KR101078211B1 - Equipment and method for installing aquatic stadium lane - Google Patents

Abstract

PURPOSE: A device for installing aquatic stadium lanes and a method for installing lanes by using the same are provided to easily change lanes. CONSTITUTION: A device for installing aquatic stadium lanes comprises a fixing unit, a vertical wire(20), a buoy unit, and a width adjusting wire(40). The fixing unit includes an anchor(11), a buoy, a wire connecting the anchor to the buoy, and a connecting unit. In the vertical wire, both sides thereof are fixed by the connecting unit and buoy combining marks are marked at a fixed interval. The buoy unit includes a detachable fixing clip. The width adjusting wire is equipped with a plurality of hooks(41).

Description

Lane installation equipment for aquatic stadiums and lane installation method using the same {Equipment and method for installing aquatic stadium lane}

The present invention relates to lane installation equipment for aquatic stadiums such as boating, canoe chartering, and the like, and a lane installation method using the same.

A canoe, rowing or dragon boat race is a speeding race that is required to run on a certain lane starting at the same time on the same starting line.

For example, nine lanes, typically 5-9 m wide for canoeing, are 6--15 m wide (13.5 m ideal) for rowing (or chartering; hereafter unified). 8 lanes are required. In addition, buoys indicating lanes should be installed at regular intervals of 12.5 m for canoes and 25 m for rowing.

Since the formal course of this water lane is 2km (adjustable) or 1.5km (canoe), it is very difficult to accurately install it in the water of rivers, lakes and dams according to prescribed values.

Registration method for adjusting and canoeing lanes has been disclosed in Korean Patent No. 10-1006579. According to this, the rain is constructed by the following process. For ease of understanding, the first wire rope is represented by the longitudinal wire and the second wire rope is represented by the transverse wire.

(A) The first step of fixing the cable tie at a predetermined interval to the portion where the buoys of the plurality of longitudinal wires will be installed (B) The longitudinal direction in the longitudinal direction of the stadium with one side of the longitudinal wire fixed to the anchor, winch or pile A second step (C) of installing a buoy to the cable tie while arranging the wires to be uniformly spaced apart from each other (C) a third step of tightening the longitudinal wires and fixing them to anchors, winches or piles so that the ends are not moved ( D) Arranging a plurality of transverse wires provided with anchors on both sides at right angles across the plurality of longitudinal wires and fixing the portions where the wires cross each other with X-shaped clips. A plan view and a longitudinal cross-sectional view of the stadium thus constructed are illustrated in FIGS. 1A and 1B. Although there is no reference numeral in the accompanying drawings of the prior art, the extension of the longitudinal wire and the anchor (or pile) are shown in red in accordance with the teachings of the invention.

However, according to the prior art (in fact, in the art, prior to the prior art application, the lane is installed according to the method expressed in the prior art) there are various problems. ① First, the socks end of the longitudinal wire is laid on the bottom of the water (when anchored to an anchor or pile) or fixed to an external remote location (when fixed to a winch) so that the longitudinal wire is loosened and fixed for buoy alignment. Very difficult. (2) As well as the longitudinal wire, the transverse wire also has a sock end on the bottom of the water (fixed to the anchor or pile), that is, all the ends of the wire are fixed to the floor, so the equipment can be recovered after the rain is used or the canoe lane It is difficult to interchange the control lanes with each other. That is, as mentioned in the cited invention paragraph <22>, "When the anchor is pulled underwater in the longitudinal direction through the longitudinal wire, the anchor is very difficult to move, but when it is raised in the vertical direction, it is relatively easy." This is because the lanes are all fixed and there is no structure that can be pulled vertically from the anchor part. ③ Also, the X-shaped clip is fixed at each cross section of the longitudinal wire and the transverse wire at right angles. It is not only easy to fix the clip at the correct position underwater, but also to recover equipment or change lanes. There are many difficulties in doing this.

Patent Registration 10-1006579

It is an object of the present invention to provide a lane installation equipment for a water stadium and a lane installation method using the same.

In addition, an object of the present invention is to provide a water lane lane installation equipment and a lane installation method using the same can be very easy to change the canoe lane and the adjustment lane.

The present invention for achieving the above object is characterized in that the rain lane installation equipment and the lane installation method using the same.

(1) Lane installation equipment for water stadiums

The present invention includes (A) a fixing portion for fixing the end of the longitudinal wire including the anchor and buoy, the wire connecting them and connecting means mounted on the wire; (B) longitudinal wires fixed at both ends to the connecting means, the buoy engagement positions being indicated at predetermined intervals; (C) a buoy portion consisting of a buoy and a removable fixing clip detachable at the buoy bonding position of the wire and the longitudinal wire; And (D) a width-determining wire equipped with a plurality of hooks for hanging longitudinal wires at prescribed lane-width intervals.

In the present invention, "longitudinal wire" means a wire arranged in the longitudinal direction with a predetermined width so that the buoy portion can be arranged in the longitudinal direction of the aquatic stadium. In the present invention, "anchor" is a kind of object that is thrown on the bottom of a river, lake, dam, etc., and is easily lifted upward, but gives a certain amount of fixing force to the side, for example, an anchor or anchor or It may be a fixed concrete load.

(2) How to install lanes for aquatic stadiums

The present invention, (A) to secure the end of the n-th longitudinal wire to the connecting means after the fixing by throwing the fixing portion in the longitudinal one end of the water field-where the high for the n-1th longitudinal wire The spacing of the fixtures for the government and the nth longitudinal wires approximately fits the lane width defined by the type of water game; (B) releasing the nth longitudinal wire in the longitudinal direction of the playing field while fixing the buoy to the buoy engagement position of the nth longitudinal wire; (C) throwing and fixing another fixing part at the other end in the longitudinal direction of the aquatic stadium, and hooking the other end of the nth longitudinal wire to the connecting means and pulling the nth longitudinal wire tightly to fix it; (D) When a predetermined number of longitudinal wires are provided, ① each longitudinal wire only at both ends of the longitudinal direction of the aquatic stadium, or ② at both ends of the longitudinal direction of the aquatic stadium and at a predetermined position therebetween. It relates to a method for installing a lane for a water stadium comprising a;

At this time, the water field is characterized in that it further comprises the step of releasing the fixing means of the both ends of the n-th longitudinal wire and aligning the position of the buoys with the buoys of the n-1th longitudinal wire and then fixing again. How to install a lane.

According to the present invention as described above it is possible to install the rainfield stadium lane more quickly and accurately because it can be installed in the assembly concept without completely fixing all the water lane installation equipment for the stadium.

In addition, according to the present invention, since the lanes for the award stadium are installed as an assembly concept, the pitch thereof can be made very easily.

In addition, according to the present invention can be very easy to change the mutual lane of the canoe lane and the adjustment lane is able to proceed quickly to various water games in the same water field.

1A and 1B are a plan view and a longitudinal sectional view of a stadium constructed by the prior art.
2 is a conceptual view of a fixing part.
3 shows a width determination wire with a hook.
4 is a view showing a final process of installing one longitudinal wire.
5 is a plan view before and after mounting of the width determining wire.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings. It should be understood, however, that the appended drawings illustrate only the contents and scope of technology of the present invention, and the technical scope of the present invention is not limited thereto. It will be apparent to those skilled in the art that various changes and modifications can be made within the scope of the technical idea of the present invention based on these examples.

(1) As described above, the lane installation equipment for the water stadium according to the present invention is a longitudinal direction in which the fixing portion 10 for fixing the end of the longitudinal wire 20, the buoy 31 for the lane formation is combined Wire 20, buoy portion 30 for forming the lane and width determining wire 40 for fixing the lane width.

The fixing part 10 comprises an anchor 11 and a buoy 12, a wire 13 connecting them, and a connecting means 14 mounted on the wire 13. In this case, the connecting means 14 may be a ring, a hook 41 or a pulley as the end of the longitudinal wire 20 is fixed. After the end of the longitudinal wire 20 is inserted into or hooked into the connecting means 14 in the installation process, the longitudinal wire 20 is bundled or fixed with a removable clip. 2 shows the fixing part 10. In the drawings, (a) is an example of an embodiment, and (b) is a diagram conceptualizing the fixing unit 10 for convenience of description.

In the present invention, the buoy combination position 21 of the longitudinal wire 20 may be displayed differently so as to be distinguished from each other according to the type of the water game. For example, the buoy engagement positions 21 are alternately displayed in red and blue at 12.5 m intervals, so that the buoy 30 is clipped to both red and blue for canoe competition (12.5 m buoy interval), and the adjustment / For the molten iron race (buoy spacing 25m) it is to be able to clip the buoy portion 30 only in red or blue. "Clipping" herein means that the buoy portion 30 is detachably fixed to the buoy engagement position 21 of the longitudinal wire 20 by the removable fixing clip 33.

The buoy portion 30 is a buoy 31 and a removable fixing clip 33 are coupled to both ends of the predetermined length of the wire 32. The length of the wire 32 is determined according to the regulations and is about 1 to 2 m. The buoy part 30 (the buoy 31) is exposed to the water at the time of installation of the stadium lane to form a lane. In addition, the buoy 30 serves to allow the longitudinal wire 20 (and the width-determining wire 40 connected thereto) to float in water of a constant depth without sinking to the floor.

In the present invention, the width determination wire 40 is to easily set the interval of each longitudinal layer in accordance with the lane width according to the regulations and to maintain the interval.

Up to 11 lanes 9m wide for canoeing (9 races and 2 spares; 12 total longitudinal wires 20 required), and up to 10 lanes 13.5m wide for rowing. The width determination wire 40 will be described assuming dogs (eight for competition and two for reserve; that is, a total of eleven longitudinal wires 20 are required). (Of course, the width of the lane or the number of lanes can be changed within the range prescribed by the decision of the race manager. In this case, it is based on the changed standard.)

In this case, a canoe racing width determining wire 40 having a total of 12 hooks 41 installed in every 9 m in a width determining wire 40 that is 99 m or longer, or every 13.5 m in a width determining wire 40 that is 135 m or longer. It is possible to prepare a width-defining wire 40 for exclusive use of the adjustment game in which a total of 11 hooks 41 are provided.

Alternatively, the hook 41 in the width determining wire 40 may be used as a canoe-adjusting combination so that the structure of the hook 41 may be displayed differently or differently depending on the type of the water game. That is, a total of eleven adjustment game hooks 41 are installed on the width-determining wires 40 that are 135 m or more, and each can be used by installing twelve canoe game hooks 41 every 9 meters. At this time, the adjustment game hook 41 and the canoe game hook 41 is preferably a different shape or size or different colors.

The width crystal wire 40 with the hook 41 shown in FIG. 3 is represented schematically. (A) and (b) show canoeing and adjusting width determining wires 40, and (c) shows canoe-adjusting combined width determining wires 40, respectively. (The number of lanes was arbitrarily expressed as 10 and 6, respectively.)

(2) describes the lane installation process for the aquatic stadium using the lane installation equipment for the aquatic stadium according to the present invention configured as described above.

First, the anchor part 11 is fixed by throwing the fixing part 10 at one end of the longitudinal direction of the water field, and then fixing the end of the first longitudinal wire 20 to the connecting means 14. Of course, the end of the longitudinal wire 20 may be fixed to the connecting means 14 first, and then anchor 11 is fixed. Subsequently, the first longitudinal wire 20 is released while moving in the longitudinal direction of the playing field. At this time, the buoy portion 30 is detachably clipped to the buoy engaging position 21. Then, to reach the other end in the longitudinal direction of the aquatic stadium to throw another fixing portion 10 to fix the anchor 11 and to hang the other end of the first longitudinal wire 20 to the connecting means 14 (Fig. 4 (A) of) The n-th longitudinal wire 20 is pulled and fixed tightly (refer to (b) of FIG. 4). Of course, in this case, the other end of the longitudinal wire 20 may be hooked first, and then the anchor 11 may be fixed and tightened.

4 shows a final process of installing one longitudinal wire 20. For convenience of description, the length of the longitudinal wires 20 and the number of buoys 30 are set arbitrarily.

4A illustrates a state in which the other end of the longitudinal wire 20 is hung on the connecting means 14 after the fixing part 10 is fixed to the other end. In this state, the longitudinal wire 20 sags downward between the positions where the longitudinal wire 20 is coupled with the buoy portion 30 by the weight of the longitudinal wire 20, and the spacing between the buoy portions 30 is predetermined. It is narrower than the gap. Subsequently, when the other end of the longitudinal wire 20 (part marked A) is pulled and fixed, the installation of one longitudinal wire 20 is completed while the gap between the buoys 30 is opened at a predetermined interval. ((B) of FIG. 4).

All longitudinal wires 20 defined in this process are arranged. The spacing of the longitudinal wires 20, that is, the spacing of the fixing portions 10 for the adjacent longitudinal wires 20 may be approximately matched to the lane width defined according to the type of the water game. However, the fixing portion 10 for the outermost longitudinal wire 20 is a key to make the interval slightly wider than the overall lane width.

When the desired number of longitudinal wires 20 are installed according to the above-described process, the respective longitudinal wires 20 are hooked to the hooks 41 of the width determining wires 40 at both ends of the longitudinal direction of the water field. (See FIG. 5) The installation of the lanes for the aquatic stadium is completed. The spacing between the hooks 41 of the width determining wire 40 is equal to the lane width of the aquatic stadium to be installed, and the spacing between the fixing portions 10 for the outermost longitudinal wire 20 is the overall prescribed lane. Since the width is slightly wider than the width, the width determining wire 40 is eventually pulled tightly at both ends, so that the spacing of all the longitudinal wires 20 is tightly fixed at the prescribed lane width spacing. The width determining wire 40 may be further mounted at a predetermined position in the middle in addition to both longitudinal ends of the water field.

FIG. 5 conceptually shows a plan view before and after mounting the width crystal wire 40. For convenience of description, the number and width of the lanes, the length of the longitudinal wires 20, the number of the buoys 30, and the like are arbitrarily selected.

In Figure 5 (a) shows a state in which all the desired number of longitudinal wires 20 are installed. As shown, the spacing and arrangement between the longitudinal wires 20 may not be precise. However, the spacing between the fixing parts 10 for the outermost longitudinal wire 20 is installed slightly wider than the lane width in the overall regulation. Subsequently, when the respective longitudinal wires 20 are hooked to the hooks 41 of the width determining wires 40 at both ends in the longitudinal direction of the aquatic stadiums (see FIG. 5), the installation of the lanes for the aquatic stadiums with the correct lane width is completed. ((B) in FIG. 5).

After using the stadium, the recovery of the installation is about the opposite of the installation. First, the width 41 of the width determining wire 40 is released by releasing the hook 41, and then disassembled by releasing the end of the longitudinal wire 20 from one side fixing portion 10, and pulling the fixing portion 10 in the upward direction, and recovering it. The longitudinal wire 20 is recovered while moving in the longitudinal direction. At this time, the accompanying buoy 30 is immediately dismantled and stored. When the other end is reached, the hook 41 of the width determining wire 40 is released, the other end of the longitudinal wire 20 is released from the fixing part 10 and recovered, and the fixing part 10 is also pulled upward in a straight direction. do. This process is repeated to recover all equipment.

According to the present invention, both ends of the longitudinal wire 20 are tied to or uncoupled from the connecting means 14 of the fixing part 10 near the surface of the water, so that the installation and recovery of the lane from the working vessel is not necessary for the worker to enter the water. This speeds up work and significantly reduces work risk.

10. Fixing part
11. Anchors 12. Buoys 13. Wire 14. Connections
20. Longitudinal Wire
21. Buoy Combination Location
30. Buoys
31. Buoy 32. Wire 33. Retaining clip
40. Width Determination Wire
41.Hook

Claims (6)

(A) Fixing part for fixing the end of the longitudinal wire 20 comprising the anchor 11 and the buoy 12, the wire 13 connecting them and the connecting means 14 mounted on the wire 13 10;
(B) longitudinal wires 20, both ends of which are fixed to the connecting means 14, in which buoy engagement positions 21 are indicated at predetermined intervals;
(C) buoy part (30) consisting of a buoy (31), a wire (32) and a removable fixing clip (33) detachable at the buoy engagement position (21) of the longitudinal wire (20); And
(D) a watershed lane installation equipment, comprising: a width-determining wire (40) equipped with a plurality of hooks (41) for hanging the longitudinal wires (20) at prescribed intervals of the lane width.
The method of claim 1,
The buoy coupling position 21 of the longitudinal wire 20 is characterized in that it is displayed differently depending on the type of the water field lane installation equipment for the water stadium.
The method according to claim 1 or 2,
The hook 41 in the width determination wire 40, the lane installation equipment for a water stadium, characterized in that it is displayed differently depending on the type of the water game.
The method according to claim 1 or 2,
Connection means 14 of the fixing part 10 is a ring, hook 41 or pulley lane installation equipment, characterized in that the pulley.
As a method for installing a water lane for lanes using the water lane lane installation equipment according to claim 1 or 2,
(A) to fix the end of the n-th longitudinal wire 20 to the connecting means 14, and then fixed by throwing the fixing portion 10 at the longitudinal side end of the water field-n-1th species The spacing between the fixing part 10 for the directional wire 20 and the fixing part 10 for the nth longitudinal wire 20 is approximately fit to the lane width defined according to the type of the water game;
(B) releasing the n-th longitudinal wire (20) in the longitudinal direction of the playing field while fixing the buoy (30) at the buoy engagement position (21) of the n-th longitudinal wire (20);
(C) throw the fixing part 10 at the other end in the longitudinal direction of the aquatic stadium and fix it, then hook the other end of the nth longitudinal wire 20 to the connecting means 14 and nth longitudinal wire 20 Pulling to fix the tension;
(D) When a predetermined number of longitudinal wires 20 are installed, the hooks of the width-determining wires 40 are provided only at both ends of the longitudinal direction of the aquatic stadium, or at predetermined positions between the longitudinal both ends of the aquatic stadium. Hanging each longitudinal wire 20 on 41;
Lane installation method for a water stadium comprising a.
The method of claim 5, wherein
Loosen the n-th longitudinal wire 20 both ends of the connecting means 14 and align the position of the buoy 30 with the buoy 30 of the n-1th longitudinal wire 20 and then fix it again. Lane installation method for a water stadium characterized in that it further comprises the step of.

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