KR102316596B1 - Street light device with pedestrian light using sunlight - Google Patents

Abstract

According to the present invention, a street light fixture that provides lighting to a road is lit by using an AC power applied from the outside, and a walking light fixture that is positioned lower than the street light fixture and provides lighting to a pedestrian path is produced by sunlight. It relates to a street light device equipped with a walking light using sunlight that can be turned on using electricity to improve energy efficiency, wherein a walking light device comprising a connecting member and an LED on one side of a post positioned lower than the street light fixture is provided. By configuring to improve the brightness of the pedestrian path, it is possible to ensure pedestrian safety at night, and to improve energy efficiency by configuring the control unit to turn on the walking light fixture using the power output through the controller, and A street light fixture that can consume more power than the power output through electricity produced through a solar panel according to other external factors such as weather by configuring the control unit to turn on using AC power applied from the outside. It relates to a street light device equipped with a walking light using sunlight that can be stably turned on.

Description

Street light device with pedestrian light using sunlight}

The present invention relates to a street light device equipped with a walking light using sunlight, and more particularly, a conventional street light device that provides lighting to a road is lit using an AC power applied from the outside, and lower than the street light device. A walking light fixture positioned at a location to provide lighting to a pedestrian path relates to a street light device equipped with a walking light using sunlight to improve energy efficiency by lighting it using electricity produced by sunlight.

In general, to prevent various safety accidents and crimes, including traffic accidents, by illuminating the darkness at night on roads, sidewalks, or around parks or residential complexes so that drivers, pedestrians, people or residents using the park can have sufficient visibility. Street lights are installed to

Such a street lamp includes a post installed vertically at a predetermined interval in a road, a park, or a residential complex, and a lamp installed horizontally from the upper end of the post, and a lamp that is controlled to turn on or turn off depending on whether a current is applied inside is installed. It consists of a housing and a transparent or bar-transparent cover installed on the lower surface of the housing, and the lamp installed inside the housing is normally controlled to turn on automatically at sunset and automatically turn off at sunrise.

On the other hand, in recent years, many street lamps using sunlight that convert sunlight into electric energy to store electricity and turn on a lamp using the stored electricity have been developed, and the structure is also varied and used.

First, looking at the prior art,

Registration No. 10-1599002 (Special) A post with one end fixed to the ground and extending in the height direction; a solar cell unit for converting sunlight into electrical energy by having a support sheet surrounding the support and a plurality of solar cells attached along an outer circumferential surface of the support sheet; a cover made of a transparent material that is wrapped and installed to protect the solar cell unit; and a joint fixed to the post and fixing both ends of the solar cell unit and the cover, extending in the height direction along the inner circumferential surface of the cover, and protruding in a semi-circular or semi-elliptical horizontal cross-sectional shape. The part is connected and installed, and the joint has a ring shape having a diameter larger than the diameter of the cover, and an insertion groove into which an end of the solar cell unit and an end of the cover are fitted is formed on the upper and lower surfaces, respectively. It is about street lights.

Looking at the prior art described above, it is mainly described to convert sunlight into electrical energy and store it in a capacitor, and then supply the stored power to turn on the lamp of the street lamp to achieve energy saving. , when the lamp of a street lamp, which has been lit by receiving external AC power, is turned on using only sunlight, the lamp of the street lamp is turned off when the capacity of the capacitor is exceeded, and there is a problem that various safety accidents may occur.

In addition, in the prior art, as the street lights installed on the side of the road were installed to irradiate the light toward the road, the brightness of the adjacent pedestrian path was relatively dark and it was difficult to secure walking safety at night. Many street lights are being developed, and their structures are also varied and used in various ways.

Looking at the prior art,

Registration No. 20-0368453 (Seal) To a street lamp consisting of a street lamp post in which an upper pole and a lower pole are integrally combined, a street light fixture connected to the upper end of the street lamp post, and a walking light fixture connected to the street light post at the bottom of the street light fixture In the case of installing a street light, the fixing groove of the street light fixture formed in the connection portion of the street light holder and the street light mechanism to easily adjust the horizontal (straight) maintenance of the street light mechanism and the walking light mechanism; And it relates to a street lamp for straight adjustment of a street light fixture and a walking light fixture, characterized in that it consists of a fixing groove for the walking light fixture formed in the connection portion of the street lamp holder and the walking light fixture.

Looking at the prior art described above, it has been described that the street light mechanism is provided at the lower part of the street lamp post connected to the top so that light can be irradiated not only on the road but also on the pedestrian road. There is a problem in that energy efficiency is lowered when simultaneously lighting the street lamp device and the walking lamp device by using the same.

The present invention has been devised to solve the problems of the prior art, and by configuring a walking light fixture composed of a connecting member and an LED on one side of a post at a lower position than a street light fixture to improve the brightness of the pedestrian path, pedestrian safety at night and to improve energy efficiency by configuring the control unit to turn on the walking light fixture using the power supplied through the controller, and the street light fixture is turned on using AC power applied from the outside. Pedestrian light using solar power to stably turn on the street light fixture that can consume more power than the power output through the electricity produced through the solar panel according to other external factors such as weather It has been completed as a technical task with an emphasis on providing this equipped street light device.

According to the present invention for achieving the above object, the post is installed on the ground; a solar panel configured on an upper side of the post to generate electricity by sunlight; a street lamp configured to extend from an upper side of the post and to provide lighting to the road; A walking light fixture comprising: a connecting member connected to one side of a post at a lower position than the street light fixture; a storage battery configured inside the post to store electrical energy of the solar panel; a controller supplying electrical energy produced by the solar panel to the storage battery or supplying electrical energy stored in the storage battery to the LED; Consists of; a control unit for controlling points and lights off of the street lamp and walking lamp, wherein the control unit is configured to turn on the street lamp using AC power applied from the outside, and using the power supplied through the controller Doedoe configured to light the walking light device, the street lamp device includes a fixing member configured to surround the outer periphery of the connecting member and spaced apart from one side of the LED, and connected to the lower portion of the fixing member, and the outside of the right end A body portion having a plurality of through-holes penetrating inward from the inside of the body portion, a plurality of lamps each configured between the through-holes to emit light, and the inside of the body portion so that pests can be sucked through the through-holes. A suction fan configured to be rotatable, and a pest suction unit configured on an external side of the body and connected to the control unit to set the operating time of the lamp and the suction fan. , the lamp and the suction fan are controlled by a control unit based on the setting of the timer, and the inside of the body portion has a receiving space and a partitioned receiving space for the suction fan, and rainwater inflow having a discharge hole formed at the bottom A part is formed, and a freshwater member configured to be connected to the upper part of the fixing member and configured to be able to receive rainwater, one end is configured to be connected to the inside of the freshwater member, and the other end is connected to the inside of the rainwater inlet. A pipe part configured so that the rainwater desalinated in the freshwater member moves to the rainwater inlet part, one end is connected to the inner lower end of the body part, and the other end is configured to face the lower part of the body part Solar power, characterized in that it includes a pest discharge part consisting of a discharge pipe configured to discharge the inhaled pests and rainwater discharged through the discharge hole, and the inner lower end of the body is inclined downward from the right to the left. An object is to be solved by providing a street light device equipped with a walking light using

According to the street light device equipped with a walking light using sunlight according to the present invention, it is possible to provide lighting using a walking light fixture on a pedestrian path lacking brightness only with the lighting of the street light fixture, thereby easily securing pedestrian safety at night. In addition to providing an eco-friendly street light with improved energy efficiency, it is possible to provide an eco-friendly street light with improved energy efficiency by allowing pedestrian light fixtures that consume less power compared to street lighting fixtures to be turned on only with the power output through the solar panel, storage battery and controller. is a useful invention that can stably turn on by using AC power applied from the outside to prevent various safety accidents that may occur when the street lamp is turned off in advance.

1 is a front view showing a preferred embodiment of the present invention;
2 is a front view showing another embodiment of the present invention;
3 is a partial front cross-sectional view showing another embodiment of the present invention;
4 is a side view showing another embodiment of the present invention;
5 is a state diagram showing another embodiment of the present invention;
6 is a state diagram showing another embodiment of the present invention;

According to the present invention, a street light fixture that provides lighting to a road is lit by using an AC power applied from the outside, and a walking light fixture that is positioned lower than the street light fixture and provides lighting to a pedestrian path is produced by sunlight. Provided is a street light device equipped with a walking light using sunlight that is turned on using electricity to improve energy efficiency.

Hereinafter, the preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 6 with reference to the accompanying drawings.

First, looking at the configuration with reference to FIG. 1 before explaining the present invention, the post 100 is installed on the ground; a solar panel 200 configured on an upper side of the post 100 to generate electricity by sunlight; a street light fixture 300 configured to extend from an upper side of the post 100 and provide lighting to the road; A connecting member 410 connected to one side of the post 100 at a lower position than the street lamp 300, and configured at the end of the connecting member 410, so as to provide lighting to the walking path A walking light fixture 400 consisting of an LED 420; a storage battery 500 configured inside the post 100 to store electrical energy of the solar panel 200; a controller 600 supplying electric energy produced by the solar panel 200 to the storage battery 500 or supplying electric energy stored in the storage battery 500 to the LED 420; and a control unit 700 for controlling points and lights off of the street lamp 300 and the walking lamp 400, and the control unit 700 controls the street lamp 300 using AC power applied from the outside It is configured to turn on, and is configured to turn on the walking light fixture 400 using power supplied through the controller 600 .

When the present invention configured as described above is described in more detail,

The post 100 is a configuration to be installed on the ground, and various shapes of the posts configured to be elongated upward from the conventional general ground may be applied and used.

Preferably, the solar panel 200 is configured on one side of the upper side of the post 100 to smoothly receive sunlight irradiated from the sun, and converts solar energy into electrical energy to produce electricity. Conventional general solar panels can be applied and used.

The street lamp 300 has a built-in lamp that emits light by electric power applied from the outside, and various conventional conventional street lamps may be applied and used.

In addition, the street light fixture 300 is configured to extend from one side of the upper portion of the post 100 so that it can be located on the upper portion of the road adjacent to the post (100).

The walking light fixture 400 includes a connecting member 410 connected to one side of the post 100 at a lower position than the street light fixture 300, and configured at the end of the connecting member 410, Consists of LEDs 420 that are configured to provide illumination.

Here, the walking light fixture 400 is located in the opposite direction to the direction in which the street light fixture 300 is extended with respect to the post 100 and is configured to be positioned on the upper part of the walking path adjacent to the road. Preferably, in the present invention, one side end of the connecting member 410 is one side of the right end of the post 100 as the street lamp 300 is configured to extend to the left with respect to the post 100 . It is connected to and is shown as being configured to be long to the right.

The storage battery 500 is configured inside the post 100 , and stores electrical energy of the solar panel 200 .

That is, the storage battery 500 can store electricity generated during the day through the solar panel 200 so that it can be used as power to turn on the walking light fixture 400 at night.

The controller 600 is configured to supply electrical energy produced by the solar panel 200 to the storage battery 500 or to supply electrical energy stored in the storage battery 500 to the LED 420 .

That is, the controller 600 includes a step-up/down converter that functions to supply the electrical energy produced by the solar panel 200 to the storage battery 500 and the electrical energy stored in the storage battery 500 to the LED. A step-up/down converter performing a function of supplying may be applied and used, respectively.

In addition, the controller 600 supplies electrical energy produced by the solar panel 200 to the capacitor 500 and supplies the electrical energy stored in the storage battery 500 to the LED 420 . A bidirectional bridge converter that performs

The control unit 700 is configured to turn on the street lamp 300 using AC power applied from the outside, and uses the power supplied through the controller 600 to light the walking lamp 400 . is composed of

That is, the control unit 700 is configured to be connected to the controller 600 so that the walking lamp 400 can be turned on with electricity stored in the storage battery 500 to improve energy efficiency, and the street lamp The mechanism 300 is to be turned on using AC power stably applied from the outside to prevent various safety accidents that may occur when the street lamp is turned off in advance.

Here, the control unit 700 uses the power supplied through the controller 600 to turn on the walking light fixture 400 when the street lamp 300 is turned on by AC power applied from the outside. It is preferably configured to turn off the walking light fixture 400 when the street light fixture 300 is turned off, which is a point, light off according to the time set by the street light fixture 300 in the control unit 700 . This is to enable the walking light fixture 400 to turn on and off at the same time to provide lighting to the road and the pedestrian path at the same time.

On the other hand, as shown in FIGS. 2 and 3 , in the street lamp device, a fixing member 810 that surrounds the outer periphery of the connection member 410 and is spaced apart from one side of the LED 420 , and the fixing member 810 ) is connected to the lower portion, and is configured between the body portion 820 in which a plurality of through-portions 823 penetrating from the outside to the inside are formed at the right end, and the through-portions 823, respectively, to emit light. A plurality of lamps 830, a suction fan 840 configured to be rotatable inside the body 820 so as to suck the pest b through the through-hole 823, and the body Pest inhalation unit 800 composed of a timer 850 configured to be configured on one external side of 820 and connected to the control unit 700 to set the operating times of the lamp 830 and the suction fan 840. ; is included, and the lamp 830 and the suction fan 840 are controlled by the controller 700 based on the setting of the timer 850 .

The fixing member 810 is a component configured to surround the outer periphery of the connecting member 410 and to be spaced apart from one side of the LED 420, so that the body portion 820 to be described below can be connected and configured. , serves to allow the fresh water member 910 to be connected to the upper part.

First, the body portion 820 is configured to be connected to the lower portion of the fixing member 810, and a plurality of through portions 823 penetrating from the outside to the inside are formed at the right end, which is the right side of the post 100. As the LED 420 is positioned on the right side of the fixing member 810 configured in the connecting member 410 connected to the end, the through portion 823 is formed at the right end of the body portion 820 . .

That is, as shown in FIG. 5 , when the suction fan 840 to be described below operates, the pest (b) that collects on the LED 420 in summer, etc. is sucked through the through part 823 and the body part 820. ) to be trapped inside.

The lamp 830 is a component configured to emit light by being respectively configured between the vents 823 , and the pests b that collect in the LED 420 are removed using the lamp 830 through the vents 830 . After being attracted to the 823 , it is to be easily collected using the suction fan 840 .

Here, the control unit 700 is configured such that the illuminance of the LED 420 can be adjusted to be lower than that of the lamp 830 while the lamp 830 and the suction fan 840 are operated by a timer. Preferably, this is to allow the pest (b) to be more adjacent to the lamp 830 having an illuminance higher than the illuminance of the LED 420 so that it can be easily collected using the suction fan 840. am.

The suction fan 840 is configured to be rotatable inside the body portion 820 so as to suck the pest (b) through the through portion 823 .

The timer 850 is configured on an external side of the body 820 and is connected to the control unit 700 to set the operating times of the lamp 830 and the suction fan 840 .

The lamp 830, the suction fan 840, and the timer 850 of the pest suction unit 800 may be operated by AC power applied from the outside, or may be operated by power supplied through the controller 600. As there is, it is not limited thereto.

In addition, the inside of the body portion 820 has a receiving space and a partitioned receiving space in which the suction fan 840 is configured, and a rainwater inlet 825 having a discharge hole 827 formed therein is formed.

Here, the other end of the pipe part 920 to be described below is connected to one side of the body part 820 in which the rainwater inlet part 825 is formed, and rainwater moving along the pipe part 920 is transferred to the rainwater inlet part 825. ), it is preferable that a through hole (820a) to be introduced into it is formed.

In addition, as shown in FIGS. 3 and 4 , the street lamp device includes a pest discharge unit 900 including a freshwater member 910 , a pipe unit 920 , and a discharge pipe unit 930 .

The freshwater member 910 is configured to be connected to the upper portion of the fixing member 810 so that rainwater can be freshened.

That is, the freshwater member 910 is formed in an open shape with an upper portion and is preferably configured to store rainwater therein, and is configured to be connected to one end of the pipe portion 920 to be described below on one side of the lower portion. It is preferable that a through hole 910a is formed in the freshwater member 910 to allow rainwater to be discharged and move through the pipe part 920 .

The pipe part 920 is configured to have one end connected to the inside of the freshwater member 910, and the other end to be connected to the inside of the rainwater inlet 825, so that rainwater that is freshened in the freshwater member 910 is configured. It is configured to move to the rainwater inlet (825).

The discharge pipe part 930 is configured such that one end is connected to the inner lower end of the body part 820 , and the other end is configured to face the lower part of the post 100 , so that it is inside the body part 820 . It is configured to discharge the rainwater discharged through the sucked pest (b) and the discharge hole (827).

That is, as shown in FIG. 6 , the discharge pipe part 930 allows the pests (b) and rainwater to be discharged along the discharge pipe part 930 so that the pests (b) are stacked inside the body part 820 . or to prevent rainwater from accumulating.

In addition, the pests (b) and rainwater discharged through the discharge pipe part 930 are discharged toward the lower part of the post 100 along the post 100 so as to be discharged to the pedestrian passing under the walking light fixture 400 . to prevent it from happening.

In addition, as shown in Figures 3, 4, 6, the inner lower end of the body portion 820 is formed to be inclined downwardly from right to left.

That is, when the pests sucked into the body part 820 are stacked on the body part 820 , the discharge pipe part 930 along the inner lower end of the body part 820 is inclined downward from right to left. ), and the water flowing into the rainwater inlet 825 and discharged through the discharge hole 827 is smoothly discharged along the inner lower end of the body portion 820 and at the same time as the inner lower end. to prevent it from accumulating in the

According to the street light device equipped with a walking light using sunlight according to the present invention, it is possible to provide lighting using a walking light fixture on a pedestrian path lacking brightness only with the lighting of the street light fixture, thereby easily securing pedestrian safety at night. In addition to providing an eco-friendly street light with improved energy efficiency, it is possible to provide an eco-friendly street light with improved energy efficiency by allowing pedestrian light fixtures that consume less power compared to street lighting fixtures to be turned on only with the power output through the solar panel, storage battery and controller. is a useful invention that can stably turn on by using AC power applied from the outside to prevent various safety accidents that may occur when the street lamp is turned off in advance.

100: holding
200: solar panel
300: street light fixture
400: walking light fixture
410: connecting member 420: LED
500: storage battery
600: controller
700: control unit
800: pest suction unit
810: fixing member
820: body 823: through part
825: rainwater inlet 827: discharge hole
830: lamp
840: suction fan
850 : timer
900: pest discharge unit
910: fresh water member 920: pipe part
930: discharge pipe part
b: pest

Claims (5)

Post (100) installed on the ground;
a solar panel 200 configured on an upper side of the post 100 to generate electricity by sunlight;
a street light fixture 300 configured to extend from an upper side of the post 100 and provide lighting to the road;
A connecting member 410 connected to one side of the post 100 at a lower position than the street lamp 300, and configured at the end of the connecting member 410, so as to provide lighting to the walking path A walking light fixture 400 consisting of an LED 420;
a storage battery 500 configured inside the post 100 to store electrical energy of the solar panel 200;
a controller 600 for supplying electrical energy produced by the solar panel 200 to the storage battery 500 or supplying electrical energy stored in the storage battery 500 to the LED 420;
A control unit 700 for controlling the points and lights of the street light fixture 300 and the walking light fixture 400;
The control unit 700 is configured to turn on the street lamp 300 by using AC power applied from the outside, and turns on the walking lamp 400 using the power supplied through the controller 600 . It is composed to
In the street light device,
A fixing member 810 surrounding the outer periphery of the connecting member 410 and configured to be spaced apart from one side of the LED 420, is connected to the lower portion of the fixing member 810, and penetrates from the outside to the inside at the right end A plurality of lamps 830 each configured between the body portion 820 in which a plurality of through-portions 823 are formed and the through-portion 823 to emit light, and through the through-portion 823 are formed. A suction fan 840 configured to be rotatable inside the body part 820 so as to suck the pest (b), and the control part 700 and configured on one side of the outside of the body part 820 A pest suction unit 800 consisting of a timer 850 that is connected to set the operating time of the lamp 830 and the suction fan 840;
The lamp 830 and the suction fan 840 are controlled by the control unit 700 based on the setting of the timer 850,
The inside of the body portion 820 has a receiving space and a partitioned receiving space in which the suction fan 840 is configured, and a rainwater inlet 825 having a discharge hole 827 formed therein is formed,
A freshwater member 910 configured to be connected to the upper portion of the fixing member 810 and configured to receive rainwater, one end is connected to the inside of the freshwater member 910, and the other end is configured to be filled with the rainwater. A pipe part 920 configured to be connected with the inside of the inlet 825 and configured to move rainwater freshwater into the freshwater member 910 to the rainwater inlet 825, and one end of the body part 820. It is configured to be connected to the inner lower end, and the other end is configured to face the lower part of the post 100 so that the pest (b) sucked into the body part 820 and rainwater discharged through the discharge hole 827 are removed. A pest discharging unit 900 composed of a discharging pipe unit 930 configured to discharge is included and configured,
A street light device provided with a walking light using sunlight, characterized in that the inner lower end of the body portion 820 is inclined downward from right to left.
The method of claim 1,
The controller 700 is configured to turn on the walking light fixture 400 using the power supplied through the controller 600 when the street lamp 300 is turned on by AC power applied from the outside, and ,
A street light device equipped with a walking light using sunlight, characterized in that it is configured to turn off the walking light fixture 400 when the street light fixture 300 is turned off.
delete delete delete

Images