鱼缸

Abstract

本申请实施例公开了一种鱼缸包括了缸体、柜体、污水处理组件、箱体和电气元件，基于此在鱼缸使用过程中，缸体内用于盛装水和饲养鱼类，而随着鱼饲养时间的增长，那么缸体内将会产生脏污，如多余的鱼食和鱼便，而随着向缸体内补充水，缸体中的脏污会向污水处理组件进行输送，污水处理组件对经由缸体输出的污水进行净化之后获得循环水，循环水在经由输出端输送至缸体之内，而电气元件则是设置在箱体之内，一方面，箱体可以对电气元件进行封装，可以降低电气元件与水接触的概率，尤其降低电气元件与经由鱼缸向污水处理组件输送的污水接触的概率；另一方面，通过箱体可以对电气元件进行统一的封装，便于对电气元件进行维护。

Claims

1. An aquarium, characterized in that The utility model relates to a sewage treatment device, including: a cylinder; a cabinet, the cylinder is arranged on the cabinet; a sewage treatment assembly, the sewage treatment assembly is arranged in the cabinet, the sewage treatment assembly includes the input end for receiving the overflow water of cylinder and the output end for delivering the circulating water to the cylinder; a box, the box is arranged in the cabinet and is located on the side of the sewage treatment assembly away from the input end; electrical elements, the electrical elements are arranged in the box.

2. An aquarium as claimed in claim 1, characterised in that The electrical elements include: a main control board for controlling the opening and closing of the output end of the sewage treatment assembly; a touch panel connected to the main control board, the box is formed with a hollow area, and the touch panel is embedded in the hollow area.

3. An aquarium as claimed in claim 2, characterised in that The sewage treatment assembly includes a sedimentation unit, a purification unit and a delivery unit connected in sequence, the sedimentation unit is used for receiving sewage delivered through the cylinder, and the delivery unit is used for supplying circulating water obtained after the sewage is subjected to sedimentation and purification to the cylinder.

4. An aquarium as claimed in claim 3, characterised in that Further including: a drain pipe, one end of the drain pipe is communicated to the sedimentation unit; a first output pipeline, the first output pipeline is communicated to the drain pipe, and the other end is used for discharging sewage; The electrical elements include an electrically controlled valve arranged on the first output pipeline.

5. The fish tank of claim 3, wherein, Further including: a liquid level meter arranged in the delivery unit, and the liquid level meter is communicatively connected to the main control board.

6. The fish tank of claim 3, wherein, Further including: a water inlet assembly, the water inlet assembly includes a heating unit, a filter unit and an external water pipe, the external water pipe is communicated to the filter unit, the output end of the filter unit is communicated to the heating unit, and the output end of the heating unit is communicated to the delivery unit; wherein the heating unit and the filter unit are arranged in the box.

7. An aquarium as claimed in claim 6, characterised in that The box includes: a box body; a first electrical connector for communicatively connecting to the delivery unit of the sewage treatment assembly through a first cable, and the first cable is detachably connected to the first electrical connector; a second electrical connector for communicatively connecting to the liquid level meter through a second cable, and the second cable is detachably connected to the second electrical connector; a waterway interface for communicating with the delivery unit through a pipeline, and the pipeline is detachably connected to the waterway interface.

8. The fish tank of claim 6, wherein, The filter unit includes: a first filter unit, the external water pipe is communicated to the first filter unit; a second filter unit, the output end of the first filter unit is communicated to the second filter unit; wherein the first filter unit includes a first shell and a particulate matter filter element arranged in the first shell; wherein the second filter unit includes a second shell and an activated carbon filter element arranged in the second shell; an adapter connected to the input end of the filter unit, and the external water pipe is used for connecting to the adapter; a pressure reduction unit arranged between the first filter unit and the external water pipe; wherein the box is formed with a filter element dismounting hole, part of the first filter unit is located in the filter element dismounting hole, and part of the second filter unit is located in the filter element dismounting hole. The decompression unit is located in the box.

9. An aquarium according to claim 8, characterised in that The heating unit comprises: A heating pipe, an output end of the filter unit being communicated to the heating pipe, the heating pipe being arranged along a height direction of the box; A first temperature sensor, the first temperature sensor being arranged at an input end of the heating pipe; A second temperature sensor, the second temperature sensor being arranged at an output end of the heating pipe.

10. The aquarium according to any one of claims 1 to 5, characterized in that Further comprising: A cushion plate, the cushion plate being arranged in the cabinet, the box being arranged on the cushion plate; A bottom of the cushion plate is formed with a pipe passing space.

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