KR200222109Y1 - Fluid-dispersing typed cleaner for cleaning cultivating net - Google Patents

Abstract

The present invention, the edge cap is projected a predetermined distance in the circumferential direction, one end of the disc cap 110 through the oblique through the joint at a predetermined angle to inject the pressurized fluid and the other end of the disc cap 110 At least two or more multi-pipe pipe 120 is recovered in the center of the disc cap 110 while contacting the rear of the disc cap 110, the multi-pipe pipe 120 is recovered to the center of the back of the disc cap 110 as a single pipe The main pipe part 130 and the main pipe part 130, which are collected and protruded, are in close contact with the inside of the main pipe part 130, and the rotating part of the main pipe part 130 penetrates the bearing part 140. A pair of accommodating grooves 153 are formed on the circumferential surface thereof, and on the other end, a bearing portion (150), a disc cap 110, for accommodating the joint 150 to which the water supply pipe and a detachable coupler 154 are attached is provided. 140 is inserted inside and a pair of through holes 166a is placed on the outer surface. A guide guide projecting toward the disc cap 110 at the edge of the disc 162 and the disc formed with a plurality of access passages (162a) for accommodating the rear surface of the pipe 166 and the disc cap 110 formed by The adjusting part 170 which is combined with the through-hole 166a of the pipe of the cover part 160 so as to move the cover part 160 and the disc cap 110 coupled to the cover part 160, which is formed of the first and second parts 164. ), And accordingly, according to the present invention, it is possible to clean the seawater without moving the aquaculture net to land, thereby saving time and money.

Description

FLUID-DISPERSING TYPED CLEANER FOR CLEANING CULTIVATING NET}

The present invention relates to a cultured net cleaner, and more specifically, to aquaculture nets to remove the seaweed, dead fish and shellfish attached to the net by spraying a high-pressure water in aquaculture net immersed in seawater It's about a net cleaner.

In general, recently, due to the improvement of diet, fish and seafood such as seafood eat a lot. Sea meat is a high-protein, low-fat food, unlike meat, and has many advantages, such as not increasing cholesterol, is increasingly in demand. Therefore, catching wild fish does not provide a smooth supply for increasing demand. Therefore, in consideration of the smooth supply of the demand for sea fish and the increase of the profit of fishermen, the aquaculture business to artificially grow the sea meat was activated.

In the offshore of Korea, there are farms everywhere for artificial breeding of sea meat. The farm uses a net as one of the farming tools. However, after some time has elapsed since the farming nets are plunged in the sea, various seaweeds and dead fish and shellfish are entangled in the farming nets.

Hereinafter will be described with reference to the drawings showing a cultured net entangled with various seaweed or dead fish.

1 is a state diagram showing a cultured net 1 to which seaweed or fish and shellfish are attached. As shown, the net weaves the material of the fiber to form a checkerboard shape. After making the net, it is put into the sea and used for artificial breeding of fish and shellfish. By the way, aquaculture nets float in the sea, and after some time elapses, seaweed and dead fish and shellfish stick to the net material. Seaweed attached to the net material or dead fish and shellfish has a number of problems that cause the infection to rot, causing an infectious disease, or excessive growth of algae, etc. to inhibit the growth of farmed meat.

Thus, in order to remove seaweeds and dead fish and shellfish attached to the farming nets, the farming nets were conventionally pulled up to land, using tools such as sprayers, knives or the like. In other words, the aquaculture nets are pulled from the sea to the attraction and moved to land, and dried to make it easier to remove seaweed. After drying properly, it was removed manually by using a nebulizer or a knife.

However, the conventional farming net cleaning that removes seaweed or dead fish and shellfish by moving the farming net to land has the following problems. Pulling aquaculture nets out of the sea and transported to land by means of ships, such as ships to remove foreign substances and install again in the sea, which has a problem that takes a lot of manpower and time.

Accordingly, the present invention is to solve the above problems, it is possible to remove by removing the seaweed or dead fish attached to the culture net while rotating the high pressure fluid while rotating the culture net without moving to the land land To provide a fluid spray net cleaner.

1 is a state diagram showing aquaculture nets attached to seaweed or fish and shellfish.

Figure 2-exploded perspective view showing a fluid jet fish net cleaner according to the present invention.

3-2 is a state diagram showing one embodiment of FIG.

<Explanation of symbols for the main parts of the drawings>

100: fluid jet net cleaner 110: disc cap

120: multi branch pipe 130: main pipe

140: bearing 150: joint

160: cover 170: adjustment bar

180: protective disk

The present invention for achieving the above object, the disc cap is protruding a predetermined distance in the circumferential direction, one end is obliquely penetrating the disc cap is bonded to the front outer surface at a predetermined angle to inject the pressurized fluid and the other end disc Two multi-pipes extending into the center of the disc cap in a spiral shape while contacting the back of the cap, and the main pipes and main pipes installed to protrude upward by recovering the multi-pipes extending into the center of the back of the disc cap into a single pipe. To connect with the bearing part to be penetrated and rotated, one end is combined with the bearing part, and the other end is connected to the water supply pipe and the detachable coupling part is attached to the other end. A disc formed with two access paths, a guide guide protruding toward the disc cap at the edge of the disc, and installed at the center of the disc A pair of through-holes are formed on the surface to face each other, and a cover part made of a pipe into which a bearing part can be inserted therein for accommodating the disc cap and a cover part for adjusting the position of the cover part containing the disc cap from outside the seawater. It is configured to include an adjustment bar extending in length detachably coupled with the through-hole of the. And, preferably, the nozzle is mounted at the end of the multi-pipe. Therefore, according to the present invention, it is possible to clean the culture net in sea water without moving the culture net to land, thereby reducing the time and cost.

Next, a preferred embodiment of the present invention having the configuration as described above will be described in detail with reference to the drawings.

Figure 2 is an exploded perspective view showing a fluid jet fish net cleaner 100 according to the present invention. As shown, there is a disc cap 110 whose edges protrude somewhat in a straight line. An inner surface of the disc cap 110, ie, a rear surface thereof, has a spiral multi-gear pipe 120 to allow the fluid to have a driving force in the circumferential direction so that the disc cap 110 rotates by the injected fluid. One end of the multi branch pipe 120 is obliquely penetrating the rear surface of the disc is attached to the outer surface of the front at a predetermined angle. A nozzle for ejecting a fluid is mounted at the end 122 of the multi-column pipe 120 attached to the front outer surface of the disc cap 110. The other end 124 extends toward the center of the disc cap 110 while drawing a spiral shape. In the center of the disc cap 110, the main pipe portion 130 for integrating the other end 124 of the extended multi-gear pipe 120 into one pipe is installed to protrude upward. The main pipe portion 130 has a shape in which four cylinders of which diameter gradually decreases are combined with an inner space. The lower surface of the lowermost cylinder 131 is coupled in contact with the cylindrical cap 110 and the other end 124 of the multi-gear pipe 120 is coupled to the side. Then, the packing 135 of the torus, which serves as a waterproof, is inserted into the upper edge region of the lowermost cylinder 131 formed between the lowermost cylinder 131 and the middle cylinder 132. In addition, the upper cylinder 133 installed on the upper portion of the middle cylinder 132 is slightly extended in length and the outer surface of the upper end is formed with a male screw 133a, the upper surface of the cylindrical protrusion pipe 134 protruding upwards It is connected.

And, the outer surface of the upper cylinder 133 is provided with a bearing portion 140 having the same diameter as the lower cylinder 131 in order to enable relative rotation with the disc cap 110.

The bearing part 140 has a bearing 142 which is in direct contact with the circumferential surface of the upper cylinder 133 and has the same diameter as the lower cylinder 13l of the main pipe part 130, and protrudes upward of the bearing 142. There is a female screw 144 formed on the inner surface of the end portion. In addition, the bearing portion 140 has a locking ring 146 is coupled to the male screw 133a formed in the middle cylinder 133 so that the bearing 142 is not removed after inserting the middle cylinder 133.

And, one end is formed with a male screw 152 to be coupled to the female screw 144 of the bearing portion 140, the other end is attached to the coupler 154 is connected to the water supply pipe, a pair of opposing circumferential surface There is a joint portion 150 in which the receiving groove 153 is formed.

In addition, the joint 150 has a joint cap 156 mounted between the external thread 152 and the bearing 140. The fitting cap 156 protects the upper surface of the bearing 142 and the end of the protruding pipe 134 passing through the bearing 142. An inner space through which the protruding pipe 134 passes is formed in the joint cap 156. The outer diameter of the lower end portion 156a inserted into the bearing portion 140 is the same as the inner diameter of the bearing portion 140. 156b has a shape in which the diameter is small and a stage is formed to extend. Therefore, the male screw 152 of the joint is inserted between the outer diameter of the joint cap 156 and the upper end 156b. The outer diameter of the joint part 150 also has the same diameter as the outer diameter of the bearing part 140 and the main pipe 130.

In addition, an insertion hole through which the main pipe part 130 and the bearing part 140 have the same diameter as that of the disc cap 110 in order to protect the multi-column pipe 120 installed in the disc cap 110 and is assembled in the central area. There is a protective disk 180 formed with (180a). The protective disc 170 is fused to the protruding edge of the disc cap 110 and coupled to the disc cap 110.

And, there is a cover portion 160 for receiving the disc cap 110. The cover part 160 has a disc shape in which the inside is somewhat recessed, and the cover part 160 has a disc 162 having a larger diameter than the disc cap 110 so that the disc cap 110 rotates therein, and a disc. At the edge of the disc cap 110 is a guide guide 164 protruding in the front direction and in contact with the net. In addition, the cover 160 is formed in the center of the disc 162 and the upwardly projecting pipe 166 in order to insert the main pipe 130 and the bearing portion 140 and the joint 150 of the disc cap 110 There is). On the outer circumferential surface of the upper end of the pipe 166, a pair of through-holes 166a connected to the moving member for moving the cover 160 are formed to face each other. In addition, the disc 162 of the cover portion 160 of the pressure due to the rotation of the disc cap 110 when the disc cap 110 is rotated in the sea water by the propulsion force of the fluid is accommodated in the cover portion 160 is injected In order to keep the change constant, a plurality of access passages 163 are formed through which the seawater can freely enter and exit.

In addition, there is an adjustment bar 170 that is coupled to the pipe 166 of the cover 160 to move the cover 160 coupled to the disc cap 110 from the outside of the sea. At the end of the adjustment bar 170, a pair of fixing members 172a, for example, bolts, are inserted at both ends to be inserted into the through-hole 166a of the pipe for engaging with the pipe 166. The coupling member 172 of the shape is provided. The fixing member 172a is fixed by being inserted into the receiving groove 153 of the joint 150 through the through hole 166a of the pipe.

The adjusting bar 170 is installed in two stages that can be disassembled or assembled in order to extend its length.

Hereinafter, with reference to the drawings showing the action and effect of the net cleaner according to the present invention will be described in detail.

3 is a state diagram illustrating an embodiment of FIG. 2. The same parts as the conventional drawings will use the same drawing symbols. As shown, a pump (not shown) for discharging high pressure water is installed outside the seawater, and the discharge port of the pump and the coupling port 154 of the joint 150 of the present invention are connected to the hose 210. . In that state, the cleaner 100 according to the present invention is put into seawater using the adjustment bar 170 to be brought into contact with aquaculture nets (not shown). At this time, the guide guide 164 formed at the edge of the cover 160 is slightly protruded to the outside of the disc 162, so only the guide guide 164 of the cover 160 is in direct contact with the culture net, the disc cap 110 is not in direct contact with the aquaculture net.

Subsequently, when a pump is driven to supply liquid, that is, water to the joint part 150, water is injected through the nozzle 121 through the main pipe and the multi-drain pipe. Here, the sprayed water is ejected at the same angle as the predetermined angle by the nozzle 121 and the end of the multi-pump pipe installed at a predetermined angle with the front surface of the disc cap 110. In addition, since the multi-column pipe is installed in a spiral shape to apply rotational force to the disc cap 110, the disc cap 110 rotates in the cover part 160 as water is injected. Therefore, the water sprayed through the nozzle 121 is ejected while rotating in the rotation of the disc cap 110 by the multi-pipe. In addition, since the cover part 160 is formed with a plurality of access paths 162a and water can freely enter and exit between the cover part 160 and the disc cap 110 generated by the disc cap 110 rotating. Pressure change is automatically adjusted, the disc cap 110 is smoothly rotated.

When the disc cap 110 rotates in the cover portion 160 to spray high pressure water, the seaweed or dead fish and shellfish attached to the culture net are removed from the culture net by the pressure of the water to be injected.

The present inventors experimented in various ways to measure the injection pressure to properly remove foreign matters such as seaweed attached to the cultured net. As a result, seaweed and the like were properly removed at the pump discharge pressure of 200 to 250 kg / cm ² .

When the cleaner is in contact with a portion of the culture net to remove seaweed, etc., using the adjustment bar 170 to move the position to clean other parts of the culture net. By repeating this, it is possible to complete the cleaning of the entire aquaculture net.

On the other hand, the fluid injected through the nozzle may be a pressurized gas, of course, a pressurizer, that is, a compressor (C0MPRESS0R) is used instead of the pump.

As described above, according to the present invention, the aquaculture net can be cleaned in the seawater where the aquaculture net is installed, and the effect of reducing the cost and time compared to moving the conventional aquaculture net to land and cleaning have.

Claims (2)

A disc cap 110 whose edge protrudes a predetermined distance in the circumferential direction; One end penetrates the disc cap 110 at an angle to the front outer surface to spray a pressurized fluid, and the other end contacts the rear surface of the disc cap 110 in a spiral shape while the disc cap 110 is spirally formed. At least two or more multi-pipes 120 extending in the center of the pipe; A main pipe portion 130 which is installed to recover the multi-dose pipe 120 extending to the center of the disc cap 110 as a single pipe and protrude upward; A bearing part 140 which penetrates and rotates the main pipe part 130 in close contact therewith; One end is coupled to the bearing part 140 and a pair of receiving grooves 153 are formed on the outer surface of the main pipe part 130 to connect with the end of the main pipe part 130 penetrating through the bearing part 140, and the water supply pipe is formed at the other end thereof. And a joint 150 to which the coupler 154 is detachably attached; A disc 162 formed with a plurality of access passages 162a for accommodating the back surface of the disc cap 110 and entering and exiting water, and a guide guide 164 protruding toward the disc cap 110 at the edge of the disc. And, installed in the center of the disc 162 and a pair of through-holes (166a) is formed on the outer surface facing each other and the bearing portion 140 can be inserted therein to accommodate the disc cap 110. A cover portion 160 formed of a pipe 166 therein; and Detachable from the through hole 166a of the pipe of the cover part 160 and the receiving groove 153 of the joint part to adjust the position of the cover part 160 accommodating the disc cap 110 from the outside of the seawater. Adjusting bar (l70) is coupled to extend the length; is configured to include a fluid injection type net cleaner, characterized in that for cleaning the farming net in sea water. The fluid spray type net cleaner according to claim 1, wherein a nozzle (121) is mounted at an end portion of the multi branch pipe (120).