KR100975034B1 - Water walking stage system - Google Patents

Abstract

The present invention relates to a water walking stage system, and more particularly to a water working stage system that provides a safe and water-use facilities that can be used by disabled people and young people as well as adults.

The present invention for this purpose is a floating stage (10) (10 ') of both sides floating on the water surface (2), the working stage 20 is connected to the bottom of the floating body (10, 10') of both sides to form a foothold and Handrails 30, 30 'connecting both sides and the floating body 10, 10' of both sides of the working stage 20 is included, the working stage 20 is floating on the water surface It is characterized in that it is provided to be locked in the water under the water surface by the float (10, 10 ').

Water surface, working stage, underwater, water surface

Description

Water Working Stage System {WATER WALKING STAGE SYSTEM}

The present invention relates to a water walking stage system, and more particularly to a water working stage system that provides a safe and water-use facilities that can be used by disabled people and young people as well as adults.

The most enjoyable experience by the sea or by the river is mostly swimming, riding small boats, or using aquatic equipment such as jet boats.

The conventional maritime facilities provided in this way are mostly for adults, so most of the facilities are not suitable for children, the elderly, and the disabled.

In particular, facilities that are not easy to use by the user due to the weather or the surrounding environment, such as the coast, will be considerable.

As such, there is no water play facility where people with disabilities or children can easily use the coastal facilities, and therefore, it is urgently required that there is an urgent need for facilities for the disabled and children to use it with confidence.

The present invention for solving the above problems will be the biggest object to be able to safely use the water play facilities, such as the sea shore and river, lake.

In particular, it aims to provide not only adults but also coastal water and freshwater water facilities for the disabled and youth.

In addition, the users using the water play in addition to just walking on the beach in a safe state can be used to play in the water, such as the shore, in the river, there is an advantage of using a safe and useful water play facilities.

Water working stage system according to the present invention for achieving the above object is a floating body on both sides (10) (10 ') floating on the water surface (2); A working stage 20 connected to both sides of the floating body 10 and 10 'to form a scaffold; And handrail portions 30 and 30 ′ connecting both sides of the working stage 20 and the floating bodies 10 and 10 ′ on both sides thereof, so that the working stage 20 floats on the surface of the water. It is provided to be locked in the water under the water surface by the float (10, 10 '), the safety connector 13 is provided in the interior of the float (10, 10') is the safety connector (13) is characterized in that it is fixed to the fixed rod (4) installed on the ground.

Accordingly, the floats 10 and 10 'are made of a foamed resin material or a buoyant member of a space portion in which gas is contained, and the safety connector 13 is provided inside the floats 10 and 10'. Is provided as an inner material, the floating body 10, 10 'is provided with a handle portion 12, 12' to one side, the handrail portion 30, 30 'of both sides are mesh or porous It may be made of a plate body.

In addition, a structure safety sensing member 50 is installed at any one of the floating body 10, 10 ′, the handrail part 30, 30 ′, or the working stage 20. 10 ', detecting the damage of the handrail 30, 30' or the working stage 20, and connected to the structural safety sensing member 50, the floating body 10 (10 '), The main controller unit 40 is provided to determine a state of the handrail unit 30, 30 ′ or the working stage 20, and the main controller unit 40 is connected to the structural safety sensing member 50. A safety check signal processing block 42 to receive a detection signal; An emergency notification signal processing block 43 for transmitting an emergency signal to the emergency light 52 or the speaker 53; An input / output signal processing block 44 for processing an input / output signal; And a main controller 41 for controlling the safety check signal processing block 42, the emergency notification signal processing block 43, and the input / output signal processing block 44.

And the above water working stage system (A) is provided, the control method of the water working stage system is provided, characterized in that it is provided to control the water working stage system (A) including the following steps.

1) A water floating working stage system including a floating body (10, 10 '), a working stage 20 and a handrail 30 (30' 30) is installed in the water phase, to one side of the water working stage system A system operation preparation step (S01) in which the structural safety sensing member 50 is installed and connected to the main controller unit 40 to prepare for system operation;

2) a sensor signal receiving step (S02) in which the waterborne working stage system (A) is operated and receiving a signal transmitted from the structural safety detecting member (50) through a safety check signal processing block (42);

3) a sensor signal discrimination step (S03) of determining whether a signal transmitted from the structural safety sensing member 50 is a normal signal by determining a signal received by the safety check signal processing block 42;

4) When the signal determined by the sensor signal discrimination step (S03) is determined as an emergency signal, the emergency signal is transmitted to the emergency notification signal processing block 43 to transmit the emergency signal through the emergency light 52 and the speaker 53. Emergency signal transmission step (S04) to inform the emergency.

The present invention provided as described above has the greatest object to be able to safely use the water, such as the coast and river, the lakeside of the sea.

In particular, it aims to provide not only adults but also coastal water and freshwater water facilities for the disabled and youth.

In addition, the users using the water play in addition to just walking on the beach in a safe state can be used to play in the water, such as the shore, in the river, there is an advantage of using a safe and useful water play facilities.

Hereinafter, described in detail with reference to the accompanying drawings.

1 is a schematic installation diagram of a state in which a water working stage system according to the present invention is implemented, FIG. 2 is a perspective view of a water working stage system according to the present invention, and FIGS. 3 and 4 are a water working stage system according to the present invention. A schematic plan view of this installed state is shown, and an overall schematic illustration of the waterborne working stage system is shown.

And Figure 5 is a side cross-sectional view of a portion of the water working stage system according to the present invention, Figure 6 is a cross-sectional view of one embodiment of the water working stage system according to the present invention, Figure 7 is another of the water working stage system according to the present invention The cross sectional view of implementation is shown and the detailed sectional drawing about a principal part is shown.

8 is a plan view of an embodiment of the "C" shape of the waterborne walking stage system according to the present invention, Figure 9 is a plan view of an embodiment of a semi-elliptic shape of the waterborne walking stage system according to the present invention, Figure 10 is A plan view of an embodiment of a semi-circular shape of the waterborne walking stage system according to the present invention, Figure 11 is a plan view of an embodiment of the square shape of the waterborne walking stage system according to the present invention, Figure 12 is a waterborne working stage system according to the present invention 13 is a plan view of an embodiment of an oval shape, Figure 13 is a plan view of an embodiment of a circular shape of the waterborne working stage system according to the present invention, showing an exemplary diagram for various forms of the waterborne working stage system.

Furthermore, FIG. 14 is a control configuration diagram of the waterborne walking stage system according to the present invention, and FIG. 15 shows a control flowchart for the waterborne walking stage system according to the present invention, respectively, illustrating an operation configuration of the waterborne working stage system. It is.

That is, the waterborne walking stage system (A) according to the present invention, as shown in Figures 1 to 16, both sides of the floating body 10 (10 ') floating on the water surface 2, the floating body 10 on both sides The working stage 20 which is connected to the bottom of the 10 'and forms the scaffolding, and the handrail portion 30 and 30 which connects the floating bodies 10 and 10' on both sides of the working stage 20 and both sides. ') Is included.

Thus, this water working stage system (A) can be installed partially submerged in sea water, riverside or lake water, and can be installed away from the coast if anchored, and can be installed in calm lakes. will be. Therefore, the working stage 20 is supported by the floating body 10, 10 'floating on the water surface is provided to be locked in the water under the water surface.

In addition, the waterborne walking stage system A, which includes the working stage 20, the floating bodies 10, 10 ', and the handrails 30, 30', is formed of several meters with a small length of one side, The lake can be installed in a small size on the back. In addition, when the length of one side is formed of several tens of meters can be installed on a large lake, one side of a large river, etc., may be installed on the shore of a small beach. Furthermore, if the length of one side is formed in a large size of about 100m or more and hundreds of meters or less, it can be installed on the beach of a large beach.

In particular, when such a large beach is installed in a large, such as the working stage 20, the floating body (10) (10 ') and the handrail parts 30, 30' such as to further solidify, and to withstand waves well It may be formed, and also may be installed so that the user can use the wheelchair, electric wheelchair or cart. Surveillance systems can be constructed for safety and coastal facilities such as anchors can be installed. Of course, life-saving facilities and life-saving personnel can be arranged in many places for the safety of the user, and the structure to inform the safety can be installed together.

The working stage 20 is locked to the depth below the surface of the water is provided to be about 1m or so, usually it is irrelevant if the depth enough to walk safely adults. In addition, if it is manufactured for children, it is preferable to be installed somewhat lower than that of an adult, and a depth of about 50 cm will be preferable.

The working stage 20 may be formed of a net mesh having a tight gap, a circular rod having a small gap, an elliptical rod, or a rod-shaped assembly in which rectangular rods are connected in a parallel arrangement. 20 can be maintained in a stable form.

In addition, the working stage 20 may be formed of a plate body of the bottom, if it is formed in this way it is possible to easily walk the upper surface of the working stage 20 that is submerged in water. Furthermore, a wheelchair, electric wheelchair or cart may pass through the plate-shaped walking stage 20. In this case, wheelchairs, electric wheelchairs, carts, etc. are preferably configured to have corrosion resistance to sea water or moisture. Therefore, each plate of the working stage 20 of the plate body will be about 1 to 5m in length to both sides, the width may be composed of about 20cm to a few meters, the shape is also rectangular shape, but is limited to this Of course, other lengths, widths and thicknesses and shapes are structurally stable and can be configured in a variety of ways by the variety of materials. In addition, the shape may be variously formed not only in a rectangular shape, but also in an arc shape, an elliptic arc shape, a triangular shape, a polygonal shape, and a shape reminiscent of various characters depending on installation stability and materials.

And when the working stage 20 is formed in the form of a plate body may be formed of a single layer plate body as shown in Figs. 7 and 8, it may be formed in a plurality of layers as shown in FIG. In the case of forming a single layer, the individual plates are fixed to the plurality of pillars 31 of the handrails 30 and 30 ', and each of the plates can be configured to be connected to each other by a connecting means such as a rope or a wire. have. In addition, in the case of forming a plurality of layers, the plate of the upper layer and the plate of the lower layer are staggered with each other and are installed to be fixed to the individual pillars 31. Will have The plate-shaped working stage 20 may be formed in various other forms of implementation, and it is obvious that the present invention is not limited to the above examples.

In addition, the waterborne walking stage system (A) according to the present invention, as shown in Figures 2 to 8, the floating body 10, 10 'is made of a foamed resin material or a buoyancy member of the space portion in which gas is contained. It is provided.

Therefore, the working stage 20 and the handrail part 30 do not sink in the water by the buoyancy force of the floating bodies 10 and 10 ′ on both sides, and maintain the height of a certain depth in the water.

When the floating body (10, 10 ') consists of a space and a case in which the gas is contained may be provided with a moisture sensor (w) for detecting moisture therein. The moisture detection sensor (w) is configured to detect such moisture when the case is broken or cracked due to external force, and the moisture penetrates into the space part. The configuration of the moisture sensor (w) may be applied to a general moisture sensor. In other words, it is possible to detect the presence of moisture penetration by using the current value, the optical characteristic, etc. measured by the moisture detection sensor (w) when there is no moisture and when water is included.

And the floating body (10, 10 ') is configured to surround the whole of the water working stage system (A) according to the present invention as shown in the figure, the structure of the whole water working stage system (A) is disturbed It is a configuration to connect stably so as not to lose.

To this end, the safety connector 13 is provided as an inner material inside the float (10, 10 '). The safety connector 13 may be composed of rebar, metal rods, alloy rods and the like. In addition, it may be composed of a wire in the form of stranded wire made by twisting a plurality of metal wires, such a safety connector 13 may be composed of a plurality of wires together. In addition, as shown in Figure 2, such a safety connector 13 can be fixed to a fixed rod (4) installed on the ground (3). Therefore, the waterborne working stage system A of the present invention, which is fixed to the stationary rod 4 together with the anchor, is to maintain a stable state even by waves, high tide, low tide, and the like.

And the floating body (10, 10 ') is to be wrapped in a uniform thickness over the entire length of the safety connector 13, as shown in Figures 2 and 4 and the cross section is to be formed in a circular, square, oval, polygonal shape, etc. Also, as shown in FIG. 3, a plurality of individual bodies formed to surround the safety connector 13 by forming a small sized outer body may be connected to each other. In particular, when the safety connector 13 is composed of a plurality of individual separate body can be configured to facilitate separation and coupling with each other, thus not only the floating body (10) (10 ') but also the working stage (20) and egg If the executive portion 30, 30 'and the like are also configured to be separated, the waterborne working stage system A according to the present invention may be installed in a water phase, and when not in use, it may be disassembled and stored for convenience. Can be configured.

Furthermore, in the case of forming the overall shape of the waterborne working stage system A into a rectangular shape, a triangular shape, a polygonal shape, or the like as shown in FIG. 3, each side floating body 10, 10 ′, the working stage 20, and the railing part 30 and 30 'may be configured as individual members. In this case, the individual members may be assembled at the time of installation, and may be configured to be disassembled and used for storage and movement to have convenience in use.

 In addition, the floating body (10, 10 ') is provided with a handle portion 12, 12' to one side, the user as shown in Figures 5, 7 and 8 the handle portion 12, 12 ' You can easily walk around underwater. Thus, the user's head, upper body, arms, etc. are positioned above the surface of the water 2, and the body, legs, etc. are located in the water, while the user grasps the handles 12, 12 'above the surface of the water. It is configured to walk on the working stage (20).

In addition, the balustrades 30 and 30 ′ on both sides may be formed of a mesh or a porous plate. It is preferable that water flowing through waves, high water, low tide, river flows, etc. through the pores of the mesh or plate is easily provided. A plurality of pillars 31 are formed in the handrails 30 and 30 ', and the working stage 20 is supported by the floating bodies 10 and 10' on both sides by the plurality of pillars 31. The whole waterborne walking stage system (A) is connected to the sea installations such as anchors and the floats 10 and 10 'by the pillars 31 of the railings 30 and 30', thereby providing a fixed force. The structure of is to remain stable.

When the load of the waterborne working stage system A becomes heavy according to the loads of other floating bodies 10, 10 ', working stage 20, and handrails 30, 30', etc. It is natural that the buoyancy member can be added according to the installation. The buoyancy member may be formed by a foam member such as styropole, or may be formed as a tube type in which gas such as air and gas is contained.

Furthermore, the waterborne walking stage system (A) according to the present invention may be provided with a safety zone 15 for safety personnel in a number of places, as shown in Figure 4, such a safety zone 15 is a railing section 30, 30 ' ) Or may be fixed to the floating body (10, 10 '), it may be configured in the form of a foam member or tube.

The waterborne walking stage system A according to the present invention configured as described above may be configured in various forms as shown in FIGS. 9 to 14.

That is, as shown in Figs. 9 to 11, one side can be formed in a polygonal shape such as a square, a semi-elliptic shape and a semi-circular shape, etc. Also, as shown in Figs. It may be formed in various forms such as a circular shape.

Accordingly, when one side is formed in an open shape as shown in FIGS. 9 to 11, an entrance for allowing the user to enter and exit in the direction of the open side may be formed. And in the case of the non-opening form as shown in Figures 12 to 14, the entrance 16 may be formed on one side.

Furthermore, the water walking stage system (A) according to the present invention can be fixedly installed on the shore, river, etc. In this case, the doorway is configured to contact the ground (3), other parts are to be located on the water surface and underwater As described above, when the user walks along the walking stage 20 by holding the handles 12 and 12 ', the body is gradually caught in the water.

In addition, when the user completes boarding on the water walking stage system (A), the safety state is to be lifted, and the water is moved from the shore to the vicinity of the shore of several meters, tens of meters or hundreds of meters to be moved and fixed so that underwater activities can be performed at sea. It may be configured to be enjoyed.

To this end, a connecting portion (not shown) for lifting may be installed on one side of the waterborne working stage system A, and the propelling portions 22 may be installed on both sides as shown in FIG. 12, and formed on one side. Will be configured to be operated by the main controller unit 40 is.

In addition, the waterborne walking stage system A according to the present invention configured as described above may be configured such that the level region 25 is formed inward as shown in FIGS. 4 and 5. In the level area 25 may be configured to allow the user to swim and play in the water.

In addition, the level region 25 is also provided with a level plate 254 at the bottom. Even if the water working stage system A according to the present invention is installed in a deep place where it is difficult to safely swim, You can swim safely because you are swimming in the upper water. The level region 25 may be divided into a first level region 251 having a depth of about 1m for an adult and a second level region 252 having a depth of about 50cm for a child to swim. .

In addition, the buoyancy member 253 may be further configured as one side of the level plate 254 in order to receive a load in many cases. The buoyancy member 253 may be composed of a foam material, it may be configured in the form of a tube containing a gas. Furthermore, among the buoyancy members 253 supporting the level plate 254 or the buoyancy members supporting the working stage 20, the buoyancy members in which the gas is contained are total load according to the change in the number of users under the control of the main controller 40. In preparation for the change, by supplying or removing gas for each corresponding location, the depth of the working stage 20 and the level plate 254 may be configured to be constant. For this purpose, an air supply pump, an air compression tank, an air supply pipe, and a sensor may be further provided.

And such a main controller unit 40 may be provided to the safe state and emergency operation of the waterborne working stage system (A) according to the present invention.

As shown in FIG. 15, the main controller 40 includes members of the waterborne working stage system A, such as the safety check signal processing block 42, the emergency notification signal processing block 43, and the input / output signal processing block 44. The main control unit 41 is configured to control.

That is, at least one of the floating body 10, 10 ', the handrail portion 30, 30' or the working stage 20 is a structural safety sensing member 50 is installed to the floating body 10 10 '), detecting the breakage of the handrail portion 30, 30' or the working stage 20, and connected to the structural safety sensing member 50, the floating body 10, 10 ' ), And the main controller unit 40 to determine the state of the handrail unit 30, 30 'or the working stage 20 to operate.

The structural safety sensing member 50 is a safety loop formed in a continuous line along the floating body 10, 10 ', handrail portion 30, 30' and the working stage 20 to be continuously enclosed shape. It may be configured to include a line 51.

The safety loop line 51 may be configured to enable ultrasonic transmission and reception, or may be configured as a loop sensor for transmitting and receiving an optical signal, and the transmission and reception method by such a loop sensor may be configured by a transmission and reception method of a general loop sensor. will be. That is, when the signal transmitters (not shown) on both sides of the safety loop line 51 respectively transmit signals, when the signals are normally received on both sides, the line is in an intact state. If not, it is an emergency state, and the main controller 40 determines that it is an emergency state. At this time, the signal transmitters on both sides receive the signal transmitted by the self, and at this time, the position of the cut part is determined by analyzing the received ultrasonic wave or the optical signal.

In addition, the safety loop line 51 may be configured to connect the point sensor (d) at intervals of several tens of centimeters, several meters, or several tens of meters. Therefore, when the transmission signal of the other party is not received at both sides, the point sensor (d) is detected to determine the position of the cut by detecting the position of the point sensor (d) respectively detected on both sides.

Furthermore, the structural safety sensing member 50 may include a moisture sensing sensor w configured in the space of the floating body 10, 10 ′ as shown in FIG. 8. The determination by the point sensor (d) and the safety loop line 51 is provided to determine whether the floating body (10) (10 '), the working stage (20) or the handrail portion (30) (30') is damaged. Can be. In addition, the moisture detection sensor (w) is to determine whether there is water that penetrates into the floating body (10, 10 ') when the floating body (10, 10') is cracked or broken and the outer body of the floating body is damaged. In the state in which the safety connector 13 which is tightly connected to the whole is not damaged, it is configured to determine whether the floating body 10, 10 'is damaged in advance.

In addition, the emergency button (s) for alerting the emergency signal to a plurality of places, such as the handle portion 12 (12 '), the floating body (10) (10') or the safety zone (15) and the level area (25) Can be installed. Therefore, when the user walks the walking stage 20 or swims and swims in the level area 25, a sudden patient is generated, a water accident occurs, or the water walking stage system A is found to be damaged or the like. , If an emergency situation occurs, the user is configured to press the emergency button (s), to inform the emergency situation.

As such, the structural safety detecting member 50 such as the safety loop line 51, the point sensor d, the moisture detection sensor w, or the emergency button s may be configured as a single line, and may be configured as a plurality of lines individually. It may be configured, it may be installed on both sides of the floating body (10, 10 '), and may be installed in a separate line to both sides of the working stage (20). It may also be configured as a separate line for each member.

The signal from the structural safety sensing member 50 is transmitted through the safety check signal processing block 42 of the main controller 40. Therefore, the main controller 40 determines the signal transmitted from the safety check signal processing block 42 which is connected to the structural safety sensing member 50 and receives the detection signal, thereby determining whether an emergency condition exists.

In case of normal signal, the next signal waits. However, if it is determined that the floating body (10, 10 '), the working stage 20 or the handrail portion 30, 30', and the like is damaged, the emergency lighting through the emergency notification signal processing block 43 The emergency signal is transmitted to the 52 or the speaker 53.

In addition, the input / output signal processing block 44 that processes the input / output signal transmits an emergency signal for an emergency state to an external engine connected through the input / output terminal 441. Such external organizations may be composed of a management office for managing coastal facilities, a water working stage system (A), and rescue teams preparing for coastal water accidents, police, hospitals, and fire stations.

The waterborne walking stage system A according to the present invention configured as described above may be provided to control the waterborne working stage system A, including the following steps.

1) First of all, an floating working stage system including a floating body 10, 10 ', a working stage 20, and a handrail 30, 30' is installed on the water surface, and is structured as one side of the floating working stage system. The safety sensing member 50 is installed and connected to the main controller 40 to perform a system operation preparation step (S01) to prepare for system operation. The water walking stage system (A) may optionally include a level zone 25, a safety zone 15, emergency lighting 52, a speaker 53, a propulsion unit 22, an air supply device. In addition, a search light block 45 may be provided to operate the search light 54 for illuminating a night facility.

This system operation preparation step (S01) receives the initial value of the normal state of each sensor connected to the floating body (10, 10 '), the working stage 20 and the handrail part 30 and other members installed The memory unit 401 stores the emergency state based on the initial setting data. That is, in the case of the safety loop line 51 of the structural safety sensing member 50, whether or not a signal transmitted from both signal transmitters is normally received from the counterpart is an initial setting state. In addition, in the case of the point sensor (d) is whether or not the response signal is normally received from the individual sensors to the initial setting state. In the case of the moisture detection sensor w, the measured value when there is no moisture is an initial set data value, and the measured value by moisture is an initial set data value. At this time, in the case of the sea, the measured value by the sea water, and in the case of fresh water, such as rivers and lakes, the measured value by the water of the corresponding area is the initial set data value.

Furthermore, in the case of the emergency button (s), since the emergency signal is received by the pressing operation, it becomes the initial set value by the non-pressed state. Other members are also set as the initial values before installation and use, and these initial setting data values are stored in the memory unit 401.

2) Thus, the waterborne walking stage system (A) is operated, and performs a sensor signal receiving step (S02) for receiving a signal transmitted from the structural safety detection member 50 through the safety check signal processing block 42. Done.

3) Therefore, by determining the signal received from the safety check signal processing block 42, and performs a sensor signal discrimination step (S03) to determine whether the signal transmitted from the structural safety sensing member 50 is a normal signal, As a result, it is determined whether the waterborne working stage system A is normally operated.

4) Accordingly, when the signal determined by the sensor signal discrimination step S03 is determined to be an emergency signal, an emergency signal is transmitted to the emergency notification signal processing block 43 to transmit an emergency light 52 and a speaker 53. Through the emergency signal transmission step (S04) to notify the emergency through. Therefore, through the emergency light 52 and the speaker 53, users can be prepared safely, rescue workers will be appropriately dealt with according to the emergency state.

Furthermore, such an emergency state transmits an emergency signal to an external institution such as a police station, a fire station, a hospital, and a management room that manages facilities under the control of the main controller unit 40, and is suitable for an emergency situation. Will be dealt with.

As described above, although described with reference to a preferred embodiment of the present invention, those skilled in the art without departing from the spirit and scope of the invention described in the claims below In the present invention can be carried out by various modifications or variations.

1 is a schematic installation view of a state in which a water working stage system according to the present invention is carried out.

2 is a perspective view of a waterborne working stage system according to the present invention.

3 and 4 is a schematic plan view of a state in which a water working stage system according to the present invention is installed.

5 is a side cross-sectional view of a portion of a waterborne working stage system in accordance with the present invention.

Figure 6 is a cross-sectional view of one embodiment of the waterborne working stage system according to the present invention.

7 is a cross-sectional view of another embodiment of an aquatic working stage system according to the present invention.

Figure 8 is a plan view of an embodiment of the "C" shape of the waterborne working stage system according to the present invention.

9 is a plan view of an embodiment of a semi-elliptic shape of a waterborne working stage system according to the present invention.

Figure 10 is a plan view of an embodiment of a semi-circular shape of the waterborne working stage system according to the present invention.

Figure 11 is a plan view of an embodiment of the rectangular shape of the waterborne working stage system according to the present invention.

12 is a plan view of an embodiment of an elliptical shape of the waterborne working stage system according to the present invention.

Figure 13 is a plan view of an embodiment of a circular shape of the waterborne working stage system according to the present invention.

14 is a control block diagram of the waterborne working stage system according to the present invention.

15 is a control flowchart for the waterborne working stage system according to the present invention.

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

A: Working Stage System

10, 10 ': floating body 12, 12': handle portion

20: working stage 30, 30 ': handrail

40: main controller

Claims (4)

Floating bodies 10 and 10 'on both sides floating on the water surface; A working stage 20 connected to both sides of the floating body 10 and 10 'to form a footrest; And Handrails 30, 30 'is formed to connect both sides of the working stage 20 and the floating body 10, 10' of both sides, The working stage 20 is provided to be locked in the water under the water surface by the floating body (10, 10 ') floating on the water surface, The floating working stage system, characterized in that the safety connector 13 is provided inside the floating body 10, 10 'is fixed to the fixing rod 4 installed on the ground. . delete The method of claim 1, The floating body 10, 10 'is provided with a handle portion 12, 12' on one side, The structural safety sensing member 50 is installed at any one of the floating body 10, 10 ′, the working stage 20, or the handrail 30, 30 ′, Water working stage system, characterized in that the main controller unit 40 is connected to the structural safety sensing member (50). delete

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