KR102222562B1 - Assembly Environment waterway tube - Google Patents

Abstract

The present invention relates to a waterway (100) ensuring an escape to the outside and an inhabitation space, offering a structure with an improved comprehensive configuration which induces people or animals to easily escape to the outside without damage to a pre-installed large-sized waterway, maximizing a usage value of an escape function of surely switching to an escape route based on more stable and definite position control as compared with an existing art and a new establishment, and also, maximizing convenience and usage efficiency by not requiring separate operation and management because of the ease in handling, use, maintenance and repair. The present invention comprises: a first partition wall (10) and a second partition wall (20) disposed to stand while facing each other with a set distance width; a third partition wall (30) installed in parallel to the side of any one between the first partition wall and the second partition wall to ensure and generate an internal space discriminated from a space generated by the first partition wall and the second partition wall; an avoidance hole (40) used as an avoidance space for animals or people by vertically cutting any one between the first partition wall and the second partition wall to internally communicate to the internal space reaching the third partition wall; and an escape way (50) formed with an upward inclined surface of a set angle from the avoidance hole to be provided as an external escape route for animals or people.

Description

A waterway where escape to the outside and space for vegetation are secured{Assembly Environment waterway tube}

The present invention is disclosed with respect to the technical idea of a waterway in which a vegetation space is secured and escape to the outside, and in more detail, various configurations to induce people or animals to easily escape to the outside without damaging the large waterway already installed. This improved structure is provided, and the escape route is reliably switched based on more stable and reliable position control than the existing ones, including new ones, maximizing the value of use of the escape function, as well as handling, use, maintenance, and maintenance. It relates to a waterway in which a vegetation space is secured and escape to the outside where convenience or efficiency in use is maximized because separate operation and management are not required due to ease, etc.

Recently, there are many animals such as snakes and frogs in small waterways and rabbits and elks that die because they fall into large farming waterways (generally more than 3m wide and more than 2m high) and cannot escape. There is no obligation to install an escape route because there are no special standards or guidelines for installing an escape route, but there is a growing demand for an escape route for animals trapped in the agricultural waterway to protect animals.

In addition, efforts are being made to install escape routes because people are trapped in a collection tank such as a large water channel and a pumping tank and cannot escape, which can lead to personal injury.

In this regard, Patent Publication No. 1044808 discloses a waterway pipe provided with an escape route. This means that the escape plate forming the escape route is detachably coupled to the inner wall of the waterway pipe, but the escape plate is separated in a number of lengthwise directions, and a horizontal plate is arranged in the separated middle so that the inclined plate, the horizontal plate, and the inclined plate are sequentially connected to each other. By constructing a photo escape plate, a small animal escaping the waterway pipe has a structure in which to rest on the intermediate horizontal plate and then climb.

However, the above-described prior art, in that a plurality of nut holes must be formed on the inner wall of the water channel as a means of combining the water pipe and the escape plate, and if the inner wall of the concrete where the nut ball is installed is partially broken, the concrete in the adjacent place is also It is broken together and cannot be re-installed in the vicinity, and there is a problem in that the escape route can be easily damaged by currents or wind pressure.

Therefore, the existing waterway can be used as it is without damage, and the structure is very simple, and simultaneous construction with the same material is possible when joining and new facilities to existing facilities, so that an escape device technology is required that greatly reduces assembly time and manufacturing cost.

Registered Patent Publication No. 10-1044808

The present invention was created to actively solve all the above problems, and due to various configurations differentiated from the existing ones, while maximizing the utilization value of the escape route function, it is accompanied by ease of handling, use, maintenance, and maintenance. The task to be solved is to provide a channel through which escape and vegetation spaces are secured.

In addition, the present invention is another problem to provide a waterway that secures a vegetation space and escape to the outside in which the function of changing the location of the escape route based on stable and reliable position control is more convenient and quickly and accurately controlled.

In order to achieve the above-described problem, the configuration of the waterway 100 in which escape to the outside and vegetation space is secured as proposed by the present invention is as follows.

The waterway 100 through which the escape to the outside and the vegetation space is secured includes a first partition wall 10 and a second partition wall 20 which are vertically disposed facing each other with a set distance width; A third partition wall 30 which is installed in parallel to the side of either the first partition wall or the second partition wall and secures and generates an inner space separated from the space created by the first partition wall and the second partition wall; An avoidance hole 40 used as an escape space for animals or humans by forming either the first partition wall or the second partition wall by cutting it up and down to allow it to pass through to the inner space reaching the third partition wall; It characterized in that it consists of; an escape route 50 provided as an external escape route for animals or people while being formed as an upward inclined surface at a set angle from the avoidance hole.

In addition, the escape route 50 is characterized in that the friction member 51 having a cross-section of a polygonal shape including a circle is continuously arranged on the outer surface.

In addition, the escape route 50 is characterized in that a plurality of vegetation holes 52 that can protect fish or animals from currents are formed.

In addition, the escape route 50 is characterized in that it contributes to the escape of the animal by making the opposite seesaw action on both sides due to weight conversion from an arbitrary center as a starting point.

In addition, the escape route 50 includes a central axis 53 that is transversely installed by means of the first and third partitions or the second and third partitions, and the movement path of the escape target while extending in a corresponding length from the central axis. It is characterized by consisting of a first variable path (50-1) and a second variable path (50-2) used as.

In addition, the first variable path 50-1 and the second variable path 50-2 implement an inverted vertical movement of the side based on a central axis, and the first variable path 50-1 is underwater. Including that the weight body 54 to prevent arbitrary buoyancy is further formed integrally, and the second variable path 50-2 overlaps the edge surface of the third partition wall and blocks the inflow of soil. It is characterized in that (55) is bent formed.

According to the present invention made of the above-described configuration, it is effective because the ease of handling, use, maintenance, and maintenance is accompanied while maximizing the utilization value due to the escape in which the seesaw is implemented.

In addition, the escape route of the present invention is not only structurally stable, but is more effective because it can actively contribute to escape to the outside, such as a position variable function based on a reliable vertical position control is more convenient and quickly and accurately adjusted.

1 is a perspective view showing a schematic structure of a water channel configured according to a preferred embodiment of the present invention.
2 to 3 are cross-sectional views showing exemplary embodiments of the friction member proposed in the present invention.
4 is a cross-sectional view illustrating an exemplary embodiment of a vegetation hole proposed in the present invention.
5 to 7 is a state diagram showing the main functions of the escape route suggested by the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration of the present invention and the actions and effects thereof will be described collectively.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to embodiments described later in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms, and only this embodiment is intended to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains. It is provided to completely inform the scope of the invention to those who have, and the invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same elements throughout the entire specification.

The present invention is disclosed with respect to the technical idea of the waterway 100 is secured escape and vegetation space to the outside.

Above all, the present invention is provided with an improved structure that induces people or animals to easily escape to the outside without damaging the installed large waterway, and is based on more stable and reliable position control than the previous one. A waterway that maximizes the value of use of the escape function, such as the clear conversion of the route, and secures vegetation space and escape to the outside that maximizes the convenience of operation or efficiency in use due to the ease of handling, use, maintenance, maintenance, etc. Note that it relates to (100).

As shown in FIGS. 1 to 7, the waterway 100 in which escape and vegetation space is secured as a feature of the present invention is provided in the following configuration.

The waterway 100 through which the escape to the outside and the vegetation space are secured is a first partition wall 10 and a second partition wall 20 which are vertically arranged facing each other with a set distance width; and, a first partition wall or a second partition wall A third partition wall 30 that is installed in parallel to the side of any one of the partitions and secures and creates an inner space separated from the space created by the first and second partitions; And, any of the first and second partitions The avoidance hole 40 is used as an escape space for animals or humans by making one incise up and down so that the inner space leading to the third bulkhead is made; And, while being formed as an upward slope of a set angle from the avoiding hole, it is Includes; an escape route 50 provided as an external escape route.

As is well known, the partition wall 10 and the second partition wall 20 have a set width and a set height, and thus act as a space through which flowing water can flow through the gap. The main part is to provide a predetermined escape space in case a wild animal or a person unexpectedly falls into the space between the installed partition wall 10 and the second partition wall 20.

For example, in recent years, large farming waterways are generally installed with a width of 3m or more and a height of 2m or more, and there are many animals such as rabbits and elks that die because they cannot escape by falling into these waterways. There is an increasing demand for the installation of an escape route. In addition, if a person is also trapped in a waterway and cannot escape, it can lead to personal injury, which can lead to significant implications.

The third partition wall 30 is preferably formed as a set space for the facility of the escape route 50, which is the main part of the present invention, and extends to a set distance in the same direction from any side of the first to second partition walls as shown in the drawing. It must be formed.

As described above, the avoidance hole 40 is another internal space created as a facility of the third bulkhead, and if it accidentally falls into the waterway, the flow of running water increases or the flow velocity is increased to the space between the first and second bulkheads. Is useful in urgent situations where it is necessary to escape to the outside of the canal.

That is, because it is difficult to escape from the outside due to the characteristics of the facility structure of the first and second bulkheads, the present invention improves the efficiency of escape to the waterway by forming an evasion hole, which is another space, at random.

The escape route is a useful general configuration that allows animals or people who have moved to the avoidance hole to escape to the outside more safely and quickly, and by further forming a friction member having a shape as shown in FIGS. 2 to 3 on the corresponding outer surface, it contributes to increase the friction force.

To this end, the escape path 50 is characterized in that the friction members 51 having a cross-section of a polygonal shape including a circular shape are continuously arranged on the outer surface.

In this regard, as shown in FIG. 2, the friction members 51 are arranged at equal intervals in a step shape so that animals or people can escape to the outside by relying on this, or arranged at equal intervals in a hemispherical shape to achieve the same purpose. Achievable. In addition, as the friction member 51 is provided in a concave structure rather than a protruding shape as shown in FIG. 3, it may be configured so that an animal or a person falling into the waterway can easily step on and climb.

In addition, the escape route 50 may be formed with a plurality of vegetation holes 52 in which fish or animals can be protected from the current.

The vegetation hole 52 is used as a vegetation space or concealed space for fish or other animals by forming a division on the upper surface of the escape route where the friction member is located, as well as the lower surface of the escape route submerged in the water, as shown in FIG. 4.

On the other hand, the escape route 50 is a main part that contributes to the escape of the animal by making the opposite seesaw action on both sides due to weight conversion from an arbitrary center as a starting point.

To this end, the escape route 50 includes a central axis 53 that is transversely installed by means of the first and third barriers, or the second and third barriers, and the movement path of the escape target while extending in a corresponding length from the central axis. It may be divided into a first variable path 50-1 and a second variable path 50-2 that are used as.

At this time, the first variable path 50-1 and the second variable path 50-2 implement an inverted vertical movement of the side based on the central axis, and the first variable path 50-1 is arbitrary in water. Including that the weight body 54 that prevents from being lifted is further formed integrally, the second variable path 50-2 overlaps the edge surface of the third partition wall and blocks the inflow of the soil ( 55) is formed by bending.

According to the present invention made of the above-described configuration, it is effective because the ease of handling, use, maintenance and maintenance is accompanied while maximizing the utilization value due to the escape in which the seesaw is implemented.

In addition, the escape route of the present invention is not only structurally stable, but also is more effective because it can actively contribute to escape to the outside, such as a position variable function based on a certain vertical position control is more convenient and quickly and accurately adjusted.

10. The first bulkhead
20. The second bulkhead
30. The third bulkhead
40. Avoidance Hall
50. Escape Route
100. Channels

Claims (4)

The first partition wall 10 and the second partition wall 20 which are vertically arranged to face each other with a set distance width; and, while being installed in parallel to the side of either the first partition wall or the second partition wall, the first partition wall and the second partition wall 2 The third partition 30 secures and creates an inner space separated from the space created by the partition wall; And, by forming either the first partition wall or the second partition wall up and down, the inner space leading to the third partition wall The waterway consisting of: an evasion hole 40 that is used as an escape space for animals or people; and an escape path 50 formed as an upward slope of a set angle from the avoidance hole and provided as an external escape route for animals or people; In,
The escape route 50 is a central axis installed transversely through the first and third partitions or the second and third partitions so that opposite seesaws can be performed on both sides due to weight conversion from an arbitrary center. And (53), a first variable path (50-1) and a second variable path (50-2) used as a moving path of an escape target while correspondingly extending from the central axis,
The first variable path 50-1 and the second variable path 50-2 implement an inverted vertical movement of the side based on the central axis, and the first variable path 50-1 is not arbitrarily floated underwater. The weight body 54 that prevents it from being prevented is further formed integrally, and the second variable path 50-2 overlaps the edge surface of the third partition wall, and the blocking protrusion 55 for excluding the inflow of soil is formed bent. A waterway in which escape to the outside and space for vegetation are secured.
The method of claim 1,
The escape route 50 is a waterway that secures an escape and vegetation space to the outside, characterized in that friction members 51 having a cross-section of a polygonal shape including a circular shape are continuously arranged on the outer surface.
The method of claim 1,
The escape route 50 is a waterway that secures a vegetation space and escape to the outside, characterized in that a plurality of vegetation holes 52 are formed in which fish or animals can be protected from the current.
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