KR102582900B1 - Surf rescue board - Google Patents

Abstract

The present invention relates to a surfboard, which includes a surfboard body made in the shape of a surfboard that floats on water and is capable of surfing, and includes a plurality of handles that are positioned spaced apart from the surfboard body and can be held by the hand, thereby helping rescuers during rescue operations. Alternatively, it can prevent accidents where the surfboard is lost from the victim's hand, and the bottom surface is flat in the width direction, improving buoyancy so rescue operations can be performed stably.

Description

SURF RESCUE BOARD}

The present invention relates to a suppressor board.

In general, suppression is a water lifesaving method that involves rescuing a drowning person using a surfboard.

In other words, if an accident occurs where an inexperienced swimmer falls into the water in the sea, it is faster to approach the victim with a surfboard than by swimming in a choppy sea, so the victim can be rescued quickly, which is why rescue using suppression is performed. There is an advantage.

However, the conventional surfboard was manufactured for surfing, and had the problem of insufficient buoyancy to float two people in the sea with waves when used by a beginner in rescuing people.

In addition, conventional surfboards were manufactured for surfing and had no parts that could be grasped with the hand, so there was a risk that the rescuer could lose hold of the surfboard during rescue, putting not only the accident victim but also the rescuer in danger.

Korean Patent Registration No. 1024595 “Surfboard equipped with an outboard propeller” (registered on March 17, 2011)

The purpose of the present invention is to provide a suppressor cue board that has a plurality of handles located on the surfboard to prevent accidents in which the surfboard is lost from the hand of a rescuer or casualty during rescue.

Another object of the present invention is to provide a suppressor board with improved buoyancy by having a flat bottom surface in the width direction or by having a maximum height of 2 cm or less when seated on the floor.

In order to achieve the object of the present invention described above, one embodiment of the surfboard according to the present invention is a surfboard body made in the shape of a surfboard that floats on water and is capable of surfing, is positioned spaced apart from the surfboard body and is used by hand. It is characterized by including a plurality of handle parts that can be grasped.

In the present invention, the surfboard body may have a flat bottom surface in the width direction.

In the present invention, a concave or V-groove is formed at the front of the bottom surface of the surfboard body to send water backward, and the depth of the conveyor or V-groove can be formed to be 2 cm or less.

In one embodiment of the surfboard according to the present invention, the surfboard main body is provided with grooves for mounting handles in the form of recessed grooves on both sides, is mounted on the grooves for mounting handles, and is stronger than the material of the surfboard main body. It is manufactured from a large material and may further include a handle mounting portion to which the handle portion is mounted.

In the present invention, the handle portion may include an upper handle member mounted on the upper surface of the handle mounting portion or a side handle member mounted on a side of the handle mounting portion.

In the present invention, the handle portion may include an upper handle member mounted on the upper surface of the handle mounting portion and a side handle member mounted on a side of the handle mounting portion.

In the present invention, the handle mounting portions are located on both sides of the surfboard body, spaced apart in the longitudinal direction, and the upper handle member and the side handle member may be mounted on each handle mounting portion.

In the present invention, inside the handle mounting portion, an outlet of the first strap passage hole and a second strap passage hole are located only on the upper side, and a first strap passage portion located in the longitudinal direction of the surfboard body is provided, The first strap passing portion has a first strap guiding inclined surface and a second strap guiding inclined surface that guide the handle strap to the exit of the first strap passing hole and the exit of the second strap passing hole at both ends, The upper handle portion may be positioned so that it passes through the first strap passing portion and is not exposed to the bottom of the surfboard body, but is exposed only to the top of the handle mounting portion.

In the present invention, the handle mounting portion is provided with a second strap passage portion penetrating upward and downward, and the side handle member passes through the second strap passage portion and may be positioned in a ring shape on the side of the surfboard main body.

One embodiment of the suppression board according to the present invention includes a string member for connecting a handle connected to the side handle, a string reel member located in the handle mounting portion and on which the string member for connecting the handle is wound and stored, and the string winding reel member. It may further include a rotation motor that rotates to unwind or wind the handle connection string member and a control unit that controls the operation of the rotation motor.

In the present invention, the control unit is located on the side handle and includes a microphone unit that converts the rescuer's voice into an electrical signal, and a voice operation control unit that controls the operation of the rotation motor through the electrical signal converted by the microphone unit. The operation of the rotation motor can be controlled by the user's voice to unwind or wind the handle connecting string member.

In the present invention, the voice operation control unit includes an unwinding voice signal for unwinding the handle connection string member from the line take-up reel member, a winding voice signal for causing the handle connection string member to be wound around the line take-up reel member, and the rotation. A stop voice signal that stops the operation of the motor is preset, and the length of the rope member for connecting the handle can be adjusted by the rescuer calling out any one of the release voice signal, the winding voice signal, and the stop voice signal. .

In the present invention, the voice operation control unit releases the handle connection string member only for a preset length when the rescuer shouts the unwinding voice signal once, and connects the handle only for the preset length when the rescuer shouts the winding voice signal once. The rope member can be wound.

One embodiment of the surfboard according to the present invention may further include a horizontal strap member positioned across the width direction of the surfboard main body.

One embodiment of the surfboard according to the present invention further includes a balance maintenance member located at the front of the upper surface of the surfboard body to balance the surfboard body, and the balance maintenance member is located at the front of the surfboard body. It is fixed by the horizontal strap member located at the front part of the upper surface of and can be separated when surfing.

The present invention has the effect of improving safety during rescue operations by placing a plurality of handles on the upper surface of the surfboard to prevent accidents in which the surfboard is lost from the hands of the rescuer or casualty during rescue operations.

The present invention has the effect of improving buoyancy by having a flat bottom in the width direction, providing sufficient buoyancy for the load of rescuers and casualties during rescue work, allowing rescuers to stably perform rescue work.

1 is a plan view showing an embodiment of a suppressor board according to the present invention.
Figure 2 is a side view showing an embodiment of the suppressor board according to the present invention.
FIG. 3 is a cross-sectional view taken along lines A-A', B-B', and CC' of FIG. 1, showing different embodiments.
Figure 4 is a bottom view showing an embodiment of the suppressor board according to the present invention.
Figure 5 is a cross-sectional view showing one embodiment of the handle mounting portion in one embodiment of the suppression board according to the present invention.
Figure 6 is a cross-sectional view showing another embodiment of the handle mounting portion in one embodiment of the suppression board according to the present invention.
Figures 7 and 8 are cross-sectional views showing another embodiment of the side handle member in the suppressor board according to the present invention.
Figure 9 is a plan view showing another embodiment of the suppressor board according to the present invention.

The present invention will be described in more detail.

A preferred embodiment of the present invention will be described in detail with the accompanying drawings as follows. Prior to the detailed description of the present invention, the terms or words used in the specification and claims described below should not be construed as limited to their ordinary or dictionary meanings. Therefore, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent the entire technical idea of the present invention, so at the time of filing the present application, various alternatives are available. It should be understood that equivalents and variations may exist.

Figure 1 is a plan view showing an embodiment of the suppressor board according to the present invention, Figure 2 is a side view showing an embodiment of the suppressor board according to the present invention, and Figure 3 is taken along line A-A' of Figure 1. , B-B', C-C' cross-sectional views showing different embodiments, and Figure 4 is a bottom view showing an embodiment of the suppressor board according to the present invention.

One embodiment of the suppressor board according to the present invention will be described in detail below with reference to FIGS. 1 to 4.

One embodiment of the surfboard according to the present invention includes a surfboard body 100 manufactured in the shape of a surfboard that floats on water and is capable of surfing.

It should be noted that the surfboard body 100 can be implemented in various modifications to the shape of a known surfboard capable of surfing, so a more detailed description will be omitted.

In addition, the surfboard body 100 is made of a synthetic resin material such as styrofoam that floats on water, and in addition, known surfboard materials such as EPS foam (high-strength compressed styrofoam), PU (polyurethane), epoxy resin, and expandable polystyrene. It should be noted that it can be manufactured to have one body.

The surfboard body 100 is divided into three bodies in the width direction and includes a pair of stringers positioned between the bodies in the longitudinal direction.

In more detail, the surfboard body 100 includes a central body 110 located in the center and made of a foam material, and a first side body 120 located on one side of the central body 110 and made of a foam material. , a second side body portion 130 located on the other side of the central body portion 110 and made of foam material, a first stringer portion located between the central body portion 110 and the first side body portion 120 ( 140), and includes a second stringer portion 150 located between the central body portion 110 and the second side body portion 130.

The first stringer part 140 and the second stringer part 150 are for reinforcing the rigidity of the surfboard body 100 made of foam, and are made of wood as an example. In addition, the central body part 110 in the surfboard and is located between the first side body portion 120 and between the central body portion 110 and the second side body portion 130 and is made of EPS foam (high-strength compressed styrofoam), PU (polyurethane), epoxy resin, expandable polystyrene, etc. A known stringer capable of maintaining the strength of the central body 110, the first side body 120, and the second side body 130 made of known surfboard materials can be variously modified and implemented. A more detailed description will be omitted.

In the present invention, the surfboard body 100 includes a pair of side-by-side first stringer parts 140 and second stringer parts 150, which can stably prevent bending or twisting by reinforcing the rigidity of the foam material.

In addition, the surfboard body 100 has a flat bottom surface in the width direction, providing sufficient buoyancy for the load of rescuers and casualties during rescue operations, allowing rescuers to stably perform rescue operations.

On the bottom of the surfboard body 100, a concave or V-groove may be formed at the front to send water backward.

The depth of the conveyor or V-groove is formed to be less than 2cm to provide sufficient buoyancy for the load, allowing rescuers to perform rescue work stably.

On the bottom of the surfboard body 100, a surfing fin portion 300 is located at the rear end side, and the surfing fin portion 300 has a central fin portion 310 protruding in the center, and is located on both sides based on the central fin portion 310. It includes a pair of side fin portions 320 that are symmetrically positioned.

It should be noted that the surfing fin unit 300 may be provided with only the central fin unit 310, or may be implemented in various modifications using a structure known in surfboards.

In addition, the surfboard body 100 has a flat bottom surface in the width direction, providing sufficient buoyancy for the load of rescuers and casualties during rescue work, allowing rescuers to stably perform rescue work.

One embodiment of the surfboard according to the present invention further includes a plurality of handle portions 200 positioned to be spaced apart from the surfboard main body 100.

As an example, the handle portion 200 is a strap having a strip-shaped material and has a structure whose length is adjustable.

As an example, the handle portion 200 is made of a strap having a band shape with a sufficient width that can be held by hand by a drowning victim or a rescuer rescuing an accident victim, and is made of a synthetic resin material such as plastic in a shape that can be held by hand. It should be noted that injection-produced products can also be used.

Additionally, the handle portion 200 may be a ring-shaped strap that can be used by hanging on the wrist through which the rescuer's hand passes.

It should be noted that the handle portion 200 can be implemented by various modifications to known handle shapes and structures.

The handle portion 200 is a handle strap made in the form of a strip of fabric, and has a structure that allows length adjustment, so the length can be adjusted according to the size of the rescuer's hand, ensuring convenience and stability during rescue.

The handle portion 200, that is, the length adjustment structure of the strap, can be implemented in various modifications using a known length adjustment structure that can adjust the length of the strap using a clip, etc., and a more detailed description is omitted. put it

The handle portion 200 is provided in plural numbers on both sides of the surfboard main body 100, spaced apart in the longitudinal direction. In more detail, the handle portion 200 is provided in pairs on both sides of the surfboard main body 100, and is arranged in a longitudinal direction. Since it is provided in multiple pieces and spaced apart, the rescuer can selectively hold it at the desired location using both hands, thereby ensuring convenience during use and stability during rescue.

The surfboard body 100 is provided with grooves for mounting a handle in the form of recessed grooves on both sides, and one embodiment of the suppressor board according to the present invention is mounted on the groove for mounting a handle and the material of the surfboard body 100 It is made of a material with greater strength and further includes a handle mounting portion 600 on which the handle portion 200 is mounted.

The handle mounting portion 600 is made of foam material, synthetic resin material, wood, etc., which is stronger than the foam material of the surfboard main body 100, so that it is not deformed or damaged by the handle portion 200 when the rescuer pulls the handle portion 200. It is manufactured from a foam material with high rigidity, and is stronger than foam, which is a surfboard material, and is modified in various ways using a known foam material that has a strength that does not deform or damage the handle portion 200 by the pulling force. Let us know that it can be implemented.

The handle portion 200 includes a plurality of upper handle members 210, including an upper handle member 210 mounted on the upper surface of the handle mounting portion 600 and a side handle member 220 mounted on the side of the handle mounting portion 600. A rescuer can selectively hold at least one of the side handle members 220 and the plurality of side handle members 220 as needed during rescue work.

The handle mounting portions 600 are located on both sides of the surfboard body 100, spaced apart in the longitudinal direction, and an upper handle member 210 and a side handle member 220 are respectively mounted on each handle mounting portion 600. Thus, the rescuer can select and hold at least one of the plurality of upper handle members 210 and the plurality of side handle members 220, and can select and hold two of the plurality of upper handle members 210 and the plurality of side handle members 220.

The handle portion 200 is positioned to be exposed only on the upper surface of the surfboard body 100 and is not exposed on the lower surface of the surfboard, that is, the bottom, so it does not cause inconvenience when surfing and does not interfere with performing the role of the surfboard. It has a structure that does not work.

On the bottom of the surfboard body 100, a surfing fin portion 300 is located at the rear end side, and the surfing fin portion 300 has a central fin portion 310 protruding in the center, and is located on both sides based on the central fin portion 310. It includes a pair of side fin portions 320 that are symmetrically positioned.

It should be noted that the surfing fin unit 300 may be provided with only the central fin unit 310, or may be implemented in various modifications using a structure known in surfboards.

In addition, the surfboard body 100 has a flat bottom surface in the width direction, providing sufficient buoyancy for the load of rescuers and casualties during rescue work, allowing rescuers to stably perform rescue work.

Figure 5 is a cross-sectional view showing an embodiment of the handle mounting portion 600 in an embodiment of the suppressor board according to the present invention, and Figure 6 is a cross-sectional view showing an embodiment of the handle mounting portion 600 in an embodiment of the suppressor board according to the present invention. This is a cross-sectional view showing another embodiment.

Referring to FIG. 5, the first strap passing part 610 through which the upper handle member 210 is passed and mounted in the longitudinal direction of the surfboard main body 100 is located in the handle mounting part 600.

The upper handle member 210 is positioned long in the longitudinal direction of the surfboard main body 100 through the first strap passing part 610 located in the longitudinal direction of the surfboard main body 100 inside the handle mounting portion 600. The strap makes it easy for the rescuer to hold, and the rescuer can hold it stably by inserting his or her hand between the straps on the side of the surfboard body 100.

The first strap passing part 610 has two entrances only on the upper surface of the handle mounting part 600 and is located in the longitudinal direction inside the surfboard main body 100 to connect the upper handle member 210 to the surfboard main body 100. ) has a structure that is not exposed at the bottom.

In more detail, the first strap passing portion 610 has a first strap guiding inclined surface that guides the handle strap to the exit 611 of the first strap passing hole and the exit 612 of the second strap passing hole on both end sides. (611a) and the second strap guide inclined surface (611b) are located.

The first strap guide inclined surface 611a and the second strap guiding inclined surface 611b are used when assembling the strap, which is the upper handle member 210, by passing it through the first strap passing part 610, or when assembling the length of the strap, which is the upper handle member 210. It guides the movement of the strap when adjusting, making it easy to assemble and replace the strap, and minimizing damage to the strap due to friction when adjusting the length.

In addition, referring to FIG. 6, the handle mounting portion 600 is provided with a second strap passage portion 620 penetrating upward and downward, and the side handle member 220 passes through the second strap passage portion 620 and is connected to the surfboard. It is located in a ring shape on the side of the main body 100 so that the rescuer can hold it with his hand and use it by hanging it on his wrist.

The side handle member 220 has a clip structure whose length can be adjusted so that the length can be adjusted and worn on the rescuer's wrist, and the wearer can adjust the wearing hole to a desired size.

The side handle member 220 may be adjustable in length with a Velcro tape that is detachable in a male and female structure, including a Velcro tape, and can be adjusted in length with a band made of elastic material to fit on the rescuer's wrist.

The side handle member 220 is a known strap length adjustment structure that can be modified in various ways, so a more detailed description will be omitted.

The side handle member 220 is located on the side of the surfboard main body 100 so that the rescuer can select and hold one of the upper handle members 210, especially when the rescuer holds the upper handle member 210 during rescue work. There is a risk of the surfboard body 100 turning over, so the side handle member 220 is used during rescue operations, that is, until the casualty's posture is stabilized, and after the casualty's posture is stabilized or when moving to the casualty's location. The upper handle can be used to ensure convenience and stability during rescue operations.

7 and 8 are cross-sectional views showing another embodiment of the side handle member 220 in the suppressor board according to the present invention, and the suppressor board according to the present invention is used for connecting a handle connected to the side handle member 220. The rope member 700, the rope winding reel member 800, which is located in the handle mounting portion 600 and stored around the handle connecting rope member 700, and the rope winding reel member 800 are rotated to connect the handle ( It further includes a rotation motor 900 for unwinding or winding 700, and a control unit 1000 for controlling the operation of the rotation motor 900.

And the control unit 1000 is located on the side handle member 220 and controls the operation of the rotation motor 900 through the microphone unit 1100, which converts the rescuer's voice into an electric signal, and the electrical signal converted from the microphone unit 1100. The operation of the rotation motor 900 can be controlled by the rescuer's voice, including a voice operation control unit, to unwind or wind the handle connecting rope member 700.

In addition, the side handle member 220 is a wrist band or wrist strap worn on the wrist, and may include a string connection block 221 to which the wrist band or wrist strap is mounted and the string member 700 for connecting the handle is connected. .

In addition, the microphone unit 1100 is provided on the line connection block 221, and the rescuer performs rescue work while wearing the side handle member 220 on the wrist, and uses the rotating motor 900 by voice as needed during the rescue work. Controls the operation of

The voice operation control unit 1200 includes a release voice signal that causes the handle connection rope member 700 to be released from the line take-up reel member 800, and a release voice signal to cause the handle connection rope member 700 to be wound around the line take-up reel member 800. A winding voice signal and a stop voice signal that stops the operation of the rotary motor 900 are preset, and the rescuer can simply connect the handle during rescue work by calling one of the release voice signal, winding voice signal, and stop voice signal. The length of the rope member 700 can be adjusted.

For example, when the rescuer shouts “Release,” the voice-operated control unit 1200 detects this and operates the rotation motor 900 so that the handle connection rope member 700 is released from the line winding reel member 800, and the rescuer says, “ When you shout "Wind" or "Wind," the voice-operated control unit 1200 detects this and operates the rotation motor 900 so that the handle connection rope member 700 is wound around the line winding reel member 800, and the rescuer says "Stop." If you shout ", the voice operation control unit 1200 detects this and stops the operation of the rotation motor 900, thereby adjusting the length of the string member 700 for connecting the handle.

The voice operation control unit 1200 operates the rotation motor 900 step by step to make it easier to adjust the length of the string member 700 for connecting the handle.

In more detail, the voice operation control unit 1200 causes the handle connecting rope member 700 to be released only by a preset length when the rescuer shouts an unwinding voice signal once, and only by a preset length when the rescuer shouts a winding voice signal once. By allowing the rope member 700 for connecting the handle to be wound, it is possible to reduce accidents in which the rope member 700 for connecting the handle is suddenly wound too much or unwound too much even if the rescuer does not shout a stop voice signal.

That is, the rescuer swims to the position of the casualty using the surfboard main body (100), and if the casualty's posture is unstable, the rescuer must place the suppressor board to stabilize the casualty's posture. In this case, the surfboard main body (100) ) may be in the way, so the rescuer increases the length of the rope member 700 for connecting the handle to prevent the surfboard body 100 from interfering with the rescue operation, and after the posture of the casualty is stabilized, the rope member for connecting the handle is By reducing the length of 700, it is possible to stably rescue the accident victim using the surfboard body 100.

Figure 9 is a plan view showing another embodiment of the suppressor board according to the present invention. Referring to Figure 9, another embodiment of the suppressor board according to the present invention includes a horizontal strap member 400 located across the width direction. ) may further be included.

As an example, both ends of the horizontal strap member 400 are connected in a ring structure, and have a structure whose length is adjustable.

The horizontal strap member 400 may be used as a handle that a rescuer or accident victim can hold with his or her hand, or may be used to hang and store rescue supplies.

The horizontal strap member 400 is used as a handle to secure convenience during rescue by expanding the range that the rescuer or casualty can hold with their hands, and perform safer and more stable rescue work by using rescue supplies stored during rescue. can do.

In addition, another embodiment of the surfboard according to the present invention may further include a balance maintenance member 500 located at the front of the upper surface of the surfboard main body 100 to balance the surfboard main body 100. there is.

The balance maintenance member 500 is fixed by the horizontal strap member 400 located at the front of the upper surface of the surfboard body 100, and can be separated during surfing.

The balance maintenance member 500 is located at the center in the width direction of the surfboard main body 100 and is located in the front of the surfboard main body 100 to stably maintain the posture of the surfboard main body 100 during rescue work. .

In the present invention, a plurality of handle parts 200 are located on the upper surface of the surfboard to prevent accidents in which the surfboard is lost from the hands of the rescuer or casualty during rescue work, thereby improving safety during rescue work.

The present invention has the effect of improving buoyancy by having a flat bottom in the width direction, providing sufficient buoyancy for the load of rescuers and casualties during rescue work, allowing rescuers to stably perform rescue work.

It should be noted that the present invention is not limited to the above-described embodiments, but can be implemented with various changes without departing from the gist of the present invention, and these are included in the configuration of the present invention.

100: Surfboard body 110: Central body portion
120: first side body portion 130: second side body portion
140: 1st string rejection 150: 2nd string rejection
200: handle part 210: upper handle member
220: Side handle member 221: String connection block
300: Surfing fin part 310: Central fin part
320: Side fin portion 400: Horizontal strap member
500: Balance maintaining member 600: Handle mounting portion
610: First strap passing part
611: Exit of the first strap passing hole 611a: First strap guiding slope
612: Exit of second strap passing hole 612a: First strap guiding slope
620: Second strap passing part 700: String member for connecting handle
800: Line winding reel member 900: Rotation motor
1000: Control unit 1100: Microphone unit
1200: Voice operation control unit

Claims (15)

A surfboard body made in the shape of a surfboard that floats on water and is capable of surfing;
a plurality of handle parts that are spaced apart from the surfboard body and can be held by hand; and
It is provided on the surfboard body and includes a handle mounting portion on which the handle portion is mounted,
The handle part,
It includes an upper handle member mounted on the upper surface of the handle mounting portion or a side handle member mounted on a side of the handle mounting portion,
The handle mounting unit has an outlet of a hole for passing a first strap and an outlet of a hole for passing a second strap located only on the upper side, and a first strap passing part located in the longitudinal direction of the surfboard body is provided therein,
The first strap passing portion is provided with a first strap guiding inclined surface and a second strap guiding inclined surface that guide the handle strap to the exit of the first strap passing hole and the exit of the second strap passing hole at both ends,
A surfboard, characterized in that the upper handle portion passes through the first strap passing portion and is not exposed to the bottom of the surfboard body, but is positioned to be exposed only to the upper surface of the handle mounting portion.
A surfboard body made in the shape of a surfboard that floats on water and is capable of surfing;
a plurality of handle parts that are spaced apart from the surfboard body and can be held by hand; and
It is provided on the surfboard body and includes a handle mounting portion on which the handle portion is mounted,
The handle portion includes an upper handle member mounted on the upper surface of the handle mounting portion or a side handle member mounted on a side of the handle mounting portion,
A suppressor cue board, characterized in that the handle mounting part is provided with a second strap passing part passing through the upper and lower sides, and the side handle member passes through the second strap passing part and is positioned in a ring shape on the side of the surfboard main body.
A surfboard body made in the shape of a surfboard that floats on water and is capable of surfing;
a plurality of handle parts that are spaced apart from the surfboard body and can be held by hand; and
A surfboard, characterized in that it includes a horizontal strap member positioned across the width direction of the surfboard main body.
In claim 1 or claim 2,
The handle mounting part is mounted on a handle mounting groove provided in the form of a recessed groove on both sides of the surfboard main body, and is manufactured from a material stronger than the material of the surfboard main body.
The method according to any one of claims 1 to 3,
A convex or V-groove is formed on the bottom of the surfboard body at the front to send water backward, and the depth of the conveyor or V-groove is formed to be 2 cm or less.
delete In claim 1 or claim 2,
The handle mounting portion is located on both sides of the surfboard body, spaced apart in the longitudinal direction, and the upper handle member and the side handle member are respectively mounted on each handle mounting portion.
delete delete In claim 1 or claim 2,
A string member for connecting the handle connected to the side handle portion;
A rope winding reel member located within the handle mounting portion and on which the handle connection rope member is wound and stored; and
a rotation motor that rotates the line winding reel member to unwind or wind the handle connecting line member; and
A suppressor cue board further comprising a control unit that controls the operation of the rotation motor.
In claim 10,
The control unit,
A microphone unit located on the side handle and converting the rescuer's voice into an electrical signal; and
Including a voice operation control unit that controls the operation of the rotation motor through the electrical signal converted from the microphone unit, and controlling the operation of the rotation motor by the rescuer's voice to loosen or wind the handle connection rope member. Featured suppress cue board.
In claim 11,
The voice operation control unit includes an unwinding voice signal for unwinding the handle connection string member from the line take-up reel member, a winding voice signal for causing the handle connection string member to be wound around the line take-up reel member, and an operation of the rotation motor. A stop voice signal to stop the surf is preset, and the length of the rope member for connecting the handle is adjusted by a rescuer calling one of the release voice signal, the winding voice signal, and the stop voice signal. Rescue Board.
In claim 12,
The voice operation control unit unwinds the handle connecting rope member only by a preset length when the rescuer shouts the unwinding voice signal once, and releases the handle connection rope member only by a preset length when the rescuer shouts the winding voice signal once. A suppressor board characterized by winding.
delete In claim 3,
It further includes a balance maintenance member located at the front of the upper surface of the surfboard body to balance the surfboard body,
The balance maintenance member is fixed by the horizontal strap member located at the front of the upper surface of the surfboard body, and is detachable during surfing.

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