JP2007001357A - Floating body structure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a floating body structure such as a floating pier, an anchor raft, and a culturing raft capable of having a float for floating on a water surface, sequentially and simply assembling members to each other, having a strength not causing a structural torsion and the like, obtaining a stable buoyancy because of an entirely light weight, assembling a minimum unit on the land, assembling the rest of parts on the water, and assembling the structure without a large space. <P>SOLUTION: This structure comprises float units 7 having a float 5 below an aluminum alloy floor plate 10, an aluminum alloy horizontal connecting member 8 as a floor plate detachably connecting the float units 7 arranged at intervals, and an aluminum alloy vertical connecting member 9 detachably the float units 7. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a floating structure such as a raft or a jetty.

Of the floating structures that have floats to float on the surface of the water, such as floating piers, stationary rafts, and farming rafts, rafts aimed at water purification and plant cultivation in lakes, rivers, waterways, regulating ponds, etc. ) There are the following patent documents as structures.
Utility model registration No. 3084516

  The raft of this Patent Document 1 is designed to perform safe and efficient work with people riding on it, as well as prevent irrigation of nurseries, insect proofing, bird proofing, mooring and fixing that can withstand the speed of high waves and river flows. As shown in FIG. 25, an area 3 for installing a nursery bed total frame for preventing the seedbed from flowing through the part of the walking rod 1 in the shape of the center rod and the right and left balance raft 2 of the part where the worker rides and walks is secured. And connect with stainless steel screws. The walking raft 1 and the balance raft 2 are made of sawn timber such as pine and cedar, which contains a lot of sap, and cocoons and oak leaves that contain a lot of antiseptic ingredients.

  In addition, the timber structure used alone is not enough buoyancy for people to work on it, so it was used for pharmaceuticals to supplement buoyancy (however, it was used for harmless chemicals) ) Use a plastic tank as industrial waste by inserting it into the bottom of the raft.

  Even if the central part 1 of the walking frame used for walking is limited to the width of 600 mm necessary for working walking, the buoyancy of the left and right balance rafts 2 can prevent it from tilting over and overturning. In addition, the raft body and the nursery for cultivating plants are installed on the surface of the main body so that they can float separately on the water surface. The frame never sinks together.

  About raft body connection and mooring, one raft body is basically 2600mm x 2600mm, and depending on the conditions of the installation location, etc., 5 to 10 units are connected as one on the outer side of each float raft The square bar 1800 mm is fixed with a stainless steel screw or a stainless steel bolt. Moreover, a square member is attached to the connecting part of the walking frame 1 from above with a stainless steel screw.

  In this patent document, the body of the raft is made of wood such as pine, and the buoyancy and balance, prevention of seedbed runoff and prevention of irrigation are achieved by combining the parts on which the person rides, the balance raft, and three separate parts of the seedbed. It is said that the water level can be adjusted, but the walking basin 1 in the center is a cocoon-like one, and the balance of the left and right rafts 2 that support and floats this is quite large. As a result, all assembly must be done on the ground and is difficult to handle.

  In addition, the raft body is made of wood such as pine, and even if it uses square timber such as pine and cedar, which contains a lot of sap, and a lot of antiseptic ingredients such as cocoons and bamboo leaves, there is a difficulty in durability. It becomes expensive in terms of cost.

  In addition, by combining three independent parts, three rafts are connected with stainless steel screws by two squares on the front and back, but if the structure of this combined part is not made quite robust, it will twist. There is a risk of distortion or decomposition.

  The object of the present invention is to eliminate the inconveniences of the prior art, and to have a float for floating on the water surface such as a floating pier, a stationary raft, a farming raft, etc. Because it is strong and does not cause twisting, etc., and the whole is lightweight, stable buoyancy can be obtained, and if the smallest unit is assembled on land, the rest can be assembled on the water, The object is to provide a floating structure that can be assembled without taking up space.

  In order to achieve the above object, the present invention according to claim 1 is a floor plate for detachably connecting a float unit having a float below a floor plate made of an aluminum alloy and a float unit arranged with a space therebetween. The aluminum alloy horizontal connecting material and the aluminum alloy vertical connecting material which are located on the side surfaces of the horizontal connecting material and detachably connect the float units to each other.

  According to the first aspect of the present invention, the components other than the float are made of an aluminum alloy, are light in weight, and are excellent in durability. The float unit, the horizontal connecting material, and the vertical connecting material are used in combination. In particular, the float unit is connected with the horizontal connecting material and the vertical connecting material at intervals. As a result, the floor plate of the float unit and the horizontal connecting member are formed in parallel to form a floor having an area that can be freely walked thereon, and the float floats in a stable state with an interval. In addition, the vertical connecting material compensates for weakness such as torsion and breakage due to the planar connection between the floor unit of the float unit and the horizontal connecting material. By arranging this, the overall strength can be increased by bracing. it can.

  Furthermore, it is easy to assemble with lightweight and compact members such as float unit, horizontal connecting material and vertical connecting material, and by combining unit floating bodies with these combinations, unit floating bodies can be connected together and freely deployed And can be enlarged. In addition, the work can be performed after the unit floating body is floated on the water, and it is not necessary to secure an assembly yard or the like in a large area.

  In the second aspect of the present invention, the floating floor board and the connecting floor board are scaffolding-like rectangular floor boards, and in the third aspect of the present invention, the horizontal connecting material has a width length, and the float unit floor board length. The gist is that it is set equal to the division length.

  According to the second aspect of the present invention, the floating floor board and the connecting floor board are made of scaffolding plate-like rectangular floor boards, and the combined arrangement of the floating floor board and the connecting floor board forms the working stage by arranging the scaffolding boards. It can be done with the same feeling as the design feeling. According to the third aspect of the present invention, when a plurality of connecting floor plates are arranged to connect and connect the connecting floor plates between the floor plates of the float unit having a space, a rectangular floor as a whole is continuously connected. Can be formed.

  The gist of the present invention described in claim 4 is that the vertical connecting member is a rectangular plate having the same shape as the horizontal connecting member.

  According to the fourth aspect of the present invention, the vertical connecting member can have the same shape as the horizontal connecting member, thereby reducing the number of types of members and increasing compatibility between members.

  The gist of the present invention described in claim 5 is that a handrail is raised and attached detachably to the side of the floor plate of the float unit and the horizontal connecting member.

  According to this invention of Claim 5, by providing a handrail, the fall to water can be prevented and safety | security can be improved. Moreover, since the handrail is detachable, it does not hinder the storage during the whole disassembly, and the handrail can be attached and detached even after the unit floating body is floated on the water.

  In the present invention according to claim 6, there are a plurality of aluminum alloy horizontal connecting members as floor plates for detachably connecting the float units arranged with a space therebetween, and a space is provided with a space between each other. The gist is to ensure the above. Further, the present invention according to claim 7 is a horizontal connection made of an aluminum alloy as a floor plate for detachably connecting a float unit having a float below the floor plate made of an aluminum alloy and the float units arranged at intervals. Unit floats, which are located on the side surface of the horizontal connecting material and are made of aluminum alloy vertical connecting material for detachably connecting the float units, are detachably connected to each other by an aluminum alloy horizontal connecting material. However, the gist is to secure a space with a space between the horizontal connecting members.

  According to the present invention of claim 6 and claim 7, by securing a space with a space between the horizontal coupling members, an opening can be formed on the water surface, ensuring a nursery bed and a ginger, and other water use space Usability expands by securing.

  In the eighth aspect of the present invention, when the float unit and the horizontal connecting member are joined, a pin provided downward on one of the projecting pieces is inserted into the other engagement hole while the projecting piece is superimposed on the other. In addition, the gist of the invention is that the other is sandwiched by a pivotable disengagement prevention piece provided on either one. According to the ninth aspect of the present invention, when the float unit and the vertical connecting member are coupled, a pin provided downward on one of the projecting pieces is inserted into the other engagement hole while the projecting piece is superimposed on the other. In addition, the gist of the invention is that the other is sandwiched by a pivotable disengagement prevention piece provided on either one.

  According to the present invention of claim 8 and claim 9, it is intended to facilitate the coupling between the float unit and the horizontal coupling material or the coupling between the float unit and the vertical coupling material, and the pin is connected to the other side. Since it can be connected simply by inserting it into the engagement hole, and it can be prevented by the disengagement prevention piece, it is easy to obtain a connection without fear of detachment, and it can be assembled quickly and is suitable for assembly work on water. It is.

  The gist of the present invention described in claim 10 is that horizontal connecting members arranged in parallel with a gap are connected by a horizontal connecting member in a direction orthogonal to these.

  According to the tenth aspect of the present invention, since the horizontal connecting materials can be combined with each other, further free development is possible and a larger floor surface can be formed.

  As described above, the floating structure of the present invention has a float for floating on the water surface such as a floating pier, a stationary raft, a farming raft, and the members can be easily assembled sequentially. However, if the entire unit is lightweight, stable buoyancy can be obtained, and if the smallest unit is assembled on land, the rest can be assembled on the water. It can be assembled without taking off.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is a perspective view showing an embodiment of a floating structure according to the present invention. In the figure, 7 is a float unit having a float 5 below a floor plate 6 made of aluminum alloy.

  In the floating structure of the present invention, the float units 7 are arranged in parallel or in columns at intervals, and are connected by a horizontal connecting member 8 and a vertical connecting member 9.

  First, the float unit 7 will be described. As shown in FIGS. 8 to 10, the upper frame member 4 a is formed of a rectangular or Japanese character frame, the vertical frame member 4 b is a column, and the lower frame member 4 c is formed of a rectangular frame. A frame 4 was formed, a floor plate 10 made of an aluminum alloy strip was pasted on the upper frame member 4 a of the frame 4, and a float 5 was installed in the frame 4. The upper frame member 4a, the vertical frame member 4b, and the lower frame member 4c are all made of an aluminum alloy angle material, and an extruded shape of an aluminum alloy is used.

  The float 5 can be made of foamed polystyrene, PET bottles, foamed polystyrene, etc., regardless of the material, but the foamed polystyrene material is covered with thin vinyl, or the outer periphery (outer skin) of the foamed polystyrene is made of a hard plastic such as polyethylene. Durable ones coated with FRP (fiber reinforced plastic), other synthetic resins, rubber bodies, metal tubes, etc. can also be applied.

  The float 5 may be formed of a foamed resin coated with an aluminum member by injecting a foamed resin into an aluminum container or an aluminum foil container.

  The method of fixing the float 5 to the frame 4 can be selected from various methods such as adhesion, band fixing, and bolting.

  The frame 4 of the float unit 7 is formed with a horizontal connection member engagement hole 11a in the upper frame member 4a and a vertical connection member engagement hole 11b in the vertical frame member 4b. The horizontal connecting material engaging hole 11 a is formed through the floor plate 10.

  Both the horizontal connecting member 8 and the vertical connecting member 9 are made of aluminum alloy (corrosion-resistant aluminum alloy is used as the main material, and stainless steel is used for the part where the strength is applied). .

  As shown in FIGS. 11 to 15, the horizontal connecting member 8 and the vertical connecting member 9 are formed with holes 12 and ribs 13 that are burring processed to prevent slippage on the plate of the main body portion between the left and right end plates, The projecting pieces 14 are projected horizontally at the four left and right corners as extensions of the end plate, and the pins 15 are provided downward on the projecting pieces 14.

  In the figure, reference numeral 16 denotes a detachment prevention piece provided below the central portion of the left and right end plates, and an inverted L-shaped support portion 16c and a sheath tube 16d provided on a horizontal laterally long plate 16a with respect to the support shaft 16b by a spring 16e. It is provided so as to be rotatable while being energized. It is also conceivable that the horizontal horizontally long plate 16a is slidable and can be provided in a straight line in addition to being rotatable.

  In addition, although not shown in the drawing, the vertical connecting member 9 may be a brace (different line) instead of a plate. As an example, a frame with braces arranged inside is used.

  When assembling, the float units 7 arranged at intervals are connected to each other by an aluminum alloy horizontal connecting member 8 as a floor plate and a vertical connecting member 9 positioned on the side surface of the horizontal connecting member 8. Is the basis.

  The float unit 7 is connected to the horizontal connecting member 8 and the vertical connecting member 9 by superimposing the projecting pieces 14 of the horizontal connecting member 8 and the vertical connecting member 9 on the frame 9 and connecting the pins 15 to the horizontal connecting member. It inserts in the joint hole 11a and the engagement hole 11b for vertical connection materials.

  Further, the horizontal horizontally long plate 16a of the disengagement preventing piece 16 is rotated to sandwich the frame 9 of the float unit 7 from below.

  In FIG. 1, the unit floated body A is a state where the float units 7 arranged at intervals are connected by three horizontal connecting members 8 and two vertical connecting members 9 arranged in parallel. 7 floor boards 10 and horizontal connecting members 8 are aligned to form a series of floor surfaces, which float on the water and do not sink even if people ride on them.

  There is an assembly method in which two unit floating bodies A are first formed on the ground, floated on water, and unit floating bodies A are connected to each other by a horizontal connecting member 8 and a vertical connecting member 9.

  There is also an assembling method in which the unit floating body A is formed first, the horizontal connecting member 8 and the vertical connecting member 9 are coupled thereto, and the float unit 7 is further attached to the end.

  Various methods can be adopted as the assembly method. As described above, as described above, the horizontal connecting member 8 made of an aluminum alloy with the float units 7 arranged at intervals as the floor plate, and the horizontal connecting member 8 It is connecting with the vertical connection material 9 located in a side surface.

  3 to 5 show other assembling methods, in which the horizontal connecting member 8 and the vertical connecting member 9 are connected to each other with the float units 7 facing each other with a gap (the horizontal connecting member 8 is a single member). The unit floating body A is not completely formed). The float units 7 are further connected in tandem through the horizontal connecting member 8 and the vertical connecting member 9 in the longitudinal direction of the float unit 7 so as to face each other. They are connected by a horizontal connecting member 8 and a vertical connecting member 9.

  As shown in FIG. 7, the one shown in FIG. 1 is a ground assembly unit C, and as shown in FIG. 7, the four corners are tied with ropes and floated on the water surface while adjusting, and the other ground assembly unit is also floated on the water surface.

  Then, as shown in FIG. 6, these ground assembly units are connected by vertical connecting members 9 and 9 and further connected by horizontal connecting members 8 and 8.

  When this is further developed, a large floating structure as shown in FIG. 17 can be obtained. FIG. 16 shows a coupling state between the float unit 7 and the vertical connecting member 9 as an intermediate stage.

  In the example shown in FIG. 17, the horizontal connecting members 8, 8 are arranged in parallel with each other between the horizontal connecting members 8, 8 which are arranged in parallel with each other. In order to do this, it is only necessary to provide the horizontal connection member engaging holes 11 a on the side of the horizontal connection member 8.

  As shown also in FIG. 17, a plurality of horizontal connecting members 8 made of aluminum alloy as a floor plate for detachably connecting the float units 7 arranged at intervals are arranged in parallel. The space B can be secured in the meantime.

  The space B can be used as a ginger or as a nursery for cultivating plants. A nursery for cultivating a plant is installed on the water surface alone in the space B so as to float on the water surface separately from the floating structure of the present invention.

  Next, the relationship between the float unit 7 and the horizontal connecting member 8 and the relationship between the horizontal connecting members 8 will be described. The horizontal connecting member 8 has a width equal to the divided length of the floor plate 10 of the float unit 7. Set. In the illustrated example, the total width length of the three horizontal connecting members 8 is substantially equal to the length of the floor board 10.

  In addition, the horizontal length of the horizontal connecting member 8 itself is set to be three divided lengths. By doing in this way, a free development is possible by the combination of the floor board 10 and the horizontal connection material 8, and the combination of the horizontal connection materials 8, and a floor surface can be formed.

  FIG. 2 shows another embodiment, and a handrail 20 made of aluminum alloy is set up on the side of the floor plate 10 and the horizontal connecting member 8 of the float unit 7. As shown in FIG. 18, the handrail 20 is a torii type having a horizontal rail parallel to the top rail, and the lower ends of the left and right columns 20 a are detachably attached to the side of the floor plate 10 and the horizontal connecting member 8. Moreover, the baseboard 26 was attached between the lower end vicinity of the right and left support | pillar 20a.

  The handrail 20 is fixed to the floor plate 10 and the horizontal connecting member 8 by providing a fixing member 21 at the lower portion of the support column 20a of the handrail 20 as shown in FIGS.

  For example, the vertical portion 21a of the fixing member 21 is fixed to the lower portion of the column 20a integrally or by appropriate means such as bolts and nuts (not shown), and as shown in FIG. The rising portion 21b extending from 21a is brought into contact with the lower surface of the floor plate 10 and the horizontal connecting member 8, and the plate-like member 22 made of L-shaped metal fittings is attached to the column 20a of the handrail 20, the floor plate 10 and the horizontal connecting member 8 with bolts and nuts. The handrail 20 is detachably attached to the long side of the floor board 10 and the horizontal connecting member 8.

  Other fixing methods of the handrail 20 on the floor plate 10 and the long side of the horizontal connecting member 8 are shown in FIGS. As shown in FIG. 24, the floor board 10 and the horizontal connecting member 8 are provided with a long side wall 23A and a long side intermediate wall 23B positioned inward from the long side wall 23A on the long side of the back surface.

  As shown in FIG. 22, the vertical portion 21 a of the fixing member 21 that abuts the floor plate 10 and the long side wall 23 </ b> A of the horizontal coupling member 8, extends from the vertical portion 21 a to the lower portion of the column 20 a of the handrail 20. The fixing member 21 having the rising portion 21d fitted into the groove portion 24 formed by the long-side intermediate wall 23B of the connecting member 8 is provided, for example, integrally or by attaching with a bolt / nut or rivet, and the floor plate 10 or A plate-like member 22 such as an L-shaped fitting that comes into contact with the upper surface of the horizontal connecting member 8 is provided by, for example, bolts, nuts, or rivets, and the floor plate 10 or the horizontal connecting member 8 is fixed by the plate-like member 22 and the fixing member 21. By sandwiching the long-side end, the plate member 22 and the hole H drilled in the floor plate 10 or the horizontal connecting member 8 are aligned, and the pin P is inserted into the hole H, whereby the floor plate 10 or the horizontal connecting member 8 is inserted. Attaching a handrail 20 on the long side.

  In this fixing method, the long side intermediate wall 23B is formed continuously in the longitudinal direction of the floor plate 10 and the horizontal connecting member 8, so that it can be placed at any position on the long side of the floor plate 10 or the horizontal connecting member 8. It becomes possible to install the handrail 20 freely. Further, when the handrail 20 is attached by this fixing method, when an operator gets on the floorboard 10 or the horizontal connecting member 8, the column 20 a of the handrail 20 is inclined inward by a load applied to the floorboard 10 or the horizontal connecting member 8. It has the function which can prevent that the handrail 20 remove | deviates.

  Further, the handrail 20 can be attached to the long side of the floor board 10 and the horizontal connecting member 8 by a method as shown in FIG. 23, the pin P is attached so as to protrude above the floor board 10 and the horizontal connecting member 8 by the action of the spring 25, and the plate-like member 22 is attached to the action of the spring 25 when the handrail 20 is installed. When the pin P is pushed down and inserted into the upper surface of the floor board 10 or the horizontal connecting member 8, the pin P is moved upward when the hole H of the floor board 10 or the horizontal connecting member 8 comes to the position of the pin P. The return plate member 22 is fixed.

  By providing the handrail 20 in this way, it is possible to prevent falling into the water and improve safety. Further, since the skirting board 26 is attached together with the handrail 20, the safety is further increased.

It is a perspective view which shows 1st Embodiment of the floating body structure of this invention. It is a perspective view which shows 2nd Embodiment of the floating structure of this invention. It is a perspective view which shows the 1st step of one example in the assembly procedure of the floating structure of this invention. It is a perspective view which shows the 2nd step of one example in the assembly procedure of the floating body structure of this invention. It is a perspective view which shows the 3rd step of one example in the assembly procedure of the floating body structure of this invention. It is a top view of the state which connected ground assembly units further. It is explanatory drawing of the procedure which floats a ground assembly unit on the water surface. It is a top view of a float unit. It is a front view of a float unit. It is a side view of a float unit. It is a top view of a horizontal connection material or a vertical connection material. It is a vertical front view of a horizontal connection material or a vertical connection material. It is a vertical side view of a horizontal connection material or a vertical connection material. It is a vertical front view of the principal part of a horizontal connection material or a vertical connection material. It is a vertical side view of the principal part of a horizontal connection material or a vertical connection material. It is a top view which shows arrangement | positioning of a vertical connection material. It is a top view which shows the whole after an assembly. It is a front view of a handrail. It is an AA arrow line view of FIG. It is a bottom view of a handrail. It is a partial perspective view which shows one Example of the fixing method of the handrail in this invention. It is a partial cross section figure which shows the other Example of the fixing method of the handrail in this invention. It is a partial cross section figure which shows further another Example of the fixing method of the handrail in this invention. It is sectional drawing of a floor board and a horizontal connection material as a shape suitable when attaching a handrail. It is explanatory drawing which shows a prior art example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Walking use 2 ... Balance raft 3 ... Area 4 where the nursery bed total frame is installed ... Frame 4a ... Upper frame member 4b ... Vertical frame member 4c ... Lower frame member 5 ... Float 6 ... Floor plate 7 ... Float unit 8 ... Horizontal connection Material 9 ... Vertical coupling material 10 ... Floor plate 11a ... Horizontal coupling material engagement hole 11b ... Vertical coupling material engagement hole 12 ... Barringed hole 13 ... Rib 14 ... Projection piece 15 ... Pin 16 ... Detachment prevention piece 16a ... Horizontal horizontally long plate 16b ... support shaft 16c ... inverted L-shaped support portion 16d ... sheath tube 16e ... spring 20 ... handrail 20a ... post 21 ... fixing member 21a ... vertical portion 21b ... rising portion 21d ... rising portion 22 ... plate-like member 23A ... long side wall 23B ... long side intermediate wall 24 ... groove 25 ... spring 26 ... skirting board

Claims (10)

  A float unit having a float below the aluminum alloy floor plate, a horizontal connection member made of aluminum alloy as a floor plate that detachably connects the float units arranged at intervals, and a side surface of the horizontal connection material And a floating structure comprising a vertical connecting member made of an aluminum alloy for detachably connecting the float units.   The floating structure according to claim 1, wherein both the floor plate and the horizontal connecting member of the float unit are rectangular plate-like scaffold plates.   The floating structure according to claim 1 or 2, wherein the horizontal connecting member has a width set equal to a divided length of a floor plate of the float unit.   The floating structure according to any one of claims 1 to 3, wherein the vertical connecting member is a rectangular plate having the same shape as the horizontal connecting member.   The floating structure according to any one of claims 1 to 3, wherein a handrail is erected on the floor plate of the float unit and the side of the horizontal connecting member and is detachably attached.   A plurality of horizontal connecting members made of aluminum alloy as a floor plate for detachably connecting float units arranged with a space therebetween, and a space is secured between them with a space between each other. The floating structure according to any one of 5.   A float unit having a float below the aluminum alloy floor plate, a horizontal connection member made of aluminum alloy as a floor plate that detachably connects the float units arranged at intervals, and a side surface of the horizontal connection material In order to detachably connect unit floating bodies composed of aluminum alloy vertical connecting members that detachably connect the float units to each other with horizontal connecting members made of aluminum alloy, the horizontal connecting members are spaced apart. The floating structure according to any one of claims 1 to 6, wherein a space is secured.   To connect the float unit and the horizontal connecting member, a pin provided downward on one of the projecting pieces is inserted into the other engagement hole while superimposing the projecting piece on the other, and provided on either one of them. The floating structure according to any one of claims 1 to 7, wherein the other is sandwiched between the pivotable detachment prevention pieces.   To connect the float unit and the vertical connecting member, a pin provided downward on one of the projecting pieces is inserted into the other engagement hole while superimposing the projecting piece on the other, and provided on either one of them. The floating structure according to any one of claims 1 to 8, wherein the other is sandwiched between the pivotable detachment prevention pieces.   The floating structure in any one of Claim 1 thru | or 9 which connects the horizontal connection material in parallel with a space | interval with the horizontal connection material of the direction orthogonal to these.

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