CN207924546U - Hen house environment monitoring system - Google Patents
Hen house environment monitoring system Download PDFInfo
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- CN207924546U CN207924546U CN201721517397.7U CN201721517397U CN207924546U CN 207924546 U CN207924546 U CN 207924546U CN 201721517397 U CN201721517397 U CN 201721517397U CN 207924546 U CN207924546 U CN 207924546U
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- henhouse
- controller
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- signal
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Abstract
Hen house environment monitoring system provided by the utility model, is provided with a plurality of types of sensors in henhouse ontology, and the intrinsic temperature of henhouse, humidity, CO can be monitored in real time by a plurality of types of sensors2Concentration and NH3The environmental datas such as concentration, and the data that monitoring obtains are sent to controller.The air inlet and air outlet of henhouse ontology are provided with ventilation assembly, controller judges temperature in henhouse, humidity, CO according to the sensor detection data received2Concentration and NH3Concentration etc., once the overproof upper limit value of any of which index, then start ventilation assembly and be aerated, ventilation can be played the role of effectively reducing to above-mentioned parameter.
Description
Technical field
The utility model is related to a kind of feeding management technique field more particularly to a kind of hen house environment monitoring systems.
Background technology
With the continuous expansion of livestock and poultry cultivation scale, livestock and poultry breeding industry is faced with unprecedented development space and huge
Technological challenge, there are many problems and difficulties for large-scale farming.Feeding management of raising chickens is a crucial technology, if cannot be right
Environment in henhouse monitor in real time and taken measures in time according to the environment in henhouse, is easy to cause chicken mass-sending disease, at present
Being monitored management for the environment in henhouse needs keeper manually to safeguard, keeper needs to be periodically into henhouse
Environment inside internal artificial observation, necessary measure is taken when keeper perceives when the environment in henhouse has exception.This
Wasting manpower and material resources in the case of kind, once and keeper be lacking in experience, just very likely obtain inaccurate judgement.
Utility model content
Utility model aims to solve the environment in henhouse in the prior art to be monitored completely by manual type
And adjusting, and then a kind of hen house environment monitoring system is provided.
In order to solve the above technical problems, the utility model embodiment provides a kind of hen house environment monitoring system, including：
It is set to henhouse body interior：
Temperature sensor for detecting the intrinsic temperature value of the henhouse, and exports the temperature for characterizing the temperature value
Detect signal；
Humidity sensor for detecting the intrinsic humidity value of the henhouse, and exports the humidity for characterizing the humidity value
Detect signal；
CO2Sensor, for detecting the intrinsic CO of the henhouse2Concentration value, and export the characterization CO2Concentration value
CO2Concentration value detects signal；
NH3Sensor, for detecting the intrinsic NH of the henhouse3Concentration value, and export the characterization NH3Concentration value
NH3Concentration value detects signal；
Controller, first input end receive the temperature detection signal, and the second input terminal receives the Humidity Detection
Signal, third input terminal receive the CO2Concentration value detects signal, and the 4th input terminal receives the NH3Concentration value detection letter
Number；As the temperature detection signal, the Humidity Detection signal, the CO2Concentration value detects signal and the NH3Concentration value is examined
When arbitrary signal is more than its standard value upper limit in survey signal, the output end of the controller exports vent control signal；
Ventilation assembly is set at the air inlet and air outlet of the henhouse ontology, controlled terminal and the controller
Output end connects, and starts after receiving the vent control signal.
Optionally, further include wireless communication module and mobile terminal in above-mentioned hen house environment monitoring system：
The controller, it is intrinsic wet that data output end exports the intrinsic temperature value of the henhouse, the henhouse
Angle value, the intrinsic CO of the henhouse2Concentration value and the intrinsic NH of the henhouse3Concentration value；
The input terminal of the wireless communication module is connect with the data output end of the controller, the wireless communication module
Data output end and mobile terminal data input pin connect；
The mobile terminal, is equipped with by keeper, is configured with display screen, and institute is received by the wireless communication module
And show the intrinsic temperature value of the henhouse, the intrinsic humidity value of the henhouse, the henhouse sheet for stating controller output
Internal CO2Concentration value and the intrinsic NH of the henhouse3Concentration value.
Optionally, further include heating component in above-mentioned hen house environment monitoring system, the heating component includes：
Return air heat-exchanger rig is set at the air outlet of the henhouse ontology；
Air inlet heat-exchange device is set to the henhouse body interior；
Circulating pump is set to the henhouse body exterior；The return air heat-exchanger rig outlet and the pump entry, institute
State circulating-pump outlet and the air inlet heat-exchange device entrance, air inlet heat-exchange device outlet and the return air heat-exchanger rig entrance
Between connected by pipeline, form the flow circuits of heat transmission medium；
The controller, when the intrinsic temperature value of henhouse is less than set temperature, output end output plus heating system letter
Number；
The circulating pump, controlled terminal are connect with the output end of the controller, and signal is controlled when receiving the heating
After start, control heat transmission medium recycled in the flow circuits.
Optionally, further include electrical heating air curtain in above-mentioned hen house environment monitoring system；
The electrical heating air curtain is set to the henhouse body interior, and the output end of controlled terminal and the controller connects
It connects, starts heating function after receiving the heating control signal.
Optionally, further include the first report for being set to the henhouse body exterior in above-mentioned hen house environment monitoring system
Alert circuit：
The controller, the first report of its output end output when the intrinsic humidity of the henhouse is not in its critical field
Alert signal；
First warning circuit, controlled terminal are connect with the output end of the controller, when receiving the first alarm signal
Number when start alarm.
Optionally, further include the second report for being set to the henhouse body exterior in above-mentioned hen house environment monitoring system
Alert circuit：
The controller, as the intrinsic CO of the henhouse2When concentration value is not in its critical field, output end output
Second alarm signal；
Second warning circuit, controlled terminal are connect with the output end of the controller, when receiving the second alarm signal
Number when start alarm.
Optionally, further include the third report for being set to the henhouse body exterior in above-mentioned hen house environment monitoring system
Alert circuit：
The controller, as the intrinsic NH of the henhouse3When concentration value is not in its critical field, output end output
Third alarm signal；
The third warning circuit, controlled terminal are connect with the output end of the controller, when receiving third alarm signal
Number when start alarm.
Optionally, further include the 4th report for being set to the henhouse body exterior in above-mentioned hen house environment monitoring system
Alert circuit：
The controller, when the intrinsic temperature value of the henhouse is not in its critical field, output end output the
Four alarm signals；
4th warning circuit, controlled terminal are connect with the output end of the controller, when receiving the 4th alarm signal
Number when start alarm.
Optionally, in above-mentioned hen house environment monitoring system, first warning circuit, second warning circuit, institute
State third warning circuit and the 4th warning circuit include different colours warning lamp.
Optionally, in above-mentioned hen house environment monitoring system, first warning circuit, second warning circuit, institute
It includes the speech player for playing alternative sounds signal to state third warning circuit and the 4th warning circuit.
Compared with prior art, the utility model embodiment at least has the advantages that：
Hen house environment monitoring system provided by the utility model, is provided with a plurality of types of sensors in henhouse ontology,
The intrinsic temperature of henhouse, humidity, CO can be monitored in real time by a plurality of types of sensors2Concentration and NH3The environment number such as concentration
According to, and the data that monitoring obtains are sent to controller.The air inlet and air outlet of henhouse ontology are provided with ventilation assembly, control
Device processed judges temperature in henhouse, humidity, CO according to the sensor detection data received2Concentration and NH3Concentration etc., once its
In any overproof upper limit value of index, then start ventilation assembly and be aerated, ventilation can play above-mentioned parameter effectively
Reduction effect.
Description of the drawings
Fig. 1 is the functional block diagram of the hen house environment monitoring system described in the utility model embodiment.
Fig. 2 is the functional block diagram of the hen house environment monitoring system described in another embodiment of the utility model.
Fig. 3 is the functional block diagram of the hen house environment monitoring system described in another embodiment of the utility model.
Specific implementation mode
The utility model embodiment is further illustrated below in conjunction with attached drawing.It needs in the description of the present invention,
Bright is unless specifically defined or limited otherwise, term " installation ", " connected ", " connection " shall be understood in a broad sense, for example, can
To be to be fixedly connected, may be a detachable connection, or be integrally connected；It can be mechanical connection, can also be electrical connection；It can
Can also can be indirectly connected through an intermediary the connection of two component internals to be to be connected directly.For this field
For those of ordinary skill, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition.
Term " first " herein, " second ", " third " etc. differ for being distinguished between similar element
Surely it is the specific order of description or sequence temporally.It is appreciated that these terms used in this way are under appropriate environment
It is interchangeable so that the implementation of theme described here be, for example, can with the different order of the order illustrated from those or with
Other order described here is operated.
The present embodiment provides a kind of hen house environment monitoring systems, as shown in Figure 1, including：
It is set to the temperature sensor 101 of henhouse body interior, for detecting the intrinsic temperature value of the henhouse, and it is defeated
Go out the temperature detection signal for characterizing the temperature value；Humidity sensor 102, for detecting the intrinsic humidity value of the henhouse,
And export the Humidity Detection signal for characterizing the humidity value；CO2Sensor 103, for detecting the intrinsic CO of the henhouse2It is dense
Angle value, and export the characterization CO2The CO of concentration value2Concentration value detects signal；NH3Sensor 104, for detecting the henhouse
Intrinsic NH3Concentration value, and export the characterization NH3The NH of concentration value3Concentration value detects signal；
Controller 105, first input end receive the temperature detection signal, and the second input terminal receives the humidity inspection
Signal is surveyed, third input terminal receives the CO2Concentration value detects signal, and the 4th input terminal receives the NH3Concentration value detects
Signal；As the temperature detection signal, the Humidity Detection signal, the CO2Concentration value detects signal and the NH3Concentration value
When arbitrary signal is more than its standard value upper limit in detection signal, the output end of the controller 105 exports vent control signal.Control
Device 105 processed can be arranged in henhouse body interior or outside, and storage inside works as reception either with or without the critical field of middle parameter
To after a kind of parameter value, this parameter value is compared with critical field.
Ventilation assembly 106 is set at the air inlet and air outlet of the henhouse ontology, controlled terminal and the controller
105 output end connection, starts after receiving the vent control signal.
In said program, it is provided with a plurality of types of sensors in henhouse ontology, passes through a plurality of types of sensor energy
The enough intrinsic temperature of real time monitoring henhouse, humidity, CO2Concentration and NH3The environmental datas such as concentration, and the data that monitoring is obtained
It is sent to controller.The air inlet and air outlet of henhouse ontology are provided with ventilation assembly, controller is according to the sensing received
Device detection data judges temperature in henhouse, humidity, CO2Concentration and NH3Concentration etc., once any of which index is overproof
Upper limit value then starts ventilation assembly and is aerated, and ventilation can be played the role of effectively reducing to above-mentioned parameter.
Further, as shown in Fig. 2, on the basis of said program, the system also includes 200 Hes of wireless communication module
Mobile terminal 300：
The controller 105, it is intrinsic that data output end exports the intrinsic temperature value of the henhouse, the henhouse
Humidity value, the intrinsic CO of the henhouse2Concentration value and the intrinsic NH of the henhouse3Concentration value；The wireless communication module
200 input terminal is connect with the data output end of the controller 105, the data output end of the wireless communication module 200 with
The data input pin of mobile terminal 300 connects；The mobile terminal 300, is equipped with by keeper, is configured with display screen, is led to
It crosses the wireless communication module 200 and receives institute and show and state the intrinsic temperature value of the henhouse, described that controller 105 exports
The intrinsic humidity value of henhouse, the intrinsic CO of the henhouse2Concentration value and the intrinsic NH of the henhouse3Concentration value.
The mobile terminal 300 that controller 105 is equipped with keeper can realize communication connection, and the environment in this henhouse is supervised
Control data be sent directly to mobile terminal 300, shown on the display screen of mobile terminal 300, keeper can and
When obtain the intrinsic environmental information of henhouse, and determine how this is adjusted it according to environmental information.
Further, as shown in figure 3, can also include heating component 111 in above system, the heating component 111 be wrapped
Return air heat-exchanger rig is included, is set at the air outlet of the henhouse ontology；Air inlet heat-exchange device is set in the henhouse ontology
Portion；Circulating pump is set to the henhouse body exterior；Return air heat-exchanger rig outlet and the pump entry described follow
Between ring pump discharge and the air inlet heat-exchange device entrance, air inlet heat-exchange device outlet and the return air heat-exchanger rig entrance
It is connected by pipeline, forms the flow circuits of heat transmission medium；The controller 105, when the intrinsic temperature value of henhouse is low
When set temperature, output end output plus heating signal processed；The circulating pump, controlled terminal are defeated with the controller 105
Outlet connects, and starts after receiving the heating control signal, control heat transmission medium recycles in the flow circuits.By
Contain a large amount of low temperature heat energy in the air that the air outlet of henhouse ontology is discharged, if by collecting the low temperature heat energy, is used in combination
In the heating intrinsic Cryogenic air of henhouse, energy-saving and environment-friendly purpose can reach.The pipeline outer-layer is provided with insulating layer, built-in
Heat transmission medium, to avoid the loss of heat transmission medium thermal energy.
Optionally, the heating device in above system can also use electrical heating air curtain；The electrical heating air curtain is set
It is placed in the henhouse body interior, controlled terminal is connect with the output end of the controller 105, receives the heating control letter
Start heating function after number.Because the electrical heating air curtain can also play the effect for promoting air flowing, therefore energy simultaneously
Enough two kinds of effects of ventilation and heating are realized using same equipment.
Further, can also include the first warning circuit 107 for being set to the henhouse body exterior in above system.
The controller 105, when the intrinsic humidity of the henhouse is not in its critical field, its output end exports the first alarm signal
Number；First warning circuit 107, controlled terminal are connect with the output end of the controller 105, when receiving the first alarm signal
Number when start alarm.
Analogously, can also include the second warning circuit 108 for being set to the henhouse body exterior in above system.
The controller 105, as the intrinsic CO of the henhouse2When concentration value is not in its critical field, output end output second
Alarm signal；Second warning circuit 108, controlled terminal are connect with the output end of the controller 105, when receiving second
Start alarm when alarm signal.
It can also include the third warning circuit 109 for being set to the henhouse body exterior in above system.The control
Device 105, as the intrinsic NH of the henhouse3When concentration value is not in its critical field, output end exports third alarm signal；
The third warning circuit 109, controlled terminal are connect with the output end of the controller 105, when receiving third alarm signal
Shi Qidong alarms.
It can also include the 4th warning circuit 110 for being set to the henhouse body exterior in above system.The control
Device 105, when the intrinsic temperature value of the henhouse is not in its critical field, output end exports the 4th alarm signal；Institute
The 4th warning circuit 110 is stated, controlled terminal connect with the output end of the controller, starts when receiving four alarm signals
Alarm.
In above scheme, first warning circuit 1077, second warning circuit 108, the third warning circuit
109 and the 4th warning circuit 110 include different colours warning lamp；Or it is first warning circuit 1077, described
Second warning circuit 108, the third warning circuit 109 and the 4th warning circuit 110 include playing alternative sounds letter
Number speech player.Personal identification easy to operation is specifically any monitoring data not in normal range (NR).
In said program, the various environmental parameters for influencing chicken group's normal growth can be monitored in real time, once monitoring
As a result not in normal range (NR), then alarm signal can directly be sent out.And alarm signal according to different problems according to different cigarettes
Color or different phonetic are prompted.It is appreciated that upper limit value and lower limit that the critical field of each parameter allows in other words
Value, is known in those skilled in the art, carries out different differentiations according to different location etc. residing for henhouse, is not the application
Utility model point where, therefore no longer narration in detail.In addition, controller only needs these normal datas being stored in it
Portion is compared with these data to prestore after receiving the monitoring data of respective sensor transmission and can determine whether to need
The realizations such as a variety of microcontrollers in the prior art, PLC module can be used in alarm, the mode of this comparison.
Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that：
It still can be with technical scheme described in the above embodiments is modified, or is carried out to which part technical characteristic etc.
With replacement；And these modifications or replacements, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (9)
1. a kind of hen house environment monitoring system, which is characterized in that including：
It is set to henhouse body interior：
Temperature sensor for detecting the intrinsic temperature value of the henhouse, and exports the temperature detection for characterizing the temperature value
Signal；
Humidity sensor for detecting the intrinsic humidity value of the henhouse, and exports the Humidity Detection for characterizing the humidity value
Signal；
CO2Sensor, for detecting the intrinsic CO of the henhouse2Concentration value, and export the characterization CO2The CO of concentration value2It is dense
Angle value detects signal；
NH3Sensor, for detecting the intrinsic NH of the henhouse3Concentration value, and export the characterization NH3The NH of concentration value3It is dense
Angle value detects signal；
Controller, first input end receive the temperature detection signal, and the second input terminal receives the Humidity Detection signal,
Its third input terminal receives the CO2Concentration value detects signal, and the 4th input terminal receives the NH3Concentration value detects signal；When
The temperature detection signal, the Humidity Detection signal, the CO2Concentration value detects signal and the NH3Concentration value detects signal
When middle arbitrary signal is more than its standard value upper limit, the output end of the controller exports vent control signal；
Ventilation assembly is set at the air inlet and air outlet of the henhouse ontology, the output of controlled terminal and the controller
End connection, starts after receiving the vent control signal；
Further include wireless communication module and mobile terminal：
The controller, data output end export the intrinsic temperature value of the henhouse, the intrinsic humidity value of the henhouse,
The intrinsic CO of henhouse2Concentration value and the intrinsic NH of the henhouse3Concentration value；
The input terminal of the wireless communication module is connect with the data output end of the controller, the number of the wireless communication module
It is connected according to the data input pin of output end and mobile terminal；
The mobile terminal, is equipped with by keeper, is configured with display screen, is received institute by the wireless communication module and is shown
Show in the intrinsic temperature value of the henhouse, the intrinsic humidity value of the henhouse, the henhouse ontology for stating controller output
CO2Concentration value and the intrinsic NH of the henhouse3Concentration value.
2. hen house environment monitoring system according to claim 1, which is characterized in that further include heating component, the heating
Component includes：
Return air heat-exchanger rig is set at the air outlet of the henhouse ontology；
Air inlet heat-exchange device is set to the henhouse body interior；
Circulating pump is set to the henhouse body exterior；Return air heat-exchanger rig outlet and the pump entry described follow
Between ring pump discharge and the air inlet heat-exchange device entrance, air inlet heat-exchange device outlet and the return air heat-exchanger rig entrance
It is connected by pipeline, forms the flow circuits of heat transmission medium；
The controller, when the intrinsic temperature value of henhouse is less than set temperature, output end output plus heating signal processed；
The circulating pump, controlled terminal are connect with the output end of the controller, are opened after receiving the heating control signal
Dynamic, control heat transmission medium recycles in the flow circuits.
3. hen house environment monitoring system according to claim 1, which is characterized in that further include electrical heating air curtain；
The electrical heating air curtain is set to the henhouse body interior, and controlled terminal is connect with the output end of the controller,
Start heating function after receiving the heating control signal.
4. according to claim 1-3 any one of them hen house environment monitoring systems, which is characterized in that further include be set to it is described
First warning circuit of henhouse body exterior：
The controller, when the intrinsic humidity of the henhouse is not in its critical field, its output end exports the first alarm signal
Number；
First warning circuit, controlled terminal is connect with the output end of the controller, when receiving the first alarm signal
Start alarm.
5. hen house environment monitoring system according to claim 4, which is characterized in that further include being set to the henhouse ontology
The second external warning circuit：
The controller, as the intrinsic CO of the henhouse2When concentration value is not in its critical field, output end output second
Alarm signal；
Second warning circuit, controlled terminal is connect with the output end of the controller, when receiving the second alarm signal
Start alarm.
6. hen house environment monitoring system according to claim 5, which is characterized in that further include being set to the henhouse ontology
External third warning circuit：
The controller, as the intrinsic NH of the henhouse3When concentration value is not in its critical field, output end exports third
Alarm signal；
The third warning circuit, controlled terminal are connect with the output end of the controller, when receiving third alarm signal
Start alarm.
7. hen house environment monitoring system according to claim 6, which is characterized in that further include being set to the henhouse ontology
The 4th external warning circuit：
The controller, when the intrinsic temperature value of the henhouse is not in its critical field, the 4th report of output end output
Alert signal；
4th warning circuit, controlled terminal is connect with the output end of the controller, when receiving four alarm signals
Start alarm.
8. hen house environment monitoring system according to claim 7, it is characterised in that：
It is wrapped in first warning circuit, second warning circuit, the third warning circuit and the 4th warning circuit
Include the warning lamp of different colours.
9. hen house environment monitoring system according to claim 7, it is characterised in that：
It is wrapped in first warning circuit, second warning circuit, the third warning circuit and the 4th warning circuit
Include the speech player for playing alternative sounds signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721517397.7U CN207924546U (en) | 2017-11-14 | 2017-11-14 | Hen house environment monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721517397.7U CN207924546U (en) | 2017-11-14 | 2017-11-14 | Hen house environment monitoring system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207924546U true CN207924546U (en) | 2018-09-28 |
Family
ID=63613069
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721517397.7U Expired - Fee Related CN207924546U (en) | 2017-11-14 | 2017-11-14 | Hen house environment monitoring system |
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| Country | Link |
|---|---|
| CN (1) | CN207924546U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113056188A (en) * | 2018-12-18 | 2021-06-29 | 桑德托克斯公司 | Device for monitoring the condition of a livestock facility |
-
2017
- 2017-11-14 CN CN201721517397.7U patent/CN207924546U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113056188A (en) * | 2018-12-18 | 2021-06-29 | 桑德托克斯公司 | Device for monitoring the condition of a livestock facility |
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Granted publication date: 20180928 Termination date: 20191114 |