TWM582759U - Oxygen adding machine - Google Patents

Abstract

An aerator includes a water-repellent mechanism, a main communication tube, an array of nozzles, and two buoys. The water-repellent mechanism has a pump module and a turbine module, and is locked by a stand. The main connecting pipe is connected to the turbine module, and the nozzles are inserted into one of the inlet tubes and inserted into an inlet pipe at the other end, and the injection pipe is screwed at the other end. An inlet pipe is disposed above the drainage cylinder, and the inlet pipe is eccentrically disposed and connected to the main communication pipe, and the injection pipe can be screwed in or out to make the air intake The pipes are closely butted or create a gap. The two floats are provided with a fixed frame. The fixed frame passes through the stand, and the water-repellent mechanism is fixed between the two floats, and the main connecting pipe is disposed on the inner side of the two floats. Thereby, the injection pipe can be screwed outward, and the main communication pipe can be sent into the water inside the drainage pipe body, can be discharged into the injection pipe, and the air is mixed into the water from the intake pipe, and then Discharged into the culture pond, and a large number of tiny bubbles are generated in the culture pond to increase the oxygen content in the pond water, and can be effective The separation of impurities in the filtered water.

Description

Aerator

This creation relates to an aerator, especially an aerator that can generate a large number of tiny bubbles in a culture tank to increase the oxygen content in the pool water and effectively maintain the water quality.

According to fish, shrimp, crab, shellfish and other aquatic products, it has long been one of the important food sources for human beings. Especially in recent years, the nutrients in aquatic products and the benefits to human health have been repeatedly confirmed, resulting in a huge increase in the consumption demand for aquatic products. In order to cope with this huge consumer demand, fishermen have been fishing hard, resulting in the depletion of marine resources. .

In view of this, scholars and experts in the study of marine ecology in various countries around the world have repeatedly called for people to eat more aquatic products, reduce fishing, and enable the ocean to obtain interest. Otherwise, in the future, it may face the dilemma of waterless products in the ocean for human consumption. .

However, aquaculture is limited by the fact that the pool water in the culture pond cannot flow naturally, so the oxygen content in the pond water is obviously insufficient, and the impurities such as the excrement of the aquatic products and the remaining feed are easily deposited at the bottom of the tank, causing water pollution and breeding bacteria. , seriously affecting the rate of aquatic breeding and harvest. At present, in order to solve this problem, the aquaculture industry will install a water tank in the pool, constantly tapping the surface of the water, so that the pool water flows to increase the oxygen content in the pool water, and use the bubbles generated when the water is pumped. The impurities are brought up so that they float on the water with the bubbles to keep the water clean.

After investigation, the traditional waterwheels use the blades to beat the water surface to produce Bubbles, so not only the size of the bubbles, but also floating on the surface of the water, disappeared instantly, the number of bubbles is also obviously insufficient, so the effect of increasing the oxygen content of the pool water is limited; it is no wonder that there are common farmers, in the pool The addition of multiple water tankers at the same time is expected to improve the efficiency of the single water tank and effectively increase the oxygen content in the pool water. However, due to the long-term operation of the waterwheel, it is quite expensive, which causes the heavy burden of electricity for the aquaculture industry and directly raises the cost of breeding.

This creation is to provide an aerator that can generate a large number of tiny bubbles in the culture tank to increase the oxygen content in the pool water, and can effectively separate and filter the impurities in the pool water to keep the water clean.

Another purpose of the creation is to provide an aerator that can easily adjust the amount of water and the area of the gas to suit various needs of the pond.

The second purpose of this creation is to provide an aerator that can be used as a pump for the purpose of providing a function of pumping water.

The creation system comprises: a water-repellent mechanism, a main communication tube, an array of nozzles and two buoys, the water-repellent mechanism is provided with a pump module and a turbine module, which are combined by a vertical lock. And the pump module is arranged in an upright position to draw the pool water in the culture pond, and a filter box is installed at the bottom of the turbine module, and the impurities contained in the pool water are filtered first, and then The main connecting pipe is connected to the turbine module, so that the water is fed into the pool, and a plurality of branch pipes are arranged downwardly at the bottom thereof, and a pumping head is connected to the top. The top of the pumping head is screwed with a cover; the nozzles are inserted into one of the inlet tubes at one end of the drainage tube, and the injection tube is screwed at the other end, and the drainage tube is An inlet pipe is arranged at an upper portion, and the inlet pipe is eccentrically disposed, and is connected to the branch pipe extending from the bottom of the main communication pipe, and is matched with the inner surface of the drainage tube. a spiral groove for swirling the water flowing into the interior of the drainage cylinder, and one end of the injection pipe is connected to the end nozzle of the vent pipe, and can be screwed in or out outward, so that In the meantime, it is closely connected or creates a gap, and when a gap is generated, the pool water in the drainage tube can be discharged into the injection pipe through the gap to generate a pressurization effect, and at the same time, the air is taken in from the intake pipe and mixed into the pool water. Discharged by the injection pipe; and a fixing frame is disposed between the two buoys, the fixing frame can pass through the stand between the pump module and the turbine module, and the water-repellent mechanism is fixed between the two buoys, and the main The connecting pipe system is disposed between the inner sides of the two buoys; thereby, a composition can generate a large number of tiny bubbles in the water of the aquaculture tank to increase the oxygen content in the water, and the impurities in the water can be effectively separated and filtered to maintain The water quality is clean, and it is convenient to adjust the water output and the gas output area, and the aerator with the function of pumping water.

1‧‧‧Water Purification Agency

11‧‧‧ pump module

111‧‧‧ mandrel

12‧‧‧ Turbine Module

13‧‧‧stand

131‧‧‧Side column

132‧‧‧Seat

133‧‧‧ bottom frame

134‧‧‧ bushings

135‧‧‧ shaft hole

136‧‧‧ bearing

137‧‧‧ linkage axis

138‧‧‧ Filling port

14‧‧‧Filter box

2‧‧‧Main connecting pipe

21‧‧‧Connecting tube

22‧‧‧Support

221‧‧‧

23‧‧‧Water head

231‧‧‧ Cover

232‧‧‧Connector

233‧‧‧Water pipes

3‧‧‧Spray

31‧‧‧Draining cylinder

311‧‧‧Introduction

312‧‧‧export side

313‧‧‧With casing

314‧‧‧ water inlet

315‧‧‧Spiral groove

316‧‧‧ female thread

32‧‧‧Intake pipe

321‧‧‧cut angle

33‧‧‧Injection tube

331‧‧‧A male thread

332‧‧‧Chamfering

4‧‧‧Float

41‧‧‧Retaining frame

42‧‧‧U-ring

5‧‧‧ Cover

The first figure is a perspective view of a specific embodiment of the present creation.

The second drawing is a perspective view of another aspect of the present embodiment.

The third picture is a three-dimensional exploded view of the creation of the drowning mechanism.

The fourth picture is an exploded view of the created nozzle.

The fifth picture is a schematic cross-sectional view of the created nozzle.

The sixth picture is a schematic diagram of the implementation state of the present creation.

The seventh figure is a schematic diagram of another implementation state in which the present invention is used as a water pump.

First, please refer to the first, second and third figures. The creation consists of a water-repellent mechanism (1), a main communication pipe (2), an array nozzle (3) and two buoys (4). Wherein, the water-repellent mechanism (1) is provided with a pump module (11) and a turbine module (12), and the pump module (11) is arranged in an upright position and adopts international standard specifications, and Easy to install, repair, replace, and set up between pump module (11) and turbine module (12) There is a stand (13) which is integrally formed and is connected to a top surface (132) and a bottom frame (133) of the top edge and the bottom edge of the plurality of side columns (131). The valve module (11) and the turbine module (12) are respectively locked and combined; and a bushing (134) is extended downward from the center of the bottom surface of the seat surface (132), the sleeve The bottom end of (134) is a high distance from the bottom frame (133), and a hollow space is reserved between the outer wall and the side column (131), and a shaft hole is inserted through the center of the sleeve (134). (135), the bearing (136) is accommodated in the opening of each of the shaft holes (135), and a linkage shaft (137) is passed therethrough, and the top end of the linkage shaft (137) is coupled to the pump module (11) The spindle (111) is pinned so that it can be driven to rotate with the pump module (11), and a filler port (138) is provided on the outer wall of the sleeve (134). And an oil seal (not shown) is added to the bottom end of the hole of the shaft hole (135), and the lubricating oil can be injected into the shaft hole (135) from the oil injection port (138) to generate lubrication for the bearing (136). The function of the barrier pool water penetrates into the shaft hole (135) to effectively prevent the pool water from entering the pump module. (11).

The bottom end of the re-linking shaft (137) is threaded into the interior of the turbine module (12) for transmitting a turbine blade rotation (which is a conventional technique, not shown), and the pump can be used with the pump module. The group (11) starts to operate, and the pool water is taken into the turbine module (12) to make it flow out through the inner wall of the turbine module (12), which can increase the pumping amount; and at the bottom of the turbine module (12) A filter box (14) is mounted, and the surface of the filter box (14) is densely arranged with a small mesh for filtering the impurities contained in the pool water and then drawing into the interior of the turbine module (12). When in use, the bottom surface is placed on the ground smoothly to firmly support the overall weight of each component, and the components are pre-arranged to effectively avoid damage caused by collision and ground.

The main connecting pipe (2) is a pipe member closed at both ends of the pipe, and is connected with the turbine module (12) by a connecting pipe (21) for feeding the water into the water and extending downward at the bottom thereof. A plurality of branch pipes (22) are provided, and the branch pipes (22) are connected to the respective nozzles (3) so that the water fed into the main communication pipe (2) can be injected into the nozzles (3). Further, a water suction head (23) is obliquely connected to the top of the main communication pipe (2), and a top cover (231) is screwed to the top end of the water discharge head (23), and can be closed to make the main communication The water in the tube (2) cannot be discharged.

Please refer to the fourth and fifth figures. The array nozzle (3) is inserted into one L-shaped intake pipe (32) at one end of a drainage cylinder (31), and has a jet at the other end. The tube (33) is formed, and one end of the drainage tube body (31) forms an introduction surface (311), and the other end defines a lead-out end (312), and a through hole is reserved in the center of the lead-in surface (311). A through sleeve (313) is connected to the inner edge of the through hole of the through hole, and the straight portion of the L type intake pipe (32) can be inserted into the inside of the drainage tube body (31), and is directed toward the outlet end. (312) extending, and being fixed thereto, and cutting all the corners (321) at the nozzle end of the intake pipe (32), and then extending the vertical section of the intake pipe (32) upward At a certain height, the top nozzle is exposed to the water surface of the pool to keep the air flowing through the tube.

Further, an inlet pipe (314) is connected above the drainage cylinder (31), and the inlet pipe (314) and the drainage cylinder (31) are eccentrically disposed, and the branches of the main communication pipe (2) are connected to the bottom pipe. (22), respectively, is connected by a joint (221), and a spiral groove (315) is arranged on the inner surface of the wall of the drainage cylinder (31) to feed the main communication tube (2) into the drainage tube. The pool water in the body (31) flows in a spiral shape along the spiral groove (315).

Secondly, the leading end (312) of the other end of the drainage cylinder (31) extends outwardly along a conical flow guiding portion, and the diversion portion is formed by shrinking outward from the outer edge of the cylinder wall for drainage The pool water inside the cylinder (31) produces a concentrated pressurization effect, and the inner wall of the outlet end is provided with a female thread (316), and the outer edge of the pipe wall at one end of the injection pipe (33) is correspondingly provided. a male thread (331), and the end of the injection pipe (33) can be screwed in from the leading end (312) so as to pass through the nozzle at the end of the intake pipe (32), with the injection pipe (33) The outer diameter is slightly larger than the intake pipe (32), and a chamfer (332) is formed at the end edge thereof, and the chamfer (332) is opposite to the end of the intake pipe (31). It The cutting angle (321) is provided, and the injection pipe (33) can be screwed inwardly to the bottom so that the intake pipe (32) and the injection pipe (33) are closely connected to each other (as shown in the fifth figure). The inside of the drainage cylinder (31) is closed, and the inside of the drainage cylinder (31) is swirled and flows into the injection pipe (33). Conversely, when the injection pipe (33) is screwed outward, a gap is generated therebetween, and the water inside the drainage cylinder (31) can be discharged into the injection pipe (33) through the gap to generate a pressurization. Acting, and with the discharge of the pool water, a vacuum suction is generated, the air is taken in from the intake pipe (32), mixed into the pool water, and then discharged into the culture tank by the injection pipe (33), and a large amount is generated in the culture pond water. Microbubbles (see Figure 6) can effectively increase the oxygen content in the pool water.

The two pontoons (4) are made of a material that can float on the surface of the water, and are provided with a fixing frame (41) therebetween, which is fixed, and the fixing frame (41) can pass through the pumping module. (11) A stand (13) between the turbine module (12) for holding the water-repellent mechanism (1) between the two floats (4); and the main communication pipe (2) Between the inner sides of the two pontoons (4), the two ends are respectively supported by a U-shaped ring (42), and the two U-shaped rings (42) are respectively screwed at the edge of the top surface of the pontoon (4), To fix the main connecting pipe (2).

In this creation, the cover of the pump module (11) is covered with a cover (5) to prevent the pool water from splashing the pump module (11), and the injection tube (33) can be outwardly Swing out an appropriate distance to adjust the gap between the intake pipe (32) and the injection pipe (33), and when the pump module (11) is started, the discharge pipe (33) discharges the Pressurize and mix the pool water into the culture tank (as shown in Figure 6), so that a large number of tiny bubbles can be generated in the culture tank to increase the oxygen content in the pool water, and the impurities in the pool water float on the water surface with the bubbles. , effectively separate and filter to keep the water clean. Furthermore, the creation can also use the adjustment injection pipe (33) to rotate out the distance to control the water discharge amount of the injection pipe (33), and the larger the water discharge amount, the more the air is sucked, and the micro bubbles are generated. The more the quantity, the more generally it can be applied to different farming needs; The yaw angle of the spray head (3) can be changed to enlarge or reduce the gas output area, thereby producing a dispersion or concentrated water flow effect, which can meet various application requirements.

In addition, when the breeding pond is to be changed, the injection pipe (33) of each nozzle (3) can be screwed inward to the bottom, so that the injection pipe (33) and the intake pipe (32) are closely butted, and the drainage is carried out. The water inside the cylinder (31) cannot be discharged, and then the cover (231) on the top pumping head (23) of the main connecting pipe (2) can be removed, and a connecting pipe (232) is connected to a water guiding pipe ( 233) screw it into the top of the pumping head (23) and feed it into the water in the main connecting pipe (2), that is, the water pipe (233) is drawn outward (see the seventh figure), but The pool water is discharged to the outside of the breeding pond and becomes a type of use of the water pump.

In summary, this creation has obvious industrial use value, and its overall structural design to achieve the purpose of creation, has not been publicly seen in the publication and use, but also please grant the patent right.

Claims (6)

An aerator includes a water pumping mechanism, a pumping module and a turbine module, which are combined by a vertical lock; a main connecting pipe is connected to the turbine module. And a plurality of branch pipes extending downward from the bottom; the array nozzles are inserted into an intake pipe on the introduction surface of a drainage cylinder, and the injection pipe is screwed to the outlet end, and the drainage pipe body is further An inlet pipe is arranged above, and the inlet pipe and the drainage pipe body are arranged eccentrically, and are respectively connected with the branch pipe at the bottom of the main communication pipe; the two buoys are floatable on the water surface, and a fixing frame is arranged therebetween. The fixing frame passes through a stand between the pump module and the turbine module, and the water-repellent mechanism is fixed between the two buoys, and the two ends of the main connecting pipe are arranged between the inner sides of the two buoys. The aerator according to claim 1, wherein the stand is connected to a top surface and a bottom edge of each of the side legs to provide a pump module and a turbine module respectively. For the combination of the locking and the fixing, a sleeve is extended downwardly from the bottom surface of the seat surface, and a hollow space is reserved between the outer wall and the side column of the sleeve, and a shaft hole is arranged at the center, and the two ends of the shaft hole are inside the hole Each of the bearings is provided with a bearing, and a linkage shaft is disposed therebetween, and the top end of the linkage shaft is pinned to the spindle of the pump module, and the bottom end of the linkage shaft is inserted into the interior of the turbine module for transmission. A turbine blade rotates to operate with the pump module to draw pool water into the turbine module. The aerator according to claim 1, wherein the bottom of the turbine module is provided with a filter box, the surface of the filter box is densely arranged with a small mesh for filtering the impurities contained in the pool water, and then The line is taken into the interior of the turbine module. An aerator according to claim 1, wherein a suction head is connected to the top of the main communication pipe, and a cover is screwed to the top of the water suction head to be closed. The aerator according to claim 1, wherein a through hole is reserved in a center of the introduction surface of the nozzle drainage tube, and a through sleeve is connected to the inner edge of the through hole of the through hole, and the inlet The straight section of the trachea is threaded through the cannula into the interior of the drainage barrel and extends toward the leading end. The aerator according to claim 1 or 5, wherein the outlet ends of the nozzle drainage tubes extend outward along a conical flow guiding portion, and the guiding portion is self-draining cylinder The outer edge of the tube wall is condensed outwardly, and the inner wall of the outlet end is provided with a female thread, and the outer edge of the tube wall at one end of each injection tube is provided with a male thread, which can be screwed together The assembly is such that the injection pipe can pass to the nozzle end of the intake pipe, and the injection pipe can be screwed inwardly to the bottom to make a close connection with the intake pipe, so that the water inside the drainage cylinder cannot be Circulate into the injection pipe; the spout pipe should be screwed out to make a gap with the intake pipe, and the water inside the drainage cylinder can be sent to the injection pipe through the gap, and the air is self-intake The tube takes in air and mixes it into the pool water, which is then discharged by the injection tube.