KR20160019240A - Sun for our lamp(soul) - Google Patents

Abstract

The present invention relates to a plastic bottle lamp for day and night using a solar panel. For this, a waste plastic bottle and a waste mobile phone lithium battery are used. A solar cell module and a charge controller are connected to each other and then connected to a charging battery to be charged. A switch is installed to the battery to be used when the electricity is needed. The solar cell module has the maximum voltage of 5V, the maximum current of 116 mA, and the maximum output of 0.58 W. A charger charges a 3.7V/1500 mA lithium battery which is charged for about 10 hours and can be used for about 13 hours. Two LED lamps of maximum 4V/50mA are connected in parallel. The angle of the solar cell module can be controlled in a range of +15 to -15 degrees. The size of the solar cell module is the same as that of the lid of the plastic bottle. So, in the day time, the solar cell module can be safely used even though water is supplied to the plastic bottle. After sunset, the solar cell module can use stored electric charges.

Description

{SUN FOR OUR LAMP (SOUL)}

The present invention relates to a solar battery, a solar battery, a battery, a PET bottle, and a LED

It is a technology to invent a daytime and nighttime PET bottle lamp using a solar panel.

Medical optical stimulating device (Application No. 1020010037299 (Jun. 26, 2001))

Solar LED street light (Application number: 1020050049941 (June 10, 2005))

LIGHTING APPARATUS SYSTEM (Application number: 24155997 / 2012.07.11)

 Control method of solar light output (Application number: 1020100058018 (2010.06.18))

Mood lamp (application number l1020120009035 (2012.01.30))

Portable lighting apparatus using solar light 1020120050433 (May 11, 2012))

It is expensive to make a case of conventional solar lamp and it costs to purchase the rechargeable battery. And in case there is no electricity in the daytime, the lamp can not be used without charged electricity. In order to solve this problem, it is desired to invent a daytime and nighttime PET bottle lamp using a low-cost solar panel. Daytime, even if only water and a little bleach (not required) for PET bottles can be used indoors as a normal solar lamp and is to invent low cost state, night combine PET lamp that can be a charged electricity during the day at night. This lamp is easy to carry and can be used anywhere. The purpose of this lamp is to supply the lamp in an area without electricity.

The present invention seeks to reduce the cost of manufacturing a lamp case and to recycle discarded PET bottles in terms of resource recycling. It takes more than a hundred years to decapitate PET bottles, and 10 million PET bottles are thrown away every year. In order to protect nature and enhance recycling, we use PET bottles that can be replaced whenever necessary.

(1) Solar cell module: In the daytime, water and some bleach are put in PET bottles and used as general solar lamps, while solar photovoltaic modules are used to store sunlight. After sunset, operate the switch at the desired time and use it as electric lamp. At this time, the solar cell module is designed to adjust the angle of the panel from +15 to -15 in consideration of the efficiency of receiving sunlight.

(2) Mobile phone rechargeable battery: Use a pee cell phone battery (lithium battery) that can be used for cost saving without purchasing general rechargeable battery. The rechargeable battery consists of 3.7V / 1500 mAh current

(3) Charging controller: The sunlight changes with intensity of light and produces DC voltage and DC current. In order to use the battery healthily and for a long period of time, use a charge controller to prevent overcharging, over discharge, reverse current, and module damage of the battery. Control by attaching a switch.

(4) LED lighting: In case of putting water into a PET bottle and using it as a general solar lamp, cover the LED with a waterproof cover, and connect the module to the terminal to supply electricity. The maximum voltage is configured by connecting two 4V / 50mA maximum currents in parallel.

(1) Resource recycling and nature protection aspect: Reclaimed abandoned PET bottles and abandoned PE cell phone lithium batteries to protect nature and recycle resources

(2) Utilizing solar light: Utilizing sunlight, which is green energy, to produce clean energy without carbon emission

(3) It can produce lamps at a much lower price than the production cost of ordinary solar lamps

(4) You can use the lamp whenever and wherever you need with a simple solar charger kit and PET bottle

(5) It can be used as a general lamp during the day even if it contains only water in a PET bottle,

That is, it is a low-cost, high-performance lamp that combines day and night.

위 그림은 본 발명을 구현한 화면이다. 페트병의 뚜껑 부분을 재설계하여 태양전지모듈과 충전콘트롤러 그리고 핸드폰배터리가 장착되어 있고 LED 등이 병렬로 연결되어 있도록 구현된 발명품을 이미지화 한 것이다. 이 키트는 대부분의 페트병 병마개와 같은 사이즈로 동일하여 어떤 페트병이던지 사용 가능하다.
(1)페트병: 일반적인 생수병이나 콜라 페트병 모두 가능하다.
(2)태양전지모듈: 패양광패널,최대전압 5V, 최대전류 116 mA, 최대출력 0.58W, +15QNXJ -15 정도까지 조절이 가능한 각도조절장치 부착
(3)충전콘트롤러: 과전압, 과전류, 과방전, 과충전 등을 방지하기 위한 제어판
(4)페핸드폰배터리:리튬배터리, 약 10시간 충전하여 약 13시간 사용 가능한 3.7V, 1500mA
(5)LED등: 최대 4V, 50 mA 두 개
(6)방수용커버: LED등을 보호하기 위한 플라스틱 방수용 커버
(7) 페트병의 뚜껑과 같은 역할을 하는 뚜껑

이 그림은 태양이 태양광 패널이 장착된 태양전지모듈을 통해 모아지면 충전 콘트롤러에 의해 제어되어 핸드폰리듐이온배터리에 툭전되는 과정을 설명하는 그림이다. 충전된 전기는 스위치의 온오프 기능에 의해 Led등으로 전달된다.

위 그림은 핸드폰리튬이온배터리와 태양전지묘듈을 연결하여 제어하는 충전컨트롤러이다. 이 컨트롤러에서 과전압, 과전류, 과충전, 과방전 등을 제어한다.

The above picture is a screen realizing the present invention. It is an image of an invention realized by redesigning the lid part of a PET bottle and incorporating a solar cell module, a charge controller, a cell phone battery, and LEDs connected in parallel. This kit is the same size as most PET bottles and can be used in any PET bottle.
(1) PET bottles: Common bottle bottles and cola bottles are acceptable.
(2) Photovoltaic module: L Luminous panel, maximum voltage 5V, maximum current 116mA, maximum output 0.58W, + 15QNXJ -15 with adjustable angle control
(3) Charging controller: Control panel to prevent overvoltage, overcurrent, over discharge, overcharge
(4) Pee cell phone battery: Lithium battery, about 13 hours charge for about 10 hours 3.7V 1500mA
(5) LED lights: Up to 4V, two 50 mA
(6) Waterproof cover: Plastic waterproof cover to protect LED etc.
(7) a lid serving as the lid of a PET bottle

This figure illustrates the process in which the sun is collected through a solar cell module with a solar panel and then controlled by a charge controller to initiate the cell phone's lithium ion battery. The charged electricity is transmitted to the LED by the ON / OFF function of the switch.

The above figure is a charge controller that controls the connection between the cell phone lithium ion battery and the solar battery module. This controller controls overvoltage, overcurrent, overcharge, overdischarge, and so on.

(1) PET bottles: Purchased or donated by a recyclate company that collects professionally

(2) Pee cellphone battery: It is possible to collect batteries that the battery manufacturer does not have. Available at low cost through professional collectors. And it can be collected free of charge by installing a cell phone battery collection box in public offices and schools.

(3) Charge controller: available in bulk at the set cost

(4) Solar cell module: Purchase and assemblage of L light panel

(5) Assembled by assembling LED cover and waterproof cover

Pet bottles and Pee cell batteries are not difficult to collect

This lamp can be used for general household, indoor and outdoor lighting, etc. It is considered to be highly applicable to industry. It can be supplied at low cost to foreign countries (Africa, Cambodia, Philippines, Indonesia, Mongolia, North Korea) It can also be sold for the supply of relief supplies. In fact, the Hearthart Foundation sells a single lantern for about 30,000 won. In foreign countries, the company sells little sun products for about 50 dollars. It requires about 7,000 won including the manufacturing cost and labor cost.

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Claims (1)

Integrated PET bottle lid case equipped with angle adjustment device of solar panel

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