KR20110043155A

KR20110043155A - Hook of increase type

Info

Publication number: KR20110043155A
Application number: KR1020090100144A
Authority: KR
Inventors: 박성래
Original assignee: 박성래
Priority date: 2009-10-21
Filing date: 2009-10-21
Publication date: 2011-04-27

Abstract

PURPOSE: An extendable hook for rescuing a person in water is provided to have an extendable hook and to accurately move the hook to a desired position. CONSTITUTION: An extendable hook(100) for rescuing a person in water comprises a bar(110), a nut(112), and a hook unit(120). The bar comprises a grip unit and a plurality of connecting parts. The grip unit forms the outer part of the hook and has a given length. The connecting parts are drawn from the inside of the grip part and change the length of the bar. The nut is formed on the upper end of the innermost end of the uppermost end of the connecting parts. A bolt(122) to be coupled to the nut is formed on the lower end of the hook unit and is screwed. The hook is extended to the upper part of the bolt and is bent.

Description

Hook of increase type for water rescue

The present invention relates to an elongated hook for aquatic lifesavings, and more specifically, a tip of a hook and a hook of a hook structure having a structure capable of drawing a plurality of connecting compartments from a handle bar of a predetermined length constituting the outside, such as a reel fishing rod. It relates to a water-borne life-saving elongate hook that can easily extend the length through the structural hooks connected to the rescued lives in the water.

In general, many people enjoy playing by the water in summer, such as swimming in order to avoid heat, fishing in rivers or lakes, fishing in lakes, and ice skating during thawing.

In the above-described water play, it is inevitable to learn to drown underwater. At this time, it is well known that an emergency drowning occurs frequently due to an immature swimming or overturning of a tube or play boat, which is a water play equipment.

Therefore, in preparation for drowning accidents as described above, an amusement park where a large number of people, such as a river, a lake, and the sea, are gathered, is provided with structural tubes or ropes provided by a group or a government office in a corresponding region.

However, among the structural tools as described above, the tube is light and air-filled in the plastic paper, and cannot be thrown away by the wind, so it is difficult to accurately deliver it to the rescuer's position, and the rope cannot be thrown in the correct position. Of course, because it can not throw far, there is a problem in the tube or rope as a rescue.

Accordingly, structural instruments have been developed with improved new technology. For example, a gas-expandable tube (aka rescue rocket) is used, which is composed of a launch device, a shell-type hard case for embedding a gas-expanded tube, and a gas-expanded tube to fill air to the launch device. After the fire, the hard case is fired by the force of air, and the water attached to the tube is exploded to expand the tube as it enters the water.

As described above, the rescue rocket can be effectively used as a rapid emergency rescue means for long-range drones, but the components such as launching devices are expensive equipment, used only for professional rescue, and are not easily used by the general public. In case of inconsistency, the process of preparation for re-launch is complicated and the time required for the recovery is limited.

In addition, the structural device as described above has a problem that the range is very irregular according to the filling amount of air, the accuracy is off and far away from the learner, many problems and causes expensive foreign currency waste depending on the import.

In order to improve the problems described above, the life-saving ring for throwing has been developed and used. This technology provides a life-saving ring filled with a gas-expandable tube in a one-size case for easy handholding and throwing.

However, the technique as described above is limited to simply throwing, and thus has a problem of lack of accuracy, safety, and speed. Therefore, there are various problems in saving the lives lost in the award.

In particular, the above-described water rescue apparatuses have a problem that it is very inadequate for firefighters to use, since there are a number of problems in the rescue of human life.

The present invention has been made to solve the problems of the prior art as described above, the end of the hook and the hook that can draw a plurality of connection compartment from the inside of the handle compartment of a certain length constituting the outside, such as a reel fishing rod It is an object of the present invention to provide a water-borne life-saving elongation hook that allows the user to freely extend the length of the site to the desired length through the elongation hook of the structural hook structure connected to the edge of the khandae.

Another object of the technology according to the present invention is a retractable hook of the structure hook structure connected to the end of the hook hook and the end of the hook hook that can draw a plurality of hooks from the inside of the handle bar of a predetermined length constituting the reel fishing rod By constructing the structural hook can be moved to the correct position and far.

In addition, the technique according to the present invention is a retractable hook of the structure hook structure connected to the end of the hook hook and the hook hook that can draw a plurality of hooks from the inside of the handle bar of a predetermined length constituting the reel fishing rod The construction allows the kidneys to be freed according to the distance used, so that they can be easily carried in vehicles such as fire engines and ambulances, and rescue workers.

The present invention is configured to achieve the object as described above is as follows. That is, the hook for water-saving lifesaving hook according to the present invention is a hook of the structure that can extend and reduce the length by drawing a plurality of connection bars of different diameters from the inside of the handle of the predetermined length constituting the outside; A nut formed on the upper end of the innermost end forming the uppermost end of the hook of the hook; And a bolt corresponding to the nut is configured at the bottom is coupled through the screw coupling, but the upper side of the bolt consists of a configuration including a structural hook to be rescued by hanging to extend the length of life or objects falling in the water.

Structural hook in the configuration according to the present invention as described above may be made of a multi-branched structure in the longitudinal direction.

On the other hand, in the configuration according to the present invention to remove the connecting rod constituting the hooks to move the end to the water phase, the structural tube for floating the structural hooks coupled to the end of the hooks to the surface detachable to the upper side of the structural hooks It can possibly be connected.

In addition, both sides of the structural tube constituting the present invention is connected to the length corresponding to the length when the hook is stretched to the maximum length of the life-saving lifeline for switching the direction of the tip of the elongated hook is left and right It can be further configured.

According to the technology of the present invention by constructing an elongated hook of the structure hook structure that is connected to the end of the hook hook and the end of the hook hook that can pull out a plurality of hooks from the inside of the handle bar of a certain length, such as a reel fishing rod The effect is that the length of the site can be freely extended as desired in the field, and the life lost in the water can be rescued quickly.

In addition, the technique according to the present invention is a retractable hook of the structure hook structure connected to the end of the hook hook and the hook hook that can draw a plurality of hooks from the inside of the handle bar of a predetermined length constituting the reel fishing rod By constructing, structural hooks can be moved to the correct position and distance.

In addition, the technique according to the present invention is a retractable hook of the structure hook structure connected to the end of the hook hook and the hook hook that can draw a plurality of hooks from the inside of the handle bar of a predetermined length constituting the reel fishing rod It is advantageous in that it is easy to carry in a vehicle such as a fire engine or an ambulance by allowing the kidney to be freely formed according to the distance used.

Furthermore, the technology according to the present invention is a retractable hook of the structure hook structure connected to the end of the hook hook and the hook hook that can draw a large number of connecting carriage from the inside of the handle bar of a certain length constituting the reel fishing rod It has the advantage that it is very easy to use by making it possible to freely stretch according to the distance used.

Hereinafter will be described in detail with respect to the water life extension elongated hook according to an embodiment of the present invention.

Figure 1 is a perspective configuration showing a water-borne life-saving elongated hook according to the present invention, Figure 2 is a perspective configuration diagram showing the separation of the structural tube and the change of lifeline in the configuration of the water life-saving elongated hook according to the invention, Figure 3 Figure 2 is a front configuration diagram of Figure 2, Figure 4 is a front configuration diagram showing a water-borne lifesaving hook according to the present invention, Figure 5 is a side configuration view showing a water life-saving stretch hook according to the present invention.

As shown in FIGS. 1 to 5, the water-saving elongated hook (100: hereinafter referred to as "extension hook") according to the present invention has a plurality of connecting compartments different in diameter from the inside of the handle compartment of a predetermined length constituting the outside. To the nut 112 and the nut 112 formed at the upper end of the innermost end forming the uppermost end of the hook holder 110, the hook of the hook 110 of the structure capable of extending and contracting the length The corresponding bolt 122 is configured at the bottom is coupled through the screw coupling, but the upper side of the bolt 122 is bent to extend to a predetermined length to rescue the hook or rescue the human life or objects falling in the water (120) It consists of a configuration including.

The stretchable hook 100 according to the present invention configured as described above is drowned in water by drawing the connection cradle constituting the hook 110 toward the position of life when the life is missing in the river or the sea. It allows to grab the structural hook 120 constituting the tip of the elongated hook 100. At this time, if the position of the person drowned farther than the maximum length of the elongated hook 100 according to the present invention may be thrown after approaching as far as possible.

On the other hand, in the technique according to the present invention, when the elongated hook 100 is extended, the structural tube 130 is further configured on one side of the structural hook 120 so that its tip does not sink in the water and floats on the water surface. Therefore, the structural tube 130 is configured on one side of the structural hook 120 as described above, so that a person who falls into the water may try to escape safely from the water by grabbing the structural hook 120 or by shaking the structural tube 130.

In addition, as described above, the structural tube 130 is extended even by drawing the stretchable hook 100 to the surface by combining the structural tube 130 on the structural hook 120 so that the tip of the stretchable hook 100 floats on the surface of the water. And because the structural hook 120 is floating on the water surface can easily move the tip of the elongated hook 100 to the learner, of course, the learner also facilitates the position of the structural tube 130 or structural hook 120 I can figure it out.

In addition, in addition to the hook 110, the structural hook 120 and the structural tube 130 in the elongated hook 100 according to the present invention as described above, the left and right ends of the elongated hook 100 on both sides of the structural tube (1300). The lifesaving lifeline 140 is further configured to divert to the direction of the lifesaving lifeline 140. When the tip of the elongated hook 100 is difficult to move to the drowned drowned water, the direction of the lifesaving lifeline 140 is too fast. By grasping the life-saving line 140 for the other person to switch its direction to the learner, the structural hook 120 and the structural tube 130, which is the tip of the elongated hook 100, can be easily moved to the learner.

Of course, the life-saving lifeline 140 is configured as described above, when the extension pulls out the connection band of the hook 110 of the stretchable hook 100, because it is more fragile than the bare hooks for structural hook 120 or It is also very useful in that the rescue tube 130 can be safely rescued lives lost in the water even if the breakage of the hook 110 in the state caught by the learner. That is, the lifesaving line 140 for changing the direction can be said to be a very useful component in terms of considering the safety of the stretchable hook 100 according to the present invention.

Referring to each component of the stretchable hook 100 according to the invention in detail as follows. First, the hook 110 is to move the elongated hook 100 in accordance with the present invention to a certain length to move to the position of the drowning person, such a hook 110 is shown in Figures 1 to 5 As the reel fishing rod is made of a subtractive structure to extend its length.

In other words, the hook 110 is configured to insert a plurality of connection bars having a different diameter in turn in the interior of the handle holder constituting the outermost shell so that the user can withdraw and retract, so that the user stretches and contracts the hook 110 It is made of a reel fishing rod structure that allows you to freely. At this time, in the case of extending the drawer cage constituting the hook 110, the innermost end of the connection band is the end of the hook 110, the handle band is the rear end.

As described above, the handle bar and the connection bar constituting the hook 110 is configured to be extended to a length of 20m or more in a length of 5 to 10m in the present invention. The hook 110 configured as described above is very easy to be provided in a vehicle such as a fire engine or an ambulance, so that firefighters may be useful for saving lives in a river or the sea.

In addition, the hook 110 constituting the present invention is composed of a hollow hollow pipe or a hollow hollow pipe such as a hexagon or octagon. Of course, in terms of the overall rigidity it would be better to configure a polygonal hollow pipe, such as hexagons and octagons.

The nut 112 constituting the present invention is connected to the end of the end of the connecting compartment forming the best end of the hook (110) for the structural hook 120 through the screw coupling with the bolt 122 of the rear end of the structural hook 120 to be described later To connect to the nut 112 is configured on the upper end of the innermost end of the cage forming the uppermost end of the connecting compartment of the hook 110 as shown in Figures 1 to 5.

As described above, the nut 112 configured at the top of the innermost end band forming the uppermost end of the hook of the hook 110 is integrally fixed to the top of the end band so that the structural hook 120 can be firmly fixed. do.

Structural hook 120 constituting the present invention is intended to hang the person or object drowned, the structural hook 120 is a bolt (corresponding to the nut 112, as shown in Figures 1 to 5) 122 is configured at the lower end is coupled through the screw coupling, but the upper side of the bolt 122 is bent extending to a certain length is made of a structure that can be rescued by hanging people or objects in the water.

As described above, the structural hook 120 coupled to the hook 110 through a screw coupling to the top end of the hook 110 is bent extending to a predetermined length as shown in Figures 1 to 5 Because of its structure, it is easy to hang people or objects lost in the water.

On the other hand, as described above, the structural hook 120 coupled to the hook 110 through the screw coupling to the top end of the hook 110 is divided into several branches in the longitudinal direction as shown in Figs. The structure makes it possible to hang a wide range of objects or objects to be walked on.

Structural tube 130 constituting the present invention is to allow the tip portion to float on the water surface when the hook 110 is extended as described above, such a structural tube 130 is shown in Figures 1 to 5 As described above, the upper part of the structural hook 120 is detachably connected.

As described above, the structural tube 130 that is detachably connected to one side of the upper end of the structural hook 120 has a function of allowing the tip part to float on the water when the hook 110 is elongated. The function of recognizing the position of the rescue tool and the function to make sure that the end of the elongated hook 110 to the rescue personnel to save people who fall into the water through the retractable hook (100).

On the other hand, the structural tube 130 that is detachably connected to the upper side of the structural hook 120 as described above may be detachably connected through the connector 124 formed on one side of the structural hook 120 Of course, it can also be connected via a connection string.

In other words, when the structural tube 130 as described above withdraws the connecting compartment constituting the hook 110 to move the end to the water phase so that the structural hook 120 coupled to the tip of the end band floating on the water surface. It is very easy to rescue people or objects that fall into water.

Life-saving lifeline 140 for changing the direction of the present invention is to enable to change the front end of the hook 110 to the left and right when extending the life through the elongated hook (100), such a life-saving lifeline ( 140 is configured on both sides of the structural tube 130, as shown in Figures 1 to 5, but hooked to extend the length consisting of a length corresponding to the length when the hook 110 is extended to the maximum ( 110) The direction of the tip can be reversed.

On the other hand, as described above, the life-saving lifeline 140 connected to the length corresponding to the length when the hook 110 is stretched to the maximum on both sides of the structural tube 130 is pulled by the hook 110 Of course, the direction of the tip can be easily switched from side to side. Especially. Life-saving lifeline 140 for changing direction in the fast water to allow the structural hook 120 to move to the correct position.

In addition, the life-saving lifeline 140 as described above requires two people because it is configured on both sides of the structural tube (130). this

Elongated hook 100 according to the present invention configured as described above is made of the same structure as the reel fishing rod to be able to freely stretch and shrink freely, as well as easy to use.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope of the technical idea of the present invention.

1 is a perspective configuration showing an elongated hook for aquatic life saving according to the present invention.

Figure 2 is a perspective view showing the separation of the structural tube and the life-saving lifeline in the configuration of the water life-saving elongated hook according to the present invention.

3 is a front configuration diagram of FIG. 2.

Figure 4 is a front configuration diagram showing an elongated hook for water life saving according to the present invention.

Figure 5 is a side view showing an elongated hook for water lifesaving according to the present invention.

[Description of Symbols for Main Parts of Drawing]

100. Extension Hook 110. Hook

112. Nuts 120. Structural Hooks

122. Bolts 124. End Connections

130. Structural Tubes 140. Lifeguards for Directional Situation

Claims

A hook holder having a structure capable of extending and reducing the length by drawing a plurality of connection bars having different diameters from the inside of the handle cage having a predetermined length constituting the outside;

A nut configured at an upper end of the innermost end forming the uppermost end of the connecting compartment of the hook; And

The bolt corresponding to the nut is configured at the bottom and is coupled by screwing, but the upper side of the bolt is bent to extend to a predetermined length, and includes a configuration including a structural hook to rescue the human or object missing in the water. Floating hook for aquatic lifesaving.

The stretchable hook for aquatic lifesaving according to claim 1, wherein the structural hook has a branched structure in the longitudinal direction.

The structural hook according to claim 1 or 2, wherein the structural hook allows the structural hook attached to the tip of the tip to float to the surface when the joint is a constituting hook. Retractable hook for water lifesaving, characterized in that the detachable connection is configured on one side of the top.

According to claim 3, Both sides of the structural tube is configured to be connected to the length corresponding to the length when the hook is extended to the maximum direction to change the direction of the tip of the elongated hook to the left and right A water life-saving elongate hook, characterized by further comprising a dragon lifeline.