CN203980553U - Distributed indoor humidification control system - Google Patents
Distributed indoor humidification control system Download PDFInfo
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- CN203980553U CN203980553U CN201420178307.6U CN201420178307U CN203980553U CN 203980553 U CN203980553 U CN 203980553U CN 201420178307 U CN201420178307 U CN 201420178307U CN 203980553 U CN203980553 U CN 203980553U
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Abstract
The utility model relates to a kind of distributed indoor humidification control system, comprise for gathering the collection in worksite module of ambient humidity, with the host computer administration module that described collection in worksite module is connected, described collection in worksite module is also for sending to the ambient humidity collecting described host computer administration module; Described host computer administration module is also connected with for environment being added to the These field control modules of wet practice, the ambient humidity that described host computer administration module sends for receiving described collection in worksite module, and sending controling instruction carries out humidification to control described These field control modules to environment to described These field control modules.The utility model receives by host computer administration module the humidity information that collection in worksite module monitors obtains, and generate corresponding control instruction according to humidity information, These field control modules is according to control instruction, regulate indoor humidity of living in, can realize distributed indoor humidity system Centralized Monitoring, system centralized Control.
Description
Technical field
The utility model belongs to automaton, particularly a kind of distributed indoor humidification control system.
Background technology
In Smart Home field, normally used indoor humidifying unit is substantially all that operate completely manually, single individuality at present.For different rooms or position, each humidifying unit needs independent operation, and operation inconvenience, wastes time and energy, and increases labour cost.And when indoor humidity is too low or all cannot be in time too high time, exactly indoor humidity is regulated, cannot realize automatic humidity and regulate.
Utility model content
The purpose of this utility model is to provide a kind of distributed indoor humidification control system, solve traditional damping device and cannot automatically regulate in time the problem of humidity.
For solving above-mentioned utility model object, the utility model provides a kind of distributed indoor humidification control system, described comprising for gathering the collection in worksite module of ambient humidity, with the host computer administration module that described collection in worksite module is connected, described collection in worksite module is also for sending to the ambient humidity collecting described host computer administration module; Described host computer administration module is also connected with for environment being added to the These field control modules of wet practice, the ambient humidity that described host computer administration module sends for receiving described collection in worksite module, and sending controling instruction carries out humidification to control described These field control modules to environment to described These field control modules.
As technique scheme preferably, described collection in worksite module comprises at least one humidity collection group, described humidity collection group comprises humidity sensor, and the first communication unit being connected with described humidity sensor, described the first communication unit is for communicating by letter with described host computer administration module, and the humidity information that described humidity sensor is monitored sends described host computer administration module.
As technique scheme preferably, described host computer administration module comprises CPU, and the display unit being connected with described CPU and second communication unit;
Described second communication unit is for communicating by letter with described the first communication unit, receive described humidity information, and send to described CPU, described CPU is for generating control instruction according to the described humidity information receiving, send described second communication unit to, described second communication unit also, for communicating by letter with described These field control modules, sends to described These field control modules by described control instruction;
Described CPU is also for sending to described display unit by described humidity information and/or described control instruction, and described display unit is used for showing described humidity information and/or described control instruction.
As technique scheme preferably, described host computer administration module also comprises the clock unit being connected with described CPU, described clock unit is used to described CPU that operation clock signal is provided;
Described host computer administration module also comprises the first power subsystem being connected with described CPU, described display unit, described second communication unit and described clock unit, and described the first power subsystem is used for providing electric energy.
As technique scheme preferably, described These field control modules comprises at least one humidification group, described humidification group comprises third communication unit, and the micro-control unit being connected with described third communication unit, and described micro-control unit is also connected with at least one humidifying unit;
The control instruction that described third communication unit sends for receiving described second communication unit, and sending described control instruction to described micro-control unit, described micro-control unit adds wet practice for controlling described humidifying unit according to described control instruction to environment;
Described These field control modules also comprises the second source unit being connected with described micro-control unit, described third communication unit and described humidifying unit, and described second source unit is used for providing electric energy.
As technique scheme preferably, described second communication unit also comprises address storing sub-units, in the storing sub-units of described address, store the geocoding corresponding with the first communication unit described in each, and the geocoding corresponding with third communication unit described in each, described in each the geocoding of the first communication unit and described in each the geocoding of third communication unit match.
As technique scheme preferably, between described the first communication unit and described second communication unit, be radio communication, between described second communication unit and described third communication unit, be radio communication.
As technique scheme preferably, described host computer administration module also comprises the alarm unit being connected with described CPU, described second communication unit is also for receiving the parameter information of the described humidifying unit of described third communication unit transmission, and described parameter information is sent to described CPU, described CPU is also for mating described parameter information with predetermined threshold value, when described parameter information surpasses outside described predetermined threshold value, send enabling signal to described alarm unit, described alarm unit is used for receiving described enabling signal, give the alarm.
As technique scheme preferably, described host computer administration module also comprises the parameter set unit being connected with described CPU, described parameter set unit is for arranging the parameter of described humidifying unit, described parameter comprises the on off control value of liquid level threshold value and/or described humidifying unit, described parameter set unit sends described CPU by described parameter, and described CPU sends to described These field control modules by described second communication unit by described parameter.
Effect of the present utility model is:
The distributed indoor humidification control system that the utility model provides, described comprising for gathering the collection in worksite module of ambient humidity, with the host computer administration module that described collection in worksite module is connected, described collection in worksite module is also for sending to the ambient humidity collecting described host computer administration module; Described host computer administration module is also connected with for environment being added to the These field control modules of wet practice, the ambient humidity that described host computer administration module sends for receiving described collection in worksite module, and sending controling instruction carries out humidification to control described These field control modules to environment to described These field control modules.By host computer administration module, receive the humidity information that collection in worksite module monitors obtains, and generate corresponding control instruction according to humidity information, These field control modules is according to control instruction, regulate indoor humidity of living in, the distributed indoor humidification control system that the present embodiment provides can realize distributed indoor humidity system Centralized Monitoring, system centralized Control.
Accompanying drawing explanation
By the description of its exemplary embodiment being carried out below in conjunction with accompanying drawing, the above-mentioned feature and advantage of the utility model will become apparent and easily understand.
Fig. 1 is the structural representation of the distributed indoor humidification control system that provides of the utility model embodiment;
Fig. 2 is the stream signal journey figure of the distributed indoor humidification control system humidity control method that provides of the utility model embodiment;
Wherein: 1-collection in worksite module; 11-humidity sensor; 12-the first communication unit; 2-host computer administration module;
21-CPU; 22-display unit; 23-second communication unit; 24-clock unit; 25-alarm unit;
26-parameter set unit; 3-These field control modules; 31-third communication unit; 32-micro-control unit; 33-humidifying unit.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Fig. 1 is the structural representation of the distributed indoor humidification control system that provides of the utility model embodiment, as shown in Figure 1, this distributed indoor humidification control system, comprise for gathering the collection in worksite module 1 of ambient humidity, the host computer administration module 2 being connected with collection in worksite module 1, collection in worksite module 1 is also for sending to host computer administration module 2 by the ambient humidity collecting; Host computer administration module 2 is also connected with for environment being added to the These field control modules 3 of wet practice, the ambient humidity that host computer administration module 2 sends for receiving collection in worksite module 1, and sending controling instruction carries out humidification to control These field control modules to environment to These field control modules 3.
That collection in worksite module 1 is positioned over is to be monitored, controlled humidity indoor, for humidity information, carry out Real-Time Monitoring, obtain the analog signal of humidity, after analog-to-digital conversion, form data signal, by wireless or wired transmission means, send host computer administration module 2 to.Host computer administration module 2 generates after control instruction, then sends These field control modules 3 to by wireless or wired transmission means.That These field control modules 3 is also placed on is to be monitored, controlled humidity indoor, the control instruction that indoor humidity of living in is sent according to host computer administration module 2 regulates.In the present embodiment, for same indoor scene acquisition module 1 and These field control modules 3, be to use in pairs.
The distributed indoor humidification control system that the present embodiment provides, by host computer administration module, receive the humidity information that collection in worksite module monitors obtains, and generate corresponding control instruction according to humidity information, These field control modules is according to control instruction, regulate indoor humidity of living in, the distributed indoor humidification control system that the present embodiment provides can realize distributed indoor humidity system Centralized Monitoring, system centralized Control.
As technique scheme preferably, collection in worksite module 1 comprises at least one humidity collection group, humidity collection group comprises humidity sensor 11, and the first communication unit 12 being connected with humidity sensor 11, the first communication unit 12 is for communicating by letter with host computer administration module 2, and the humidity information that humidity sensor 11 is monitored sends host computer administration module 2.Humidity sensor can be the humidity sensor of the types such as dew cell, resistance-type lithium chloride hygrometer, dew point formula lithium chloride hygrometer, carbon dew cell, aluminium oxide hygrometer, Ceramic Humidity Sensor.The quantity of concrete humidity sensor 11 can be expanded according to the size of system scale, for example need the room of monitoring humidity to have 5, the quantity of humidity sensor 11 can be 5, or more than 5, the quantity of concrete humidity sensor 11 should arrange according to actual needs.The first communication unit 12 is for the moisture signal of humidity sensor 11 monitorings is sent to host computer administration module 2, so the concrete quantity of the first communication unit 12 is also identical with the quantity of humidity sensor 11.Dotted line in Fig. 1 is communication connection relation, as shown in Figure 1 n corresponding n the first communication unit of humidity sensor.The communication mode of the first concrete communication unit 12 can be wire communication, such as transmitting moisture signal by wire transmission modes such as RS232, RS485, wire communication mode advantage be disturbed less, reliability, strong security, but construction cost is large.In the humidity control environment of the present embodiment, disturb less, communication mode in the present embodiment between preferred the first communication unit 2 and host computer administration module 2 is preferably radio communication, be a kind of communication mode that utilizes characteristic that electromagnetic wave signal can be propagated in free space to carry out information exchange,, bluetooth infrared such as choosing, wifi etc. realize communication.Communication is convenient to the layout to humidity sensor more, has reduced the cost that transmission lines is arranged, and has simplified the structure of entire system.
As technique scheme preferably, host computer administration module 2 comprises CPU 21, and the display unit 22 being connected with CPU 21 and second communication unit 23.CPU 21 can be microprocessor, a slice or the several central processing units that large scale integrated circuit forms for microprocessor.These circuit are carried out the function of control assembly and arithmetic and logical unit (ALU).Microprocessor is compared with traditional central processing unit, has the advantages such as little, the lightweight and easy modularization of volume.The element of microprocessor has: register file, arithmetic unit, sequential control circuit, and data and address bus.Microprocessor can complete instruction fetch, carry out instruction, and with the operation such as extraneous memory and logical block exchange message, be the s operation control part of microcomputer.It can form microcomputer with memory and peripheral circuit chip.The communication mode of second communication unit 23 should match in the first communication unit 12, thereby realizes and the communicating by letter of the first communication unit 12.
Second communication unit 23 is for communicating by letter with the first communication unit 12, receive humidity information, and send to CPU 21, CPU 21 is for generating control instruction according to the humidity information receiving, send second communication unit 23 to, second communication unit 23 also, for communicating by letter with These field control modules 3, sends to These field control modules 3 by control instruction; CPU 21 is also for sending to display unit 22 by humidity information and/or control instruction, and display unit 22 is for showing humidity information and/or control instruction.Display unit 22 can be LCDs, and touch screen can be also light-emitting diode display, can show all applicable this enforcement of display of humidity information.Preferred display unit 22 is touch-typed LCD panel, is convenient to user the concentrated of humidity information checked.
As technique scheme preferably, host computer administration module 2 also comprises the clock unit 24 being connected with CPU 21, clock unit 24 is used to CPU 21 that operation clock signal is provided, clock signal is the basis of sequential logic, and when it upgrades for the state of decision logic unit; Host computer administration module 2 also comprises the first power subsystem being connected with CPU 21, display unit 22, second communication unit 23 and clock unit 24, and the first power subsystem is attached not shown at the present embodiment, and the first power subsystem is used for providing electric energy.
As technique scheme preferably, These field control modules 3 comprises at least one humidification group, humidification group comprises third communication unit 31, and the micro-control unit 32 being connected with third communication unit 31, micro-control unit 32 is also connected with at least one humidifying unit 33; The control instruction that third communication unit 31 sends for receiving second communication unit 23, and send control instruction to micro-control unit 32, micro-control unit 32 adds wet practice for controlling 33 pairs of environment of humidifying unit according to control instruction.Third communication unit 31 matches with second communication unit 23, the control instruction sending for receiving second communication unit, and concrete communication mode does not repeat them here.Micro-control unit 32 can be microprocessor, similar with above-mentioned CPU, does not repeat them here.Micro-control unit is used for realizing reception control instruction, thereby humidifying unit 33 is controlled, and adds accordingly wet practice.
These field control modules 3 also comprises the second source unit being connected with micro-control unit 32, third communication unit 31 and humidifying unit 33, and second source unit is attached not shown at the present embodiment, and second source unit is used for providing electric energy.
As technique scheme preferably, second communication unit 23 also comprises address storing sub-units, in the storing sub-units of address, store the geocoding corresponding with each the first communication unit 12, and the geocoding corresponding with each third communication unit, the geocoding of the geocoding of each the first communication unit 12 and each third communication unit matches.Host computer administration module can be for a geocoding of each humidification cell group configuration of These field control modules, to identify different humidification cell group; Each humidity collection group of collection in worksite module also all has a geocoding, to identify different humidity collection groups.Humidification cell group is corresponding with the geocoding of humidity collection group, for example in Fig. 1,1# humidity sensor sends indoor humidity information and the geocoding of self in place to second communication unit by 1# the first communication unit, second communication unit sends this humidity information to CPU, CPU generates control instruction according to internal preset program and according to the geocoding of 1# third communication unit, sends to 1# third communication unit again, thereby controls the humidification work of 1# humidifying unit.
As technique scheme preferably, between the first communication unit 12 and second communication unit 23, be radio communication, between second communication unit 23 and third communication unit, be radio communication.
As technique scheme preferably, host computer administration module 2 also comprises the alarm unit 25 being connected with CPU 21.Second communication unit 23 is also for receiving the parameter information of the humidifying unit of third communication unit transmission, and parameter information is sent to CPU 21, CPU 21 is also for mating parameter information with predetermined threshold value, when parameter information surpasses outside predetermined threshold value, send enabling signal to alarm unit 25, alarm unit 25, for receiving enabling signal, gives the alarm.By the host computer administration module humidification group of monitoring site control module in real time, and the duty of all humidity collection groups of collection in worksite module, and report to the police can or meet the alert if of setting at system exception time.Concrete alarm unit 25 can be the alert devices such as light, buzzing.
As technique scheme preferably, host computer administration module 2 also comprises the parameter set unit 26 being connected with CPU 21, parameter set unit 26 is for arranging the parameter of humidifying unit, parameter comprises the on off control value of liquid level threshold value and/or humidifying unit, parameter set unit 26 sends CPU 21 by parameter, and CPU 21 sends to These field control modules 3 by second communication unit 23 by parameter.The humidifying unit that These field control modules all can be set by host computer administration module, These field control modules starts humidification/the stop liquid level warning threshold values of the decision threshold of humidification and the humidifying unit of each humidification group of These field control modules.By host computer administration module at any time the humidifying unit of some humidification groups of start/stop These field control modules, the humidification of the humidifying unit of the humidifying unit of certain several humidification group, all humidification groups work.
Fig. 2 is the stream signal journey figure of the distributed indoor humidification control system humidity control method that provides of the utility model embodiment, as shown in Figure 2, by realizing distributed indoor humidification control system carry out step 41 being arranged on the operation of the management software on host computer administration module: system configuration configuration, comprise the correction of system time, the configuration of the actual scale of system, the configuration configuration of system interface, the setting of system communication parameter, the geocoding of third communication unit configuration in each humidification cell group of These field control modules, the configuration of the first communication unit geocoding of each humidity collection group of collection in worksite module, each humidifying unit starts humidification/the stop setting of the decision threshold of humidification, water liquid level warning threshold values in the damping device of each humidifying unit of These field control modules function is set etc.After system configuration has configured, carry out step 42: on-the-spot humidity collection, each humidity sensor of collection in worksite module start to gather the humidity information in regional extent at the scene, and the humidity information collecting is transferred to the second communication unit of host computer administration module by the first communication unit with wireless communication mode, second communication unit sends humidity information to CPU, CPU is received after humidity information, carry out step 43: whether meet humidified condition (Y/N), the decision threshold that humidity information data are started to humidification/stop humidification with default humidifying unit compares (being generally set as 40%RH).When indoor actual humidity information is less than 40%RH, carry out step 44: start humidification, by second communication unit, send and start the instruction that humidifying unit starts humidification work, when actual indoor humidity information is more than or equal to 40%RH, carry out step 45: stop humidification, by second communication unit, send the instruction that stops the work of humidifying unit humidification; After corresponding third communication unit in These field control modules receives instruction, issue micro-control unit, micro-control unit controls humidifying unit is carried out corresponding humidification work.
Humidifying unit can also arrange the control panel being connected with micro-control unit, the button by operation control panel also at any time the humidification of opening/closing humidifying unit work; The panel of the humidifying unit by These field control modules also can show the humidity value in the current region that the collection in worksite module humidity sensor of current correspondence collects, the information such as decision threshold of setting in real time.
Above-described embodiment is not the exhaustive of the specific embodiment; also can there is other embodiment; above-described embodiment object is to illustrate the utility model, and unrestricted protection domain of the present utility model, all application that come by the utility model simple change all drop in protection domain of the present utility model.
This patent specification use-case removes to show the utility model, comprising optimal mode, and those of ordinary skill in the art is manufactured and use this utility model.The delegatable scope of this utility model comprises the content of claims and the content of the specific embodiment in description and other embodiment.These other examples also should belong to the scope that the utility model patent right requires, as long as they contain the described technical characterictic of the identical written language of claim, or they include and the similar literal language described technical characterictic of claim without essence difference.
All patents, the full content of patent application and other list of references should be incorporated to present specification by reference.But if a term in the application conflicts mutually with the term of including list of references in, preferential with the application's term.
All scopes disclosed herein all comprise end points, and between end points, are to combine independently of one another.
It should be noted that " first ", " second " or similar vocabulary do not represent any order, and quality or importance are just used for distinguishing different technical characterictics.The implication that the qualifier " approximately " using in conjunction with quantity comprises described value and content context appointment.(for example: it includes the error while measuring specific quantity).
Claims (7)
1. a distributed indoor humidification control system, comprise host computer administration module, it is characterized in that, also comprise be connected with described host computer administration module, for gathering the collection in worksite module of ambient humidity, described collection in worksite module is also for sending to the ambient humidity collecting described host computer administration module; Described host computer administration module is also connected with for environment being added to the These field control modules of wet practice, the ambient humidity that described host computer administration module sends for receiving described collection in worksite module, and sending controling instruction carries out humidification to control described These field control modules to environment to described These field control modules;
Described collection in worksite module comprises at least one humidity collection group, described humidity collection group comprises humidity sensor, and the first communication unit being connected with described humidity sensor, described the first communication unit is for communicating by letter with described host computer administration module, and the humidity information that described humidity sensor is monitored sends described host computer administration module;
Described host computer administration module comprises CPU, and the display unit being connected with described CPU and second communication unit;
Described second communication unit is for communicating by letter with described the first communication unit, receive described humidity information, and send to described CPU, described CPU is for generating control instruction according to the described humidity information receiving, send described second communication unit to, described second communication unit also, for communicating by letter with described These field control modules, sends to described These field control modules by described control instruction;
Described CPU is also for sending to described display unit by described humidity information and/or described control instruction, and described display unit is used for showing described humidity information and/or described control instruction.
2. distributed indoor humidification control system according to claim 1, it is characterized in that, described host computer administration module also comprises the clock unit being connected with described CPU, and described clock unit is used to described CPU that operation clock signal is provided;
Described host computer administration module also comprises the first power subsystem being connected with described CPU, described display unit, described second communication unit and described clock unit, and described the first power subsystem is used for providing electric energy.
3. distributed indoor humidification control system according to claim 1, it is characterized in that, described These field control modules comprises at least one humidification group, described humidification group comprises third communication unit, and the micro-control unit being connected with described third communication unit, described micro-control unit is also connected with humidifying unit;
The control instruction that described third communication unit sends for receiving described second communication unit, and sending described control instruction to described micro-control unit, described micro-control unit adds wet practice for controlling described humidifying unit according to described control instruction to environment;
Described These field control modules also comprises the second source unit being connected with described micro-control unit, described third communication unit and described humidifying unit, and described second source unit is used for providing electric energy.
4. distributed indoor humidification control system according to claim 3, it is characterized in that, described second communication unit also comprises address storing sub-units, in the storing sub-units of described address, store the geocoding corresponding with the first communication unit described in each, and the geocoding corresponding with third communication unit described in each, described in each the geocoding of the first communication unit and described in each the geocoding of third communication unit match.
5. distributed indoor humidification control system according to claim 4, is characterized in that, between described the first communication unit and described second communication unit, is radio communication, between described second communication unit and described third communication unit, is radio communication.
6. distributed indoor humidification control system according to claim 3, it is characterized in that, described host computer administration module also comprises the alarm unit being connected with described CPU, described second communication unit is also for receiving the parameter information of the described humidifying unit of described third communication unit transmission, and described parameter information is sent to described CPU, described CPU is also for mating described parameter information with predetermined threshold value, when described parameter information surpasses outside described predetermined threshold value, send enabling signal to described alarm unit, described alarm unit is used for receiving described enabling signal, give the alarm.
7. distributed indoor humidification control system according to claim 6, it is characterized in that, described host computer administration module also comprises the parameter set unit being connected with described CPU, described parameter set unit is for arranging the parameter of described humidifying unit, described parameter comprises the on off control value of liquid level threshold value and/or described humidifying unit, described parameter set unit sends described CPU by described parameter, and described CPU sends to described These field control modules by described second communication unit by described parameter.
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| CN201420178307.6U CN203980553U (en) | 2014-04-14 | 2014-04-14 | Distributed indoor humidification control system |
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| CN201420178307.6U CN203980553U (en) | 2014-04-14 | 2014-04-14 | Distributed indoor humidification control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107726559A (en) * | 2017-09-28 | 2018-02-23 | 安徽特旺网络科技有限公司 | A kind of intelligent building air-conditioning system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107726559A (en) * | 2017-09-28 | 2018-02-23 | 安徽特旺网络科技有限公司 | A kind of intelligent building air-conditioning system |
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