CN209327829U - A kind of lake pond culture online monitoring system - Google Patents
A kind of lake pond culture online monitoring system Download PDFInfo
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- CN209327829U CN209327829U CN201920071697.XU CN201920071697U CN209327829U CN 209327829 U CN209327829 U CN 209327829U CN 201920071697 U CN201920071697 U CN 201920071697U CN 209327829 U CN209327829 U CN 209327829U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
Abstract
The utility model discloses a kind of lake pond culture online monitoring systems, it includes: control device, water monitoring device, water correction device；The control device include main control module and with main control module water monitoring device control module interconnected, water correction device control module；The water correction device is communicated with the interconnection of water correction device control module；Water-soluble lambda sensor, pH value sensor, water temperature sensor, illuminance sensor, the ammonia oxygen amount sensor of the water monitoring device are connected with each other with water monitoring device control module respectively；Using the remote interaction module for the APP connection control device installed on user terminal, water quality monitoring dress, water correction device can be controlled by APP.
Description
Technical field
The utility model belongs to aquaculture control system technical field, and in particular to a kind of lake pond culture is supervised online
Control system.
Background technique
Existing freshwater aquiculture technology is mostly that tradition cultivation is in the majority, is substantially propagated artificially, a small amount of mechanization participates in；Fresh water is supported
Grow very high to water quality requirement, the water environment not reached requirement cultivates out aquatic products meeting low quality or even large area can be brought
The underproduction brings about great losses.There are part poultry feeders also and can take the method for regular water sampling to measure various data in water, this
Kind method needs personnel periodically to sample, and analyzes constituent data in water, and the result obtained cannot represent real feelings in water in real time
Condition is not suitable for the large area lake for having requirement of real-time to water environment and pond aquaculture in this way.
China's technology of Internet of things had been greatly developed in recent years, also had many fields to apply this technology, and aquatic products is supported
Growing can also be using technology of Internet of things, so that real-time monitoring water environment and long-range control and kind machinery are achieved.
The defect and deficiency of the prior art:
The deficiency of existing lake freshwater aquiculture technology is a large amount of artificial participations, can be described as not accomplishing to supervise substantially to water environment
Control, bad to the quality control of water quality, the analysis of water body constituent data is not real-time, this results in cultivating and monitoring in water field of big area
Not in time, need a large amount of artificial, so that the production cost increases, quality is general.
Summary of the invention
In order to solve above-mentioned defect and deficiency, the utility model provides a kind of lake pond culture on-line monitoring
System, under it can be uploaded in real time after cloud background process by each sensor at control centre's processing scene and data
It is dealt into user terminal backstage and mobile phone, user can see related data and issue the cultivation equipment at instruction control scene, in this way
Artificial investment is reduced, and grasps the data of each composition in water in real time, various problems is handled in time, keeps cultivation more scientific；
Reach improvement water quality, environment-protecting cultivation, the purpose to increase production and improve productivity.
A kind of lake pond culture online monitoring system, it includes: control device, water monitoring device, water correction dress
It sets；The control device include main control module and with main control module water monitoring device control module interconnected, water quality
Improve device control module；The water correction device is communicated with the interconnection of water correction device control module；Described
Water-soluble lambda sensor, pH value sensor, water temperature sensor, illuminance sensor, the ammonia oxygen amount sensor point of water monitoring device
It is not connected with each other with water monitoring device control module；
It further, further include data processing terminal, the data processing terminal includes data acquisition module, at data
Manage module, cloud server；The data acquisition module and water monitoring device control module, which is connected with each other, to be arranged, and every three seconds
Water-soluble lambda sensor, pH value sensor, water temperature sensor, illuminance sensor, ammonia oxygen amount sensor is acquired for a cycle to obtain
The data obtained；Collected data are transmitted to data processing module by the data acquisition module；The data processing mould
The collected data of block data acquisition module are handled, and cloud server is sent data to after processing；
Further, the cloud server is communicated with user terminal interconnection；The user terminal can be following
The data for carrying cloud server, for monitoring the actual conditions of cultivating pool；
Further, the control device further includes remote interaction module, and the user terminal can be handed over to long-range
Mutual module sends control data；User terminal is sent control data and is transmitted to water correction device by the remote interaction module
Control module；The water correction device control module directly controls water correction device and works；
Further, the user terminal is the intelligence for being equipped with the APP that communication is mutually matched with remote interaction module
Mobile phone or computer；
Further, the water-soluble lambda sensor of the water monitoring device, pH value sensor, water temperature sensor, illumination
Degree sensor, ammonia oxygen amount sensor are mounted on sensor and set up in stake；It includes main pile body, sensor that the sensor, which sets up stake,
Main pile body described in fixed part is cylindrical, and bottom is equipped with tip, and top is equipped with cylindrical cavity；The cylindrical cavity
Depth is less than the length of main pile body；The depth of the cylindrical cavity is greater than the water depth in pond；The cylinder
The cavity wall of cavity is equipped with sensor fixed part；The sensor fixed part is in circular hole, is equipped with rubber seal in hole；Institute
The water-soluble lambda sensor stated, pH value sensor, water temperature sensor, illuminance sensor, that ammonia oxygen amount sensor is mounted on rubber is close
In seal, and the two sides of sensor are fixed with nut, and are coated with marine glue；
Further, it further includes blender that the sensor, which sets up stake,；The outer of main pile body is arranged in the blender
Side；The blender includes stirring rod, fixed disk, stirring motor；The stirring motor is fixed on the upper of cylindrical cavity
On the motor mounting flange of end；The fixed disk is in the form of annular discs, is fixedly mounted on the output shaft of stirring motor；Described
The stirring rod being vertically arranged is equipped with around fixed disk；
Further, it further includes shield that the sensor, which sets up stake,；The shield is set in blender in netted
Around；The bottom of the shield is equipped with holdfast, and holdfast gos deep into the soil of pond bottom；Further, the motor is solid
Determine the lower part of flange, the side wall of main pile body is equipped with cable hole.
The utility model provides a kind of lake pond culture online monitoring system, it includes: control device, water quality monitoring
Device, water correction device；The control device includes main control module and fills with main control module water quality monitoring interconnected
Set control module, water correction device control module；The water correction device and water correction device control module are mutual
Connection communication；The water-soluble lambda sensor of the water monitoring device, pH value sensor, water temperature sensor, illuminance sensor,
Ammonia oxygen amount sensor is connected with each other with water monitoring device control module respectively；It is controlled using the APP connection installed on user terminal
The remote interaction module of device processed can control water quality monitoring dress, water correction device by APP.
Detailed description of the invention
Fig. 1 is that a kind of system of lake pond culture online monitoring system of the utility model forms figure；
Fig. 2 is that a kind of sensor of lake pond culture online monitoring system of the utility model sets up the topology view of stake.
Specific embodiment
In order to which technical problem to be solved in the utility model, technical solution and beneficial effect is more clearly understood, with
Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein
It applies example to be only used to explain the utility model, is not used to limit the utility model.
Embodiment 1:
Attached drawing 1-2 is referred to, a kind of lake pond culture online monitoring system, it includes: control device 1, user terminal
2, water monitoring device 3, water correction device 4；
The control device 1 include main control module 11, remote interaction module 12, water monitoring device control module 13,
Water correction device control module 14；
The remote interaction module 12 is in communication with each other with main control module 11 connect setting；
Water monitoring device control module 13, water correction device control module 14 and the 11 phase intercommunication of main control module
Letter connection setting；
APP interactive module built in the remote interaction module 12；
The user terminal 2 be equipped with remote interaction module 12 be mutually matched communication APP smart phone or
Computer；
The water monitoring device 3 includes water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illumination
It spends sensor 34, ammonia oxygen amount sensor 35, sensor and sets up stake 36；
The water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illuminance sensor 34, ammonia oxygen amount
Sensor 35 is connected with each other respectively at water monitoring device control module 13；
The water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illuminance sensor 34, ammonia oxygen amount
Sensor 35 is cylindrical, and one end is sensor probe, and the other end is connected with cable；
It includes main pile body 361, sensor fixed part 362, blender 363, shield 364 that the sensor, which sets up stake 36,；
The main pile body 361 is cylindrical, and bottom is equipped with tip 3611, and top is equipped with cylindrical cavity 3612；
The depth of the cylindrical cavity 3612 is less than the length of main pile body 361；
The depth of the cylindrical cavity 3612 is greater than the water depth in pond；
The cavity wall of the cylindrical cavity 3612 is equipped with sensor fixed part 362；
The upper end of the cylindrical cavity 3612 is equipped with motor mounting flange 3613；
The side wall of the lower part of the motor mounting flange 3613, main pile body 361 is equipped with cable hole 3614；
The sensor fixed part 362 is in circular hole, and rubber seal, the circular hole inside rubber seal are equipped in hole
With water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illuminance sensor 34, ammonia oxygen amount sensor 35 it is outer
Wall is mutually matched；
The water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illuminance sensor 34, ammonia oxygen amount
Sensor 35 is mounted in rubber seal, and the two sides of sensor are fixed with nut, and are coated with marine glue；
The outside of main pile body 361 is arranged in the blender 363；
The blender 363 includes stirring rod 3631, fixed disk 3632, stirring motor 3633；
The stirring motor 3633 is fixed on motor mounting flange 3613；
The fixed disk 3632 is in the form of annular discs, and 2 are fixedly mounted on the output shaft of stirring motor 3633；
The stirring rod 3631 being vertically arranged is equipped with around the fixed disk 363；
The shield 364 is set in around blender 363 in netted；
The bottom of the shield 364 is equipped with holdfast 3641, and holdfast 3641 gos deep into the soil of pond bottom；
The water correction device 4 is communicated with the interconnection of water correction device control module 14；
The water correction device 4 includes the equipment such as device for feeding fish bait, food throwing machine, aerator, illumination lamp；
The water correction device control module 14 can be used to control the work of water correction device 4 and stop work
Make.
It is set up in stake in use, the various sensors in water monitoring device are installed to sensor first, by sensor
Cable by main pile body side wall be equipped with cable hole in stretch out；Then blender is mounted on to the top of main pile body；By king pile
Body is uniformly plugged on the bottom surface in pond according to the shapes and sizes in pond, then shield is set in the outside of blender, and will
The holdfast of shield bottom is fixed on the bottom surface in pond；The water monitoring device of the cable of sensor and control device is controlled into mould
The equipment such as block device for feeding fish bait, food throwing machine, aerator, illumination lamp.Use the long-range of the APP connection control device installed on user terminal
Interactive module can control water quality monitoring dress, water correction device by APP.
A kind of lake pond culture online monitoring system provided by the utility model is by online liquid pH value detection module
The signal for 4 ~ 20mA that the analog quantity of output, 18B20 temperature sensor digital quantity, oxygen dissolving value detector export is through current/voltage
The signal for 4 ~ 20mA that the analog quantity for 0 ~ 5v that conversion module is converted into, ammonia-nitrogen content monitor export is through current/voltage-converted
Analog quantity, digital quantity of optical sensor output of 0 ~ 5v that module is converted into etc., are linked into control centre, and through control centre
Result after calculation processing uploads to cloud, and cloud acquires data for a cycle in every three seconds, and user is using the end PC and mobile phone
It can real time inspection data.After the data of control centre's processing are uploaded to cloud server, stepped on by computer terminal, mobile phone terminal
It records " intelligence remittance management system for breeding ", so that it may dissolved oxygen content, pH value, the ammonia nitrogen value etc. in culture pond area are understood whenever and wherever possible,
And indicating that different warning values, such as green represent the normal codomain of pH value using different colours, yellow represents too low or excessively high
Region.
Second purpose of the utility model is breeding environment early warning processing and remote control cultivation equipment.
Realizing the technical solution of second purpose of the utility model is:
Through control centre processing data be uploaded to cloud server after, be sent to after cloud is handled user terminal and
User mobile phone, the equipment that user remotely can control scene on the backstage of mobile phone and terminal PC.Staff is avoided to go back
Field device is controlled, intensity of workers is mitigated.
Control centre has the ability that judges automatically, due to some numerical value in live water it is undesirable after, sentence automatically
It is disconnected that whether starting device carrys out balance parameters (such as: dissolved oxygen in water value can start aerator after control centre's judgement as low as limit value automatically
Increase the dissolved oxygen amount in water, stop aerator oxygen supply after setting value to be achieved), thus damage caused by avoiding because of human negligence
It loses.
Embodiment 2:
Attached drawing 1-2 is referred to, a kind of lake pond culture online monitoring system, it includes: control device 1, user terminal
2, water monitoring device 3, water correction device 4；
The control device 1 include main control module 11, remote interaction module 12, water monitoring device control module 13,
Water correction device control module 14；
The remote interaction module 12 is in communication with each other with main control module 11 connect setting；
Water monitoring device control module 13, water correction device control module 14 and the 11 phase intercommunication of main control module
Letter connection setting；
APP interactive module built in the remote interaction module 12；
The user terminal 2 be equipped with remote interaction module 12 be mutually matched communication APP smart phone or
Computer；
The water monitoring device 3 includes water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illumination
It spends sensor 34, ammonia oxygen amount sensor 35, sensor and sets up stake 36；
The water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illuminance sensor 34, ammonia oxygen amount
Sensor 35 is connected with each other respectively at water monitoring device control module 13；
The water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illuminance sensor 34, ammonia oxygen amount
Sensor 35 is mounted on；
The water correction device 4 is communicated with the interconnection of water correction device control module 14；
The water correction device 4 includes the equipment such as device for feeding fish bait, food throwing machine, aerator, illumination lamp；
The water correction device control module 14 can be used to control the work of water correction device 4 and stop work
Make；
It further include data processing terminal 5, the data processing terminal includes data acquisition module 51, data processing module
52, cloud server 53；
The data acquisition module 51 and water monitoring device control module, which is connected with each other, to be arranged, and every three seconds are a week
Phase acquires water-soluble lambda sensor 31, pH value sensor 32, water temperature sensor 33, illuminance sensor 34, ammonia oxygen amount sensor 35
The data of acquisition；
Collected data are transmitted to data processing module 52 by the data acquisition module 51；
The collected data of 52 data acquisition module of data processing module 51 are handled, and pass data after processing
Transport to cloud server 53；
The cloud server 53 is communicated with the interconnection of user terminal 2；
The user terminal 2 can download the data of cloud server 53, for monitoring the actual conditions of cultivating pool；
The user terminal 2 can send control data to remote interaction module 12；
User terminal 2 is sent control data and is transmitted to water correction device control module by the remote interaction module 12
14；
The water correction device control module 14 directly controls the device for feeding fish bait, food throwing machine, oxygenation of water correction device 4
The equipment such as machine, illumination lamp work.
It is set up in stake in use, the various sensors in water monitoring device are installed to sensor first, by sensor
Cable by main pile body side wall be equipped with cable hole in stretch out；Then blender is mounted on to the top of main pile body；By king pile
Body is uniformly plugged on the bottom surface in pond according to the shapes and sizes in pond, then shield is set in the outside of blender, and will
The holdfast of shield bottom is fixed on the bottom surface in pond；The water monitoring device of the cable of sensor and control device is controlled into mould
The equipment such as block device for feeding fish bait, food throwing machine, aerator, illumination lamp.Use the long-range of the APP connection control device installed on user terminal
Interactive module can control water quality monitoring dress, water correction device by APP.
A kind of lake pond culture online monitoring system provided by the utility model is by online liquid pH value detection module
The signal for 4 ~ 20mA that the analog quantity of output, 18B20 temperature sensor digital quantity, oxygen dissolving value detector export is through current/voltage
The signal for 4 ~ 20mA that the analog quantity for 0 ~ 5v that conversion module is converted into, ammonia-nitrogen content monitor export is through current/voltage-converted
Analog quantity, digital quantity of optical sensor output of 0 ~ 5v that module is converted into etc., are linked into control centre, and through control centre
Result after calculation processing uploads to cloud, and cloud acquires data for a cycle in every three seconds, and user is using the end PC and mobile phone
It can real time inspection data.After the data of control centre's processing are uploaded to cloud server, stepped on by computer terminal, mobile phone terminal
It records " intelligence remittance management system for breeding ", so that it may dissolved oxygen content, pH value, the ammonia nitrogen value etc. in culture pond area are understood whenever and wherever possible,
And indicating that different warning values, such as green represent the normal codomain of pH value using different colours, yellow represents too low or excessively high
Region.
Second purpose of the utility model is breeding environment early warning processing and remote control cultivation equipment.
Through control centre processing data be uploaded to cloud server after, be sent to after cloud is handled user terminal and
User mobile phone, the equipment that user remotely can control scene on the backstage of mobile phone and terminal PC.Staff is avoided to go back
Field device is controlled, intensity of workers is mitigated.
Control centre has the ability that judges automatically, due to some numerical value in live water it is undesirable after, sentence automatically
It is disconnected that whether starting device carrys out balance parameters (such as: dissolved oxygen in water value can start aerator after control centre's judgement as low as limit value automatically
Increase the dissolved oxygen amount in water, stop aerator oxygen supply after setting value to be achieved), thus damage caused by avoiding because of human negligence
It loses.
Above-described specific embodiment, to the purpose of this utility model, technical scheme and beneficial effects carried out into
One step is described in detail, it should be understood that being not used to limit the foregoing is merely specific embodiment of the present utility model
The utility model processed, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done,
It should be included within the scope of protection of this utility model.
Claims (9)
1. a kind of lake pond culture online monitoring system, it is characterised in that: it includes: control device (1), water monitoring device
(3), water correction device (4)；The control device (1) includes main control module (11) and is connected with each other with main control module (11)
Water monitoring device control module (13), water correction device control module (14)；The water correction device (4) and water
Matter improves device control module (14) and is connected with each other communication；Water-soluble lambda sensor (31), the PH of the water monitoring device (3)
It is worth sensor (32), water temperature sensor (33), illuminance sensor (34), ammonia oxygen amount sensor (35) to fill with water quality monitoring respectively
Set control module (13) interconnection.
2. a kind of lake pond culture online monitoring system according to claim 1, it is characterised in that: further include at data
It manages terminal (5), the data processing terminal includes data acquisition module (51), data processing module (52), cloud server
(53)；The data acquisition module (51) and water monitoring device control module, which is connected with each other, to be arranged, and every three seconds are a week
Phase acquires water-soluble lambda sensor (31), pH value sensor (32), water temperature sensor (33), illuminance sensor (34), ammonia oxygen amount
The data that sensor (35) obtains；Collected data are transmitted to data processing module by the data acquisition module (51)
(52)；Described data processing module (52) data acquisition module (51) the collected data are handled, by data after processing
It is transmitted to cloud server (53).
3. a kind of lake pond culture online monitoring system according to claim 2, it is characterised in that: the cloud clothes
Business device (53) is connected with each other with user terminal (2) and communicates；The user terminal (2) can download the number of cloud server (53)
According to for monitoring the actual conditions of cultivating pool.
4. a kind of lake pond culture online monitoring system according to claim 3, it is characterised in that: the control dress
Setting (1) further includes remote interaction module (12), and the user terminal (2) can send control number to remote interaction module (12)
According to；User terminal (2) are sent control data and are transmitted to water correction device control module by the remote interaction module (12)
(14)；The water correction device control module (14) directly controls water correction device (4) and works.
5. a kind of lake pond culture online monitoring system according to claim 4, it is characterised in that: the user is whole
Holding (2) is the smart phone or computer for being equipped with the APP that communication is mutually matched with remote interaction module (12).
6. a kind of lake pond culture online monitoring system described in -5 any one according to claim 1, it is characterised in that: institute
The water-soluble lambda sensor (31) for the water monitoring device (3) stated, pH value sensor (32), water temperature sensor (33), illuminance pass
Sensor (34), ammonia oxygen amount sensor (35) are mounted on sensor and set up on stake (36)；The sensor sets up stake (36)
Main pile body (361) described in main pile body (361), sensor fixed part (362) is cylindrical, and bottom is equipped with tip (3611), on
Portion is equipped with cylindrical cavity (3612)；The depth of the cylindrical cavity (3612) is less than the length of main pile body (361)；It is described
Cylindrical cavity (3612) depth be greater than pond in water depth；It is set in the cavity wall of the cylindrical cavity (3612)
There are sensor fixed part (362)；The sensor fixed part (362) is in circular hole, is equipped with rubber seal in hole；Described
Water-soluble lambda sensor (31), pH value sensor (32), water temperature sensor (33), illuminance sensor (34), ammonia oxygen amount sensor
(35) it is mounted in rubber seal, and the two sides of sensor are fixed with nut, and are coated with marine glue.
7. a kind of lake pond culture online monitoring system according to claim 6, it is characterised in that: the sensor
Setting up stake (36) further includes blender (363)；Outside of blender (363) setting in main pile body (361)；Described stirs
Mixing device (363) includes stirring rod (3631), fixed disk (3632), stirring motor (3633)；The stirring motor (3633) is solid
It is scheduled on the motor mounting flange (3613) of the upper end of cylindrical cavity (3612)；The fixed disk (3632) is in disk
Shape, (2) are fixedly mounted on the output shaft of stirring motor (3633)；It is equipped with and is vertically arranged around the fixed disk (3632)
Stirring rod (3631).
8. a kind of lake pond culture online monitoring system according to claim 7, it is characterised in that: the sensor
Setting up stake (36) further includes shield (364)；The shield (364) is set in around blender (363) in netted；It is described
The bottom of shield (364) be equipped with holdfast (3641), holdfast (3641) gos deep into the soil of pond bottom.
9. a kind of lake pond culture online monitoring system according to claim 8, it is characterised in that: the motor is solid
Determine the lower part of flange (3613), the side wall of main pile body (361) is equipped with cable hole (3614).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920071697.XU CN209327829U (en) | 2019-01-16 | 2019-01-16 | A kind of lake pond culture online monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920071697.XU CN209327829U (en) | 2019-01-16 | 2019-01-16 | A kind of lake pond culture online monitoring system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209327829U true CN209327829U (en) | 2019-08-30 |
Family
ID=67731472
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920071697.XU Expired - Fee Related CN209327829U (en) | 2019-01-16 | 2019-01-16 | A kind of lake pond culture online monitoring system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209327829U (en) |
-
2019
- 2019-01-16 CN CN201920071697.XU patent/CN209327829U/en not_active Expired - Fee Related
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