JP3149196U - Seaweed prop - Google Patents

Abstract

There is provided a seaweed strut seawater injection device in which a seaweed strut is stood in a shell or sand layer on the bottom of a seaweed field, and the seaweed strut seawater injection device is released from the seabed that is out of reach. SOLUTION: A pipe is vertically divided into two, and one main pinch plate has a slide shaft up and down, a pinch plate lever, a lever fulcrum shaft, a lever spring hook, a lever stop, a waterproof packing, and a water inlet. Align the water injection pipe, hose, and rope, align the slide shaft guide top and bottom and the sandwich plate spring hook to the opposite sandwich plate, insert the slide shaft top and bottom into the slide shaft guide top and bottom, and the lever spring hook A laver strut seawater injection device is configured by combining a coil spring between the sandwich leaf spring hooks. Seawater is injected and sprayed from the spray nozzle, and the seaweed support is pressed down while the seabed is liquefied. When the sandwich plate lever reaches the seabed, the fixing is released and the rope is lifted to solve the problem. [Selection] Figure 4

Description

  The present invention relates to a seaweed support seawater injection device used for a seaweed support.

Conventionally, there are some high-pressure liquid injection devices disclosed in patent literature.
JP 2002-233210 A

  In order to inject seawater into a seaweed strut that is clogged at the top and has a water inlet and a spout at the root in order to put the seaweed strut into the shell and sand layers of the spicy seaweed fishing ground of the seaweed prop The seawater injection device must be fastened in place, and the seawater injection device must be quickly fixed, poured into the seawater, and the seawater injection device must be removed from the standing seaweed support. If the seawater injection device is out of reach due to the difference in tide level, it cannot be removed. This invention makes it a subject to solve these inconveniences.

  Therefore, in order to inject seawater by sandwiching the side of the nori strut with a water inlet, the length of the nori pillar is determined by the length of the nori strut and the pipe is divided into two vertically. Side, slide shaft guide upper side, slide shaft guide lower side, pinch plate lever, lever fulcrum shaft, fulcrum bearing, lever spring hook, lever stopper, pinch plate spring hook, coil spring, waterproof A seaweed support seawater injection device was devised that was composed of a packing, an inlet, a water injection hole, a hose, and a rope (FIG. 3).

  On the main sandwich plate of one half of the sandwich plate, the upper slide shaft, lower slide shaft, sandwich plate lever, lever fulcrum shaft, lever spring hook, lever stopper, waterproof packing, water inlet, Combine the hose and the rope to make the shape shown in Fig. 1.

  The upper side of the slide shaft guide, the side on which the slide shaft is guided, and the sandwich plate spring hook are combined with the opposite one of the sandwich plates to form the shape shown in FIG.

  (FIG. 1) The slide shaft upper side and slide shaft lower side on the main sandwich plate side are aligned with the slide shaft guide upper side and slide shaft guide lower side of the sandwich plate (FIG. 2). A laver prop seawater injection device (FIG. 3) is configured between the hook and the sandwich leaf spring hook.

  With this seaweed strut seawater injection device (Fig. 3) in front, put the seaweed strut from the open part between the main sandwich plate and the sandwich plate on the slide shaft upper side and the slide shaft lower side opposite side, and the water filling hole of the main sandwich plate Is aligned with the water inlet on the lower part of the side of the seaweed brace, sandwiched with a pinch plate, with a pinch lever, with a lever fulcrum shaft as a fulcrum, with the lever principle, with a lever spring hook, a coil spring between the pinch plate spring hooks And rotate it in a clockwise direction with a force exceeding its 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 it passes through the lever fulcrum shaft located in the middle, it stops with a lever stop and applies the elasticity of the coil spring to fix the laver strut between the main sandwich plate and the sandwich plate.

  Inject seawater into the water inlet of the seaweed strut and spray the seaweed strut while spraying it at a predetermined position on the seabed.The pin of the seaweed strut seawater injection device reaches the bottom of the seabed and presses the seaweed strut, When the pin plate lever is pushed up with a force that exceeds the elasticity of the coil spring, and passes through the lever fulcrum shaft located in the middle of the line connecting the pin plate spring hook and the lever spring hook, the coil spring springs counterclockwise. It moves like a fan, the seaweed support is unlocked, and it can be pulled up on the ship with a rope tied to the pinch lever of the seaweed support seawater injection device.

  Also, if the water inlet of the seaweed strut is at the top of the side, fix the seaweed strut seawater injection device by rotating it 180 degrees and a half, lean the seaweed strut to a predetermined position, and pull the rope of the sandwich plate lever down From the seaweed support, the seaweed support seawater injection device can be released and lowered.

  By using the seaweed support seawater injection device of the present invention for the seaweed support, seawater is injected into the water inlet of the seaweed support, and the seashell shell and sand layer of the seaweed field are liquefied while injecting seawater from the root nozzle. You can easily put the seaweed support and reduce fatigue.

  When the seaweed support seawater injection device is fixed in the hole at the bottom of the side of the seaweed support, the pinch lever will become a seabed sensor when it reaches the seabed, and it will automatically unlock in the sea that is out of reach and When the seaweed support seawater injection device is fixed to the upper hole of the side of the seaweed support by rotating 180 degrees and a half turn, it can be reached by pulling the rope tied to the pinch plate lever. It can be unlocked and lowered even at high positions.

  The seaweed support seawater injection device according to the present invention has a length, and is divided into one main sandwich plate obtained by vertically dividing a round shape pipe of a 19 seaweed support, and 3 slide axes A and 4 slide axes B. 7 lever plate lever, 8 lever fulcrum shaft, 9 fulcrum bearing, 10 lever spring hook, 11 lever stopper, 14 waterproof packing, 15 water inlet, 17 hose and 18 rope Yes. In addition, the two-scissor plate, which is divided into two, is combined with the 5-slide shaft guide A, the 6-slide shaft guide B, and the 12-scissor plate spring hook, and the 3 slide shafts A, 4 The slide shaft B is inserted into 5 slide bearings A and 6 slide bearings B of the two scissors plates, and 13 coil springs are combined to form the seaweed support seawater injection device in the shape of (FIG. 3).

When using a seaweed support seawater injection device, when the 19 seaweed support is sandwiched in a part of the side of the 19 seaweed support that is clogged in the upper part of the pipe, there are 21 water injection holes and 21 jets at the root. 2 Insert the 19 seaweed struts from the open part of the scissor plate, and align the 16 water injection holes of the 1 main sandwich plate with the 20 water inlets on the lower part of the side of the 19 seaweed struts. 3 when viewed from the front, 7 lever levers, 8 lever fulcrum shafts as a fulcrum, apply the lever principle, 10 lever spring hooks, 13 coil springs between 12 pin spring springs Stretch it clockwise and turn it into a fan.

  When the lever is pivoted clockwise around the 8-lever fulcrum shaft, the 10-lever spring hook stretches the 13-coil spring around the 12-clamp leaf spring hook and draws a large fan-like shape. It stops at the position of 11 lever stops passing through the 8 lever fulcrum shaft located in the middle of the straight line connecting the spring hooks, and fixes the 19 seaweed support by applying the elasticity of 13 coil springs.

  Seawater is injected into the 19 seaweed strut from the 16 water injection holes and sprayed to the predetermined position on the sea floor from the 21 injection nozzle. When the 19 seaweed strut is pressed down and reaches a predetermined depth, The 7 pinch plate lever reaches the bottom of the sea and presses the 19 seaweed support to act as a seabed sensor. The 7 pinch plate lever is pushed up with a force exceeding the elasticity of the 13 coil spring, 12 pinch plate spring hook and 10 lever When it passes through the 8-lever fulcrum shaft located in the middle of the line connecting the spring hooks, it moves in a counterclockwise manner with the elasticity of the 13 coil spring, and the fixing of the 19 laver strut is released. Can be pulled up on the ship with a rope tied to the lever.

  In addition, when the 20 water inlet of the 19 nori stake is the upper part of the side, the nori stake prop seawater injection device is fixed by rotating 180 degrees and a half, and the 19 nori stake is stood to a predetermined depth, By pulling the 18 rope tied down, it is possible to release the sandwich of the seaweed support seawater injection device from the 19 seaweed support and lower it.

  When the seaweed support seawater injection device of the present invention devised in this way is used for the work of setting up the seaweed support, the fixing of the seaweed support seawater injection device at a position that is out of reach can be released and the seaweed support can be set up Work fatigue can be reduced and efficiency can be improved.

  The shape and pinch width of the main pinch plate and the pinch plate are determined according to the round of the seaweed support, and the pinch width is determined. The length and the elasticity of the coil spring should be balanced so that seawater does not leak due to water pressure from the packing. . The size of the waterproof packing should be adjusted to the water injection hole of the main sandwich plate, and the thickness should be determined so that the seawater can flow within the packing hole even when the injection port and the water injection port are slightly displaced.

  The material of these seaweed support high-pressure seawater injection devices is preferably a metal that is strong against seawater and does not rust.

  The laver prop high-pressure seawater injection device according to the present invention has industrial applicability because it can be industrially mass-produced.

  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 strut seawater injection device of the present invention in which a main sandwich plate portion and a sandwich plate portion are combined.   It is an elevational view before sandwiching the nori strut between the main sandwich plate and the sandwich plate of the seaweed prop seawater injection device.   It is an elevational view of the seaweed strut seawater injection device with the seaweed strut sandwiched between the main sandwich plate and the sandwich plate.   It is an elevation view of a seaweed support.

Explanation of symbols

1 shows the main sandwich plate 2 shows the sandwich plate 3 shows the upper slide shaft 4 shows the lower slide shaft 5 shows the upper slide shaft guide 6 shows the lower slide shaft guide 7 shows the lever on the lever 8 shows the lever fulcrum shaft 9 indicates a fulcrum bearing 10 indicates a lever spring hook 11 indicates a lever stop 12 indicates a pinch leaf spring hook 13 indicates a coil spring 14 indicates a waterproof packing 15 indicates an inlet 16 indicates an injection pipe 17 indicates a hose 18 rope 19 indicates a laver support 20 indicates a water injection port 21 indicates a spray nozzle 22 indicates an antenna

Claims (1)

  On the sandwich plate provided by vertically dividing the round shape pipe of the seaweed support, the slide shaft upper side, slide shaft lower side, slide shaft guide upper side, slide shaft guide lower side, sandwich plate lever, lever A laver support, which is composed of a fulcrum shaft, a fulcrum bearing, a lever spring hook, a lever stopper, a pinch leaf spring hook, a coil spring, a waterproof packing, an inlet, an injection pipe, a hose, and a rope. A seaweed support seawater injection device that injects seawater with a pinch.

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