KR200227250Y1 - Apparatus for poly-ethylene pipe using of resist waves preabricated brim - Google Patents

Abstract

The present invention allows the cage frame to be easily and easily assembled so that it can be lifted to support the net, and the cage frame can be easily dismantled. The present invention provides a prefabricated breakproof cage using a synthetic resin pipe, which can be inserted into the buoy through hole (2) formed in the lower side of the buoy bracket (1), and each side of the buoy tube (3) is inserted into each other long, At this time, a buoy connecting elbow 4 is installed at the corner portion R of the buoy tube 3 so that the buoy tube 3 is bent at an angle to achieve a predetermined shape and is supported by the buoy bracket 1. Fixed and rolled buoy tube (3), arc-shaped coupling to the center and both sides so that the buoy tube (3) can be contacted at a predetermined interval between the buoy bracket (1) A scaffold base 6 having a portion 5 is provided, and a working scaffold 7 is positioned above the buoy bracket 1 and the scaffold base 6 installed therebetween, so that the buoy bracket 1 and The top of the scaffold pedestal 6 and the coupling through the screw to fix the working scaffold (7) to the base frame 8 is to be completed.

Description

Prefabricated wave-resistant edging device using synthetic resin pipe {APPARATUS FOR POLY-ETHYLENE PIPE USING OF RESIST WAVES PREABRICATED BRIM}

The present invention is to install a net in the sea or a lake caged in the form of fish, a large number of buoy pipes composed of synthetic resin pipes inserted into the buoy through-hole of the cage bracket so that the net can be supported from sea or fresh water The side of the buoy, the buoy is bent at a certain angle via the elbow for buoy connection, and the working bracket is installed on the upper side of the cage bracket and the scaffold support to complete the framework. Easily and easily assemble the cage frame so that it can be lifted to support the net, and the cage frame can be easily dismantled, and the cage form workers can quickly and safely carry out farming work. The cage frame is waved by impacts caused by waves. Prefabricated naepaseong with a synthetic resin tube so as occurring when the device relates to a fish cage.

Commonly known fish farming cages take a lot of manpower and time due to weaving multiple logs or Schiropoles with strings using Schiropol. In addition, the cage device is easily broken, and as a result, the floating float of the cage device floats on the sea or in a lake, which contaminates the sea or the lake.

In particular, the cage device is easily corroded by seawater, which requires frequent replacement, and requires a lot of manpower and time according to maintenance and repair, as well as the logs used as the scaffolding device of the cage device, even in narrow and weak waves. It is easily shaken to cause worker safety accidents for cage farming, as well as the installation place of the cage is limited, the efficiency of farming work has been extremely reduced, there were many problems.

The present invention has been made in order to improve the various problems of the prior art as described above, its purpose is to make the installation and dismantling of the cage frame used as a cage device easily and easily, as well as synthetic resin supporting the net The buoys in the form of pipes are firmly supported by the cage brackets to prevent the occurrence of severe flows due to severe waves, etc., while providing a prefabricated breakproof cage using synthetic resin pipes that can prevent damage in advance. have.

1 is a perspective view schematically illustrating the installation state of the prefabricated breakproof cage using a synthetic resin tube according to the present invention.

Figure 2 is an exploded perspective view of a prefabricated breakproof cage using a synthetic resin tube according to the present invention.

Figure 3 is a side cross-sectional structure diagram of a prefabricated breakproof cage using a synthetic resin tube according to the present invention.

Figure 4 is a plan view showing the buoy pipe installation structure of the prefabricated breakproof cage using the synthetic resin pipe of the present invention.

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

1 ... buy bracket 2 ... buy through hole

3 ... buoy tube 4 ... buoy connection elbow

5. Arc-shaped joint 6 ... Footrest

7.working platform 8 ... border frame

9 ... supporting groove 10 ... handrail support

11 ... Elbow 12 ... Handrails

As a technical configuration for achieving the above object, the present invention, a plurality of buoy through-holes are formed in the lower side, the buoy tube is inserted into each other through the buoy through-hole is rolled, the buoy connection elbow at the corner of the buoy tube Buoy bracket that the synthetic resin buoy pipe is bent at an angle through the

A pedestal in which arc-shaped coupling portions are formed at the center and both sides so that the buoy pipe which is rolled up as the buoy bracket is contacted;

By inserting into the support coupling grooves formed on both sides of the buoy bracket, the handrail is provided with a prefabricated seismic cage using a synthetic resin pipe, characterized in that it comprises a railing support that is placed upright sideways.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view schematically showing the installation state of the prefabricated breakwater cage using a synthetic resin tube according to the present invention, Figures 2 and 3 are exploded perspective and side cross-sectional structural view of the prefabricated breakwater cage using a synthetic resin tube according to the present invention, The buoy bracket (1) formed of a plurality of buoy through-holes (2) made of synthetic resin, the buoy pipe (3) made of a synthetic resin pipe is inserted into the buoy through-hole (2), respectively, is long rolled out A buoy connecting elbow 4 is installed at the corner portion R of the buoy tube 3 so that the buoy tube 3 is bent at an angle to achieve a predetermined shape.

In addition, the buoy tube (3) that is supported and fixed to the buoy bracket (1) is rolled, arc-shaped coupling to the center and both sides so that the buoy tube (3) can be contacted at a predetermined interval between the buoy bracket (1) The footrest support 6 in which the part 5 is formed is provided.

On the upper side of the buoy bracket 1 and the scaffold base 6 installed therebetween, a working scaffold 7 is positioned to couple the upper side of the buoy bracket 1 and the scaffold base 6 via a screw to the working scaffold. By fixing (7), the frame base frame (8) is completed, and at this time, one end of the handrail support (10) is inserted into the support coupling groove (9) formed at both sides of the buoy bracket (1). The handrail 12 is made of a synthetic resin pipe through the elbow (11) again is made of a configuration that is rolled out to both sides of the working scaffold (7).

Referring to the operation and effects of the present invention made of such a configuration as follows.

As shown in Figs. 1 to 4, when the cage base frame 8 is installed using a buoy bracket 1 having a plurality of buoy through holes 2 formed on the lower side, the buoy bracket 1 Insert the buoy pipe (3) consisting of a synthetic resin pipe into the buoy through hole (2), respectively, long horizontally, and at this time, the buoy connecting elbow (4) is installed in the corner (R) of the buoy pipe (3) The buoy tube 3 is bent at an angle so that the cage base frame 8 is formed in a shape such as a circle or a square.

At this time, the buoy tube (3) that is supported and fixed to the buoy bracket (1) is rolled up to the upper side, the center and both sides so that the buoy tube (3) can be contacted at a predetermined interval between the buoy bracket (1) After installing the scaffold pedestal 6 is formed with an arc-shaped coupling portion 5, the working scaffold 7 is positioned above the buoy bracket 1 and the scaffold pedestal 6 installed therebetween.

Subsequently, by coupling the upper side of the buoy bracket (1) and the scaffold base (6) and fixing the working scaffold (7), the frame base (8) can be completed, wherein the buoy bracket One end of the handrail support 10 is inserted into the support coupling groove 9 formed at both sides of (1), and the other end of the handrail support 10 is formed of a synthetic resin pipe through the elbow 11. By railing the balustrade 12, the balustrade 12 is formed on both sides of the working scaffold 7, the operator can safely work by the balustrade 12.

As described above, according to the prefabricated breakproof cage using the synthetic resin pipe according to the present invention, the installation and dismantling of the cage base frame used as the cage device can be done easily and easily, as well as the pipe-type buoys supporting the net Supported and fixed to the bracket in a solid state, while preventing the phenomenon in which the flow is severely generated due to severe waves, etc., the base frame has an excellent effect that can prevent damage in advance.

Although the present invention has been shown and described with respect to specific embodiments, it should be understood that the present invention may be variously modified and changed without departing from the spirit or the scope of the present invention provided by the following utility model registration claims. It will be clear that those skilled in the art can easily know.

Claims (2)

In the prefabricated breakproof cage device, A plurality of buoy through-holes 2 are formed on the lower side, and the buoy tube 3 is inserted into the buoy through-hole 2 to be rolled out, and the buoys are connected to the corner portion R of the buoy tube 3. A buoy bracket (1) through which the buoy tube (3) is bent at a predetermined angle through an elbow (4); A footrest support 6 to which an arcuate coupling part 5 is formed at the center and both sides so that the buoy pipe 3 which is rolled up as the buoy bracket 1 is fixed to support the work step 7; One end is inserted into the support coupling groove (9) formed on both sides of the buoy bracket (1) by using a synthetic resin pipe, characterized in that it comprises a handrail support (10) which is inserted into the railing (12) upright. Prefabricated piercing cage. 2. The buoy bracket (1) and the scaffold base (6), in which a plurality of buoys (3) are rolled down to the lower side, are characterized in that the working scaffold (7) is fixed to the upper side and the screw. Prefabricated piercing cage using synthetic resin pipe.