh network component, e.g., ZigBee module can be used for system described herein In method, it is used for example on single hand-held remote control unit, on the air-conditioning unit in system and being sometimes used in electronic lock On.

One example of System and method for herein is to control air-conditioning system automatically while providing good user's comfort System and the design that management is efficiency pattern.This pattern can be selected as the intelligent mode of control.

Such system can be implemented with aspect in the residence type air-conditioning system with one or more air-conditioning units.Often One air-conditioning unit includes having indoor temperature transmitter to detect the indoor unit of indoor temperature.Each indoor unit can be grasped It is connected to the outdoor unit of their own with making.The environment temperature sensor of detection outdoor environment temperature is connected at least one outdoor Unit.In the case of there are multiple air-conditioning units wherein, one or more environment temperature sensor can be used.It is one or more Communication module is operably coupled to air-conditioning unit.Communication module transmits the outdoor environment temperature detected by environment temperature sensor Degree, and transmit the indoor temperature detected by indoor temperature transmitter.

The system further includes controlling the controller of air-conditioning unit.The controller includes communication module, for from operationally It is connected at the communication module of air-conditioning unit, receives the outdoor environment temperature detected by environment temperature sensor and by Indoor Temperature The indoor temperature that degree sensor detects.The communication module of the controller set point temperatures and phase to be run air-conditioning unit The fan setting that the indoor unit answered to be run, is transferred to air-conditioning unit.The set point temperatures and fan setting define fortune Capable intelligent mode, the pattern provide the efficiency pattern and user's comfort of the operation of one or more air-conditioning units.Control The communication module of device is further adapted for communicating by wireless mesh network to be carried out with the communication module for being operably coupled to air-conditioning unit Communication.In one embodiment, set point temperatures are automatically determined based on detected outdoor environment temperature, and based on by controlling Difference between the set point temperatures that device processed automatically determines and the indoor temperature detected by each indoor temperature transmitter is come by controlling Device processed automatically determines fan setting.It will be appreciated that suitable balance factor and inquiry table may be present, can be used for providing above-mentioned Intelligent mode.

In one embodiment, used communication module is wireless mesh network component, such as ZigBee module.

In one embodiment, controller is single hand-held remote control unit.

Another example of System and method for herein is to carry out the communication between user by using energy meter Design, to help Air-condition system control to be efficiency pattern.The energy meter shows that the current relative energy of system is imitated to user Rate is based on such as user or environment（Such as, indoor and/or outdoor temperature）Potential variation and the relative energy efficiency predicted. In one embodiment, energy meter is the visual display unit on controller, this can be such as liquid crystal display（LCD）Screen The screen of curtain etc.

Such System and method for can be implemented in the air-conditioning system of such as above-mentioned air-conditioning system etc, or can be Separated and independent function in its own air-conditioning system.Under any circumstance, which includes energy meter to show one The label of the energy efficiency of a or multiple air-conditioning units.It is selected on the controller for example, energy meter is shown by way of LCD screen The label of the energy efficiency of fixed specific air-conditioning.The label of energy efficiency is one of following：Air-conditioning unit based on one or more Currently running set point temperatures present energy efficiency instruction；Or the set point based on modification for example on the controller The energy efficiency instruction of the prediction of other variations in temperature or environment.Set point temperatures or modification will currently be run by controller Set point temperatures be associated with the outdoor environment temperature that environment temperature sensor detects, and be associated with by each interior by controller The indoor temperature that temperature sensor detects.The controller will be shown as the label of energy efficiency using these associations to estimate One or more air-conditioning units relative power consumption.It will be appreciated that energy meter can also be provided such as in relation to energy unit And/or the information of cost.

In one embodiment, by using wireless mesh network component（Such as ZigBee module）Communication module come Processing communication.

In one embodiment, which is the single hand-held remote control unit for the information that can show energy meter.

Another example of System and method for herein is the design of the control and management of multiple air-conditioning units.Institute as above It states, air-conditioning system（Such as using a system of more than one mini split type unit）It can be controlled by single controller. Such System and method for can realize the control of multiple AC units, can be implemented in such as above-mentioned air-conditioning system any one it In the air-conditioning system of class or it can be the separated and independent function in its own air-conditioning system.In one embodiment In, by using wireless mesh network component（It is multiple）（Such as ZigBee module）Communication module come handle communication.One In a embodiment, controller is the single hand-held remote control unit for controlling multiple units.

It is from using the door of electronic lock to be switched on/off air-conditioning system to control in another example of system and method The design of system.As described above, air-conditioning system（Such as using a system of more than one mini split type unit）Can for example it lead to The specific button crossed on electronic lock is energized/powers off.Such function can provide increased convenience, be powered off when leaving house Or multiple AC units in electrifying system, and avoid individually to power off or being powered on each AC unit.Such system System is can be implemented in method in the air-conditioning system of any of such as above-mentioned air-conditioning system etc, or can be oneself at it Separated and independent function in body air-conditioning system.Include electronic lock, has and be suitable for leading to by wireless mesh network Believe the communication module communicated with one or more air-conditioning units.When enabling the communication module of electronic lock, it is configured as from electricity Cervical orifice of uterus lock is come one or more air-conditionings that power off or be powered.In one embodiment, which includes being located at electronic gate ZigBee module on lock and air-conditioning unit.

In addition, the System and method for of control electronic lock is designed to include such as a system of privacy mode and side Method.Such function can provide increased convenience, and residential system is placed in safe mode, and can be implemented as such as A part for the air-conditioning system of any of above-mentioned air-conditioning system etc, or can be separating in its own security system With independent function, such as directly it is activated from electronic lock or from another controller.Include the communication on electronic lock Module is communicated suitable for the communication module with controller by way of being communicated wireless mesh network.When activated, it controls Electronic lock is positioned in privacy mode by the communication module that the communication module of device transmits commands to electronic lock.At one In embodiment, wireless mesh network communication includes the ZigBee module being located on electronic lock and controller.Implement at one In example, controller is the single hand-held remote control unit for controlling electronic lock.

One embodiment of hand-held remote control unit includes the shell comprising control side and the side that comes in and goes out.Pressing on control side Button controls one of air-conditioning system or the operation setting of air-conditioning unit and pattern.Display is connected to the shell to show air-conditioning One of system or the operation setting of air-conditioning unit and pattern.Communication module including wireless mesh network component is housed inside this In shell.Wireless mesh network component can from one or more air-conditionings of air-conditioning system receiving sensor data, and can will transport One or more air-conditioning units of row setting and pattern communication to air-conditioning system.Include processor inside the shell.The processor can Data are received from communication module and can transmit commands to the one of air-conditioning system by the wireless mesh network component of communication module A or multiple air-conditioning units.Power supply is powered to display, communication module and processor.Remote controler may also include positioned at the side that comes in and goes out On it is one or more come in and go out panels access any one of power supply and display components, communication module and processor or It is multiple.

In one embodiment, wireless mesh network component is ZigBee module.

In one embodiment, wireless mesh network component can be passed with the wireless mesh network component communication of electronic lock Defeated order, to enabling or the privacy mode of deactivated electronic lock.

One embodiment of electronic door lock system includes chassis.Indoor assembly is supported by the chassis, and indoor assembly includes Lid frame（cover frame）And door handle.Outdoor component is supported by the chassis, and outdoor component includes lid frame（cover frame）And door handle.Include electron key reader to read electron key in the case where not contacted with electron key. Include that button to execute operation setting or pattern from the door of installation electronic lock on it.Using communication module, have Wireless mesh network component.The wireless mesh network component can transmit operation setting and pattern, and such as power off or be powered tool There are one or more orders of the other component of wireless mesh network components, and can receive the wireless mesh network by communication module The data of part transfers.The wireless mesh network component of communication module may be additionally configured to connect by the communication with peripheral control unit Receive the order of electronic lock setting and pattern.Further include having door position sensor electronic door lock system is installed on it to detect The position of door.Processor control electronic lock is arranged and transmits commands to communication module.Power supply is passed to communication module, door position Sensor and processor power supply.

In one embodiment, wireless mesh network component is ZigBee module.

In one embodiment, the wireless mesh network component of electronic door lock system is configured as and one or more air-conditionings The wireless mesh network component communication of unit transmits order to power off one or more air-conditioning units.In one embodiment In, peripheral control unit is the single hand-held remote control unit with its own wireless mesh network component.

Description of the drawings

Referring now to attached drawing, wherein similar drawing reference numeral represents the attached drawing of corresponding component in whole attached drawings.

Fig. 1 shows to control and manage the whole system 10 of air-conditioning system, be controlled with controller and manage air-conditioning system is System 10 ', the safety that house is controlled with the system 10 " of electronic gate lock control air-conditioning system and using controller and electronic lock The system 10 " of feature ' schematic diagram.

Fig. 2 is the front perspective view of one embodiment of hand-held remote control unit.

Fig. 3 is the rear perspective view of the hand-held remote control unit of Fig. 2.

Fig. 4 is the front view of the hand-held remote control unit of Fig. 2.

Fig. 5 is the side view of the hand-held remote control unit of Fig. 2.

Fig. 6 is another side view of the hand-held remote control unit of Fig. 2.

Fig. 7 is another side view of the hand-held remote control unit of Fig. 2.

Fig. 8 is another embodiment of the front view of hand-held remote control unit.

Fig. 9 shows the display of the hand-held remote control unit of Fig. 8.

Figure 10 shows the energy efficiency operation for determining the air-conditioning unit being used in any one system described herein Table.

Figure 11 is the front view of one embodiment of the indoor assembly of one embodiment of electronic door lock system.

Figure 12 is the front perspective view of the indoor assembly of Figure 11.

Figure 13 is another front perspective view of the indoor assembly of Figure 11.

Figure 14 is the side view of the indoor assembly of Figure 11.

Figure 15 is the side view opposite with the side view of Figure 14 of the indoor assembly of Figure 11.

Figure 16 is the vertical view of the indoor assembly of Figure 11.

Figure 17 is the upward view of the indoor assembly of Figure 11.

Figure 18 is the front view of one embodiment of the outdoor component of one embodiment of electronic door lock system.

Figure 19 is the front perspective view of the outdoor component of Figure 18.

Figure 20 is another front perspective view of the outdoor component of Figure 18.

Figure 21 is the side view of the outdoor component of Figure 18.

Figure 22 is the side view opposite with the side view of Figure 21 of outdoor component of Figure 18.

Figure 23 is the vertical view of the outdoor component of Figure 18.

Figure 24 is the front view of another embodiment of the outdoor component of electronic lock.

Figure 25 is the one embodiment for the content that will be packaged as electronic lock product.

Figure 26 is the expansion view of electronic door lock system.

Figure 27 A are the expansion views of one embodiment of the indoor assembly of the electronic door lock system of Figure 26.

Figure 27 B are another expansion views of the indoor assembly of Figure 27 A of the electronic door lock system of Figure 26.

Figure 27 C are the rearviews of the indoor assembly of Figure 27 A of the electronic door lock system of Figure 26.

Figure 27 D are another expansion views of the indoor assembly of Figure 27 A of the electronic door lock system of Figure 26.

Figure 28 A are the expansion views of the outdoor component of the electronic door lock system of Figure 26.

Figure 28 B are another expansion views of the outdoor component of Figure 28 A of the electronic door lock system of Figure 26.

Figure 28 C show the position for the mechanical key that will be inserted into mechanical key hole.

Figure 28 D are the rearviews of the outdoor component of Figure 28 A of the electronic door lock system of Figure 26.

Figure 28 E are another expansion views of the outdoor component of Figure 28 A of the electronic door lock system of Figure 26.

Specific embodiment

In general, multiple embodiments of the System and method for for controlling air-conditioning system are described, and for controlling The component of air-conditioning system and the embodiment of equipment.Such System and method for includes for example：Automatically control and manage air-conditioning system To intelligent mode, which provides the combination of energy efficiency and users'comfort；With energy meter to the system communication of user, It maintains to help Air-condition system control to efficiency pattern while users'comfort；The control and management of multiple air-conditioning units； And controlled and deactivated using electronic lock/enable air-conditioning system.In addition, the control of electronic lock is described, e.g., including privacy mould Formula.

In general, can by using the communication module with wireless mesh network component and ability come obtain herein be System and the communication and control in method.Such wireless mesh network component another example is use ZigBee module.In this way Wireless mesh network component, e.g., ZigBee module can be used in system and method described herein, be used for example in hand-held On formula remote controler, it may be present on the air-conditioning unit in system and be sometimes used on electronic lock.

As used herein, term " house " or " residence type " can be applied to any single family's shelter, polynary or more A family's shelter, apartment, villa can even be contained in single family's shelter, polynary or multiple family's shelters, apartment, not The similar people of quantity or the small office complex in room in villa, or can be applied to suitably use with multiple air-conditioning lists Member（Such as more than one mini Split type air conditioning units）Air-conditioning system any building or structure.Such place It uses, " mini split-type air conditioner " refers to the general air-conditioning with outdoor unit and indoor unit, outdoor unit band condenser, Heat exchanger, compressor and fan, and indoor unit may be mounted to that on the wall or ceiling in room and include air conditioning Device and filter.Condenser such as provides coolant by refrigerant lines to air regulator, which passes through wall Opening in wall or ceiling and the back for getting in unit.Air regulator obtains gas supply from room, and will be recently cold But air is distributed in room.Such air-conditioning can also have the remote controler of controllable AD HOC, and AD HOC includes wind Leaf waves, noise（Low-high speed）, air-flow, power supply opening/closing, temperature setting, fan speed setting, drying/refrigeration/fan Pattern and sleep/turbine/automatic mode.

As used herein, term " wireless mesh network " therein or " component " or " module " refer to being covered with specific The communication network that the radio node of mesh configuration tissue in capping product is constituted.The area coverage of radio node can be used as list A network, wherein radio node act on creating radio net with being fused to each other.For example, when a node can not operate again When, other nodes can still communicate with one another directly or through one or more intermediate nodes.By the way that longer distance is divided into A series of shorter short distances（hop）, wireless mesh network framework can maintain signal strength.Intermediate node can not only promotion signal, Forwarding judgement synergistically also is made for the understanding of network based on them, that is, execute routing.For example, node only needs to be transmitted to As far as next node, interior joint can be used as router by the data transmission from closer node to being not too far its His node reaches single short distance, leads to the network that may span across bigger distance.Each node can be connected to other several sections Point.If due to hardware fault or for other reasons so that a node drops out outside network, adjacent node is selected using routing Another routing can be quickly found by selecting agreement.

As used herein, term " ZigBee " therein and " module " or " component " can refer to certain types of wireless network Shape network and component.ZigBee be known as relatively low cost, low-power wireless mesh network standard.Low cost allows the technology It is widely deployed in wireless control and monitoring application.Low-power maintains longer time using permission with smaller battery. Mesh network provides higher reliability and broader range.ZigBee and module or its component, it is intended that compared to such as bluetooth it Other wireless personal area networks of class（WPAN）For it is relatively simpler and less expensive.ZigBee targets are radio frequencies（RF）Using, RF applications are directed to the network of lower data rate, longer battery life and safety.ZigBee may be adapted to from sensing The periodicity or intermittence data or individual signals of device or input equipment are transmitted.Although ZigBee is described herein as wireless network One example of shape network, it will be appreciated that other wireless mesh networks to work other than ZigBee or similar to ZigBee Network can be used, and it will be appreciated that if if appropriate and/or required, the WPAN of such as bluetooth etc can be used.

As used herein, term " efficiency " or such " pattern " or " setting " can refer to air-conditioning system and/or it is each The efficient operation of air-conditioning unit and power consumption.Term " intelligent mode " for example refer to existing efficiency provide again good user relax The operational mode of appropriateness.

Fig. 1 is control and management air-conditioning system and a reality of the total system 10 of the security feature of house H can also be provided Apply the schematic diagram of example.

In total system 10, another embodiment of system or subsystem, system 10 ' can use single controller C controls And the air-conditioning system managed.

System or another embodiment of subsystem, system 10 ", for controlling air-conditioning with electronic lock EL is also shown in Fig. 1 System.Controller C and/or electronic lock EL can be used to control for another of system or subsystem embodiment, system 10 " ' The security feature of residence H.

Referring to system 10, one or more air-conditioning units 12 are disposed in each room R1, R2 and R3（Hereinafter referred to as " AC Unit "）.Three rooms are illustrated, is more than or lacks it is to be understood that arbitrary system herein can be configured as accommodating having House in three rooms, each room have the AC units of their own, or can have multiple AC units.As shown, every One AC unit 12 is including indoor unit IDU and can detect indoor temperature with indoor temperature transmitter 14.Indoor unit IDU It is operably coupled to outdoor unit ODU 16.Outdoor unit 16 detects outdoor environment temperature including environment temperature sensor 18 Degree.As shown in fig. 1, show an ODU 16, it is to be understood that more than one ODU can be used, such as Using the system of multiple mini split type AC units, wherein each indoor unit IDU has the ODU of its own.It can also be understood that , in the environment with multiple ODU, needs/expectation is depended on, it can be for system 10 using one or more outdoor environments Temperature sensor 18.System 10 further includes being operably coupled to one or more communication modules 20 of AC units 12.As schemed Show, IDU has communication module 20.Communication module 20 is configured as transmitting the outdoor environment detected by outdoor temperature sensor 18 Temperature, and be configured as transmitting the indoor temperature detected by indoor temperature transmitter 14.It is mono- that controller C is configured as control AC Member 12.Controller C includes communication module ZM, is configured as from the communication module 20 for being operably coupled to AC units 12 Place receives the outdoor environment temperature detected by outdoor temperature sensor 18 and the interior detected by indoor temperature transmitter 14 Temperature.

Referring to communication module ZM and 20, the control module C of controller C can be adapted for, for example, at IDU, by wireless The mode of mesh network communications is communicated with the communication module 20 of AC units 12.In one embodiment, it is operably coupled to The communication module ZM and communication module 20 of the controller C of AC units 12 is ZigBee module.

Referring to controller C, controller C further includes control unit PCB, this can be but not limited to printed circuit board, packet Energy meter EM is included, and includes the power ps of the component power supply to controller C.Referring to energy meter once（EM）, this will hereinafter Further describe, energy meter EM may include the visual display unit of such as LCD screen etc, can by for example by software realization and Control unit PCB can be controlled by.Screen, such as LCD screen can be the components of controller C.It will be appreciated that controller C tools There are required computing capability and software configuration, to run system described herein and method.

The intelligent mode of system 10

Referring to Fig. 1, in one embodiment, system 10 can be configured as that AC units 12 is allowed to transport with the operational mode of efficiency Good users'comfort is provided while row, that is, the intelligent mode of energy efficiency.For example, the communication module ZM quilts of controller C It is configured to the set point temperatures that AC units 12 to be run being transferred to AC units 12, and transmits indoor unit IDU to be run Fan speed setting.Set point temperatures be made by controller C or by its user make setting each AC unit The setting of 12 running temperature.Fan speed setting be made by controller C or by its user make setting each The setting of the fan speed operation of AC units 12.Set point temperatures and fan speed setting can define the ginseng of intelligent mode together Number, intelligent mode can provide the efficiency operational mode of AC units 12 and provide the combination of the operational mode of users'comfort, this will It is described in detail below.

About intelligent operation pattern, system 10 and any one AC unit 12 can be placed in intelligent mode by controller C, The outdoor environment temperature that set point temperatures can be detected by controller C based on environment temperature sensor 18 in the intelligent mode comes from It is dynamicly determining, and fan speed setting can be by controller C based on the set point temperatures automatically determined by controller C and by each interior Difference between the indoor temperature that temperature sensor 14 detects automatically determines.The purpose of this measure is so that effectively protecting The energy expenditure of AC units 12 is held, while the expectation comfort level of user is maintained by the modulation of set point temperatures and air-flow.It is logical Cross outdoor environment temperature adjust automatically set point based on variation and by outdoor environment temperature and wherein at AC units 12 Indoor temperature it is associated, this can reduce or eliminate personnel and intervene and can cause energy saving.

In one example, this intelligent mode reads environment temperature, and such as base with environment temperature sensor 18 In inquiry table（The Figure 10 for seeing, such as following table 1, and being further described in seeing below）To select set point temperatures.It can examine Indoor temperature is read by indoor temperature transmitter 14 when survey, and the indoor temperature can correlation be coupled to selected set point temperatures Fan speed setting is obtained, the wherein association between the two automatically selects each indoor unit（Such as, IDU）Fan speed （It is shown in Table 2）.

Table 1：Set point selects

Environment temperature	Selected set point temperatures
		<30℃	22℃
31 to 35 DEG C	23℃
		36 to 40	24℃
41 to 45 DEG C	25℃
		46 to 50 DEG C	26℃

Table 2:Fan speed rotates

Difference between indoor temperature and set point	Speed step
		0℃	Speed step 2
1-2℃	Speed step 3
		3+℃	Speed step 4

Above table is from for air-conditioning（Such as, mini split-type air conditioner）Energy expenditure figure analysis and for american system Heat, refrigeration and air conditioning Association of Engineers（ASHRAE）Comfort criterion analysis combination be created that come energy and It is derived in comfort chart.

It, can be by 18 trap chamber of environment temperature sensor for example in outdoor unit ODU16 in the intelligent mode External environment temperature, and the temperature is such as transferred into indoor unit IDU via connecting line.Indoor temperature can be by being placed on room Indoor temperature transmitter 14 in interior unit IDU is captured, and then two kinds of data points can such as be led to via ZigBee Letter is transmitted to controller C, and intelligence can be populated at wherein controller C and is come system control to intelligent mode automatically.

The energy meter EM of system 10

Referring to the energy meter EM functions of Fig. 1 and controller C, other than intelligent mode or in another independent application, System 10 can be used for the label for showing the energy efficiency of AC units 12.The label of energy efficiency can be based on AC units 12 The present energy efficiency of currently running set point temperatures indicate or the set point temperatures based on the modification on controller C or Environment（Such as, outdoor temperature, indoor temperature, moisture）Variation prediction energy efficiency instruction.It will currently be transported by controller C Row set point temperatures or the set point temperatures of modification are associated with the outdoor environment temperature that environment temperature sensor 18 detects, and It is associated with to the indoor temperature detected by each indoor temperature transmitter 14 by controller C.From these associations, controller C can estimate The relative power consumption of AC units 12 is calculated, information therein can be shown as the label of energy efficiency.

For example, AC units 12（Such as mini split type AC）Energy expenditure may depend on set point temperatures, outdoor Environment temperature and indoor temperature.Controller C, which is obtained, comes from environment temperature sensor 18（Such as, it is placed on outdoor unit ODU16 On）, indoor temperature transmitter 14（Such as, it is placed on indoor unit IDU）Input and set point temperature from controller C It spends to predict energy band that air-conditioning may be run wherein.Energy meter EM can be that this information visuallization is shown on controller C, It reminds user in relation to the association between set point temperatures and energy expenditure, and family that can be used can make decision, such as pass through Set point temperatures are moved to the operation of more efficiency, and do so the operation for stiling provide users'comfort.

For example, the outdoor environment temperature captured by environment temperature sensor 18, can be transferred to interior by connecting line Unit IDU.Then, indoor temperature（It is captured by indoor temperature transmitter 14）With outdoor environment read, such as via Zigbee communication can be sent to controller C by indoor unit IDU.Obtaining outdoor environment temperature, indoor temperature and set point After the parameter of temperature, controller C can estimate operation band and such as be shown by colour via different instructions（Such as, red, light Red, pale green is green）It shows, instruction relative power consumption（Green is lowest power consumption or most effective, and red is maximum Power consumption or minimum efficiency）.It will be appreciated that color code is alterable and can not use completely.

When these parameters are for example due to user intervention（Seem to change set point temperatures）Or due to changes in environmental conditions（Seem Outdoor and/or indoor temperature variation）And when changing, predict that energy datum or power consumption can correspondingly change, thus to Family is provided with the Real-time Feedback for the relative energy state that relationship system is run wherein.

Such Real-time Feedback is shown in following example, which, which compares, may work as user's change set point temperatures When two kinds of situations, and assume current outdoor temperature be 38 DEG C：

1. set point is arranged in 18 DEG C-energy meter shown in red range user（Imply higher power consumption and Relatively low efficiency）；

2. set point is arranged in 26 DEG C-energy meter shown in green range user（Relatively low power is imply to disappear Consumption and relatively high efficiency）.

In such an example, energy meter provides information, which can influence user behavior to which user can be consciously The efficiency operation for making decision to influence system 10.Family can be used to be able to recognize his decision for AC units 12 for energy meter The influence of energy expenditure.Using controller C, this energy meter function can be provided a user about the AC units 12 in system 10 The real-time or intimate real-time information of relative energy consumption.Pass based on set point temperatures, ambient temperature and indoor temperature User can be helped to avoid or reduce the excessive electricity of AC units 12 by the display of energy meter EM in the information of relative energy consumption It can consumption.

It is realized by electronic lock EL and the AC units of system 10 is controlled

Referring further to Fig. 1 and referring to electronic lock EL, other than intelligent mode and/or energy meter, or at another In independent utility, system 10 can be used for power-off or energization that AC units are controlled from electronic lock EL.In one embodiment, Electronic lock EL is door, this provides the electronics entrance from outside to house H, such as by using electronic key card or key Spoon chain, it is to be understood that electronic lock EL is not limited to any particular door of house H and can be applied to other electronic gates Lock or multiple electronic locks.In the illustrated embodiment, system 10 further includes electronic lock EL.Electronic lock EL includes being suitable for passing through The communication module ZM of the mode and AC unit communications of wireless mesh network communication.The communication module ZM of electronic lock EL, when being opened Used time depends on situation, and can power off or be powered from electronic lock EL AC units.In one embodiment, electronic lock EL's is logical Believe that module ZM is ZigBee module.

Pass through the security feature for the system 10 that controller C communications with electronic lock EL are realized

Referring further to Fig. 1, other than intelligent mode and/or energy meter function and/or multiple-unit control, or another In a independent utility, system 10 can provide further safety or privacy mode.For example, the communication module ZM of electronic lock EL can be fitted It is communicated in by wireless mesh network（Such as, ZigBee module）Mode communicated with controller C, and when enabled, control The communication module ZM of device C can transmit commands to the communication module ZM of electronic lock EL make electronic lock EL be in privacy or In safe mode.In such pattern, by using the electronic access of the door of electronic lock EL disabled on it, and from door External electronics, which enters, to be prohibited, that is, uses correct key chain or key chain also not all right.It will be appreciated that can be in electronic lock EL and from controller C, enables the privacy or safe mode.It will be further understood that if needing, electronic lock EL can also be all There is override function as example configured by using mechanical key, lock（override function）.

Independent system or subsystem 10 ', 10 " and 10 " '

As described, in total system 10 shown in Fig. 1, another embodiment of autonomous system or subsystem, figure It is shown as system 10 ', air-conditioning system can be controlled and managed with single controller C, including AC units 12.Fig. 1, which is also shown, is Another embodiment of system or subsystem, it is illustrated that be system 10 ", come electronic lock EL control air-conditioning systems, including AC units 12 Inside.Another of autonomous system or subsystem embodiment, it is illustrated that be system 10 " ', controller C and electronic lock EL can be used Between communication control the security feature of house H.

It is controlled using the multiple-unit of controller C

Referring to Fig. 1, single controller C can be used in system 10,10 ', which is configured as the fortune of control AC units 12 Row.In one embodiment, it is single hand-held remote control unit that this, which can be implemented as wherein controller C,（Hereinafter further retouch It states）.The single hand-held controller can be configured as the operation of control AC units 12.In some embodiments, communication pattern is Take the mode of the ZigBee module in the remote controler and indoor unit IDU of AC units 12, and this can to create ZigBee netted AC units are connect by network with controller C.It will be further understood that controller C may include that wireless mesh network connects, e.g., ZigBee, wherein lock is mounted in house H, such as it is electronic lock EL.

For example, remote controler may include that button, user can pass through the button（From the AC units configured on ZigBee-network List in）Him/her is selected to want the AC units 12 from remote control control.After selecting the AC units 12 to be controlled, remote control Device can have the screen for the parameter for showing selected AC units.The operation modification that user executes now（Such as, temperature adjustment/wind Fan speed adjustment, pattern）, it is happened in remote controler（Such as, controller C）On upper selected AC units 12.Such function can So that user controls multiple AC units 12 and lock from any position in house H using single hand-held remote control unit（Such as, EL）.

Remote controler

As described above, the controller C of Fig. 1 can be single hand-held remote control unit.Fig. 2-7 shows hand-held externally The various views of one embodiment of remote controler 100.

Referring to Fig. 2-7, remote controler 100 includes the shell with control side 102 and the side 108 that comes in and goes out.It will be appreciated that remote control Device 100 may include the communication module ZM occurred in the controller C of Fig. 1, processor PCB, energy meter EM functions and power ps. Button 104 is located at controls operation setting and the pattern of such as AC units 12, or such as electronics on control side 102 The electronic lock of door lock EL, is all shown in FIG. 1.Remote controler 100 includes the display 106 for being connected to shell.Display as shown in the figure Device 106 is exposed on control side 102, and can show the lock of the operation setting and pattern and/or house of AC units, including for example Energy meter EM functions.Referring to energy meter EM functions once, can the visual aobvious of such as LCD screen etc for example be realized by software Show device, and display can be controlled by control unit PCB, to show energy meter EM functions.Screen, such as LCD screen can be controls The component of device C processed.

Remote controler 100 includes communication module inside the shell（Such as, the ZM of Fig. 1）, with wireless mesh network component.Nothing Gauze shape networking component is configured as receiving sensor data, such as from AC units 12 and/or electronic lock EL, and operation is arranged With pattern communication to AC units 12 and/or electronic lock EL.It will be appreciated that if if necessary/expectation, controller 100 may be used also Directly outdoor environment temperature is received from ODU.In one embodiment, wireless mesh network component is ZigBee module.For example, working as 100 power supply of remote controler be powered when, can link, connect or otherwise in range such as AC units and/or electronic lock Other ZigBee modules of EL communicate.

Processor, the processor PCB of such as Fig. 1, is comprised in shell.Processor is configured as from communication module（Such as, ZM）Middle reception data, and AC units and/or electronic lock are transmitted commands to by the wireless mesh network component of communication module EL.Including power supply inside the shell, the PS of such as Fig. 1, to display 106, communication module（Such as, ZM）And processor（Such as, PCB）Power supply.

Remote controler 100 may include that being located at the one or more to come in and go out on side 108 comes in and goes out panels 110 to access power supply, display The component of device 106, communication module（Such as, ZM）And processor（Such as, PCB）Any one or more of.In some embodiments In, the panel 100 that comes in and goes out may include retained part 112 to help user such as to be removed with sliding action and put back to panel 110.

In some embodiments, shown in such as Fig. 3 and 6 those, remote controler 110 may include infrared component 116, be used for Pass through sensing equipment（Such as, AC units 12 and/or electronic lock EL）To communicate the order from remote controler 100.

Referring to button 104 and display 106, the user of remote controler 100 is operable, control, management are communicated with remote controler 100 Equipment, such as the AC units 12 of air-conditioning system and/or such as electronic lock EL etc lock.

Remote controller buttons and display

Fig. 8 shows another reality of the front view of the hand-held remote control unit 200 with display 206 on control side 202 Apply example.Fig. 9 shows the display 206 of the hand-held remote control unit 200 of Fig. 8.It will be appreciated that remote controler 200 can be with remote controler 100 Equally.Fig. 8 and 9 shows the more multi-tag details about button 204 and shows the feature of display, it is all these also can by including In remote controler 100.In some embodiments, display 206 can be about control 202 half of side or at least control side The about 40-45% of area on 202.

Referring to Fig. 8, remote controler 200 is controllable, the AC units that operate and manage air-conditioning system（Such as, AC units 12）Very More settings and pattern.In addition, remote controler 200 can control multiple locks, such as the electronic lock EL of house H.It is hereafter for remote controler The description of each button on 200, and the corresponding region represented on the display 206 under applicable circumstances.

The function of remote controler 200-button description

Display 206 can show other information, the outdoor temperature at actual room temperature, 9B such as at 9-4, And the error message at 9C if applicable.It will be appreciated that the error message at 9C can be shown in display The form of rolling word on 206.

With further reference to Fig. 8 and 9, user can also have from remote controler 200 by by lower button (such as by lower button 8-9), To enable or deactivate lock（Such as, electronic lock EL）Option, and the option is shown in 9-9.

As described above, any controller herein including C, 100 and 200 can run intelligent mode and energy meter/aobvious Show.

For example, using button 8-7, intelligent mode can be run from single hand-held remote control unit 200.Further, it is showing At the 9-D of device 206, remote controler 200 can be with energy meter（Such as, EM and its display）Mode show information, to showing energy The label of amount efficiency, this can be the instruction according to the power consumption of current set point temperature.As described above, intelligent mode and energy meter The relationship between set point temperatures and outdoor temperature and indoor temperature can be used.This relationship can be used to be based on set point temperature It spends and obtains the efficiency area of operation with outdoor temperature, while maintaining the operation of users'comfort.

The relationship and efficiency area of outdoor temperature and set point

Figure 10 shows the table of the not same district of the efficiency operation for the AC units being used in any one system described herein 300.The table 300 is applicant from the analysis of the energy expenditure figure for for example mini split-type air conditioner and for american system Heat, refrigeration and air conditioning Association of Engineers（ASHRAE）Comfort criterion analysis combination be created that come energy and It is derived in comfort chart.

Referring to Figure 10, table 300 includes the data point corresponding to the outdoor temperature 304 of the set point temperatures of operation.These numbers Each combination at strong point provides each point for the energy efficiency for constituting different efficiency areas 306,308,310 and 312.As shown, area 312 be most effective power consumption and area 306 is most inefficient power consumption.

As described above, these areas can be coloud coding to match the display of energy meter, can be used red, light red, light It is green and green indicate.Referring further to the display 206 in Fig. 9, energy meter can be shown with the pointer for being directed toward particular color band Power consumption.

For example, after obtaining the parameter of outdoor temperature, indoor temperature and set point temperatures, remote controler can estimate operation Band is simultaneously such as shown by colour via different instructions（Such as, red, light red, pale green is green）It shows, and pointer is directed toward and indicates The band of relative power consumption（Green is lowest power consumption or most effective, and red is maximum consumption of power or minimum efficiency）. For example, energy meter can show the mark of the energy efficiency of specific air-conditioning unit selected on the controller by way of LCD screen Note.It will be appreciated that such as information in relation to energy unit and/or cost can also be provided in energy meter.

In intelligent mode, the parameter of outdoor temperature can be used to obtain set point temperatures, for example come in controller herein The fan speed setting run where AC units is obtained to stablize in efficiency area and users'comfort area, for example, green area 312.It will be appreciated that other suitable balance factors and inquiry table may be present, can be used for providing above-mentioned intelligent mode.

Controller herein, such as C, 100 and 200, it is possible to provide many advantages, including：

The ability that each air-conditioning in house is controlled from single remote, is communicated by using bi-directional RF（Such as Pass through wireless mesh network component, such as ZigBee module）So that user controls multiple air-conditionings in any position of premises；

It is communicated by using bi-directional RF, lock is deactivated or enabled from remote controler（Such as, electronic lock）Ability；

Energy meter is shown so that user recognizes that these determine the influence of the energy expenditure for the operation setting of AC units；

AC units are maintained in the effective model of energy expenditure, together by intelligent mode by the modulation of set point and air-flow When maintain the expectation comfort level of user, this can avoid or at least reduces user intervention, and by the environment temperature based on variation from Dynamic adjustment set point can lead to energy saving；

Display environment temperature and indoor temperature on a remote control；With

Show that error message and preventive actions, wherein AC units have error trapping mechanism, the unit on a remote control The alarm for the failure on indoor or outdoors unit is observed, and then such information can pass through the quilt on such as ZigBee It is transmitted to remote controler and is communicated to user（Such as in the form of the rolling word on display）, and wherein mistake display can also carry The user that wakes up solves this wrong action in relation to what should be taken（It is multiple）；With

The airflow design of human engineering, with less button, convenient layout and show on the screen abundant information compared with Large screen.

Electronic lock

Figure 11-23 shows to include its indoor assembly 400（Figure 11-17）With outdoor component 500（Figure 18-23）Electronic lock One embodiment of system.It will be appreciated that the electronic lock EL of Fig. 1 can be configured as shown in Figure 11-23 and 24-28E. In one embodiment, electronic door lock system can be used for but be not limited to, mortise type electronic lock system, wherein such lock is Know for dead bolt and bolt lever.Referring to Figure 11-17, indoor assembly 400 includes lid frame 402 and door handle 404. Lid frame 402 may also include the removable panel 410 that can be removed, such as be located at the screw 412 of 402 bottom of lid frame simultaneously by release Panel 410 is removed using sliding clamp 414.Removable panel 410 can provide the entrance inside indoor assembly 400, such as In order to accommodate power supply, this can be for example by using one or more battery.Referring to Figure 18-23, outdoor component 502 includes lid frame 502 and door handle 504.Outdoor component 500 may also include the removable panel 510 that can be for example slided from lid frame 502.The face of can be removed Plate 510 can provide the entrance in the region for that will be inserted into mechanical key, the electronic work of all Tathagata overlay electronic door-locking systems Energy（See such as Figure 28 A）.

Indoors the setting for carrying out self-locking is executed including button 406 on component 400.In the illustrated embodiment, four buttons 406 are located on indoor assembly 400.For example, one of button 406 can be button of going home, user can press down energization AC units, such as AC units 12 in Fig. 1, wherein electronic door lock system and the AC unit communications.They are run before AC units can be energized to State.Another in button 406 can leave button, and user can press the button and come from electronic door lock system（Its with AC unit communications）Power off AC units.Another of button 406 can be privacy button, user can press the button prevent from Outside is unlocked, even if using suitable electronic key card, key chain or other certificates.It will be appreciated that such as occurring wherein It needs to obtain the entrance for passing through door in emergency circumstances, mechanical key function can be used when suitable, such as electronic lock Override.Another of button 406 can be channel button, can forbidden lock to allow door to stay open.In some cases, Such as the automatic propulsion dead bolt locked a door when by using each closing, door lock, such as mortise type door lock operation are to close It is locked when closing.Although this can provide increased safety, channel button can be useful to avoid placing obstacle in door The needs that object stays open door.

Indoor assembly 400 and outdoor component 500 may include activator button 408,508.In some embodiments, indoor assembly 400 activator button 408 can be pressed first, then by by one in lower button 406, then allow user apply from by One in the available setting of button 406 or pattern.Activator button 508 can be pressed, then from outdoor component 500 show key card, Key chain or other enter certificate.

Referring to Figure 24, in some embodiments, electronic door lock system may include outdoor component 400A, camera function 420A and specified card-reading zone 422A.Outdoor component 400A has camera function 420A as outdoor component 500 Increased camera window and specified card reader area 422A.

It will be appreciated that electronic lock system includes the chassis with suitable locking and occlusion mechanism.The chassis supports room Inner assembly 400 and outdoor component 500.Further include electron key reader to read electron key.The example of electron key includes Key card, key chain or other enter certificate, and this can not need electron key and lock between physical contact in the case of It is used, as required in the configuration of other key/locks, such as mechanical key or the insertion notch of key card.

Referring to the communication of electronic lock, it will be appreciated that the system may include the communication mould with wireless mesh network component Block, such as the ZM in Fig. 1.For example, wireless mesh network component can be configured as transmitting in relation to electronic lock locking setting information, And one or more orders are come the one or more components with wireless mesh network component that power off or be powered（Such as, AC units 12）.For example, wireless mesh network component be configured as with the wireless mesh network component communication of AC units come transmit order to Power-off/energization one or more air-conditioning unit.In one embodiment, the wireless network components of electronic lock are ZigBee moulds Block.

In another embodiment, wireless mesh network component can be configured as receiving by another wireless mesh network portion Part（Such as from peripheral control unit）The data transmitted, to receive the order of lock setting.In one embodiment, external control Device processed is the remote controler of such as remote controler 100,200 etc.

Electronic door lock system further includes door position sensor to detect the position of the door of installation electronic door lock system on it. Door position sensor can alert user's door and not closed suitably or still open or break down in door or lock.

Electronic door lock system further includes processor to be arranged and transmit commands to communication module, Yi Ji electricity from lock control Source powers to communication module, door position sensor and processor.

Referring to Figure 25 and Figure 26 to 28E, the details of the internal part of electronic door lock system is further described, including for energy Realize the description of the component of above-mentioned electronic lock function, such as above-mentioned chassis, communication module, door position sensor, He Chu Manage device.

Referring initially to Figure 25, it is illustrated that one embodiment, shown content can be packaged as the product of electronic door lock system 600.These contents may include：Such as above-mentioned outdoor component 25-1 and indoor assembly 25-2.It such as can be used for mortise type door Some addition Items of lock may include sealing strip 25-3, internal backboard 25-4, one or more button 25-5, one or more machineries Key 25-6, shock plate and the dirt box 25-7 that receives.Several components are also shown in Figure 25, it may include one or more electron key chain 25-8 With programming key chain 25-9.It may include such as above-mentioned door position sensor 25-10.May also include users' guidebook 25-11 including The chassis of any required screw and occlusion mechanism 25-12 and installation screw 25-13.In some instances, working face bores Machine and thickness gate template 25-14,25-15 can be included to install.

How Figure 26 may be mounted to that the expansion view that electronic door lock system is shown on a DR relative to the system, and referring to Some components illustrated in Figure 25.On the side of door DR, outdoor component 25-1 can be installed to door DR, be had between the two close Strip of paper used for sealing 25-3, and on another side, indoor assembly 25-2 can be mounted to a DR, there is internal backboard 25-4 between the two.Impact Plate and the dirt box 25-7 that receives, are mounted together in chassis and the mechanism 25-12 of occlusion on the side of DR.As shown, can be by door Position sensor 25-10 works as and door close event occurs on the side of door DR（Such as enabling, no alignment or door can The functionality or electronic failure that can occur）When can give a warning.It will be appreciated that when door lock is in channel pattern, for example, door Position sensor or the crack warning of door will be disabled.

Figure 27 A-27D show the internal part of the indoor assembly 25-2 of the electronic door lock system 26 of Figure 26.Referring to Figure 27 A and 27B, indoor assembly 25-2 as shown in the figure include the master controller 602 that can be used as processor and may be constructed in printed circuit board. Master controller or processor 602 can be with the communication modules 604 as wireless mesh network communication component（It may, for example, be including it The ZigBee module of the printed circuit board of itself）Communication.Indoor assembly may include battery holder 606 and come in and go out to cover.Lead Component 608 can connect the electrical contact that can be located in the battery holder 606 with processor 602.Similar to indoor assembly 400, Indoor assembly 25-2 has the button 616 that may include backlight type Light-emitting diode LED and may include backlight type light emitting diode Activator button 618.Figure 27 C are shown from the assembled indoor assembly seen below, and show processor 602 and communication module 604. Figure 27 D show the expansion diagram of processor 602 and communication module 604 relative to other and lid frame of indoor assembly 25-2.

Figure 28 A-28E show the internal part of the outdoor component 25-1 of the electronic door lock system of Figure 26.Outdoor component 25-1 Can have can be removed to be able to the mechanical key that comes in and goes out（Such as, mechanical key 25-6）Mechanical key hole 612 discrepancy lid 610. See the details after the assembling of Figure 28 C.In order to be communicated with controller, the processor on component 25-2, outdoor component 25-1 indoors May include also can be with the activator button 628 of backlight leds LED.It may also include processor 614, and positioned at indoor group Processor 602 on part 25-2 is communicated.Processor 614 may be constructed in printed circuit board and can have antenna, and can make For electron key（Such as electronic key card or key chain）Reader.Can include boosting battery on outdoor component 25-1, and Boosting battery may include having itself printed circuit board 620 with the processor 602 on controller, indoor assembly 25-2 to be led to Letter.In some embodiments, outdoor component 25-1 may also include the anti-switch 624 of distorting on processor 614.Such as When existing, when swarming into attempt, anti-switch 624 of distorting can provide warning.

Figure 28 D are shown from the assembled outdoor component 25-1 seen below, and show processor 614 and anti-switch of distorting 624.Figure 28 E show processor 614 and anti-expansion diagram of the switch 624 relative to the lid frame of outdoor component 25-2 of distorting.

Electronic door lock system function

Electron key chain can be used as security key and provide the user with the extra play of encrypted electronic safety.

By touching a button on electronic lock, goes home and leave function and user may make to open/close all AC Unit.It can be by will for example include that can be achieved on electronic lock with the module of the ZigBee communicated of the ZigBee on AC units This feature.

" privacy " or " safety " pattern can disable the electronic lock such as on the gate of house, to prevent even if using Correct electron key chain or other certificates are by door lock from external opening.As described above, privacy mode can also be by remote controler, such as 100,200, it is activated.This connection/communication can be provided for example by the ZigBee module on remote controler and electronic lock.

In the case of event or function such as at user's residence, lock " channel " pattern can be unlocked such as on gate Electronic lock, be allowed to open to people.

Electronic lock has the crack warning of door, enables electronic lock using door position sensor and unexpected at him or she Ground make to open or electronic lock or door failure or door it is irrelevantly pent in the case of alert user.

In the case where door lock is distorted or in the event swarmed by attempt, anti-switch of distorting allows electronic lock to send out Warning.

It is relevant to foregoing description, it will be understood that can make and change at details in the case without departing from the scope of the present invention Become.Specification and embodiment described should be considered as being only exemplary, and the true scope and spirit of the invention is by institute Specified by the wider meaning of attached claim.

Claims (13)

1. a kind of residence type air-conditioning system, including：

One or more air-conditioning units, wherein

Each air-conditioning unit include there is indoor temperature transmitter to detect the indoor unit of indoor temperature, and

The indoor unit is operably coupled to one or more outdoor units, and

The environment temperature sensor of detection outdoor environment temperature on one in the outdoor unit；

It is operably coupled to one or more communication modules of one or more air-conditioning units, one or more of communication moulds Block is used for transmission the outdoor environment temperature detected by the environment temperature sensor and is used for transmission by the Indoor Temperature The indoor temperature that degree sensor detects；With

Controller, for controlling one or more of air-conditioning units, the controller includes communication module, is used for from operable Ground is connected at one or more of communication modules of one or more of air-conditioning units, and reception is passed by the environment temperature The environment temperature that sensor is detected and the indoor temperature detected by the indoor temperature transmitter,

The communication module of the controller be used for one or more of air-conditioning units to be run set point temperatures, It is sent to one or more of air-conditioning units, the set point temperatures with each indoor unit fan speed setting to be run The intelligent operation pattern of one or more of air-conditioning units is defined with fan speed setting,

The controller is hand-held remote control unit, in the hand-held remote control unit not in the object of one or more of air-conditioning units At reason position or in the case of being not directed at one or more of air-conditioning units, one or more of air-conditioning units are can Control,

The hand-held remote control unit is configured as automatically controlling the residence type air-conditioning system to the intelligent operation pattern, described Intelligent operation pattern provides the efficiency pattern of the operation of one or more of air-conditioning units and provides the operation of users'comfort The combination of pattern,

The communication module of the hand-held remote control unit be suitable for communicated wireless mesh network by way of with operationally The one or more of communication modules for being connected to one or more of air-conditioning units are communicated,

Wherein, the set point temperatures be based on the detected environment temperature, it is automatically true by the hand-held remote control unit Fixed, and

The fan speed setting is based on the set point temperatures automatically determined by the hand-held remote control unit and by described Difference between the indoor temperature that each indoor temperature transmitter detects, is automatically determined by the hand-held remote control unit.

2. the system as claimed in claim 1, which is characterized in that the communication module of the controller and be operably coupled to institute The one or more of communication modules for stating one or more air-conditioning units are ZigBee modules.

3. system as claimed in claim 2, which is characterized in that further include energy meter, to show one or more of air-conditionings The label of the label of the energy efficiency of unit, the energy efficiency is following one：

The present energy efficiency of currently running set point temperatures based on one or more of air-conditioning units indicates；Or

The energy of the prediction of the variation of set point temperatures and/or outdoor and/or indoor temperature based on the modification on the controller Amount efficiency instruction,

Wherein or currently running set point temperatures, or the set point temperatures of modification, it is associated with to by institute by the controller The environment temperature that environment temperature sensor detects is stated, and is associated with to by each indoor temperature transmitter and examines by the controller The indoor temperature measured, and therefrom, the controller estimation will be shown as the one of the label of energy efficiency or The relative power of multiple air-conditioning units consumes.

4. system as claimed in claim 3, which is characterized in that it is distant that the label of the energy efficiency is indicated on the hand-held On the display for controlling device.

5. the system as claimed in claim 1, which is characterized in that further include energy meter, to show one or more of air-conditionings The label of the label of the energy efficiency of unit, the energy efficiency is following one：

The present energy efficiency of currently running set point temperatures based on one or more of air-conditioning units indicates；Or

The energy of the prediction of the variation of set point temperatures and/or outdoor and/or indoor temperature based on the modification on the controller Amount efficiency instruction,

Wherein or currently running set point temperatures, or the set point temperatures of modification, it is associated with to by institute by the controller The environment temperature that environment temperature sensor detects is stated, and is associated with to by each indoor temperature transmitter and examines by the controller The indoor temperature measured, and therefrom, the controller estimation will be shown as the one of the label of energy efficiency or The relative power of multiple air-conditioning units consumes.

6. system as claimed in claim 5, which is characterized in that it is distant that the label of the energy efficiency is indicated on the hand-held On the display for controlling device.

7. the system as described in any of claim 1 to 6, which is characterized in that further include electronic lock, the electronic lock Include suitable for by way of being communicated wireless mesh network with the hand-held remote control unit and one or more of air-conditioning units The communication module communicated, when the communication module of the electronic lock is activated, for disconnected from the electronic lock Electricity or one or more of air-conditionings that are powered.

8. system as claimed in claim 7, which is characterized in that when the hand-held remote control unit is activated, the hand-held The electronic lock is placed in by the communication module of the communication module transmission order to the electronic lock of remote controler Privacy mode.

9. system as claimed in claim 8, which is characterized in that the communication module of the electronic lock is ZigBee moulds Block.

10. system as claimed in claim 7, which is characterized in that the communication module of the electronic lock is ZigBee moulds Block.

11. a kind of method of control residence type air-conditioning system, including：

Outdoor environment temperature is detected from environment temperature sensor；

Set point temperatures are determined based on detected outdoor environment temperature；

Indoor temperature is detected from one or more indoor temperature transmitters on one or more air-conditioning units；

Fan speed is determined based on the difference between the identified set point temperatures and the detected indoor temperature Degree setting；

Based on the identified set point temperatures and based on the identified fan speed setting come described in automatic running one A or multiple air-conditioning units, wherein the identified set point temperatures and the identified fan speed setting define institute State the intelligent operation pattern of one or more air-conditioning units；And

One or more of air-conditioning units are controlled by hand-held remote control unit, wherein hand-held remote control unit not one or Physical locations of multiple air-conditioning units or in the case of being not directed to one or more of air-conditioning units, it is one or more A air-conditioning unit be it is controllable,

Wherein, the hand-held remote control unit is configured as automatically controlling residence type air-conditioning system to the intelligent operation pattern, institute State intelligent operation pattern provide one or more of air-conditioning units operation efficiency pattern and provide users'comfort fortune The combination of capable pattern.

12. a kind of method for the information obtaining the energy efficiency about residence type air-conditioning system, including：

Outdoor environment temperature is detected from environment temperature sensor；

Indoor temperature is detected from one or more indoor temperature transmitters on one or more air-conditioning units；

By hand-held remote control unit, by the outdoor environment temperature detected by the environment temperature sensor with it is one or The currently running set point temperatures of multiple air-conditioning units or the set point temperature of the modification on the controller of the air-conditioning system Degree is associated；

By the hand-held remote control unit, by the indoor temperature detected by each indoor temperature transmitter with it is one Or the currently running set point temperatures of multiple air-conditioning units or the set point of the modification on the controller of the air-conditioning system One of temperature is associated；

By the hand-held remote control unit, estimate that the power consumption of one or more of air-conditioning units, the estimation are to be based on institute State outdoor environment temperature association and the indoor temperature it is associated, the power consumption be based on one or more of air-conditionings The currently running set point temperatures of unit or the setting of the modification on the controller of the air-conditioning system One in point temperature, the outdoor environment temperature and the indoor temperature, the hand-held remote control unit be configured as predicting The energy band that one or more of air-conditioning units are run wherein；And

The power consumption estimated based on one or more of air-conditioning units, energy is shown on the hand-held remote control unit The label of the label of efficiency, the energy efficiency is that the present energy efficiency based on the currently running set point temperatures refers to Show or one of the energy efficiency of the prediction of set point temperatures based on the modification on controller instruction.

13. according to the system of method as claimed in claim 12.