TWI753586B - Multiplexed water quality improvement device - Google Patents

Abstract

The present invention is a multi-work gain water quality improvement device, which has equipment for adjusting the oxygen content of water and filtering floating objects on the water. It includes: a body, multiple buoys, multiple filtration units and multiple dissolved oxygen pumps; Install the aforementioned body in a predetermined area, adjust the buoy to achieve the position of the body on the water surface. When in use, the filter unit filters out impurities on the water, and then adds oxygen to the filtered water through the dissolved oxygen pump It is discharged from the water outlets, so that the oxygen content in the water can be continuously provided and the water purification effect can be provided. In addition, the structure of the present invention can form a natural water flow and maintain the ecological environment.

Description

Multiplex Gain Water Quality Improvement Device

The invention relates to water quality conditioning equipment, in particular to a multi-tasking water quality improvement device, which is suitable for water quality improvement in large areas such as ecological pools and lakes, and the improvement process will not cause the burden of the original environment and ecology.

According to the above, the water quality improvement methods used in large-scale areas are roughly as follows: set up a water quality treatment plant in the area where the water quality is to be improved, and let the raw water go through a filter tank, a sedimentation tank and related chemical treatments before the purpose of adjusting the water quality can be achieved.

However, this type of conditioning facility is bulky. For areas such as ponds and lakes, the construction will damage the local ecological environment, and the aforementioned facilities for conditioning water quality are noisy during operation, which also makes the staff troubled.

In addition, some breeders use waterwheels to stir the water in the breeding pond to increase the oxygen content of the water, but the effect is not satisfactory, and the leaves and foreign objects floating on the water cannot be separated, and the noise of the waterwheel operation will also affect the birds. Living space, destroying ecology.

How to improve the lack of habitual structure is a topic that the relevant industry actively solves.

The main purpose of the present invention is to provide a multi-tasking water quality improvement device, which can effectively improve and adjust the water environment, increase the oxygen content in the water, and collect floating foreign objects.

The secondary purpose of the present invention is to provide a multiplex gain water quality improvement device, It is hidden in the setting environment, and the process of adjusting and improving the water quality of the water area does not generate noise, is friendly to the environment and maintains the original ecology.

The reason is that, according to the present invention, a multi-tasking water quality improvement device comprises: a drainage body, a filtering unit and an oxygenation unit; wherein: the drainage body is set in a fixed water area in a fixed-point floating manner, and its interior is A filtration area and a dissolved oxygen area are connected in a one-way drainage mode. The filtration area is also provided with a water inlet for the introduction of water supply, and the dissolved oxygen area is provided with a water outlet for the confluence of water supply: the filter unit is composed of The means of blocking the floating objects is set in the filter area, so as to provide the blocking and collection of foreign objects floating in the water area; the aeration unit is set in the dissolved oxygen area by means of strong introduction of external air into the water flow, so as to increase the water outlet of the dissolved oxygen area to collect water containing water. amount of oxygen.

Said device for improving water quality with multiple functions, wherein the drainage body is erected in a fixed water area by means of a plurality of positioning rods, and a group of buoys are fixed on the outside thereof. Some positioning rods can be moved up and down.

In the device for improving water quality with multiplex gain, the drainage system is a hollow tank body, and an installation space is provided inside it to provide a filter area and a dissolved oxygen area, and a partition is arranged between the adjacent sides of the filter area and the dissolved oxygen area. In addition, the filter area is divided into a filter part and a sedimentation part on the upper and lower sides, and a filter screen is erected between the adjacent sides in a free disassembly manner.

In the device for improving water quality with multiplex gain, the sedimentation part or the dissolved oxygen zone is provided with a plurality of sterilization light sources to perform sterilization treatment with drainage water.

The aforementioned filter unit is arranged on one side of the filter area of the body, and the filter area is provided with a water inlet. The plate flows into the dissolved oxygen zone.

The multiplex gain water quality improvement device, wherein the filter unit can be additionally provided with a activated carbon layer.

In the multi-tasking water quality improvement device, the aforementioned oxygen-enhancing unit is a plurality of dissolved oxygen pumps, and the dissolved oxygen pump is provided with an air suction pipe to draw air into the dissolved oxygen pump, so that the high oxygen-containing water flow flows into the fixed water area , the output end of the dissolved oxygen pump is connected with the water outlet, thereby generating a jet water flow containing oxygen.

The device for improving water quality with multiplex gain, wherein the dissolved oxygen pump is provided with a sensor, the sensor is used to detect the water level in the dissolved oxygen zone, and when the water in the dissolved oxygen zone is insufficient, the sensor immediately turns off the dissolved oxygen pump.

In the device for improving water quality with multiple functions, the water inlet has an inclined plate body, which guides flowing water from the waters to enter and pre-isolates bulky debris on the outside of the body.

100: Multiplex Gain Water Quality Improvement Device

10a: Positioning rod

10: Drainage ontology

11: Partition

12: Filter area

121: water inlet

121A: Board body

122: Filtration Department

123: Precipitation Department

124: Baffle

13: Dissolved oxygen zone

131: Water outlet

20: Float

30: Filter unit

31: Filter

32: Stop edge

40: Oxygenation unit

41: Dissolved oxygen pump

41A: Suction pipe

411: output terminal

42: Sensor

50: Sterilization light source

60: Flotation tube

[ Fig. 1 ] is a partially exploded perspective view of the present invention.

[FIG. 2] is a perspective view of the present invention from another perspective.

[Fig. 3] is a cross-sectional structural view taken along line A-A of Fig. 1. [Fig.

[ Fig. 4 ] is a plan configuration diagram of Fig. 1 .

[ Fig. 5 ] is a usage state diagram of Fig. 2 .

[ Fig. 6 ] is a use state diagram of Fig. 3 .

[FIG. 7] is a schematic diagram showing the operation of the present invention, which is arranged in sections in a fixed water area.

As shown in FIG. 1 to FIG. 7 , the multiplex gain water quality improvement device 100 of the present invention includes: a drainage body 10 , a filter unit 30 and an oxygenation unit 40 ;

As shown in FIG. 1 to FIG. 4 , the aforementioned drainage body 10 is installed on a fixed water area 98 (such as a pond, lake, or aquaculture pond), and the fixed water area is provided with a plurality of positioning rods 10a, and the aforementioned drainage body 10 passes through If hinges or collars are connected to the positioning rods 10a and remain floating in the fixed water area, the drainage body 10 is a hollow tank body, and an installation space is provided inside the drainage body 10 and is separated by a partition 11 . A filter zone 12 and a dissolved oxygen zone 13 .

As shown in FIG. 1 to FIG. 6 , a group of buoys 20 are fastened to the outside of the drainage body 10 . The buoys 20 are in the form of a tube body. The positioning rod 10a moves up and down and floats on the water surface without sinking.

As shown in FIG. 1 to FIG. 4 , the aforementioned filter unit 30 is disposed on the side of the filter area 12 of the drainage body 10 , and the filter area 12 is provided with a water inlet 121 , in order to prevent large floating debris from directly entering the drainage body 10 and causing the The filter area 12 is blocked, and the water inlet 121 has an inclined plate body 121A, which guides the water flow into the drainage body 10 and isolates the bulky debris outside the drainage body 10 in advance. In some embodiments, the aforementioned The plate body 121A can adjust the angle through the hinge; the filter unit 30 is arranged behind the water inlet 121 to block and filter out the debris on the drained water, and the filtered water flows into the dissolved oxygen zone 13 through the partition plate 11; As shown in FIG. 2 and FIG. 5 , considering that the filtered water is more likely to have impurities with a larger specific gravity, causing the filtered water to be turbid, the filter area 12 in the preferred embodiment can further separate a filter part 122 and a sedimentation part 123 : When the water flow is introduced through the water inlet 121, the aforementioned filter unit 30 includes a filter screen 31, the filter unit 30 is a detachable and extractable filter screen 31 basket structure, the filter portion 122 is provided with a fixed baffle 124 , the filter screen 31 is provided with a stop edge 32 around it. When assembling, the stop edge 32 is assembled on the baffle 124, and the water quality can be filtered through the filter unit 30. When the filter unit 30 is blocked, just take out the filter The basket structure of the filter screen 31 of the unit 30 can quickly remove the debris above, and remove the impurities, fallen leaves, etc. in the drainage water. The floating objects are concentrated, and then the filtered water flow continues to flow forward to the sedimentation zone 123 to improve the cleanliness of the water quality; please continue to refer to FIG. 2 and FIG. , shellfish and shrimp need clean water, and a plurality of sterilizing light sources 50 can be added in the sedimentation part 123 and the oxygen-dissolving zone 122, so as to sterilize the filtered water flow by light.

As shown in FIG. 3 and FIG. 6 , the aforementioned oxygen-increasing unit 40 is arranged in the dissolved oxygen zone 13 as a plurality of dissolved oxygen pumps 41 , and the dissolved oxygen pump 41 is provided with a suction pipe 41A to draw air into the dissolved oxygen The pump 41 is used for the high oxygen-containing water flow to flow into the fixed water area. The output end 411 of the dissolved oxygen pump 41 is connected to the water outlet, thereby generating a jet water flow containing oxygen.

In addition, the aforementioned separator 11 can also be provided with filter holes, so that the precipitation water can be filtered again, and the clarity of the water quality can be improved.

As shown in FIGS. 5 and 6 , the aforesaid drainage body 10 is installed in a fixed water area, and the position of the drainage body 10 on the water surface is achieved by adjusting the positions of the buoys 20 . Preferably, the water inlet 121 is slightly lower than the water surface. When in use, it is driven by the drainage water to block the floating debris in the water flow by the filter unit 30, and then the drainage water is filtered and guided to the sedimentation area 123, and then the filtered water is extracted through the dissolved oxygen pump 41 and dissolved oxygen The suction pipe 41A of the pump 41 draws the air into oxygen and then discharges it from the water outlets 131, so that the oxygen content in the fixed water area can be continuously provided and the effect of water purification can be provided. In addition, through the structure of the present invention It can form the front and back ends to guide a natural water flow and maintain the ecological environment.

Please continue to refer to FIG. 5 and FIG. 6 , when the filter unit 30 is blocked by debris, the water can not be continuously filtered, and the oxygen-dissolved zone 13 has no water injection, so that the weight of the oxygen-dissolved zone 13 at the rear end of the drainage body 10 becomes lighter. When the buoyancy of the bottom is increased, the drainage body 10 is driven by the buoy 20 to rise slightly along the positioning rod 10a to surface obliquely to the water surface, so that maintenance personnel or cleaning personnel can It is easy to find the current status of the drainage body 10, and then take out the filter screen 31 movably erected by the filter unit 30 as soon as possible, and clean up the fallen leaves and debris that cause blockages on the filter screen 31 to restore the original function of improving water quality. Improve ease of use. Since the dissolved oxygen pump 41 cannot pump water, the motor may be damaged. Therefore, a sensor 42 is arranged beside the dissolved oxygen pump 41. The sensor 42 is used to detect the water level in the dissolved oxygen zone 13. When the water level remaining in the dissolved oxygen zone 13 is insufficient, the sensor 42 will quickly turn off the dissolved oxygen pump 41 as the water level drops, thereby achieving the effect of automatic control and prolonging the use of the dissolved oxygen pump 41 life.

In addition, the present invention hereby also adds that: due to the natural drainage effect formed by the front and rear ends of the drainage body 10, it has a profound influence on the flow of the water area. Therefore, when the fixed water area has a relatively large area, please continue to refer to the figure. As shown in 7, multiple groups of the present invention can be arranged in sections of the water area with the positioning rods 10a according to the requirements, and at the same time, the two sides of the flotation pipe 60 such as general oil catching ropes can be combined to connect a plurality of the present invention in series. It forms a circulating water circuit, so when each group of drainage bodies 10 is operated, the drainage water discharged from the front and rear water inlets 121 to the water outlet 131 is respectively derived, and automatically flows into a front and rear drainage on the circled path. The natural water flow can not only rapidly and greatly increase the water flow and oxygen content in the fixed water area, but also effectively collect foreign objects such as fallen leaves floating in the water area.

In summary, the present invention is a multi-tasking water quality improvement device, the technical idea and innovative space form of its composition, which utilizes the creation of natural water flow to lead the floating foreign objects on the water to the interior for interception and collection, and at the same time, the drainage water is synchronously carried out. Filtration and sterilization and supplementation of oxygen content can effectively improve and adjust the water environment, increase the oxygen content in the water, and collect floating foreign objects. Compared with the conventional invention regulations, it has innovative and enhanced effects, which is affirmed.

What needs to be stated, the above is the one immediately applicable to the specific implementation of the present invention. If the technical principle is changed according to the concept of the present invention, and the function produced by it still does not exceed the spirit covered by the description and the drawings, it shall be within the scope of the present invention and shall be stated together.

100: Multiplex Gain Water Quality Improvement Device

10a: Positioning rod

10: Drainage ontology

11: Partition

12: Filter area

121: water inlet

121A: Board body

122: Filtration Department

123: Precipitation Department

124: Baffle

13: Dissolved oxygen zone

131: Water outlet

20: Float

30: Filter unit

31: Filter

32: Stop edge

40: Oxygenation unit

41: Dissolved oxygen pump

41A: Suction pipe

411: output terminal

42: Sensor

50: Sterilization light source

Claims (3)

A multi-task gain water quality improvement device comprises: a drainage body, a filter unit and an oxygenation unit; wherein: the drainage body is erected and floated in a fixed water area by a plurality of positioning rods, and the drainage body is a hollow groove There is an installation space inside and a filter area and a dissolved oxygen area are connected in a one-way drainage mode, and a partition plate is arranged between the adjacent sides of the filter area and the dissolved oxygen area; The upper and lower sides of the water inlet are respectively partitioned with a filter part and a sedimentation part, wherein a filter screen is erected between the adjacent sides of the filter part and the sedimentation part for free disassembly; the dissolved oxygen zone is provided with a water supply flow Outlet: the filter unit is set in the filter area in a way of blocking the floating objects, so as to provide the blocking and collection of foreign objects floating in the water; the oxygen-increasing unit is a complex dissolved oxygen pump, and an air suction is provided on the outside of the filter unit The pipe draws the outside air into the high-oxygen water flow, the output end of the dissolved oxygen pump is connected to the water outlet, and a sensor for detecting the water level is set in the dissolved oxygen area, so that the water intake in the dissolved oxygen area is insufficient. Turn off the dissolved oxygen pump immediately. The multiplex gain water quality improvement device according to claim 1, wherein a plurality of sterilization light sources are arranged in the sedimentation part or the dissolved oxygen zone to perform sterilization treatment with drainage water. The device for improving water quality with multiplex gain as claimed in claim 1, wherein the water inlet has an inclined plate body, which guides water flowing into the water area and isolates bulky debris from the outside of the body in advance.

Images