TWM561405U - Aeration device - Google Patents

Abstract

The present invention relates to an aeration device comprising a floating component, an aeration component and a pump. The floating component comprises a frame body and at least one floating body, the aeration component is connected to the frame body and comprises a connected pump connection. a tube, an aeration nozzle and an air inlet tube, the aeration nozzle communicates with the communication tube, and the air inlet tube communicates with the aeration nozzle, the floating assembly enables the aeration device to float on the water surface, and when the pump is running, the water flow can be driven The joint pipe is sprayed out from the aeration nozzle, and at the same time, the intake pipe draws in air to the aeration nozzle to be mixed with the water and then ejected, and pushes the floating component to move on the water surface, so that the aeration device can move on the floating component. At the same time, the aeration operation is carried out at the same time, thereby expanding the aeration operation range of the aeration device and improving the efficiency of the aeration operation.

Description

Aeration device

This creation is an aeration device, especially an aeration device used to increase the oxygen content in water.

The aeration device can increase the oxygen content in the water by turning the water surface or injecting air into the water, thereby increasing the oxygen content in the water, and increasing the oxygen content in the water to supply the microorganisms in the water and decompose the organic pollutants. The general aeration device will be used in the sewage treatment or aquaculture industry, and the aeration device can be used for the aeration operation of the water by setting the aeration device in the water or the culture pond to be treated. Water quality, deodorization and other effects.

Wherein, the aeration device is applied to the aquaculture industry as an example, the aeration device is fixedly disposed in the culture pond, and the pool water aeration operation in the fixed area is performed, but the current aeration device can only be set at a fixed point. It can only carry out the aqua aeration operation in the surrounding area of the fixed point. When the area of the culture pond is large, the aeration device has a limited range of action, and the aeration efficiency is not good.

The main purpose of this creation is to provide an aeration device, which aims to improve the fixed point setting of the current aeration device and to perform only the problem of pool water aeration in the surrounding area.

In order to achieve the foregoing, the aeration device of the present invention comprises: a floating assembly comprising a body and at least one floating body, the floating system being disposed on the frame; an aeration assembly connecting the floating a frame of the assembly, the aeration assembly includes an aeration nozzle, an intake pipe and a communication pipe, the aeration nozzle has an aeration port, a water outlet channel and an air inlet channel, and the air inlet channel is connected The aeration port is connected to the intake passage, the intake pipe is connected to the intake passage of the aeration nozzle, and extends upward from the aeration nozzle to the floating body of the floating assembly. The communication pipe is connected to the intake passage of the aeration nozzle; and a pump is connected to the communication pipe of the aeration assembly.

The creation aeration device can be installed in a culture pond, a coastal area, etc. according to the use requirement, and performs aeration operation in the water area. The creation aeration device can float on the water surface through the floating body of the floating component, and the pump is During operation, the water can be driven to flow through the communication tube of the aeration assembly and ejected from the aeration nozzle. At this time, the intake pipe generates a suction force and draws air from the intake passage of the intake pipe. In the aeration nozzle, air is brought into contact with water inside the aeration nozzle to achieve an aeration effect, and the aeration device can receive water and air thrust from the aeration nozzle on the water surface. The floating movement enables the aeration device to float on the surface of the water while performing aeration operation, thereby increasing the aeration operation range of the aeration device.

In addition, the creation aeration device can select different types of pumps according to the use environment, wherein the pump can be a submersible pump, and the pumping system is disposed on the frame of the floating component and located in the floating component. Below the floating body; or, the pump is a non-submersible pump, the pumping system is disposed on the frame of the floating assembly, and is located above the floating body, and the pump is connected with a water inlet pipe The inlet pipe extends downward from the pump to below the floating body.

In addition, the pump can also be disposed on a fixture above the floating assembly, such as a wave block, a lifting shore, etc., and the pump is connected with an inlet pipe, and the water inlet pipe is downward from the pump. Extending below the floating body, the communication tube of the aeration assembly includes a first tube portion and a second tube portion connected to the pump, and the second tube portion is relatively pivotally connected to the first tube portion And the second pipe portion is connected to the frame body and communicates with the water outlet passage of the aeration nozzle, and when the pump is in operation, the floating assembly of the aeration device can be sprayed with water from the aeration nozzle and The thrust of the air floats on the surface of the water, and the second pipe portion and the first pipe portion are relatively pivoted, so that the aeration device can float and move on the water surface while performing the aeration operation.

Referring to FIG. 1 and FIG. 2, a first preferred embodiment of the aeration device of the present invention comprises a floating assembly 10, an aeration assembly 20 and a pump 30a.

As shown in FIG. 1 and FIG. 2, the floating assembly 10 includes a frame body 11 and at least one floating body 12, and the floating body 12 is disposed on the frame body 11.

As shown in FIG. 1 and FIG. 2, the aeration assembly 20 is connected to the frame 11 of the floating assembly 10. The aeration assembly 20 includes an aeration nozzle 21, an intake pipe 22, and a communication tube 23, as shown in FIG. 2, the aeration nozzle 21 has an aeration port 211, a water outlet channel 212 and an air inlet channel 213. The air inlet channel 213 communicates with the aeration port 211, and the water outlet channel 212 communicates with the air inlet channel 212. An intake passage 213, the intake pipe 22 is connected to the intake passage 213 of the aeration nozzle 21, and extends upward from the aeration nozzle 21 to above the floating body 12 of the floating assembly 10, the communication tube 23 is connected to the intake passage 213 of the aeration nozzle 21, wherein, as shown in FIG. 4, the creation aeration device can further add an aeration nozzle 21 that communicates with the communication tube 23 according to the use requirement to improve Aeration efficiency.

As shown in FIG. 1 and FIG. 2, the pump 30a is connected to the communication tube 23 of the aeration assembly 20, wherein the creation aeration device can be configured by the solar module 40 or the external power source according to the use environment. Provides power for pump 30a operation.

In the first preferred embodiment of the present invention, the pump 30a may be a submersible pump and has a water inlet end, and the pump 30a is disposed on the frame 11 of the floating assembly 10, and Located below the floating body 12 of the floating assembly 10, the pump 30a can be provided with a screen 31 at the water inlet end; in the second preferred embodiment of the present creation aerator, the pump 30b is non-submersible Pumping, the pump 30b is disposed on the frame 11 of the floating assembly 10 and above the floating body 12, and the pump 30b is connected with an inlet pipe 32b, and the inlet pipe 32b is from the pump. The pump 30b extends downwardly below the floating body 12; in a third preferred embodiment of the present aeration device, the pump 30c is configured to be disposed above the floating block, the bank, etc. Above the fixture 50 of the assembly 10, the pump 30c is connected with an inlet pipe 32c extending downward from the pump 30c to below the floating body 12, and the communication pipe 23 of the aeration assembly 20 The first tube portion 231 and the second tube portion 232 are connected to the pump 30c, and the second tube portion 232 is connected to the first pivot portion 232. A tube portion 231 is connected to the frame body 11 and communicates with the water outlet passage 212 of the aeration nozzle 21.

The creation aeration device can be installed in aquaculture pond, coastal area, etc. according to the use requirement, and performs aeration operation in the water area. As shown in FIG. 1 to FIG. 3, the aeration device can pass through the floating body of the floating assembly 10. 12 floating on the water surface, when the pump 30a is in operation, the pump 30a will drive water to flow in the direction of the communication pipe 23, and after entering the water outlet passage 212 of the aeration nozzle 21, from the exposure The air port 211 is ejected, wherein when the water flows through the water outlet passage 212 and flows toward the aeration port 211, a suction force is generated inside the intake pipe 22 connected to the intake passage 213, so that the external air is supplied from the intake pipe. 22 entering the aeration nozzle 21 and contacting the water inside the aeration nozzle 21, and ejecting from the aeration port 211 together with the water, and the aeration device can be sprayed with water from the aeration nozzle 21 And the thrust of the air floats and floats on the water surface, so that the aeration device can float and move on the water surface, and simultaneously perform the aeration operation, thereby increasing the aeration operation range of the aeration device.

The first preferred embodiment of the present aeration device is taken as an example, and please refer to FIG. 4 and FIG. 7. When the present aeration device is applied, the user can set a fixed column 60 in the pool. And connecting the fixed column and the frame 11 of the aeration device with a set of cables 61, so that the aeration device can move around the fixed column 60 in a fixed area to expand the exposure of the aeration device Gas working range.

In addition, taking the third preferred embodiment of the present aeration device as an example, and referring to FIG. 6 and FIG. 8, when the present aeration device is applied, the pump 30c can be set to a wave-clearing block, for example. On the fixture 50 such as a bank, the pump 30c can pump water from the water inlet pipe 32c, and the water flows through the communication pipe 23 and is ejected from the aeration nozzle 21, wherein the aeration nozzle 21 ejects Water and air can push the floating assembly 10 to move, so that the first tube portion 231 of the communication tube 23 and the second tube portion 232 are relatively pivoted, so that the aeration device can simultaneously move during the movement of the floating assembly 10. The aeration operation is performed to expand the aeration operation range of the aeration device.

In addition, as shown in FIG. 9, in the third preferred embodiment of the present invention, the aeration device may further include an auxiliary nozzle 70, an auxiliary nozzle 71 and an external pipe 72. The auxiliary nozzle 70 An inlet end, an outlet end and an external end are connected to each other. The two ends of the auxiliary nozzle 71 are respectively connected to the inlet end of the auxiliary nozzle 70 and the first tube portion 231 of the communication tube 23, and one end of the external tube 72 The other end of the external pipe 72 is connected to an auxiliary bucket (not shown), and the auxiliary bucket can be used for accommodating feed, nutrient, etc., wherein the auxiliary nozzle 71 A control valve 73 is further disposed to control whether the first pipe portion 231 of the communication pipe 23 communicates with the auxiliary nozzle 70.

When the aeration device is in operation, the user can open the control valve 73 to allow a portion of the water flowing into the first pipe portion 231 to flow to the auxiliary nozzle 71 and eject from the outlet end of the auxiliary nozzle 70. When the water flows from the inlet end to the outlet end of the auxiliary nozzle 70, a suction force is generated inside the external pipe 72, so that the feed, nutrient and the like in the auxiliary tank enter the auxiliary nozzle 70 along the external pipe 72, and After being mixed with water, it is ejected from the outlet end of the auxiliary spray head 70, whereby the aeration device can simultaneously perform the application of feed, nutrient, etc. during the aeration process.

In summary, the present aeration device can float the floating component by floating on the water surface, and the aeration operation is performed together with the pump 30a, 30b, 30c and the aeration assembly 20 to push the floating component. 10. The aeration device can simultaneously perform aeration operation during the floating movement of the floating assembly 10 on the water surface, thereby increasing the aeration operation range of the aeration device and simultaneously improving the aeration operation. Efficiency.

10‧‧‧Floating components
11‧‧‧ ‧ frame
12‧‧‧Floating body
20‧‧‧Aeration components
21‧‧‧Aeration nozzle
211‧‧‧Aeration port
212‧‧‧Water outlet
213‧‧‧Intake passage
22‧‧‧Air intake pipe
23‧‧‧Connected pipe
231‧‧‧ First Department
232‧‧‧Second Department
30a, 30b, 30c‧‧ ‧ pump
31‧‧‧ Filter
32b, 32c‧‧‧ water pipes
40‧‧‧Solar modules
50‧‧‧Fixed objects
60‧‧‧ fixed column
61‧‧‧ lasso
70‧‧‧Auxiliary nozzle
71‧‧‧Auxiliary takeover
72‧‧‧External
73‧‧‧Control valve

Figure 1 is a perspective view of the first preferred embodiment of the present aeration device. Fig. 2 is a side plan view showing the first preferred embodiment of the creation aeration device. Figure 3 is a partial enlarged view of Figure 2. Figure 4 is a schematic view showing the arrangement of a solar module and the addition of an aeration nozzle according to a first preferred embodiment of the creation aeration device. Fig. 5 is a perspective view showing the appearance of a second preferred embodiment of the creation aeration device. Fig. 6 is a perspective view showing the appearance of a third preferred embodiment of the present aeration device. Fig. 7 is a schematic view showing the state of use of the first preferred embodiment of the creation aeration device. Figure 8 is a schematic view showing the state of use of the third preferred embodiment of the creation aeration device. Fig. 9 is a schematic view showing the state of use of the auxiliary nozzle and the external pipe of the third preferred embodiment of the creation aeration device.

Claims (8)

An aeration device comprising: a floating assembly comprising a frame body and at least one floating body, the floating system being disposed on the frame body; an aeration assembly connecting the frame body of the floating assembly, The aeration assembly includes an aeration nozzle, an intake pipe and a communication pipe, wherein the aeration nozzle has an aeration port, a water outlet channel and an air inlet channel, and the air inlet channel communicates with the aeration port, The outlet passage communicates with the intake passage, the intake duct is connected to the intake passage of the aeration nozzle, and extends upward from the aeration nozzle to above the floating body of the floating assembly, the communication duct is connected An intake passage of the aeration nozzle; and a pump connected to the communication tube of the aeration assembly. The aeration device of claim 1, wherein the pump is a submersible pump, and the pumping system is disposed on the frame of the floating assembly and below the floating body of the floating assembly. The aeration device of claim 2, wherein the pump has a water inlet end, and the pump is provided with a screen at the water inlet end. The aeration device of claim 1, wherein the pump is a non-submersible pump, the pumping system is disposed on the frame of the floating assembly, and is located above the floating body, and the pumping is An inlet pipe is provided, the inlet pipe extending downward from the pump to below the floating body. The aeration device of any one of claims 1 to 4, wherein the aeration device comprises a solar module, the solar module is disposed on the frame of the floating component, and electrically connected to the pump . The aeration device of claim 1, wherein the pump is disposed above a fixture above the floating assembly, and the pump is connected to an inlet pipe from which the inlet pipe is Extending below the floating body, the communication tube of the aeration assembly includes a first tube portion and a second tube portion connected to the pump, and the second tube portion is relatively pivotally connected to the first tube And the second pipe portion connects the frame body and communicates with the water outlet passage of the aeration nozzle. The aeration device of claim 6, wherein the aeration device comprises an auxiliary nozzle, an auxiliary nozzle and an external pipe, wherein the auxiliary nozzle has an inlet end, an outlet end and an external end connected to each other, the auxiliary device The two ends of the connecting tube are respectively connected to the inlet end of the auxiliary nozzle and the first tube portion of the connecting tube. One end of the connecting tube is connected to the external end of the auxiliary nozzle, and the other end of the connecting tube is connected to an auxiliary barrel. The aeration device of claim 7, wherein the auxiliary nozzle is provided with a control valve for controlling whether the first pipe portion of the communication pipe is connected to the auxiliary nozzle.