CN205585114U - Self -service management system of fish bowl - Google Patents

Abstract

The utility model discloses a fish tank self-service management system. The fish tank self-management system includes a water quality sensor, a central processing unit, a water circulation pipe, a water flow drive device and a UV germicidal lamp; the water quality sensor is electrically connected to the central processing unit, and the water quality sensor is set in the fish tank to detect water quality parameters and send the water quality parameters to the central processing unit; the water outlet and the water inlet of the water circulation pipe are set in the fish tank; the water flow driving device and the UV germicidal lamp are arranged in the water circulation pipe and connected with the central processing unit; the central processing unit is used to control the water flow driving device and the UV germicidal lamp according to the water quality parameters. The germicidal lamp operates to sterilize the water in the fish tank. When the water quality parameters detected by the water quality sensor show that the water quality needs to be optimized, the water flow driving device drives the water in the fish tank to flow through the water circulation pipe, and the UV germicidal lamp sterilizes the water flowing in the water circulation pipe, automatically cleaning and optimizing the water quality in the fish tank The environment in the fish tank reduces the workload of man-made fish tank maintenance.

Description

A fish tank self-management system

technical field

The utility model relates to the technical field of fish breeding devices, in particular to a fish tank self-service management system.

Background technique

With the rapid economic growth, people's pursuit of spiritual life is constantly improving while their material living standards are improving. Ornamental fish, as a living art, is pleasing to the eye, happy and forgetful, and because of its beautiful meaning, it is loved by more and more people. Therefore, it is often used in families, offices or other public places. Ornamental fish tanks will be placed to meet people's growing aesthetic needs.

However, the fish tank and the fish in the fish tank need to be taken care of regularly manually, such as changing water, feeding, adjusting water temperature, etc. When the number of fish tanks is large or the size of the fish tank is large, the human workload is large, and sometimes multiple people are required to complete it. Moreover, the above work needs to be carried out on a regular basis. When there is something to go out and no one is looking after it, the water quality of the fish tank will deteriorate, and the fish will die due to various reasons.

Utility model content

In view of this, the embodiment of the present utility model provides a fish tank self-management system, which can automatically clean the fish tank, optimize the environment in the fish tank, and reduce the workload of man-made fish tank management.

The embodiment of the utility model provides a fish tank self-management system, including a water quality sensor, a central processing unit, a water circulation pipe, a water flow drive device and a UV germicidal lamp;

The water quality sensor is electrically connected to the central processing unit, and the water quality sensor is arranged in the fish tank for detecting water quality parameters and sending the water quality parameters to the central processing unit;

Both the water outlet and the water inlet of the water circulation pipe are arranged in the fish tank;

The water flow driving device and the UV germicidal lamp are arranged in the water circulation pipe and connected with the central processing unit;

The central processing unit is used to control the operation of the water flow driving device and the UV germicidal lamp to sterilize the water in the fish tank according to the water quality parameters.

Wherein, it also includes a bidirectional charging mobile power supply, and the bidirectional charging mobile power supply is used to provide power for the fish tank self-management system.

Wherein, the charging voltage of the bidirectional charging mobile power supply is 4.5V-80V.

Wherein, it also includes a turbidity sensor and a water changing device, and the turbidity sensor and the water changing device are both electrically connected to the central processing unit;

The turbidity sensor is used to detect turbidity data in the fish tank and send the turbidity data to the central processing unit;

The central processing unit is also used to control the water changing device to change water for the fish tank according to the turbidity data.

Wherein, a functional socket is also included, and the functional socket includes a plurality of sockets, and each functional unit of the fish tank self-management system is powered through one socket respectively.

Wherein, each of the sockets is independently provided with a power switch, so that each of the functional units is powered independently.

Wherein, a plurality of power supply modules are further included, and the power supply modules are connected in series between the power switch and the functional units and are electrically connected to the central processing unit, so as to configure corresponding power supply parameters for each functional unit.

Wherein, it also includes a wireless module, the WIFI module is electrically connected with the central processing unit, and is used to receive a control signal sent by an external intelligent terminal, and send the control signal to the central processing unit to control the self-help of the fish tank management system.

Wherein, also comprise camera, described camera is electrically connected with described wireless module by described central processing unit, is used for collecting the image data in described fish tank and described image data is sent to described external intelligent terminal by wireless module.

Wherein, a touch display device is also included, and the touch display device is connected with the central processing unit for real-time display and setting of the operating state of the fish tank.

A fish tank self-service management system provided by the embodiment of the utility model, a water quality sensor and a water circulation pipe are installed in the fish tank, and a water flow drive device and a UV germicidal lamp are arranged in the water circulation pipe. When the water quality parameters detected by the water quality sensor show that the water quality needs to be optimized At the same time, the central processor controls the operation of the water flow drive device and the UV germicidal lamp. The water flow drive device drives the water in the fish tank to flow through the water circulation pipe. Optimize the environment in the fish tank and reduce the workload of man-made fish tank.

Description of drawings

Other characteristics, objects and advantages of the present invention will become more apparent by reading the detailed description of non-limiting embodiments made with reference to the following drawings:

Fig. 1 is a structural diagram of the first embodiment of a fish tank self-management system provided in the specific embodiment of the present invention.

Fig. 2 is a structural diagram of a second embodiment of a fish tank self-management system provided in the specific embodiment of the present invention.

Fig. 3 is a structural diagram of the functional socket in the second embodiment of the fish tank self-management system provided in the specific embodiment of the present invention.

detailed description

Below in conjunction with accompanying drawing and embodiment the utility model is described in further detail. It can be understood that the specific embodiments described here are only used to explain the utility model, rather than limit the utility model. In addition, it should be noted that, for the convenience of description, only the part related to the present utility model is shown in the drawings but not the whole content.

Please refer to FIG. 1 , which is a structural diagram of the first embodiment of a fish tank self-management system provided in the specific embodiment of the present invention. As shown in the figure, the fish tank self-management system includes a water quality sensor 30, a central processing unit 10, a water circulation pipe 20, a water flow drive device 21 and a UV germicidal lamp 22;

The water quality sensor 30 is electrically connected to the central processing unit 10, and the water quality sensor 30 is arranged in the fish tank 1 for detecting water quality parameters and sending the water quality parameters to the central processing unit 10;

The water outlet and the water inlet of the water circulation pipe 20 are all arranged in the fish tank 1;

The water flow driving device 21 and the UV germicidal lamp 22 are arranged in the water circulation pipe 20 and connected to the central processing unit 10;

The central processing unit 10 is used to control the water flow driving device 21 and the UV germicidal lamp 22 to sterilize the water in the fish tank 1 according to the water quality parameters.

The water quality sensor 30 is used to detect the health status of the water quality in the fish tank 1, mainly the content of various microorganisms, such as algae and bacteria. For fish, the most suitable growth environment requires the presence of certain microorganisms in order to maintain a fragile balance in the small ecosystem of fish tank 1. Wrong types or numbers of microorganisms may cause the small fish tank 1. The balance in the ecological system is broken, which will cause the growth state of fish to deteriorate or even die. Generally speaking, the number of microorganisms in the fish tank 1 tends to increase in a natural state, so the microorganisms need to be cleaned up at intervals.

In this solution, a water quality sensor 30 is set to detect the content of microorganisms in the fish tank 1, and when the content of microorganisms is too high, the water in the fish tank 1 is sterilized. The process of concrete sterilization treatment is as follows: the water circulation pipe 20 of opening at both ends is set, and water flow driving device 21 and UV germicidal lamp 22 are set in water circulation pipe 20, when needing to carry out sterilization treatment to water, water flow driving device 21 drives in the fish tank 1 The water flows in the water circulation pipe 20 , and the water passes through the UV germicidal lamp 22 during the flow, and the UV germicidal lamp 22 sterilizes the water flowing through the water circulation pipe 20 . Sterilize the water in a circular way, on the one hand, it can save water and improve the utilization rate of water; on the other hand, it does not change the water environment in the fish tank 1 suddenly, avoiding the unsuitability of the fish in the fish tank 1 caused by the sudden change of the environment and causing adverse effects as a result of.

The water flow driving device 21 in this scheme can be driven by a motor; the UV germicidal lamp 22 is a lamp tube made of the special effect of ultraviolet rays, which has a good effect on the removal of green algae and bacteria in the water, but will not harm fish. Beneficial bacteria such as nitrifying bacteria. In order to improve the circulation efficiency of the water circulation pipe 20, the water inlet and the water outlet are submerged in different depths. Generally speaking, the water inlet is close to the bottom of the water, and the water outlet is close to the water surface; of course, the two can also be set in reverse. Further, in order not to cause harm to the fish raised in the fish tank 1 during the sterilization process.

A fish tank self-service management system provided by the embodiment of the utility model, a water quality sensor and a water circulation pipe are installed in the fish tank, and a water flow drive device and a UV germicidal lamp are arranged in the water circulation pipe. When the water quality parameters detected by the water quality sensor show that the water quality needs to be optimized At the same time, the central processor controls the operation of the water flow drive device and the UV germicidal lamp. The water flow drive device drives the water in the fish tank to flow through the water circulation pipe. Optimize the environment in the fish tank and reduce the workload of man-made fish tank.

Please refer to FIG. 2 , which is a structural diagram of a second embodiment of the fish tank self-management system provided in the specific implementation manner of the present invention. As shown in the figure, the fish tank self-management system includes a water quality sensor 30, a central processing unit 10, a water circulation pipe 20, a water flow drive device 21 and a UV germicidal lamp 22;

The water quality sensor 30 is electrically connected to the central processing unit 10, and the water quality sensor 30 is arranged in the fish tank 1 for detecting water quality parameters and sending the water quality parameters to the central processing unit 10;

The water outlet and the water inlet of the water circulation pipe 20 are all arranged in the fish tank 1;

Described water flow driving device 21 and UV germicidal lamp 22 are arranged in described water circulation pipe 20 and link to each other with described central processing unit 10;

The central processing unit 10 is used to control the water flow driving device 21 and the UV germicidal lamp 22 to sterilize the water in the fish tank 1 according to the water quality parameters.

On the basis of the above embodiments, a bidirectional charging mobile power supply 40 is also included, and the bidirectional charging mobile power supply 40 is used to provide power for the fish tank self-service management system.

The bidirectional charging mobile power supply 40, as the name suggests, has the function of bidirectional charging, which can be charged and discharged simultaneously, that is, while receiving charging from an external power source, it can supply power to other power supply devices at the same time; it is also detachable. The bidirectional charging mobile power supply 40 has multiple USB interfaces, two-phase sockets and three-phase sockets, can be connected to all functional devices of the fish tank 1, and can also be disassembled to charge other electronic products.

Preferably, the charging voltage of the bidirectional charging mobile power supply 40 is 4.5V-80V.

The bidirectional charging mobile power supply 40 has a wide range of acceptable charging voltages, and can be charged by most of the charging equipment around it, especially various clean but unstable power sources, such as solar energy and wind energy, can be used to realize environmentally friendly charging.

Preferably, a turbidity sensor 50 and a water changing device 60 are also included, and both the turbidity sensor 50 and the water changing device 60 are electrically connected to the central processing unit 10;

The turbidity sensor 50 is used to detect the turbidity data in the fish tank 1 and send the turbidity data to the central processing unit 10;

The central processing unit 10 is also used to control the water changing device 60 to change water for the fish tank 1 according to the turbidity data.

When the water quality in the fish tank 1 is turbid, which is not only a problem of microbial content, the water in the fish tank 1 is replaced by the water changing device 60. The specific water quality turbidity is detected by the turbidity sensor 50. Processor 10 controls. In order to further improve the utilization rate of water, the water changing device 60 is not to directly extract the water in the fish tank 1 for discarding, but to extract it to the sedimentation tank for sedimentation recovery, so as to reuse it when changing the water next time. Because the tap water is not directly connected to the tap water when changing the water, but the tap water is connected to the sedimentation tank, and the water from the water-soluble and irritating gas is removed after being placed in the air for a period of time. The placement process can be carried out simultaneously with the sedimentation process of the recycled water.

Another preferred mode further includes a functional socket 70, please refer to FIG. 3, the functional socket 70 includes a plurality of sockets 71, and each functional unit of the fish tank self-management system is powered through one socket 71 respectively.

Each functional unit described in this solution refers to each structural component in FIG. 2 that realizes the designed function, such as the central processing unit 10, the water quality sensor 30, and the like. In addition to being powered by the bidirectional charging mobile power supply 40, the functional socket 70 can also be powered by the mains power supply 00. The mains power supply 00 is a common technical method for live devices, and no further description is given here.

Further, each of the sockets 71 is independently provided with a power switch 72, so that each of the functional units can be powered independently.

Further, it also includes a plurality of power supply modules 73, the power supply modules 73 are connected in series between the power switch 72 and the functional units and are electrically connected to the central processing unit 10, and are used to configure corresponding power supply parameters.

Power supply through socket 71, power switch 72 control on-off, power supply module 73 control the setting of power supply parameters, can realize independent power supply and independent control of power supply parameters for each functional power supply, improve the safety of the circuit in the fish tank 1, and avoid short circuit.

Preferably, it also includes a wireless module 80, the WIFI module is electrically connected to the central processing unit 10, and is used to receive a control signal sent by an external intelligent terminal, and send the control signal to the central processing unit 10 to control The fish tank self-management system.

The wireless module 80 is mainly used to realize the remote control of the fish tank 1, for example, the mobile phone sends a signal to the central processing unit 10 to control the feeder to feed and so on.

Wherein, also comprise camera head 90, described camera head 90 is electrically connected with described wireless module 80 by described central processing unit 10, is used for collecting the image data in described fish tank 1 and described image data is sent to by wireless module 80 The external smart terminal.

The camera 90 can help the user watch the state of the fish in the fish tank 1 at any time, appreciate the fish at a place far away from the fish tank 1, and relax the body and mind.

Further, a touch display device 100 is also included, and the touch display device 100 is connected to the central processing unit 10 for real-time display and setting of the operating status of the fish tank 1 .

The touch display device 100 can realize real-time display of all operating states of the fish tank 1 outside the fish tank 1, and the user can adjust various parameters of the fish tank 1 at any time through the touch panel to improve the environment of the fish tank 1.

Note that the above are only preferred embodiments of the present invention and the applied technical principles. Those skilled in the art will understand that the utility model is not limited to the specific embodiments described here, and various obvious changes, readjustments and substitutions can be made by those skilled in the art without departing from the protection scope of the utility model. Therefore, although the utility model has been described in detail through the above embodiments, the utility model is not limited to the above embodiments, and can also include more other equivalent embodiments without departing from the concept of the utility model. The scope of the present invention is determined by the appended claims.

Claims (10)

1. a fish jar self-care system, it is characterised in that include that water quality sensor, central authorities process Device, water-circulating pipe, current driving means and UV germicidal lamp；

Described water quality sensor electrically connects with described central processing unit, and described water quality sensor is arranged in fish jar For detecting water quality parameter and described water quality parameter being sent to described central processing unit；

The outlet of described water-circulating pipe and water inlet may be contained within described fish jar；

Process in described current driving means and UV germicidal lamp are arranged at described water-circulating pipe and with described central authorities Device is connected；

Described central processing unit is for controlling described current driving means and UV sterilization according to described water quality parameter Lamp operates to the water sterilization in described fish jar.

Fish jar self-care system the most according to claim 1, it is characterised in that also include two-way filling Electric moveable power supply, described two-way charging portable power source is for powering for described fish jar self-care system.

Fish jar self-care system the most according to claim 2, it is characterised in that described two-way charging The charging voltage of portable power source is 4.5V-80V.

Fish jar self-care system the most according to claim 1, it is characterised in that also include that turbidity passes Sensor and change water device, described turbidity transducer and change water device and all electrically connect with described central processing unit；

Described turbidity transducer is for detecting the turbidity data in described fish jar and being sent to by described turbidity data Described central processing unit；

It is described fish that described central processing unit is additionally operable to change water plant running according to the control of described turbidity data Cylinder changes water.

Fish jar self-care system the most according to claim 1, it is characterised in that also include that function is inserted Seat, described functional socket includes multiple socket, and each functional unit of described fish jar self-care system is respectively Powered by a socket.

Fish jar self-care system the most according to claim 5, it is characterised in that each described socket It is independently arranged power switch, so that each described functional unit is independently-powered.

Fish jar self-care system the most according to claim 6, it is characterised in that also include multiple electricity Source module, described power module be series between described power switch and described functional unit and with described central authorities Processor electrically connects, for the power supply parameter corresponding for the configuration of each functional unit.

8. according to the fish jar self-care system described in any one of claim 1～7, it is characterised in that also wrap Including wireless module, described WIFI module electrically connects with described central processing unit, is used for receiving external smart terminal The control signal sent, and described control signal is sent to described central processing unit to control described fish jar certainly Help management system.

Fish jar self-care system the most according to claim 8, it is characterised in that also include photographic head, Described photographic head is electrically connected with described wireless module by described central processing unit, is used for gathering in described fish jar View data and described view data is sent to described external smart terminal by wireless module.

10. according to the fish jar self-care system described in any one of claim 1～7, it is characterised in that also Including touch control display apparatus, described touch control display apparatus is connected with described central processing unit, for display in real time With the running status arranging described fish jar.