JP3149317U - Nori prop up device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device for setting up a seaweed support for setting up a seaweed support in a shell or a layer of sand that is difficult to stand on a support in a seaweed field. SOLUTION: A pipe provided in a shape that drains in the center of the outer shape of the seaweed strut, fixes the seaweed strut by applying the elasticity of the coil spring to the main sandwich plate and the sandwich plate, The sand layer is liquefied and the seaweed support is set up.When the seaweed support set reaches the bottom of the sea, the pinch lever is pushed up to release the lock. To solve. [Selection] Figure 3

Description

  TECHNICAL FIELD The present invention relates to a nori prop support device, and more particularly to a nori prop support device that liquefies a seaweed shell or sand layer on the bottom of a seaweed stand and liquefies it with water pressure to stand the nori prop.

2. Description of the Related Art Conventionally, there is a device disclosed in patent literature as a laver strut standing device.
JP 2003-174829 A

  In the seaweed production area Ariake Sea, metal pipes are used to liquefy the seashells and sand layers on the bottom of the sea by water pressure while sending water from the ship, and to pierce the seaweed support (Fig. 8).

  In Patent Document 1, the method of standing the nori stake with heavy equipment is taken, but when the heavy equipment is loaded on the seaweed fishing boat, the loading amount increases, and on the seaweed fishing boat in Ariake Sea, the space for laying the seaweed support decreases, Then, it is difficult to handle, and there is a disadvantage in terms of cost.

  Metallic water pipes that have been used in the past are fed by seawater pumps from the ship, liquefied while injecting seawater into shells and sand layers on the seabed, drilled holes, pulled out pipes, Although the root of the seaweed support is inserted, the hole from which the pipe was pulled out from the ship is not visible due to the turbidity of shells, sand and mud, so it is difficult to insert the root of the seaweed support, and the water supply pipe is raised and lowered many times. The hole is enlarged and the nori strut is pushed down to find the hole at the base of the nori strut.

  If the hole is made larger, the liquefaction area of the shells and sand layers will be widened, and the laver struts will tilt or slip out when the waves of fast tides are rough. Raising and lowering the reaction and holding up deeply, the length of the seaweed support is limited, so in order to develop the seaweed buds, it can be used as a seaweed support to take time between the light of the water surface at high tide and the time of low tide. When the location of the rope that hangs the laver net is limited, the wind at high tide is strong and the waves are rough, the laver struts point out to the seaweed net's eyes, the laver net dries out and the seeds of the laver grow The bud will die.

  When using a long seaweed support, the diameter increases, the weight increases, and it is difficult to handle.When the seaweed period ends and the seaweed support is removed, it is difficult to pull out because it is deeply pulled out to the bottom of the sea. It is an object to solve these disadvantages.

  Therefore, the pipe provided in the shape of draining the outer root of the seaweed support, the hose, the injection range variable nozzle, the side of the seaweed support, the main sandwich plate of the round shape of the seaweed support, and the seaweed support A rounded sandwich plate, a slide shaft upper side, a slide shaft lower side, a slide shaft guide upper side, a slide shaft guide lower side, a sandwich plate lever, a lever fulcrum shaft, a fulcrum bearing, and a lever spring hook In addition, we devised a nori strut support device composed of a lever stopper, a pinch leaf spring hook, a coil spring, a non-slip rubber plate main pin plate side, a non-slip rubber plate pinch plate side, and a rope (Fig. 3).

  The outline of the seaweed strut The main part of the round shape of the seaweed strut is the upper part of the pipe that drains to the root of the seaweed strut, the injection hose is variable to the root, the nori of the seaweed strut is directed to the bottom, and the upper part of the pipe Combine the pinch plate, slide shaft upper side, slide shaft lower side, pinch plate lever, lever fulcrum shaft, lever spring hook, lever stopper, and non-slip rubber plate main pinch plate side (Fig. 1) Make the shape.

  The shape of (Fig. 2) is made by combining the slide plate upper side, the slide bearing lower side, the sandwich plate spring hook, and the non-slip rubber plate sandwich plate side with the round shape sandwich plate of the seaweed support.

  (Fig. 1) The upper and lower slide shafts of the main nodule plate in the round shape of the nori brace. (Fig. 2) The upper and lower slide bearings of the nori plate round pin. Then, it is inserted into each hole, the coil spring is aligned between the lever spring hook and the pinch leaf spring hook, the rope is aligned with the drive lever, and the shape shown in FIG.

  Insert the seaweed strut from the open part on the opposite side of the slide shaft between the main sandwich plate and the sandwich plate of this nori strut support device, and determine the spray range of the pipe injection range variable nozzle, Align the side of the seaweed support with the side of the seaweed support at the bottom of the seam, sandwich it with the main sandwich plate and the sandwich plate, and look at the slide shaft side (Fig. 3) in front. In addition, with the lever principle, the lever spring hook is used to stretch the coil spring between the sandwich plate and the lever spring hook, and to turn it clockwise in a fan shape with a force exceeding the elasticity.

  When the lever fulcrum is rotated clockwise around the lever fulcrum shaft, the lever spring hook is a straight line connecting the pinch leaf spring hook and the lever spring hook while extending the coil spring around the pin leaf spring hook and drawing a large fan shape. When passing the lever fulcrum shaft located in the middle, the clip lever rotates clockwise by the elasticity of the coil spring, stops at the lever stop at the strong position, applies the elasticity of the coil spring, And fix the seaweed support between the and the sandwich plate.

  With a nozzle provided in a shape that drains in the center of the outer shape of the seaweed strut when applying pressure to the water inlet of the hose from the ship, spraying it to a predetermined position on the seabed, and pressing the seaweed strut while purifying the liquid The pipe is bent in the direction of the sandwiched seaweed struts, pressed against the liquefied shells and sand, close to the seaweed struts, pressed against the side of the seaweed struts and kept parallel, When the pinch lever reaches the seabed and presses the nori brace, it acts as a seabed sensor, pushes up the pinch lever with a force that exceeds the elasticity of the coil spring, and in the middle of the line connecting the pinch spring hook and lever spring hook When it passes through the lever fulcrum shaft, it moves in a counterclockwise direction with the elasticity of the coil spring, and the nori brace is fixed between the main sandwich plate and the sandwich plate, and the nori brace is released. Apparatus is trying to throw its hat disconnect from the seabed in the reaction of the injection-inclusive Te, it pulls the rope that is tied to scissors plate lever in order to help, it can be pulled on board.

  By using the seaweed support stand device of the present invention for the seaweed support, there is no need to look for or enlarge holes that do not look like conventional pipes, and it can be tilted or pulled out by large holes due to fast tides. Fatigue without standing seaweed struts by liquefying seashells and sand layers on the bottom of the seaweed field to reduce the depth and cost by spraying seawater from the base spray variable nozzle without any problems Can be reduced.

  The seaweed prop upright device according to the present invention is provided with a shape that drains to the central root of the outer shape of the 23 nori brace. One hose, three spray range variable nozzles, , 23 Nori pillar round shape 5 main sandwich plate, 7 slide shaft upper side, 8 slide shaft lower side, 11 sandwich plate lever, 12 lever fulcrum shaft, 13 fulcrum bearing plate, 14 lever spring Hook, 15 lever stop, 18 anti-slip rubber plate main sandwich plate side, 20 ropes combined, round shape of 23 seaweed support, 6 sandwich plate, 8 slide shaft guide upper side, 9 slide The shaft guide lower side, the 19 anti-slip rubber plate sandwich plate side, and the 15 scissor leaf spring hooks are combined, the 5 main sandwich plates, the 7 slide shaft upper side, and the 8 slide shaft lower side, 9 slides of the 6 sandwich plate Bearing top and 10 slices -Inserting the bearing lower, and 16 pinching plates spring hook 14 lever spring hook 17 combined coil spring, it constitutes the shape of (3), the laver post Tatekomi device.

  When the nori prop support device is used for the 23 nori props, the 23 nori props are opened from the open side on the opposite side of the 7 slide shaft upper side and the 8 slide shaft lower side of the 5 main sandwich plates and 6 scissor plates. 1 pipe, 3 injection variable nozzles, align the side of 4 seaweed struts with the side of 21 seaweed struts at the base of the 23 seaweed struts, sandwich the 5 main sandwich plates and 6 sandwich plates, slide Applying the lever principle with the 11 lever plate lever and the 12 lever fulcrum shaft as a fulcrum when the shaft side is viewed in front (Fig. 3), the 14 lever spring hook is used between the 6 pinch plate and the 14 lever spring hook. The 17 coil spring is stretched and rotated in a fan shape clockwise with a force exceeding the elasticity.

  When the 12 lever fulcrum shaft is rotated clockwise in the form of a fan, the 14 lever spring hook stretches the 17 coil spring elasticity around the 16 pin leaf spring hook and draws a large fan shape. When passing through the 12 lever fulcrum shaft located in the middle of the straight line connecting the lever spring hooks, the 11 pinch plate lever rotates clockwise by the elasticity of the 17 coil spring, and the position of the 15 lever stopper is the position where the elasticity is strong. Applying the elasticity of the 17 coil spring, the 23 main laver struts are fixed between the 5 main sandwich plates and the 6 sandwich plates with the 18 anti-slip rubber plate and the 19 anti-slip rubber plate in between.

  Applying water pressure to the water inlet of the 2 hose from the ship, and pressing the fixed seaweed brace propping device with the 23 laver strut while injecting from the 3 spray range variable nozzle to the predetermined position on the seabed, 1 pipe with 2 nozzles provided in the shape of draining in the center of the outer shape with the resistance sandwiched in the direction of the 23 seaweed support and being pressed into the liquefied shell or sand Then, while facing the 23 seaweed support, pressing the 4 seaweed support to the side of the 23 seaweed support and keeping it parallel, when the 11 pinch lever reaches the seabed, it acts as a seabed sensor by pressing the seaweed support, and 17 coils The 11 pinch plate lever is pushed up with a force exceeding the elasticity of the spring and passes through the 12 lever fulcrum shaft located in the middle of the line connecting the 15 pinch plate spring hook and the 14 lever spring hook. At that time, the spring moves in a counterclockwise direction with the elasticity of 17 coil springs, and the fixing of the 23 seaweed struts of the 5 main sandwich plates and 6 sandwich plates is released, and the seaweed strut standing device is removed from the seabed by the reaction of the injection In order to help it, and to help it, you can pull the rope tied to the 11 pinch lever and pull it up on the ship.

  If the nori prop support device of the present invention devised in this way is used for the work of setting up the nori prop, the fixing of the nori prop setting device in an unreachable position can be released and the nori prop can be set up Work fatigue can be reduced and efficiency can be improved.

  The length of the pipe is determined by the depth at which the nori strut is inserted, the round shape of the main sandwich plate and the sandwich plate determines the sandwich width according to the roundness of the nori strut, and the length is the strength of the coil spring. It is good to make the length and strength so that it does not slip when the nori support is stood in balance.

  The material of these seaweed prop uprights is preferably a metal that is strong against seawater and does not rust.

  Since the laver support device according to the present invention can be industrially mass-produced, it has industrial applicability.

  It is an elevational view of the main sandwich plate portion.   It is an elevational view of a sandwiching plate portion.   It is an elevational view of the seaweed supporter setting device of the present invention, which combines a main sandwich plate portion and a sandwich plate portion.   This is the elevation of the nori strut standing device with the nori strut sandwiched between the main sandwich plate and the sandwich plate.   It is a top view of an injection range variable nozzle.   It is a top view of an injection range variable nozzle.   It is an elevation view of a seaweed support.   It is an elevation view of a conventional seaweed prop stand tool.

Explanation of symbols

1 Shows the pipe of the shape drained at the center root of the outer shape of the seaweed support 2 Shows the water injection port of the hose 3 Shows the spray range variable nozzle 4 Shows the side contact of the seaweed support 5 Shows the main sandwiching board 6 Shows the sandwiching board 7 8 showing the upper side of the slide shaft 8 showing the lower side of the slide shaft 9 showing the upper side of the slide shaft guide 10 showing the lower side of the slide shaft guide 11 showing the lever of the sandwich plate 13 showing the lever fulcrum shaft 14 showing the fulcrum bearing 14 showing the lever spring hook 15 indicates a lever stop 16 indicates a sandwich plate spring hook 17 indicates a coil spring 18 indicates a non-slip rubber plate main sandwich plate side 19 indicates a non-slip rubber plate sandwich plate side 20 indicates a rope 21 indicates an injection range adjustment bolt 22 injection Range adjustment bolt rotation prevention spring 23 Nori seaweed support 24 24 Socket display 25 Antenna

Claims (1)

  The pipe that is shaped to drain at the center of the outer shape of the seaweed support, the hose, the spray range variable nozzle, the side of the seaweed support, the main sandwich plate in the shape of the nori support, and the roundness of the seaweed support Shaped sandwich plate, slide shaft upper side, slide shaft lower side, slide shaft guide upper side, slide shaft guide lower side, sandwich plate lever, lever fulcrum shaft, fulcrum bearing, lever spring hook, lever A nori strut support device comprising a rope, a pinch leaf spring hook, a coil spring, a non-slip rubber plate main pinch side, a non-slip rubber plate pinch side, and a rope.

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