KR102786470B1 - Fence attached to LED solar cell - Google Patents

Abstract

The present invention is characterized by comprising: a fence (10) comprising: a support (20) installed at a regular interval on the ground; and a guide bar (30) connecting the support (20), wherein the fence comprises: a solar panel that collects sunlight on the support (20) or the guide bar (30); and power produced by the solar panel is supplied to an LED light integrated with the solar panel, a light light installed on the upper part of the support (20), or various sensors, so as to continuously ensure the safety of roads, sidewalks, hiking trails, waterfront paths, coastal walking paths, and perimeter paths by performing functions such as boundary maintenance, fall prevention, nighttime landscape lighting, and safety guidance; a support (20) that is fixed to the ground and vertically installed at a regular interval; a guide bar (30) that is installed spaced apart from each other by connecting adjacent support (20); and an LED solar cell (100) that is installed at least one on the front or rear of the support (20) and has a solar panel mounted on one side thereof.

Description

Fence attached to LED solar cell

The present invention relates to an LED fence installed to maintain the boundary of a passageway and prevent falls, and more specifically, to a fence composed of posts installed at regular intervals on the ground and guide bars connecting the posts, wherein a solar panel that focuses sunlight on the posts or guide bars supplies electricity produced by the solar panel to LED lights integrated with the solar panel, lights installed on the upper part of the posts, or various sensors, so as to perform the functions of maintaining the boundary of a road, sidewalk, hiking trail, waterside path, coastal walking path, or perimeter path, preventing falls of users, providing nighttime landscape lighting, and providing safety guidance, and to continuously promote the safety of these areas.

In general, fences and wall fences are mainly composed of pillars, connectors, and wire mesh, and they are mainly installed and used for direct defense against external intrusion to protect the facility, or for indirect defense purposes by indicating to the outside that the facility is a protected boundary area.

However, in the case of existing fences or fences, they can be easily distinguished with the naked eye during the day, but not at night, so separate lighting facilities are installed on the perimeter to guard the area at night.

In addition, fences and fences are protective structures installed on both sides of a road or sidewalk to ensure the safety of road traffic or pedestrians. They are mainly installed and used on the sidewalk to prevent vehicles from falling or to ensure the safety of pedestrians walking on the sidewalk.

However, although such fences and fences can be easily identified during the day and ensure safety, at night or in bad weather, there are no other devices other than reflectors, so accidents such as falls frequently occur due to inexperienced drivers or careless driving.

In particular, in the case of reflectors, they are attached to a part of the body of a guardrail or fence or a part of the upper structure, so it is very difficult to identify them because the reflection angles between the reflector and the driver do not match.

Therefore, in order to prevent safety accidents, separate solar-powered lighting devices are installed on the supporting pillars of conventional fences and fences to enable drivers and pedestrians to identify obstacles at night or in bad weather.

Conventional fences and fences such as the above have light-emitting devices installed on the tops of pillars, etc., so the illumination is so low that passing cars and people cannot easily recognize them, which still poses a great risk of accidents.

Republic of Korea Patent No. 10-1498268 (Registration date: February 25, 2015) Republic of Korea Patent No. 10-1499827 (Registration date: 2015. 03. 02.) Republic of Korea Patent No. 10-2611716 (Registration date: December 5, 2023)

The present invention is intended to solve the above problems, and the purpose of the present invention is to provide a fence with an LED solar cell attached, which is simple in configuration and allows a driver of a vehicle to easily recognize pedestrians walking during all times of the day and night while driving, thereby preventing speeding and illegal parking and raising awareness of safe driving.

In addition, in order to solve the problem of rigidity and deformation of the support by forming a hole such as a bolt hole in the support when fixing the LED solar cell to the existing support, an installation means is provided so that no hole is formed in the support when attaching the LED solar cell, and another purpose is provided of simultaneously reinforcing the rigidity of the support by having a structure that combines a guide bar to the support in a detachable structure.

The tasks of the present invention are not limited to the tasks mentioned above, and other tasks not mentioned will be clearly understood by those skilled in the art from the description below.

An embodiment of the present invention for achieving the above purpose comprises a support fixed to the ground and vertically erected at a predetermined interval;

Guide bars that are installed spaced apart from each other by connecting adjacent pillars, and

A fence is provided with LED solar cells, wherein at least one is installed on the front or rear of the above-mentioned structure and includes LED solar cells having solar panels mounted on one side.

Meanwhile, a reinforcing tube formed with a predetermined vertical length and inserted into the inside of the support by connecting the upper end to the center of the upper cap covering the upper end of the support,

A guide tube is provided with both ends protruding to both sides of the support while being connected to a connecting hole that penetrates both sides of the support to which the guide bar ends are connected.

A reinforcing tube is inserted into the inside of the support through an insertion hole that penetrates the upper and lower portions of the center of the guide tube located inside the above support.

A guide bar is inserted into a guide tube protruding from both sides of the above-mentioned support, and a second fastening hole is formed at the end of the guide bar so as to correspond to the first fastening hole formed vertically penetrating through each end of the above-mentioned protruding guide tube, thereby providing a fence with an LED solar cell attached thereto, which fixes the guide bar to the guide tube by means of a bolt and nut fastening means.

Meanwhile, a square bar-shaped support pipe formed with a predetermined horizontal length, wherein a LED solar cell or solar panel is installed on the front while being fitted onto the front or rear of the support, a support groove is formed that is opened upward and downward while being recessed inward from the center of the rear so as to be formed with a width greater than the horizontal width of the support, one of the two sides forms an open opening while the other side forms a closed blocking surface, a first through hole is formed in the center of the blocking surface and a first nut part is fixed to the blocking surface so as to be connected to the first through hole located on the outer surface of the blocking surface, and a vertically penetrating joining hole is formed on one side of the upper surface where the support groove is formed,

A moving part formed with a predetermined horizontal length, which has an outer diameter corresponding to the inner diameter of the support part and is inserted into the opening of the support part, and a regulating groove part that is opened up and down while being recessed inward from a part of the rear surface to be formed with a width corresponding to the horizontal width of the support groove part, and a guide hole that penetrates up and down with a predetermined horizontal length is formed on one side of the upper surface where the regulating groove part is formed while corresponding to the position of the joining hole of the support part,

A pressurizing bolt which is screw-connected to the first nut portion of the above-mentioned support member and enters the interior of the support member through the first hole, pressurizes one surface of the moving portion inserted into the interior of the support member, and before being screw-connected to the first nut portion of the above-mentioned support member, the second nut portion is screw-connected to the body portion, and then the body portion is screw-connected to the first nut portion, so that the end of the body portion presses one surface of the moving portion and then rotates the second nut portion to come into close contact with the first nut portion.

A fence with an LED solar cell attached thereto is provided, which further includes a socket member configured as a fixing bolt that inserts a moving part into an opening of the above-mentioned supporting member, passes through a guide hole of the moving part through a joining hole of the supporting member, protrudes to the lower surface of the supporting member, and then secures the supporting member and the moving part by fastening a third nut part.

Meanwhile, a LED solar cell is installed on the front side while being mounted on the front or back side of the above-mentioned support, and a support plate formed with a width corresponding to the horizontal width of the support so as to be projected on the front side of the above-mentioned support,

An elastic guide plate having elasticity in the left and right directions and installed symmetrically on both sides of the support plate, the end of which is connected to each end of the support plate and protrudes toward the rear of the support plate through the side of the support plate and is bent inward so that the end presses the rear of the support plate,

A reinforcing plate positioned at the center or upper and lower sides of the support plate, and having a guide groove formed transversely toward the rear by being fixed to the rear of the support plate, and

The present invention provides a fence with an LED solar cell attached thereto, which further includes a lamp-joining member comprising a fixing body including a fixing plate, which is arranged on one side of the upper side or the lower side of the support plate, a bolt hole formed in a reinforcing plate corresponding to a second hole penetrated through the support plate, a fastening bolt screwed into the bolt hole of the reinforcing plate through the second hole of the support plate, and a fixing plate whose front center is connected and fixed to the end of the fastening bolt passing through the bolt hole and is received in a guide groove of the reinforcing plate.

Meanwhile, a solar panel that generates electricity by concentrating sunlight is installed on one side of the support or guide bar, and the LED solar cell installed on the support receives the electricity generated by the solar panel and irradiates light.

The LED solar cell-attached fence of the present invention configures an LED solar cell inside a support to detect the movement of a pedestrian and emit light for a certain period of time, thereby allowing a driver of a vehicle to recognize a pedestrian while driving at all times during the day and night, thereby reducing speed, preventing illegal parking, and raising awareness of safe driving, thereby preventing the risk of accidents, and has the effect of providing an installation means by attaching and fixing the LED solar cell so as not to form any holes in the support, and has a very useful effect of making it easy to install and maintain the support and guide bar by having a structure that combines a guide bar to the support in a detachable structure while simultaneously reinforcing the rigidity of the support.

Figure 1 is a front structural diagram of a fence with an LED solar cell attached according to an embodiment of the present invention.
Figure 2 is an exploded structural diagram of a fence with an LED solar cell attached according to an embodiment of the present invention.
FIG. 3 is an exploded view of the combination of the upper cap-supporting tube-guide tube provided on the support in a fence with an LED solar cell attached according to an embodiment of the present invention.
FIG. 4 is a perspective view of a socket member coupled to a support in a fence with an LED solar cell attached according to an embodiment of the present invention.
FIG. 5 is a front exploded perspective view of a socket member in a fence with an LED solar cell attached according to an embodiment of the present invention.
FIG. 6 is a rear exploded perspective view of a socket member in a fence with an LED solar cell attached according to an embodiment of the present invention.
FIG. 7 is a cross-sectional structural diagram of a lamp coupling member in a fence with an LED solar cell attached according to an embodiment of the present invention.

Hereinafter, some embodiments of the present invention will be described in detail with reference to exemplary drawings. When adding reference numerals to components of each drawing, it should be noted that the same components are given the same numerals as much as possible even if they are shown in different drawings. In addition, when describing the present invention, if it is determined that a specific description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, terms such as first, second, etc. may be used when describing components of the present invention. These terms are only intended to distinguish the components from other components, and the nature, order, or sequence of the components are not limited by these terms. When it is described that a component is "connected," "coupled," or "connected" to another component, it should be understood that the component may be directly connected or connected to the other component, but another component may also be "connected," "coupled," or "connected" between each component.

As shown in Figures 1 to 3, the fence (10) with the LED solar cell attached according to the present invention comprises a support (20) fixed to the ground and vertically erected at a predetermined interval,

Guide bars (30) installed spaced apart from each other by connecting adjacent pillars (20), and

A fence (10, hereinafter referred to as a “fence”) with an LED solar cell attached thereto, which includes at least one LED solar cell (100) installed on the front or rear of the above-mentioned support (20) and having a solar panel mounted on one side thereof, is provided.

The above-mentioned support (20) has a horizontal cross-section that is circular or square, is a structure that is fixed to the ground or inserted into the ground and then fixed, and is a structure that is installed vertically at a predetermined interval.

As shown in FIGS. 1 and 2, the guide bar (30) is provided in a transverse direction while the support (20) is in a longitudinal direction, and a plurality of guide bars (30) are installed spaced apart from each other between adjacent support bars (20), at which time a guide bar (30) is installed on the upper and lower sides between the support bars (20), and another guide bar (30) is installed between the upper guide bar (30) and the lower guide bar (30) and located below the upper guide bar (30), and a structure is provided in which a plurality of interval guide bars (40) are installed at equal intervals to connect across the guide bars (30) except for the upper guide bar (30).

And, as shown in FIG. 1 and FIG. 2, at least one LED solar cell (100) is installed on the front or rear of the support (20), and the LED solar cell (100) has a solar panel installed on the front center or part of the perimeter, so that electric energy is stored in a capacitor built inside, and the LED installed on the front center or center emits light by the control of the built-in control board, and also, a light guide plate is installed on the front of the LED so that the light emitted from the LED inside is evenly transmitted and emitted. In particular, the light guide plate can be formed with guidance text such as “Caution for pedestrians” for pedestrians, and “Slow down for vehicles including bicycles” so that it can be easily recognized from the outside.

In addition, a solar panel (not shown) that generates electricity by concentrating sunlight is installed on one side of the support (20) or guide bar (30), and for example, an LED of an LED solar cell (100) that receives electricity generated by the solar panel is emitted from the upper part of the support (20).

And, the LED solar cell (100) is turned on for a certain period of time by a motion detection sensor, and the motion detection sensor that recognizes the motion of a person or vehicle is configured on the front or side of the LED solar cell (100).

In addition, the following structure is included to reinforce the rigidity of the support (20) of the fence (10) of the present invention and to add ease of construction by allowing the guide bar (30) to be easily attached and detached from the support (20).

As shown in Fig. 3, a reinforcing tube (70) formed with a predetermined vertical length, the upper end of which is connected to the center of the upper cap (60) covering the upper end of the support (20) and inserted into the interior of the support (20),

A guide tube (50) is provided with both ends protruding to both sides of the support (20) while being connected to a connecting hole (21) that penetrates both sides of the support (20) to which the end of the above guide bar (30) is connected.

A reinforcing tube (70) is inserted into the inside of the support (20) through an insertion hole (52) that penetrates the upper and lower portions of the center of the guide tube (50) located inside the support (20).

A guide bar (30) is inserted into the inside of a guide tube (50) protruding from both sides of the above-mentioned support (20), and a second fastening hole (31) is formed at the end of the guide bar (30) so as to correspond to the first fastening hole (51) formed at both ends of the above-mentioned protruding guide tube (50) and penetrated vertically, thereby providing a fence (10) that fixes the guide bar (30) to the guide tube (50) by means of a bolt and nut fastening means.

First, an upper cap (60) covering the upper part of the support (20) is provided, and a reinforcing tube (70) formed with a predetermined vertical length while the upper part is connected to the center of the lower surface of the upper cap (60) is installed.

The above reinforcing tube (70) is a tubular or rod-shaped tube with a circular or square cross-section, has a smaller diameter than the inner diameter of the support (20), and is inserted into the inside of the support (20) when the upper cap (60) is fixedly joined to the upper end of the support (20), and the lower end of the reinforcing tube (70) inserted into the inside of the support (20) is structured to be inserted into the ground or underground.

And, the guide tube (50) has an inner diameter corresponding to the outer diameter of the guide bar (30), and when the guide tube (50) is installed on the support (20), a connecting hole (21) penetrating on both sides is formed on one side of the support (20) corresponding to the end of the guide bar (30) to be installed on the support (20), and the guide tube (50) is inserted into the connecting hole (21) so that both ends protrude to a predetermined length on both sides of the support (20), and at this time, an insertion hole (52) penetrating vertically in the center of the guide tube (50) is formed so that a reinforcing tube (70) inserted into the inside of the support (20) can be inserted and passed through, and a first connecting hole (51) penetrating vertically is formed on one side of each guide tube (50) protruding on both sides of the support (20).

Accordingly, after the end of the guide bar (30) is inserted into the guide tube (50), a second connecting hole (31) that penetrates vertically is formed on one surface of the end of the guide bar (30) inserted into the guide tube (50) so as to correspond to the first connecting hole (51), and the guide bar (30) is fixedly connected to the guide tube (50) by connecting a bolt and nut connecting means through the first and second connecting holes (51) (31).

And, when installing the LED solar cell (100) on a support (20), the LED solar cell (100) is fixed to the support (20) using a fixing means such as a bolt, rivet or screw, and thus a hole or the like is formed to fasten the fixing means to the support (20), which not only reduces the rigidity of the support (20), but also causes a problem in that rainwater or the like seeps in through the hole and promotes corrosion of the support (20). Therefore, the following structure is included so that the LED solar cell (100) is fixed without any damage to the front or back of the support (20), and furthermore, has a structure that variably corresponds to the width of the support (20).

As shown in FIGS. 4 to 6, the LED solar cell (100) or solar panel is installed on the front side while being fitted on the front or rear side of the support (20), and a support groove (211) that is opened up and down is formed while being recessed inward from the center of the rear side to form a width larger than the horizontal width of the support (20), and one side of both sides forms an open opening (212) while the other side forms a closed blocking surface (213), and a first through hole (213-1) is formed in the center of the blocking surface (213), and a first nut part (215) is fixed to the blocking surface (213) so as to be connected to the first through hole (213-1) located on the outer surface of the blocking surface (213), and a connecting hole (214) that penetrates up and down is formed on one side of the upper surface where the support groove (211) is formed, and a square bar-shaped structure formed with a predetermined horizontal length Supporting body (210),

A moving part (220) formed with a predetermined horizontal length, which has an outer diameter corresponding to the inner diameter of the support part (210), is inserted into the opening (212) of the support part (210), and has an adjustment groove (221) that is opened up and down while being recessed inward from a part of the rear surface to be formed with a width corresponding to the horizontal width of the support groove (211), and has a guide hole (222) that penetrates up and down with a predetermined horizontal length formed on one side of the upper surface where the adjustment groove (221) is formed while corresponding to the position of the joining hole (214) of the support part (210),

A pressurizing bolt (230) that is screw-connected to the first nut portion (215) of the support portion (210) and enters the interior of the support portion (210) through the first hole (213-1) and pressurizes one side of the moving portion (220) inserted into the interior of the support portion (210), and then, before being screw-connected to the first nut portion (215) of the support portion (210), is screw-connected to the second nut portion (231) and then, the end that is screw-connected to the first nut portion (215) and then enters the interior of the support portion (210) pressurizes one side of the moving portion (220) and then rotates the second nut portion (231) to come into close contact with the first nut portion (215).

A fence (10) is provided, which further includes a socket member (200) configured with a fixing bolt (240) that fixes the support member (210) and the moving member (220) by inserting the moving member (220) into the opening (212) of the support member (210), passing through the guide hole (222) of the moving member (220) through the joining hole (214) of the support member (210), protruding to the lower surface of the support member (210), and then fastening the third nut member (241).

The above socket member (200) forms a joint relationship comprising a support member (210) that fastens a front part or a rear part of a support member (20), a movable member (220) that fastens and fixes a front part or a rear part of a support member (20) while being inserted into the support member (210), a pressure bolt (230) that is supported by the support member (210) and fastens a front part or a rear part of a support member (20) and then the movable member (220) presses the support member (20), and a fixing bolt (240) that fastens and fixes the movable member (220) to the support member (210) so that the movable member (220) is fixed in place after the pressure bolt (230) is applied to the movable member (220).

First, the support member (210) is a square bar formed with a predetermined horizontal length and is formed in a form in which a portion of the end protrudes to both sides of the support member (20) by being connected to the front or rear of the support member (20), and a support groove (211) is formed on the rear of the support member (210) so that a portion of the front of the support member (20) is fastened, and the support groove (211) is formed with a width larger than the horizontal width of the support member (20) and is formed in a form that is open from top to bottom while being recessed inward from the center of the rear so that a portion of the front of the support member (20) is fastened.

And the support pipe part (210) has a hollow interior, and one of the two sides forms an open opening (212) that is connected to the interior while the other side forms a closed blocking surface part (213), and a first through hole (213-1) is formed in the center of the blocking surface part (213), and a first nut part (215) is attached and fixed to the blocking surface part (213) so as to be connected to the first through hole (213-1) located on the outer surface of the blocking surface part (213), that is, the first nut part (215) in which a screw hole with a screw line formed in the center is formed is attached and fixed to the blocking surface part (213) so that the screw hole is connected to the first through hole (213-1) of the outer surface of the blocking surface part (213), and a connecting hole (214) that penetrates upward and downward is formed on one side of the upper surface of the support pipe part (210) in which the support groove part (211) is formed, that is, A joining hole (214) is formed on the upper surface of the support pipe part (210) around the supporting groove part (211) adjacent to the opening (212), or in other words, a joining hole (214) is formed on the upper surface of the end of the support pipe part (210) in which the opening (212) is formed while protruding outside the support column (20).

And, the moving part (220) is inserted into the support part (210) through the opening (212) of the support part (210) and then fixed to a front part or a rear part of the support member (20). At this time, when the moving part (220) is inserted into the support part (210), the end of the moving part (220) protrudes outside the opening (212) of the support part (210) or is positioned so that the end of the support part (210) and the end of the moving part (220) are aligned, and has an outer diameter corresponding to the inner diameter of the support part (210) and is inserted into the opening (212) of the support part (210). The adjusting groove (221) is formed on the rear side of the moving part (220) and is formed so as to be opened up and down while being recessed inward from a rear side so as to be formed with a width corresponding to the horizontal width of the support groove (211).

A guide hole (222) is formed by cutting a predetermined horizontal length and penetrating up and down on one side of the upper surface where the adjustment groove (221) is formed corresponding to the position of the joining hole (214) of the above-mentioned support member (210), and this forms a guide hole (222) of a horizontal length that can variably respond to the movement of the moving member (220) within the support member (210), and after pressurizing and sealing a part of the front or the rear of the support member (20) that is connected to the adjusting groove (221) of the moving member (220) by the above-mentioned pressure bolt (230), the moving member (220) inserted into the support member (210) is fixed by fastening it through the joining hole (214) of the support member (210) and the guide hole (222) of the moving member (220).

In addition, the above-mentioned pressure bolt (230) is divided into a head portion and a body portion with a screw thread formed on the outer periphery, and serves to pressurize the moving portion (220) inserted inside the support tube portion (210) to pressurize and close the support (20) connected to the adjustment groove portion (221) of the moving portion (220) and fix it.

The above-mentioned pressure bolt (230) is screwed into the screw hole of the first nut portion (215) of the support portion (210), and the body portion of the pressure bolt (230) is introduced into the interior of the support portion (210) through the first through-hole (213-1), and one side of the moving portion (220) inserted into the interior of the support portion (210), that is, one side of the moving portion (220) facing the blocking surface portion (213) in which the first through-hole (213-1) is formed, is pressed by the end of the body portion to pressurize and close the side surface of the support member (20) connected to the adjustment groove portion (221) of the moving portion (220) and the inner surface of the adjustment groove portion (221), thereby fixing the moving portion (220) to the support member (20).

And, before being screwed into the first nut part (215) of the support member (210), the second nut part (231) is screwed into the body part of the pressure bolt (230), and then the body part of the pressure bolt (230) is screwed into the first nut part (215), so that the end of the body part presses one surface of the moving part (220), and then the second nut part (231) is screwed and the first nut part (215) is brought into contact with the second nut part (231), thereby preventing the loosening of the gas bolt (9230).

And, after the front part or the rear part of the support (20) is fastened to the adjustment groove (221) of the moving part (220), the support (20) is pressed and pressed against the adjustment groove (221) of the moving part (220) through the pressure bolt (230). At this time, when the front part of the support (20) is fastened to the support groove (211), one side of both sides of the support (20) located in the support groove (211) is pressed against the inner side of the adjustment groove (221) corresponding to one side of the support (20), and the other side of both sides of the support (20) is pressed against the inner side of the support groove (211) corresponding to the other side of the support (20), thereby fixing the support pipe (210) and the moving part (220) to the support (20).

And, the above fixed bolt (240) is divided into a head portion and a body portion having a screw line formed on the outer periphery, and after inserting the moving portion (220) into the opening (212) of the support tube portion (210), the support member (20) is fixed to the adjusting groove (221) of the moving portion (220) by the pressure bolt (230), and then the fixed bolt (240) performs the function of fixing the moving portion (220) to the support tube portion (210).

The lower part of the body of the fixed bolt (240) is protruded through the guide hole (222) of the moving part (220) through the joining hole (214) of the supporting part (210) and then the third nut part (241) is fastened to the lower part of the protruding body part to fix the supporting part (210) and the moving part (220).

In addition, a solar panel can be installed on the front of the support member (210) constituting the socket member (200) in addition to the LED solar cell (100), and a safety sign, etc. can be installed in addition to the solar panel, so the socket member (200) is not limited to a means of installing the LED solar cell (100).

In addition, if a solar panel is installed on the socket member (200), the following structure is included so that the LED solar cell (100) can be supported alone and installed on the support (20).

As shown in Fig. 7, the LED solar cell (100) is installed on the front side while being mounted on the front or back side of the support (20), and a support plate (310) formed with a width corresponding to the horizontal width of the support (20) so as to be placed on the front side of the support (20),

An elastic guide plate (320) that is connected to each end of the support plate (310) and protrudes toward the rear of the support plate (20) through the side of the support plate (20) and is bent inward so that the end presses the rear of the support plate (20), and is installed symmetrically on both sides of the support plate (310) and has elasticity in the left and right directions,

A reinforcing plate (330) that is positioned at the rear center or the upper and lower sides of the rear of the support plate (310) and is fixed to the rear of the support plate (310) and has a guide groove (332) formed horizontally toward the rear,

A fence (10) is provided, which further includes a lamp coupling member (300) comprising a fixture (340) including a bolt hole (331) formed in a reinforcing plate (330) corresponding to a second through-hole (311) penetrating the supporting plate (310) and arranged on one side of the upper or lower side of the supporting plate (310), a fastening bolt (341) that is screwed into the bolt hole (331) of the reinforcing plate (330) through the second through-hole (311) of the supporting plate (310), and a fixing plate (342) that is received in a guide groove (332) of the reinforcing plate (330) while the front center is fixedly connected to the end of the fastening bolt (341) that has passed through the bolt hole (331).

The above lamp coupling member (300) has a structure of a coupling relationship consisting of a support plate (310) located at the front or rear of a support member (20), an elastic guide plate (320) whose front end is fixed to both ends of the support plate (310) and whose rear end is in close contact with the rear or front of the support member (20), a reinforcing plate (330) that supports a fixing body (340) by screw-joining while the front end is attached or contacted with the rear of the support plate (310), and a fixing body (340) that pressurizes and fixes a support member (20) located between the rear end of the reinforcing plate (330) and the elastic guide plate (320) while combining the support plate (310) and the reinforcing plate (330) together.

The above support plate (310) is a saga plate type formed with a width corresponding to or larger than the horizontal width of the support (20), and is positioned on the front or rear of the support (20) and has an LED solar cell (100) installed on the front exposed to the outside.

And, the elastic guide plate (320) has one end connected to each end of the support plate (310), and the end protruding through the side of the support (20) toward the rear of the support (20) is bent inward so that the end presses the rear of the support (20). That is, for example, when the support plate (310) is positioned on the front of the support (20), the front end is connected to the end of the support plate (310), the rear end protrudes toward the rear of the rear of the support (20), and the protruding rear end is bent inward so that the end is positioned so as to be adjacent to or face the rear of the support (20).

The elastic guide plates (320) formed on both sides of the above support plate (310) are installed in a mutually symmetrical shape and have elasticity that allows them to open or close in the left and right directions.

And, the reinforcing plate (330) is arranged on the center of the rear surface or the upper and lower surfaces of the rear surface of the support plate (310), and is arranged in a fixed or contacted manner on the rear surface of the support plate (310), so that a guide groove (332) formed horizontally in the center of the rear surface of the reinforcing plate (330) is formed, and a bolt hole (331) having a screw thread formed on the inner surface is formed in the center of the guide groove (332), and a second through hole (311) is formed in the support plate (310) to correspond to the position of the bolt hole (331).

And, the above-mentioned fixed body (340) is composed of a fastening bolt (341) divided into a head and a body part having a screw line formed on the outer periphery, and a vertical plate-shaped fixed plate (342) connected to the end of the body part of the above-mentioned fastening bolt (341). The body part of the above-mentioned fastening bolt (341) is screw-connected to the bolt hole (331) of the reinforcing plate (330) through a second through-hole (311) penetrated through the support plate (310), and the fixed plate (342) connected to the end of the body part of the above-mentioned fastening bolt (341) is accommodated in the guide groove (332) of the reinforcing plate (330).

Accordingly, by rotating the above-mentioned fastening bolt (341), the fixed plate (342) accommodated in the guide groove (332) moves forward to press against the front of the support (20), and at the same time, the bent end of the rear end of the elastic guide plate (320) presses against the rear of the support (20), and at this time, the lamp coupling member (300) is fixed to the support (20).

After fixing the lamp coupling member (300) to the above-mentioned support member (20), the LED solar cell (100) is fixed to the front of the support plate (310) of the lamp coupling member (300).

In addition, a solar panel (not shown) that generates electricity by concentrating sunlight is installed on one side of the support (20) or guide bar (30), and the LED solar cell (100) equipped on the support (20) receives the electricity generated by the solar panel and irradiates light.

The power produced by the above solar panels can be supplied to LED lights installed on pillars (20), lights installed on the top of pillars, various sensors, smart devices, etc., so that they can perform functions such as boundary maintenance, fall prevention, nighttime landscape lighting, and safety guidance of roads, sidewalks, hiking trails, waterside paths, coastal walking paths, and perimeter paths, thereby continuously ensuring their safety.

The present specification and drawings have disclosed preferred embodiments of the present invention, and although specific terms have been used, they have been used only in a general sense to easily explain the technical contents of the present invention and to help understand the invention, and are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be implemented in addition to the embodiments disclosed herein.

Fence 10 Post 20 Joiner 21
Guide bar 30 2nd fastening hole 31 Guide tube 50
1st fastening hole 51 Insert hole 52 Top cap 60
Reinforcement tube 70 LED solar cell 100 Socket part 200
Supporting section 210 Supporting section 211 Opening 212
Blocking surface 213 Joining hole 2·14 First nut part 215
Moving part 220 Adjusting home part 221 Guide hole 222
Pressure bolt 230 2nd nut part 231 Fixed bolt 240
3rd nut part 241 lamp joint member 300 support plate 310
2nd hole 311 Elastic guide plate 320 Reinforcement plate 330
Bolt hole 331 Guide home 332 Fixture 340
Fastening bolt 341 Fixing plate 342

Claims (5)

In a fence with an LED solar cell attached, the fence comprises a support (20) that is fixed to the ground and installed vertically at a predetermined interval, a guide bar (30) that is installed spaced apart from each other by connecting the adjacent support (20), and an LED solar cell (100) that is installed at least one on the front or rear of the support (20) and has a solar panel mounted on one side.
The LED solar cell (100) is installed on the front side while being mounted on the front or back side of the above-mentioned support (20), and a support plate (310) formed with a width corresponding to the horizontal width of the support (20) so as to be placed on the front side of the above-mentioned support (20),
An elastic guide plate (320) that is connected to each end of the support plate (310) and protrudes toward the rear of the support plate (20) through the side of the support plate (20) and is bent inward so that the end presses the rear of the support plate (20), and is installed symmetrically on both sides of the support plate (310) and has elasticity in the left and right directions,
A reinforcing plate (330) positioned at the rear center or the upper and lower sides of the rear of the support plate (310) and having a guide groove (332) formed horizontally toward the rear by being fixed to the rear of the support plate (310), and
A fence with an LED solar cell attached, characterized in that it includes a lamp-joining member (300) comprising a fixture (340) including a bolt hole (331) formed in a reinforcing plate (330) corresponding to a second through-hole (311) formed through the supporting plate (310) and arranged on one side of the upper or lower side of the supporting plate (310), a fastening bolt (341) that is screwed into the bolt hole (331) of the reinforcing plate (330) through the second through-hole (311) of the supporting plate (310), and a fixing plate (342) that is received in a guide groove (332) of the reinforcing plate (330) while being fixed at the center of the front surface to the end of the fastening bolt (341) that has passed through the bolt hole (331). In the first paragraph,
A reinforcing tube (70) formed with a predetermined vertical length and inserted into the inside of the support (20) with the upper cap (60) covering the upper part of the support (20) connected to the center thereof,
A guide tube (50) is provided with both ends protruding to both sides of the support (20) while being connected to a connecting hole (21) that penetrates both sides of the support (20) to which the end of the above guide bar (30) is connected.
A reinforcing tube (70) is inserted into the inside of the support (20) through an insertion hole (52) that penetrates the upper and lower portions of the center of the guide tube (50) located inside the support (20).
A fence with an LED solar cell attached, characterized in that a guide bar (30) is inserted into a guide tube (50) protruding from both sides of the above-mentioned support (20), and a second fastening hole (31) is formed at the end of the guide bar (30) so as to correspond to a first fastening hole (51) formed vertically penetrating through each end of the above-mentioned protruding guide tube (50), thereby fixing the guide bar (30) to the guide tube (50) using a fastening means of a bolt and nut. In the second paragraph,
A fence with an LED solar cell attached, characterized in that it is fastened to the outer periphery of a support (20) where the guide tube (50) is located, and an upper and lower penetrating fastening hole corresponding to the cross-sectional area of the support (20) is formed so that the support (20) can be inserted, and a reinforcing band is further included in which a through hole corresponding to the diameter of the guide tube (50) is formed in the center of each side while passing through the guide tube (50). In the first paragraph,
A square bar-shaped support tube (210) formed with a predetermined horizontal length, in which an LED solar cell (100) or solar panel is installed on the front while being fitted onto the front or rear of the above-mentioned support member (20), and a support groove (211) that is opened upward and downward while being recessed inward from the center of the rear so as to be formed with a width greater than the horizontal width of the above-mentioned support member (20), one side of both sides forms an open opening (212) while the other side forms a closed blocking surface (213), and a first through-hole (213-1) is formed in the center of the blocking surface (213), and a first nut part (215) is fixed to the blocking surface (213) so as to be connected to the first through-hole (213-1) located on the outer surface of the blocking surface (213), and a connecting hole (214) that penetrates upward and downward is formed on one side of the upper surface where the support groove (211) is formed,
A moving part (220) formed with a predetermined horizontal length, which has an outer diameter corresponding to the inner diameter of the support part (210), is inserted into the opening (212) of the support part (210), and has an adjustment groove (221) that is opened up and down while being recessed inward from a part of the rear surface to be formed with a width corresponding to the horizontal width of the support groove (211), and has a guide hole (222) that penetrates up and down with a predetermined horizontal length formed on one side of the upper surface where the adjustment groove (221) is formed while corresponding to the position of the joining hole (214) of the support part (210),
A pressurizing bolt (230) that is screw-connected to the first nut portion (215) of the support portion (210) and enters the interior of the support portion (210) through the first hole (213-1) and pressurizes one side of the moving portion (220) inserted into the interior of the support portion (210), and then, before being screw-connected to the first nut portion (215) of the support portion (210), is screw-connected to the second nut portion (231) and then, the end that is screw-connected to the first nut portion (215) and then enters the interior of the support portion (210) pressurizes one side of the moving portion (220) and then rotates the second nut portion (231) to come into close contact with the first nut portion (215).
A fence with an LED solar cell attached, characterized in that it further includes a socket member (200) composed of a fixing bolt (240) that inserts a moving member (220) into an opening (212) of the above-mentioned supporting member (210), passes through a joining hole (214) of the supporting member (210) and a guide hole (222) of the moving member (220), protrudes to the lower surface of the supporting member (210), and then secures the supporting member (210) and the moving member (220) by fastening a third nut member (241). delete

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