KR20190027093A - LED securitylight assembly using solar module intergrated with controll box - Google Patents

Abstract

The present invention relates to an LED security lamp assembly integrated with a solar light module and a control box. The LED security lamp assembly comprises: a power production kit (100) comprising a solar light module (102) installed on an upper end of a light pole to generate power by receiving sunlight and a control box (150) including a battery (157) for storing electricity produced by the solar light module (102) and a charge/discharge controller (170); and an LED lighting kit (160) including an LED module (161) for receiving electricity from the power production kit (100) and providing lighting toward the ground and a pedestrian traffic detection sensor (167) provided on one side of a housing (162) combined with the LED module to detect a pedestrian passing around the light pole. The power production kit (100) and the LED lighting kit (160) are conveniently assembled to fixing brackets (140, 165) individually fixed by a steel band (110) to the outer circumferential surface of the light pole (P) through fastening means (136, 144, 163, 164, 166) having a separable structure. A plurality of bird settling prevention pins (105) having a predetermined length for preventing a bird from settling on an upper surface of a rim of the solar light module (102) are provided.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an LED security light assembly including a solar module integrated with a control box,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an LED security assembly including a solar module and a control box, and more particularly, The present invention relates to an LED security assembly including a solar cell module and a control box integrally combined with each other and configured to enable efficient use of the battery through lighting by the presence or absence of a pedestrian.

Street lights, security, etc., which are generally used, are used for commercial power provided by KEPCO.

Of course, since such a light is turned on at night, there is no problem in avoiding the maximum power demand time zone. However, as the demand for industrial electric power increases, the electric power production can not meet the demand.

However, since most of the conventional power generation uses electric power produced by thermal power plants, there is an increasing interest in the development and production of alternative energy for replacing thermal power plants due to environmental pollution, especially deterioration of air quality.

Solar power generation, which is the most actively developed alternative energy, is the most environmentally friendly method because it produces power using infinite solar energy. In the field of street lamp, security, Has been developed and used gradually.

The lighting using solar light does not require much electric power supply facilities and materials as in the past, and since the construction period is short, it can be installed in various places where electric supply is difficult in the past, and the use thereof is gradually increasing.

In particular, lighting using photovoltaic power generation offers many advantages in the field of security, security, etc., where independent management is performed rather than street lamps that are managed on a large scale basis.

Some examples of conventional street lights, security lights, and crime prevention devices installed using solar light are disclosed in "Hybrid Tracking Solar Street Light" of Utility Model Registration No. 20-373968 (registered on Dec. 12, 2005) There is a bar.

As shown in FIG. 1, the hybrid tracking type solar streetlight is constructed to be capable of blinking a street light by using electric power produced by using alternative energy, such as a hybrid street light using wind power and solar light.

In this conventional streetlight system, the wind power generator 10 and the solar generator 20 are located at the top of the electric pole P, The battery and the control box 40 for supplying and controlling the produced electric power are provided on the lower side of the electric pole P.

In such a conventional street light system, the battery and the control box 40, which are fixedly mounted on the pole P, are installed close to the ground or the ground, and are greatly affected by various external weather environments (rainfall, snowfall, However, there was a need to pay attention to safety management of facilities.

In addition, it is convenient in terms of maintenance of the battery or the control box 40 after the streetlight is installed, but it is an obstacle for ground passage, and the beauty of the electric pole P is lowered.

2 shows an embodiment in which a separate control box is installed at an upper end of a pole to prevent various safety accidents and the like that may occur due to the control box being installed at the lower end of the pole P. [

2, when a separate control box 40 is installed on the upper end of the electric pole P, the electric power cable is passed through the electric pole P to connect the solar module 20, the wind power generator 10, Therefore, the construction process is inconvenient and complicated, and this also has a disadvantage that the beauty of the poles is not beautiful.

In order to solve the disadvantage that the control box is fixedly installed on the outer circumferential surface of the pole, a control box is embedded in the pole to prevent the control box from appearing outside. The construction of the landfill had problems in construction and difficulty in repairs.

Therefore, in order to solve the problems of the conventional streetlight system, there has been found a solar cell module (solar cell) for collecting sunlight and a streetlight system having a structure in which a battery and an LED lamp are integrated.

3, the housing 50 includes a housing 50 having an inner space, a solar module 20 integrally provided on the upper side of the housing 50, , An accumulator disposed in the inner space of the housing part (50), and an LED lamp part (60) provided on the lower side of the opening of the housing part (50) and emitting power by receiving power from the accumulator in a downward direction And is electrically connected to the photovoltaic module 20, the LED lamp unit 60, and the storage battery in the housing unit 50 to control charging of the storage battery, And a control board unit for controlling the LEDs of the LEDs of the LEDs.

However, LED lighting lamps for supporting the foundations have a disadvantage in that it is difficult to perform post-maintenance and maintenance, although it is possible to provide an advantage of providing convenience of installation by integrating various components into one.

That is, the control board portion is located inside the housing portion 50, and the solar module and the LED lamp portion are assembled to the outside of the housing portion 50, so that it is troublesome to separate all the external structures when the internal components fail, There is a problem in that it is required to be installed in a substructure that can simultaneously satisfy the light distribution of the solar module and the LED lamp installed on the upper portion of the sub-housing.

On the other hand, in the case of security lamps using self-produced electric power using conventional solar modules, it is often installed in a park where a lot of trees are planted. Such a park area may provide a shelter where wild birds live or rest Frequent wild birds are frequent.

When these wild birds enter and exit, it is often the case that birds sit on top of a solar module installed at a certain height from the ground in order to receive sunlight, and excretion excreted when birds are sitting on a solar module The surface of the photovoltaic module falls down on the surface of the photovoltaic module, thereby deteriorating the efficiency of photovoltaic power generation and deteriorating the power generation efficiency. As a result, the manager can prevent the excretion of algae attached to the surface of the photovoltaic module There was a difficulty to clean.

- Registered utility model No. 20-373968 (Registered on January 12, 2005, Name of design: Hybrid tracked solar street lamp) - Open Utility Model No. 20-2010-3702 (Date: Apr. 4, 2010, Name of design: LED lighting for foundation equipment with integrated solar cell) - Patent Registration No. 10-787389 (Registered on December 13, 2007, title of invention: hybrid street lamp) - Published Japanese Patent Application No. 10-201-128440 (Publication date: 2010.12.08, title of invention: security streetlight)

Disclosure of the Invention The present invention has been made in order to overcome the disadvantages of the conventional security lamps described above, and it is an object of the present invention to prevent the solar cell generation efficiency from being lowered due to contamination of the surface of the solar cell due to algae, And it is an object of the present invention to provide an LED security lamp which is integrally provided with a solar module and a control box which can improve the assemblability of the security lamp, the improvement of the field installability and the convenience of the post maintenance.

In particular, the present invention is configured such that the opening / closing door is formed as a transparent window so that the main components can be easily visually recognized from outside by the control box, so that the operation state and failure of the main internal structure can be easily checked outside the control box, In addition, when the manager accesses the vicinity of the lap with the security lamp, the main management items or failure of the security lap is configured to be automatically transmitted to the app installed in the manager portable communication device. Therefore, The present invention is also directed to an LED security lamp having a solar module and a control box integrally provided to allow easy confirmation of an operation state or failure of the LED module.

According to an aspect of the present invention, there is provided an LED security light assembly including a solar module and a control box integrally formed thereon, the solar module including a solar module mounted on a top of a lamp to receive solar light to generate electric power, A battery for storing electricity produced by the solar module, and a control box including a charge / discharge controller; An LED module provided with a pedestrian passage detecting sensor provided at one side of a housing to which an LED module is coupled to detect a pedestrian passing near a lighthouse, The power supply kit and the LED lighting kit are constructed such that the power generating kit and the LED lighting kit are easily assembled through fastening means having detachable structure to a fixed bracket fixed to the outer circumferential surface of the case by a steel band, respectively And a plurality of algae receiving prevention pins having a predetermined length for preventing the algae from being seated on the upper surface of the rim of the solar module.

Particularly, on the back of the solar module of the power generating kit, at least one fixed support for assembling the solar module is coupled, and a fixed support coupled to the solar module is detachably coupled to a fixed bracket fixed to the platform, And a control box is attached to the auxiliary connection block, and the control box is installed in the control box. The control box is mounted on the bottom surface of the fixed box, The door is assembled to be opened downward.

In addition, the charge / discharge controller provided inside the control box includes a charge indicator for indicating whether or not electricity generated by the solar module is charged in the battery, A load power supply indicator for indicating whether electricity is being supplied to the LED lighting kit from the battery, and a battery charging status indicator for indicating whether the LED lighting kit is powered by the set program And a microcomputer having a dimming control program for automatically controlling illumination of the LED lighting kit according to a signal of the pedestrian traffic detection sensor.

In addition, the charging / discharging controller or the control box is provided with a sensing unit which is provided in each of a power input terminal on the side of the solar module, a power input / output terminal on the battery side, and an output terminal to which power is supplied to the load side, A malfunction determination unit for determining whether or not each system side fails based on the signal obtained by the sensing unit and transmitting the result to the microcomputer; and a failure information receiving unit for receiving the malfunction information from the microcomputer, And a communication unit for transmitting the notified fault signal through a communication network.

The fixing arm may include a plate-like fixing part fixed to a fixing bracket coupled to a case by a fastening means provided therein, and a pair of cradles protruding a predetermined length from the outer side of the fixing part on both sides of the fixing part, A gap holding part having one end connected to the fixing part so as to maintain the upper part perpendicular to the vertical center axis of the rim and the other end protruding outside by a predetermined length and having a round curved part formed at the lower part thereof, And a downward tilting base portion having a fixed support that is inclined downward at a predetermined angle from the end of the solar module and coupled to a bottom surface of the solar module, and a sub connector coupled with the control box.

The LED security light assembly having the solar light module and the control box integrally provided according to the present invention having the above-described structure includes a control box for controlling the charge / discharge control of the battery and the lighting of the security lamp on the back surface of the solar module It is possible to improve the assemblability and workability of the field installation by improving the appearance and appearance of the backlash after the installation by simplifying the structure and structure of the assembly such as the security which is integrally combined and installed in the backlit.

In addition, since the LED security light assembly according to the present invention has the entire structure at the upper end of the sprue, it is possible to improve the electric safety compared to the conventional security lamp and the sprue that the control box and the battery are provided at the lower sprue.

In addition, in the present invention, the bird's seat anti-fusing pin is provided at the upper edge of the solar module that generates electricity to prevent the bird from sinking on the solar module, so that the excretion of the bird is not deposited on the surface of the solar module Thereby providing a useful effect of preventing the reduction of the electricity production efficiency and the shortening of the service life of the product.

In addition, the control box applied to the present invention is configured such that a transparent type opening / closing door is provided and is opened downward toward the ground, and the opening / closing door is composed of a transparent window, It is possible to remove the box or to open the door to open and close the inside of the door, thereby eliminating the inconvenience of checking and inspecting the inside of the door.

In addition, since the LED lighting kit and the electric power generating kit are easily assembled to the fixing bracket fixed primarily in the backrest by the detachable fastening means, the installation work and the construction work of the security lamp are facilitated, .

Figures 1 through 3 illustrate some embodiments of conventional security and the like,
FIG. 4 is an exploded view of the entire configuration of an LED security light assembly including a solar module and a control box according to the present invention,
5 to 7 are views showing an assembly state in which an LED security light assembly according to the present invention is installed in a case,
8 is an exaggerated state of the fixed arm and the fixed bracket of the power generation kit,
9 and 10 are a disassembled and assembled state of the LED lighting kit and the fixed bracket,
Fig. 11 and Fig. 12 are the engagement states of the fastening means according to AA and BB in Fig. 10,
13 is an internal configuration diagram of a control box applied to an LED security light assembly according to the present invention,
14 is a block diagram of the charge / discharge controller provided in the control box.

An LED security light assembly (hereinafter, abbreviated as "security light assembly") in which a solar module and a control box according to the present invention are integrally provided, illuminates a security light by using electricity produced through solar power generation Thereby enabling safe passage of nighttime pedestrians. The device comprises two main components.

That is, one of the two major configurations is a power generation kit for producing electricity through a solar module, and the other is an LED lighting kit for receiving illumination produced by the power generation kit.

The power generating kit and the LED lighting kit are installed together in the same lamp, and each kit is structured to be fixed to the outer peripheral surface of the lamp by a steel band made of a metal material.

The power generating kit includes a solar module having a plurality of solar cells having a predetermined size for receiving sunlight to generate electricity, a fixed arm for supporting and fixing the solar module, And the control box fixed to the arm is integrally assembled. The fixed arm, to which the solar module and the control box are coupled, is fixed to the fixed bracket independently of the spindle, .

The LED lighting kit may further include an LED module including a plurality of LEDs, a housing surrounding the LED module, and a fixing unit provided at one side of the housing to be easily assembled to a fixing bracket fixed to the case, .

Hereinafter, a specific embodiment of a security light assembly according to the present invention will be described in detail with reference to the drawings attached hereto.

5 through 7 illustrate an assembled state in which the security light assembly 200 according to the present invention is installed on the ridge P, FIG. 4 illustrates a separated state of the entire configuration of the security light assembly 200 according to the present invention, Respectively.

4, the security light assembly 200 according to the present invention includes a power generation kit 100 installed on one side of a ridge P, and a power supply unit 100 on the other side of the power generation kit 100, And an LED lighting kit 160 fixed to the pillar P to provide illumination toward the ground.

First, the configuration of the power generating kit 100, which is the first essential part, will be described.

The power generating kit 100 is a device for receiving sunlight to produce, store, and supply electricity. The power generating kit 100 includes a solar module 102 having a predetermined size, in which a plurality of solar cells are assembled, And a fixed support 120 coupled to the solar module 102 is mounted on the upper surface of the fixed arm 130. The fixed support 120 is coupled to the bottom surface of the fixed arm 130 to couple the solar module 102 to the fixed arm 130, And a control box 150 provided at both of the cradles 132 of the cradle 130 and disposed at a lower portion of the cradle 130. The control box 150 includes a pair of cradles 132 spaced apart from each other, And an auxiliary connecting rod 135 which is assembled.

That is, the solar module 102 to which the fixed support 120 is coupled is assembled to the upper portion of the fixed arm 130 provided with the pair of cradles 132, and the solar modules 102 are assembled on both the cradles The control box 150 is assembled into a box-shaped enclosure at the bottom of the solar module between the solar modules 102 and 132. The fixed arm 130, in which the solar module 102 and the control box 150 are integrally assembled, And is fastened to the fixing bracket 140 fixed by the steel band 110 to the shoulder P via the fixing part 131 provided on the fixing bracket 131 by the fastening means 136 and 144.

One or more fixed supports 120 coupled to the bottom surface of the solar module 102 are coupled to the solar module 102 in the width direction of the solar module 102 and are coupled to the upper surface of the holder 132 of the pair of fixed arms 130 And fixed.

On the other hand, a plurality of rod-like bird seat preventing fins 105 protruding upward at a predetermined height are provided at a predetermined interval at the rim of the solar module 102, so that various kinds of algae sink on the top surface of the solar module 102 .

The bird's seat preventive pin 105 is formed with a cushioning portion 107 in the form of a cylindrical coil spring at its lower end so that a rod-shaped body having a predetermined length can be easily shaken by an external force (wind) A bird's eye damage prevention cap 106 is provided to prevent bird from being damaged by a sharp tip portion and a fixing clip 108 or a fixing clip 108 which is easily detachably attached to a rim of the solar module at the lower end of the buffer portion 107 And a fixing member.

The bird seat preventing pin 105 configured as described above is installed at a predetermined interval on the edge of the solar module 102 and is prevented from sinking to the upper surface of the solar module while being swung by the wind, So that the surface of the module is prevented from being corroded or contaminated and the photovoltaic power generation efficiency is prevented from being lowered.

The LED lighting kit 160 fixed to the pillar P separately from the power generating kit 100 includes an LED module 161 assembled with a plurality of LED elements, A fixing part 163 formed at one side of the housing 162 and a fixing part 163 fixed to the outer circumferential surface of the case 162 so as to fix the LED lighting kit to the case with the fixing part 163. [ And a fixed bracket 165 fixedly installed on the band 110.

A circular steel band 110 is fixed to the fixed brackets 140 and 165 through which the power generating kit 100 is assembled and the LED lighting kit 160 are fixed to the fixed brackets 140 and 165, A plurality of band fixing parts 141 and 168 are formed vertically so that a plurality of steel bands 110 can be fitted and fixed to the spine.

5 and 6 show a state in which the power generating kit 100 and the LED lighting kit 160 constructed as described above are assembled together in the pillar P and the power generating kit 100 of the control box 150 installed at the bottom of the fixed arm 130 are opened.

As shown in the figure, a box-shaped control box 150 is installed between both of the cradles 132 of the fixed arm 130 fixed to the pillar P, and the control box 150 blocks the inside thereof from the outside Closing door 152 is provided for maintenance and management of the inside thereof, and when the opening / closing door 152 is fixed to the fixed arm 130, the opening / closing door 152 is positioned downward (in the direction of the paper) So that the control box 150 is not separated from the fixed arm 130 or the spindle P at the time of periodical inspection or repairing of the internal components, And is configured to be replaceable.

7, a pedestrian passage detection sensor (not shown) configured to recognize a passenger passing through the sidewalk by using any one of infrared rays, laser beams, and ultrasonic waves is provided on one side of the housing 162 of the LED lighting kit 160. [ The pedestrian passage sensor 167 is provided to detect a pedestrian passing within a predetermined distance around the pillar P so as to light the security lamp so as to prevent waste of the battery. The sensing signal is transmitted to the control box 150 and the LED module 161 is turned on through the control of the microcomputer provided in the control box 150. [

8 shows a configuration of a fixed arm 130 to which the power generating kit 100 is fixed and a fixed bracket 140 to which the fixed arm 130 is fixed.

The fixing arm 130 is configured to be fixed to the fixing unit 131 by predetermined fixing means 136 and 144 while being in contact with the outer surface of the fixing bracket 140 separately fixed to the shoulder, And a pair of cradles 132 having the same shape on both sides are protruded by a predetermined length from the fixing portion 131 to have a cantilever structure.

As shown in the figure, the cradle 132 has a shape that is bent at a predetermined slope between a medial portion near the fixing portion 131 and an outer portion far from the fixing portion 131.

That is, the inner end of the holder 132 connected to the fixing part 131 maintains the upper end thereof at a right angle to the vertical center axis of the spigot while maintaining the horizontal position with respect to the ground, A downward tilting portion 134 is formed to have a predetermined length at the end of the gap holding portion 133 and the solar module 102 is coupled to the sloped upper surface.

Accordingly, the solar module is fixed to the upper surface of the downward tilting portion 134 of the cradle 132, and the space holding portion 133 is fixedly installed on the upper surface of the downward tilting portion 134 It is possible to fix the solar module at a position where the light efficiency of the solar light is good while improving the installation convenience of the solar module by keeping a constant gap between the solar module and the solar module.

A plurality of fastening holes 137 are formed in the downward tilted base portion 134 so that the fastening support 120 is seated on the upper surface thereof and fixed by the fastening means. Inside the downward tilted base portion 134, 150 to be coupled to the bottom surface of the main body 100. As shown in FIG.

The fixing part 131 provided at one end of the fixed arm 130 where the both of the cradles 132 meet is coupled with a coupling part 144 provided on the outer surface of the fixing bracket 140, (136) are provided so as to be easily assembled to each other.

That is, the fixed portion 131 of the fixed arm 130 is formed to have a size facing the outer surface of the fixed bracket 140 fixed to the shoulder, and the fixed bracket 140 facing each other, The female type fastening means 136 and the male type fastening means 144 are respectively formed on the one side surface in a mutually corresponding structure or shape so that the power generating kit can be easily installed on the back side by fitting the female type fastening means.

Particularly, among the male and female fastening means 136 and 144 provided in the fixed bracket 140 and the fixed portion 131, the female fastener 136 has a small through-hole 136b and a small- ) Penetrating portion 136a is formed in a continuous shape and the head portion 144a of the male type fastening means 144 is fitted into the large penetrating portion 136a having a large diameter at the lower end side, The fixing arm 130 having a downward load acting on the locking portion 144b formed on the inner side of the head portion 1440a of the male type fastening means 144 is engaged with the male fastening portion 140b of the fixing bracket 140 144 are maintained in a firmly fixed state.

The shoulder contacting portion 142 formed on the inner circumferential surface of the fixing bracket 140 fixed by the steel band on the shoulder is formed in a concave shape so as to be in intimate contact with the outer circumference of the shoulder, And a plurality of fixing portions 141 are formed on the left and right sides of the loudspeaker contacting portion 142.

9 to 12 show fixing means of the LED lighting kit 160 and its fixing structure.

9 and 10 show the assembling relationship of the fixed bracket 165 fixed to the spindle and the fixed portion 163 fixed to the fixed bracket 165. Figures 11 and 12 show the assembling relationship of the fixed bracket 165 165 and fastening means 164, 166 provided on the fixing portion 163 on the housing 162 side.

9 and 10, the fixing bracket 165 for fixing the LED lighting kit 160 to the case is also formed with a plurality of band fixing parts 168 on the left and right upper and lower sides in the inner side in contact with the case The fixing bracket 165 and the fixing portion 163 formed to have a constant inclination at the distal end of the housing 162 are formed to have a shape or structure corresponding to each other The fastening means 164 and 166) are formed at mutually corresponding positions.

In the embodiment shown in the drawing, a through hole 164b having a predetermined size is formed at the center of the fixing portion 163, and at the center of the fixing bracket 165 at a position corresponding to the through hole 164b, The fixing portion 164a is protruded and fixed so that the fixing portion 164 is inserted into the through hole 164b while the fixing portion 163 contacts the fixing bracket 165. [

The fixing bracket 165 is provided with an insertion hole 166a protruding outwardly at both sides of the fixing portion 163 for a predetermined length so that the insertion hole 166a can be seated on the fixing bracket 165, And a latching protrusion 166b of the latching protrusion 166b.

Thus, the fixed bracket 165 coupled to the rim and the fixed portion 163 of the housing 162 provided with the LED module 161 are prevented from being vertically and horizontally prevented from flowing through the male and female coupling means 164, So that the assembly and disassembly thereof can be conveniently carried out by means of the fastening means 164, 166.

13 shows a control box 150 fixed in a reverse direction to an auxiliary connecting block provided at a lower portion of the solar module.

As shown in the figure, the control box 150 includes a battery 157 capable of storing electricity generated by the solar module, a battery charger 157 for controlling the charging / discharging of the battery 157, And the discharge controller 170 is built in and is opened / closed by the opening / closing door 152.

Power is supplied to one side of the control box 150 from the battery 157 side through the power input terminal 155 to which the power produced by the solar module is input and to the LED lighting kit side through the control of the charging and discharging controller 170 And a power output terminal 156 is connected.

The charging and discharging controller 170 is provided with a charging indicator 171 for indicating whether or not electricity generated by the solar module is charged in the battery and a charging indicator 171 for indicating whether or not the battery 157 is charged, A battery charging status indicator 172 for displaying the batteries in LEDs of different colors, and a load power supply indicator (not shown) for indicating whether electricity is being supplied from the battery 157 to the LED lighting kit 173 are provided.

Accordingly, the manager opens the opening / closing door 152 of the control box 150 and visually confirms the plurality of indicator lights, so that it is possible to easily confirm whether or not the functions of each configuration are normally operated.

A transparent window 154 may be formed in the opening and closing door 152 of the control box 150 so that the indicator lamp provided inside the control box 150 can be easily grasped from the outside by the naked eye even when the opening and closing door 152 is not opened. So that it is possible to easily determine whether or not each system is normally operated.

14, a predetermined microcomputer 175 is provided in the charge / discharge controller 170. The microcomputer 175 is provided with a light source for automatically controlling power supplied to the microcomputer 175 through an LED lighting kit, A control program 177a and a dimming control program 177b for automatically adjusting the brightness of the LED lighting kit in accordance with the signals of the pedestrian traffic detection sensor 167 and the central processing unit 176 and the memory unit 177 .

In addition, the charging and discharging controller 170 is provided with a sensing unit 185 provided in the input / output terminals on the solar module side, the battery side input / output terminals, and the load side input / output terminals, respectively, And a malfunction discrimination unit 180 for discriminating the failure of each system based on the signals measured by the sensing unit 185 and sending a signal to the microcomputer 175.

When a failure is detected by the failure determination unit 180, the signal is transmitted to the microcomputer 175 and stored in the memory unit 177. The failure signal stored in the memory unit is transmitted to the management server And is automatically transferred to the communication device 195 through the communication network 192 to facilitate post-maintenance and management.

On the other hand, when the manager approaches the vicinity of the circumstance to check the status of the security, etc., the pairing state is maintained between the portable communication device of the manager in which the security light management app (App) is installed and the charge / discharge controller, The fault content is transmitted immediately so that the administrator can take necessary follow-up measures.

The wireless communication state of the manager is automatically maintained with the manager's portable communication device (mobile phone) by detecting the manager's approach in the security and the like is that the wireless communication chip installed in each device communicates with each other through identification And it can be simply constructed using a commonly known IoT technology such as Bluetooth, Wi-Fi, NFC, and beacon, and thus a detailed description thereof will be omitted.

100: power generating kit 102: solar module
105: bird seat prevention pin 106: bird damage prevention cap
107: buffer portion 108: retaining clip
110: steel band 120: fixed support
130: Fixed arm
131: stationary unit 132: cradle
133: space maintaining part 134:
135: auxiliary linkage 136: fastening means
136a: Large penetration part 136b: Small penetration part
137: fastening hole 140: fixed bracket
141: band fixing portion 142:
143: fixed arm connecting portion 144: fastening means
150: control box
152: opening / closing door 154: transparent window
155: Power input terminal 156: Power output terminal
157: Battery
160: LED lighting kit
161: LED module 162: housing
163: Fixing portion 164, 166:
164a, 166a: an insertion hole 164b: a through hole
166b: latch jaw 165: fixed bracket
167: pedestrian passage detection sensor 168: band fixing section
170: charge / discharge controller
171: Charging indicator 172: Charging indicator
173: Load power supply indicator 175: Microcomputer
176: central processing unit 177: memory unit
177a: Lighting control program 177b: Dimming control program
180: Fixed discrimination unit 185: Current / resistance sensor
190: communication unit 192:
195: Management Server
200: LED security light
P:

Claims (5)

A solar battery module 102 installed at the top of a lamp to receive solar light to generate electric power, a battery 157 for storing electricity produced by the solar battery module 102, and a charge / A power generation kit (100) having a control box (150) including a power supply (170); An LED module 161 which receives electricity from the power generating kit 100 to provide illumination toward the ground and a housing 162 which is connected to the LED module for sensing a pedestrian passing near the backlight And an LED lighting kit 160 equipped with a pedestrian passage detecting sensor 167. In the LED security light using photovoltaic power generation,
The power generating kit 100 and the LED lighting kit 160 can be assembled and assembled easily through detachable fastening means 136, 144, 163, 164, 166 to the fixed brackets 140, 165 fixed to the outer circumferential surface of the rim P by the steel band 110, Respectively,
Wherein a plurality of algae mount prevention pins (105) having a predetermined length for preventing the arrival of algae are provided at regular intervals on the upper surface of the rim of the solar module (102). Included LED security security assembly. The method according to claim 1,
One or more fixed supports 120 for mounting solar modules are coupled to the back surface of the solar module 102 of the power generating kit 100,
The fixed support 120 coupled to the solar module is detachably coupled to the fixed bracket 140 fixed to the pillar P and is mounted on the upper surface 132 of the mount 132 of the fixed arm 130, Respectively,
An auxiliary link 135 for mounting the control box 150 is provided on the bottom of the cradle 132,
The control box 150 is coupled to the auxiliary connecting rod 135 and the opening and closing door 152 provided in the control box 150 is assembled to be opened downward. An assembly such as an LED security light integrally provided with a box. 3. The method of claim 2,
In the charge / discharge controller 170 provided in the control box 150,
A charging indicator lamp 171 for indicating whether or not the electricity generated by the solar module 102 is charged in the battery 157,
A battery charging status indicator 172 which is divided into three levels of buffering, normal charging, and charging charging according to the charged state of the battery 157 and indicated by LEDs of different colors,
A load power supply indicator lamp 173 for indicating whether electricity is being supplied from the battery 157 to the LED lighting kit 160,
A lighting control program 177a for automatically controlling the LED lighting kit 160 by a set program and a dimming control program 177b for automatically adjusting the lighting of the LED lighting kit in accordance with the signal of the pedestrian passage detection sensor 167, And a microcomputer (175) having a built-in microcomputer (175) built in the microcomputer (175). The method of claim 3,
In the charge / discharge controller 170 or the control box 150,
A sensing unit 185 provided at a power input terminal of the solar module 102, a power input / output terminal of the battery 157, and an output terminal of the load,
A malfunction discrimination unit 180 for judging whether or not each system side is faulty based on the signal obtained by the sensing unit 185 and transmitting the result to the microcomputer 175,
The malfunction information received by the microcomputer 175 further includes a communication unit 190 that is stored in the memory unit 177 and transmits a failure signal notified to the registered administrator or the management server through a communication network And the control box is integrally provided with the solar module. 3. The method of claim 2,
The fixed arm (130)
A plate-like fixing part 131 fixed to a fixing bracket 140 coupled to a rim by a self-contained fastening means, and a pair of cradles (not shown) protruding from both sides of the fixing part 131 132,
The cradle 132 has one end connected to the fixing portion 131 and the other end protruding a predetermined length outward so as to maintain the upper portion perpendicular to the vertical center axis of the case, (135) having a control box coupled to a fixed support (120) that is inclined downward at a predetermined angle from a distal end of the gap holding part (133) to be coupled to a bottom surface of the solar module And a tilting portion (134) formed on the inner surface of the control box.

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