KR20200102161A - Safety system of bus platform built on solar battery - Google Patents

Safety system of bus platform built on solar battery Download PDF

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Publication number
KR20200102161A
KR20200102161A KR1020190020405A KR20190020405A KR20200102161A KR 20200102161 A KR20200102161 A KR 20200102161A KR 1020190020405 A KR1020190020405 A KR 1020190020405A KR 20190020405 A KR20190020405 A KR 20190020405A KR 20200102161 A KR20200102161 A KR 20200102161A
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South Korea
Prior art keywords
led
bus platform
reflective member
transparent tube
bus
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KR1020190020405A
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Korean (ko)
Inventor
고세용
Original Assignee
비에이치스틸 주식회사
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Priority to KR1020190020405A priority Critical patent/KR20200102161A/en
Publication of KR20200102161A publication Critical patent/KR20200102161A/en

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
    • F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors
    • F21V23/0471—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors the sensor detecting the proximity, the presence or the movement of an object or a person
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H1/00—Buildings or groups of buildings for dwelling or office purposes; General layout, e.g. modular co-ordination or staggered storeys
    • E04H1/12—Small buildings or other erections for limited occupation, erected in the open air or arranged in buildings, e.g. kiosks, waiting shelters for bus stops or for filling stations, roofs for railway platforms, watchmen's huts or dressing cubicles
    • E04H1/1205—Small buildings erected in the open air
    • E04H1/1211—Waiting shelters for bus stops
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
    • F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors
    • F21V23/0464—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors the sensor sensing the level of ambient illumination, e.g. dawn or dusk sensors
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V7/00—Reflectors for light sources
    • F21V7/0025—Combination of two or more reflectors for a single light source
    • F21V7/0033—Combination of two or more reflectors for a single light source with successive reflections from one reflector to the next or following
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V7/00—Reflectors for light sources
    • F21V7/04—Optical design
    • F21V7/041—Optical design with conical or pyramidal surface
    • G—PHYSICS
    • G08—SIGNALLING
    • G08G—TRAFFIC CONTROL SYSTEMS
    • G08G1/00—Traffic control systems for road vehicles
    • G08G1/123—Traffic control systems for road vehicles indicating the position of vehicles, e.g. scheduled vehicles; Managing passenger vehicles circulating according to a fixed timetable, e.g. buses, trains, trams
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21W—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO USES OR APPLICATIONS OF LIGHTING DEVICES OR SYSTEMS
    • F21W2131/00—Use or application of lighting devices or systems not provided for in codes F21W2102/00-F21W2121/00
    • F21W2131/10—Outdoor lighting
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO THE FORM OR THE KIND OF THE LIGHT SOURCES OR OF THE COLOUR OF THE LIGHT EMITTED
    • F21Y2115/00—Light-generating elements of semiconductor light sources
    • F21Y2115/10—Light-emitting diodes [LED]

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Radar, Positioning & Navigation (AREA)
  • Remote Sensing (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)

Abstract

The present invention relates to a bus platform safety system constructed on the basis of a solar cell. The system comprises: LED lighting; a human body detection sensor; an illuminance detection sensor; LED indicator lighting; a control unit; and a solar cell. According to the present invention, a negligent accident can be maximally prevented.

Description

태양전지를　기반으로　구축된　버스　승강장　안전　시스템{Safety system of bus platform built on solar battery}　Bus 　 platform 　 safety 　 system built on the basis of solar cells {Safety system of bus platform built on solar battery}

본　발명은　버스　승강장　안전　시스템에　관한　것으로서,　보다　상세하게는　발전　용량의　증설이　매우　용이한　태양전This 　invention is 　bus 　 platform 　 safety 　 system 　, in detail 　 power generation 　 capacity 　 expansion 　 very 　 easy 　 solar power

지를　기반으로　하여　엘이디　조명　및　엘이디　표시등을　포함한　다양한　장치를　버스　승강장에　구축함으로써　버스By building a 　based 　 LED 　 lighting 　 and 　 LED 　 indicator 　 various 　 devices in 　 bus 　 platform 　 bus

승강장에　대기　중인　승객의　편의를　도모하고　안전　사고를　최대한　방지할　수　있는　태양전지를　기반으로　구축된　To promote the 　convenience 　of passengers 　 waiting 　 at the platform 　 safety 　 accidents 　 maximum 　 prevention 　 able 　 solar cells 　 based 　

버스　승강장　안전　시스템에　관한　것이다.It is about buses, platforms, safety and systems.

일반적으로,　도심지역의　버스　승강장에는　승객의　안전　및　편의를　도모하기　위하여　다양한　기구/장치들이　설치되In general, 　a variety of equipment/devices 　 are installed at the 　bus 　 platform in the 　 city area 　 for the 　 safety 　 and the convenience of the 　 passengers 　

고　있으며,　대표적으로　조명시설을　구비하여　버스　승강장　주변을　밝혀주고　있다.　그러나　통상적으로　버스　승강　, and 　representatively equipped with 　lighting facilities 　buses 　 platform 　 light up the area 　. But 　Usually 　Bus 　

장　조명시설은　상시전원에　의해　점등되며,　전원이　공급되지　않는　취약지역은　조명시설이　설치되지　않거나,　태양　The lighting facilities are 　by constant power 　, and 　power is not supplied 　 in vulnerable areas 　 lighting facilities 　 not installed or 　 solar

전지를　설치하여　전원을　공급하고　있다.　 is supplied with power by installing a battery.

무엇보다,　도시　주변의　외곽도로나　시골길의　도로의　경우,　야간에는　인적이　드물고　차량의　통행량　또한　비교적Above all, 　 in the city 　 　 outer roads 　 rural roads 　 roads, 　 nighttime 　 traffic 　 and traffic 　 also 　 relatively

적은　편이다.　또한,　이러한　도로에　설치된　버스　승강장의　경우,　야간에는　승·하차하는　승객이　적거나　없는　경우가　많다.It's a little 　. In addition, in the case of 　of 　buses 　 platforms installed on these 　 roads 　 there are many cases where there are few or no passengers 　 getting on and off at night.

따라서,　야간에　도시　주변의　외곽도로나　시골길의　도로를　운행　중인　버스는　매우　고속으로　주행하는　경우가　많으며,　승·하차하는　승객이　없다고　판단되는　버스　승강장에서는　정차하지　않고　버스　승강장을　그대Therefore, 　 nighttime 　 　 surrounding 　 outer roads 　 running 　 roads 　 running 　 　 running 　 very 　 high speed 　 running 　 often 　, and 　 getting on and off 　 and there are no buses 　 stopping 　

로　지나치는　경우가　빈번하다.　그　결과,　야간에　버스　승강장에서　버스를　대기중인　승객은　버스가　무정차　통과하The logarithmic 　 is often 　. As a result, 　At night 　 Buses 　 At the platform 　 Buses 　 Waiting 　 Passengers 　 Buses 　 Unstopped 　 Passing

여　탑승하지　못하게　되거나,　이러한　무정차　통과에　대한　염려로　야간에　버스　승강장　전방의　차도로　내려오거나　Can't get on 　, 　 Such 　 No stop 　 Passing 　 About 　 Concern 　 Nighttime 　 Bus 　 Platform 　 Front 　 Driveway 　

버스　승강장의　측면(버스　접근　방향)으로　나와　버스를　기다리는　경우가　많다.There are many cases of going out to the 　 side of the bus 　 platform (in the direction of the bus 　 approach 　) and waiting for the bus.

특히,　통상의　승객은　버스　승강장　내부나　근처에만　서　있지　않고　전방의　차도　주변,　승강장　측면　영역과　같이　야간에　승강장　내부에서　조명을In particular, 　normal 　 passengers 　bus 　 platform 　 inside or near 　 not 　 standing 　 　 ahead

밝히더라도　버스　운전사가　사람의　존재　여부를　시각적으로　인지하기　용이하지　못한　영역에　서서　버스를　기다리Even if it is revealed, the 　bus　driver 　knowing whether a person 　existence　　visually 　　 is not easy 　in an area 　 standing 　 buses 　 waiting

는　경우가　많다.　 is often 　.

그러나　상기　경우,　버스　운전사가　대기중인　승객을　미처　보지　못하고　그대로　지나치기　쉬우며뒤늦게　인지하여　급정거를　시도하더라도　이는　대기　승객은　물론　탑승　승객　모두에게　치명적인　안전사고를　유발However, in the case of 　above 　, 　 bus 　 driver 　 waiting 　 passengers 　 not seeing 　 as it is 　 passing 　 easy and late 　 aware 　 emergency stop 　 even if 　 passengers 　 caring 　 safe to all passengers 　

할　수　있는　위험이　있다.There is a risk of being able to do it.

또한,　종래　태양전지는　버스　승강장에　구비될　전기　기구/장치에　적합한　용량의　태양전지를　일단　설치하고　나면,추후　버스　승강장에　기구/장치　등의　추가　설치로　발전　용량의　증설이　필요할　경우　별도의　지지대,　개폐기,　계측In addition, 　conventional 　solar cells 　to be equipped in buses 　 platforms 　 electricity 　 equipment/devices 　 suitable 　 capacity 　 solar cells 　 once 　 installed 　 in the future 　 in case of a bus 　 additional capacity 　 additional support 　 　 　 additional capacity 　 　Switchgear, 　 measurement

기와　같은　주변　기기　설치　및　배선　처리　등과　같은　태양전지　설치를　위한　통상의　제반　작업이　또　다시　필요하여Tiles 　 　 surroundings 　 equipment 　 installation 　 and 　 wiring 　 treatment 　 and so on 　 for solar cell 　 installation 　 normal 　 general 　 work is needed again 　

그　용량　증설이　용이하지　못하고　비효율적인　단점이　있었다.That 　 capacity 　 expansion was 　 not easy 　 and inefficient 　 disadvantages 　.

본　발명은　상기와　같은　문제점을　해결하기　위하여　안출된　것으로서,　본　발명의　목적은　태양전지를　전원　공급원This 　invention is 　invented 　to solve 　problems such as 　above 　, and the purpose of this 　invention 　solar cell 　 power supply 　

으로　활용하여,　엘이디　조명　및　엘이디　표시등을　포함한　다양한　장치를　버스　승강장에　구축함으로써　버스　승강By using 　 as 　, by building 　 various 　 devices including 　 LED 　 lighting 　 and 　 LED 　 indicators 　 buses 　 elevating

장에　대기　중인　승객의　편의를　도모하고　안전　사고를　최대한　방지할　수　있는　버스　승강장　안전　시스템을　제공하Providing 　convenience 　for 　 waiting 　 passengers 　 safety 　 accidents 　 maximum 　 prevention 　 number 　 　 bus 　 platform 　 safety 　 system

는　것이다.Will be.

본　발명의　또　다른　목적은　버스　승강장에　기설치된　태양전지의　발전　용량　증설이　필요할　경우　별도의　지지대,The purpose of this 　invention 　 and other 　 purpose is 　buses 　 　 of solar cells 　 power generation 　 capacity 　 expansion 　 necessary 　 　 a separate 　 support,

개폐기,　계측기와　같은　주변　기기　설치　및　배선　처리와　같은　통상의　태양전지　설치　작업　없이　태양전지　어레이Switchgear, 　 instrument 　 　 surroundings 　 equipment 　 installation 　 and 　 wiring 　 treatment and 　 same 　 normal 　 solar cell 　 installation 　 work 　 without 　 solar cell 　 array

의　확장을　매우　간편하게　달성할　수　있는　태양전지를　기반으로　구축된　버스　승강장　안전　시스템을　제공하는　것　 to provide a 　 bus 　 platform 　 safety 　 system 　 built on the basis of 　 solar cells 　 which can achieve 　 very easy to achieve 　 expansion 　

이다.to be.

본　발명의　또　다른　목적은　버스　승강장에　엘이디　표시등을　구비하여,　승강장　내부는　물론　전방의　차도　주변,　승The purpose of this 　invention 　 and other 　 purpose 　 bus 　 is equipped with 　 LED 　 indicator lights 　 in the 　 platform 　 inside 　 of course 　 in the front 　 around the road 　

강장　측면　영역과　같이　야간에　승강장　내부에서　조명을　밝히더라도　버스　운전사가　승객의　존재　여부를　시각적으As with the tonic 　 side 　 area 　 nighttime 　 platform 　 even if the lights 　 light up 　 the bus 　 driver 　 passengers 　 exist 　 or not 　 visually

로　인지하기　용이하지　못한　영역에　대한　광　표시　기능을　수행하여　승객의　안전을　도모할　수　있도록　하고,　더　나　 Perform the function 　 for the 　 light 　 display 　 function 　 in the area that is not easy to recognize 　 　 　 to ensure the safety of the passengers 　 and 　 more

아가　이러한　엘이디　표시등을　구성함에　있어서　하나의　엘이디　칩만으로도　최대　360°전방위의　광　표시를　구현할Baby 　 In configuring 　 such a 　 LED 　 light 　 realization of 　 maximum 　 360° 　 light 　 indication with only one 　 LED 　 chip 　

수　있는　태양전지를　기반으로　구축된　버스　승강장　안전　시스템을　제공하는　것이다.It is to provide a 　 bus 　 platform 　 safety 　 system 　 built 　 based on several 　 solar cells 　.

상기　목적을　달성하기　위한　본　발명에　따른　태양전지를　기반으로　구축된　버스　승강장　안전　시스템은　버스　승강장에　설치되어　내부　및　주변을　밝혀주는　엘이디　조명과;상기　버스　승강장　내부　및　주변에　사람이　존재하는지여부를　검출하기　위한　적어도　하나의　인체감지센서와;상기　버스　승장장　주변의　조도　정보를　검출하기　위한　조도감지센서와;지면으로부터　일정　높이를　갖는　지점에　설치되어,　버스　운전사에게　상기　버스　승강장　내부　또는 주변에　사람이　존재함을　표시하기　위하여　점등되는　엘이디　표시등과;상기　조도감지센서로부터　입력되는　조도정보에　근거하여　상기　엘이디　조명의　온/오프　동작을　제어하고,　상기　인체감지센서로부터　입력되는　검출　신호에Bus platform security system built on the solar cell according to the present invention for achieving the abovementioned objects it is an LED light and that is installed in the bus stop light the interior and ambient; whether a person is present in the bus stop within and around　 to detect 　 at least 　 one 　 human body detection sensor; above 　 bus 　 　 around the platform 　 　 illuminance 　 information 　 detection 　 illumination detection sensor; installed from the ground 　 constant 　 height, installed on the bus 　 　 or having a height on the bus 　　To indicate the existence 　 　 LED indicator light that is lit 　; Based on the 　 illumination information input 　 from the above 　 illuminance detection sensor 　 the above 　 LED 　 　 　 of the lighting 　 　 detects and detects the operation from the sensor

근거하여　상기　엘이디　표시등의　점등을　제어하는　제어부;　및　상기　엘이디　조명,　인체감지센서,　엘이디　표시등　 control unit for controlling 　 lighting of the 　 said 　 LED 　 based on 　; And 　 above 　 LED 　 lighting, 　 human body detection sensor, 　 LED 　 indicator

및　제어부에　전원을　공급하도록　상기　버스　승강장에　설치되는　태양전지를　포함한다.And a 　solar cell 　 installed in the 　above 　 bus 　 platform 　 to supply 　 power to the 　 control part.

또한,　상기　태양전지는,　다수의　태양전지　셀을　내부에　포함하는　프레임과,　상기　프레임의　적어도　일측면에　구비In addition, the 　above 　solar cell has a 　frame containing 　a number of 　 solar cells 　 cells inside 　, and 　 at least 　 on one side of the 　 above 　 frame

되는　자성체로　구성되어　상기　버스　승강장에　최초　설치되는　메인패널;　및　적어도　하나의　태양전지　셀을　내부에　 is composed of 　 magnetic material 　 above 　 bus 　 　 first 　 installed in the platform 　 main panel; And 　at least 　 one 　 solar cell 　

포함하는　프레임과　상기　프레임의　일측면에　구비되는　자성체로　이루어지고　추후　상기　버스　승강장의　발전　용량Included 　 frame and 　 top 　 frame 　 on one side 　 equipped with 　 made of magnetic material 　 in the future 　 above 　 bus 　 　 power generation 　 capacity

증설　필요시　상기　메인패널의　일측면에　자력을　통해　추가　장착되어　버스　승강장에　기설치된　태양전지의　발전　용Expansion 　 If necessary 　 Above 　 On one side of the main panel 　 Through magnetic force 　 Additional 　 Mounted 　 Buses 　 　 Installed 　 　 Power generation 　 of solar cells

량을　확장시켜주는　확장모듈을　포함한다.It includes an expansion module that expands the amount.

또한,　상기　확장모듈은,　상기　자성체가　구비된　확장모듈의　일측면으로부터　돌출　형성되고　전도성을　지닌　접속돌기를　포함하고,상기　메인패널은,　상기　자성체가　구비된　메인패널의　일측면에　상기　접속돌기가　삽입　결합될　수있도록　상기　프레임에　관통　형성된　결합공;　및 상기　결합공으로　삽입된　상기　접속돌기와　전기적으로　접속되는　접속소켓을　포함하도록　구성되어,　상기　확장모듈은　상기　메인패널의　일측면에　결합됨과　동시에　상기　메인패In addition, the 　the 　 expansion module is, 　 the 　 magnetic body 　 provided 　 from one side of the expansion module 　 protrusions 　 formed 　 conductivity 　 　 connection protrusions 　, and the 　 main panel 　 the main panel of the main panel　 to be inserted 　 to be coupled 　 　 through the frame 　 　 formed 　 coupling hole And it is configured to include the 　 and the 　 connection socket 　 which is 　 electrically connected with the 　 connection protrusion 　 inserted into the 　 coupling hole 　, and the 　 above 　 expansion module is 　 connected to the 　 one side of the main panel and 　 at the same time 　

널과　전기적으로　도통되는　것을　특징으로　한다.　 to the board 　 electrically 　 to be 　 features

본　발명에　따른　태양전지를　기반으로　구축된　버스　승강장　안전　시스템에　의하면,　버스　승강장에　설치된　다양한According to the 　 bus 　 platform 　 safety 　 system 　 built 　 based on the 　 solar cell 　 in accordance with this 　 invention 　 installed on the 　 bus 　

장치의　연동을　통해　버스　승강장에　대기　중인　승객의　편의를　도모하고　안전　사고를　최대한　방지할　수　있는　현저한　효과가　있다.Through the 　 linkage of the device 　 buses 　 at the platform 　 waiting 　 　 the convenience of the passengers 　 and safety 　 accidents 　 maximum 　 prevention 　 able 　 has a remarkable effect 　

또한,　확장모듈을　별도　구성하고　상기　확장모듈은　소정의　결합수단을　통해　메인패널에　간편하게　장착하기만　하In addition, the 　expansion module is 　separately 　 and the above 　 expansion module is 　by a predetermined 　 coupling means 　 to the main panel 　 easily 　

면　기설치된　태양전지의　발전　용량을　손쉽게　증설　가능하며,　더　나아가　확장모듈은　메인패널의　일측면에　장착됨If 　 　 　 power generation 　 capacity of the installed 　 solar cell can be easily expanded 　, and the expansion module is 　 mounted on one side of the main panel

과　동시에　상기　메인패널과　전기적으로　도통되어　별도의　배선　작업이　불필요하여　발전　용량　증설　작업을　단순화　Because of 　and the main panel 　electrically 　 at the same time 　 separate 　 wiring 　 work 　 unnecessary 　 power generation 　 capacity 　 increase 　 work 　 simplified

키고　제품의　신뢰성을　향상시킬　수　있는　현저한　효과가　있다.It has a remarkable effect that can improve the reliability and reliability of the product.

또한,　버스　승강장　내부　또는　주변에　사람의　존재　여부를　표시해　주는　엘이디　표시등은　한　개의　엘이디　칩만으Also, 　Bus 　 platform 　 inside 　 or 　 around 　 indicates whether 　 exists 　 　 giving 　 LED 　 indicator light only 　 one 　 　 LED 　 chips

로도　최대　360°전방위적인　광　표시를　구현할　수　있어,　전력　소모량과　장치　부피는　최소화할　수　있으면서　시인　 maximum 　 360° omnidirectional 　 light 　 can be implemented 　, 　 power 　 consumption and 　 device 　 volume can be minimized 　 can be 　

성은　대폭　확장시킬　수　있는　현저한　효과가　있다.The castle is 　 greatly expanded 　 can be 　 has a remarkable 　 effect 　.

본　발명에　따른　버스　승강장　안전　시스템의　구성을　보여주는　블록도이다.　도　1을　참조하면,　본　발명에It is a block diagram showing the configuration of the bus, platform, safety, and system according to this invention. Referring to Figure 1, 　This 　Invention

따른　버스　승강장　안전　시스템은　축전지(105)와　연결된　태양전지(100)를　기반으로　구축되고　다수의　동작부와,The following 　 bus 　 platform 　 safety 　 system is 　 built on the basis of 　 storage battery 105 and 　 connected 　 solar cell 100, and 　 multiple 　 moving parts,

제어부와,　다수의　센서부를　포함하도록　구성된다.It is configured to include a control unit and a number of 　 sensor units 　.

축전지(105)는　엘이디　조명(160),　엘이디　표시등(170),　방범용　카메라(180)　및　음향　출력장치(190)를　포함하는The storage battery 105 includes 　LED 　 lighting 160, 　LED 　 indicator 170, 　 security 　 camera 180 　 and 　 sound 　 output device 190 　

동작부와　연결되어　전원을　공급하고,　이러한　다수의　동작부의　구체적인　작동은　제어부(150)를　통해　달성된다.　 is connected to the operation unit 　 supplies power 　, and 　 these 　 a number of 　 operation units 　 specific 　 operation is achieved through the 　 control unit 150 　.

또한　상기　제어부(150)는　인체감지센서(120),　조도감지센서(130)　및　흡연감센서를　포함하는　센서부와　각각　유선In addition, the 　the 　 control unit 150 includes the 　human body detection sensor 120, the 　light sensor 130 　 and the smoking sensation sensor 　 and 　 each 　 wired

또는　무선으로　통신　연결되어　각　센서들로부터　소정의　검출　신호를　입력받고,　입력되는　각종　신호에　근거하여Or 　wirelessly connected to 　communication 　 and receives 　 predetermined 　 detection 　 signal 　 input from each 　 sensor, and 　 based on 　 input 　 various 　 signals

각　동작부의　작동을　제어하도록　구성된　것을　특징으로　한다.Each 　 operating part 　 configured 　 to control 　 operation 　 features 　.

또한,　본　발명의　태양전지(100)를　기반으로　구축된　버스　승강장　안전　시스템은　무엇보다　한　개의　엘이디　칩만으In addition, the 　bus 　 platform 　 safety 　 system built 　 based on the 　 original 　 invention 　 has only one 　 LED 　 chip

로도　360°전방위적인　광　표시를　구현할　수　있어　전력　소모량과　장치　부피는　최소화할　수　있으면서　시인성은　대It can implement 　 360° omnidirectional 　 light 　 display 　 can 　 power 　 consumption and device 　 volume 　 can be minimized 　 can be 　 while 　 visibility is large

폭　확장시킬　수　있는　엘이디　표시등(170)의　기술　특징과,　버스　승강장　안전　시스템의　구동에　필요한　전원　용량　Technology 　 features of the 　 LED 　 indicator 170 that can be expanded 　 width 　 and the 　 bus 　 platform 　 safety 　 system 　 required 　 power 　 capacity

증설이　필요할　경우　용량　확장을　매우　손쉽게　달성할　수　있도록　하는　태양전지의　기술　특징을　제시한다.If expansion is necessary 　 　 capacity 　 expansion 　 very 　 can be achieved 　 easily 　 　 　 technology 　 features 　 of the solar cell are presented.

본　발명의　축전지(105)는　태양전지(100)와　함께　버스　승강장　지붕(5)　상에　설치되어　일조시간에　태양전지(100)The 　 storage battery 105 of this invention is 　 solar cell 100 and 　 together 　 bus 　 platform 　 roof (5) 　 on 　 installed 　 in sunshine time 　 solar cell (100)

에　의해　충전된　전력을　일몰　후　태양전지(100)로부터의　전력이　없을　때나,　흐린　날,　우천시와　같이　태양전지(100)의　출력이　부족할　때　방전하여　부하에　전력을　공급한다.　Charged 　 by 　 　 after sunset 　 　 when there is no power 　 from the solar cell 100, or when it is cloudy on a rainy day 　 　 when the output of the solar cell 100 is insufficient 　 　 supply power

이러한　축전지(105)는　2차　전지로　납축전지(Lead-Acid　Battery)　또는　니켈-카드뮴　축전지(Nickel-Cadmium　Battery)를　사용할　수　있다.These 　 storage batteries 105 can be used as 　 secondary 　 batteries 　 lead-acid batteries (Lead-Acid 　Battery) 　 or 　 nickel-cadmium 　 storage batteries (Nickel-Cadmium 　Battery).

본　발명의　엘이디　조명(160)은　바람직하게는　버스　승강장　지중의　하면　상에　설치되어　어두운　야간에　버스　승강The 　 LED 　 lighting (160) of this 　 invention is 　preferably 　 bus 　 platform 　 underground 　 installed on 　 on 　 dark 　 night 　 bus 　 elevating

장　내부를　밝게　밝혀주는　조명수단에　해당한다.　엘이디　조명(160)은　다수의　엘이디(LED)　소자로　구성된　엘이디It corresponds to the 　lighting means 　 which brightens the inside of the cabinet. LED 　 lighting 160 is 　 composed of a number of 　 LEDs 　 elements 　 LEDs

램프를　광원으로　사용한다.Use a lamp as a light source.

발명의　버스　승강장　안전　시스템은　조명수단으로서　엘이디　램프를　채용하여　설명　및　도시하였으나　반드시　이에　한정하지는　않는다.The invention 　bus 　 platform 　 safety 　 system adopts 　 LED 　 lamp 　 as a lighting means 　 explanation 　 and 　 are shown, but it is not necessarily 　 for this reason 　 is not limited.

예컨데,　텅스텐　전구,　할로겐　램프,　냉음극　형광　램프(CCFL)를　채용할　수도　있으나,　이들에　비하여　구동　전압과　소비　전력이　낮으면서　휘도는　높은　엘이디　램프를　사For example, 　tungsten 　 light bulb, 　 halogen 　 lamp, 　 cold cathode 　 fluorescent 　 lamp (CCFL) 　 adopted 　 water 　, but 　 compared to these 　 　 driving 　 voltage and 　 　 high power 　

용하는　것이　바람직하다.It is desirable to use 　.

엘이디　조명(160)의　온/오프　동작과　모드　선택은　제어부(150)를　통해　제어되는데,　상기　제어부(150)는　조도감지　 ON/OFF 　 operation and 　 mode 　 selection of the LED 　 lighting 160 is controlled through 　 control unit 150, and 　 above 　 control unit 150 detects 　 illuminance

센서(130)　및　인체감지센서(120)와　연결되어　이　들로부터　입력되는　검출　신호에　근거하여　엘이디　조명(160)의Sensor 130 　 and 　 Human body detection sensor 120 and 　 connected to 　 from these 　 　 input from the 　 detection 　 signal based on 　 LED 　 lighting 160

동작을　제어한다.Control the operation.

인체감지센서(120)는　버스　승강장　구조물　내부에　사람이　있는　지를　검출하기　위한　것으로서　적외선을　조사하여The human body detection sensor 120 is 　 for detecting 　 in the 　 bus 　 platform 　 structure 　 　 people 　 　 　 by irradiating 　 infrared rays

물체의　동작을　감지하거나,　체온을　감지하여　사람의　존재　여부를　검출하는　등과　같은　공지된　다양한　방식의　센　 　 such as 　 that detects 　 motion of an object or detects 　 body temperature 　 detects 　 existence 　 of a person 　 and 　 known 　 various 　 methods

서가　적용될　수　있으며　적어도　하나의　인체감지센서(120)는　버스　승강장　내부(예컨데,　지붕(5)의　하면)에　설치　 can be applied 　 and at least one 　 human body detection sensor 120 is installed in the 　 bus 　 platform 　 interior (e.g., 　 the 　 of the roof (5))

하는　것이　바람직하다.　이는　적어도　버스　승강장　내부에　사람이　있을　경우에는　정상모드로　작동하도록　구성하는It is desirable to do 　. This is 　 at least 　 in the bus 　 platform 　 in the case of 　 people 　 　 　 in normal mode 　 to configure 　 to operate

것이　승객의　안전을　보장함에　최선이기　때문이다.This is because 　 passengers 　 safety 　 guarantees 　 the best 　.

본　발명의　방범용　카메라(180)는　특히　어두운　야간에　버스　승강장　주변의　영상　정보를　수집하여　야간에　발생할The 　 crime prevention 　 camera 180 of this 　 invention is 　 especially 　 in the dark 　 nighttime 　 bus 　 platform 　 surrounding 　 video 　 information 　 collected 　 nighttime 　

수　있는　방범사고　등으로부터　승객을　보호하고　사고정보를　획득할　수　있도록　하는　요소로서,　바람직하게는　디지As a factor that protects passengers from possible 　 crime prevention 　 and 　 obtains accident information 　 　 　 　 is a 　 factor, 　 preferably 　 digital

털　방식으로　촬상　정보를　저장　내지　전송할　수　있는　전하결합소자(CCD)를　촬상　수단(예컨데,　CCTV)를　채용하고,It adopts 　 imaging 　 means (e.g. 　CCTV) 　 which can 　 store 　 to 　 information 　 store 　 or transmit 　 　 　 charge-coupled device (CCD) in a hair-free method,

SD　RAM과　같은　대용량　메모리를　탑재하여　이를　탈착　후　녹화　내용을　확인하도록　구성할　수　있다.Equipped with 　 large capacity 　 memory 　 like SD 　RAM 　 can be configured 　 to read 　 after 　 detachment 　 　 recording 　 contents 　

이러한　방범용　카메라(180)는　조도감지센서(130)　및　인체감지센서(120)와　연계되어　있으며,　바람직하게는　버스승강장　내부에　설치되어　야간에　녹화　기능을　실시하도록　구성된다.This 　 crime prevention 　 camera 180 is 　 connected with the 　 illuminance sensor 130 　 and 　 human body detection sensor 120 　, and 　 is preferably installed inside the 　 bus 　 　 installed in the 　 nighttime 　 recording 　 function 　

즉,　제어부(150)는　조도감지센서(130)로부터　검출된　조도　정보가　주간에　해당할　경우　방범용　카메라(180)를　오프(OFF)시키고,　검출된　조도　정보가　야간에That is, the 　 control unit 150 　 　 　 　 information detected from the 　 illuminance sensor 130 　 weekly 　 if applicable 　 　 crime prevention 　 camera 180 　 off (OFF), 　 detected 　 illuminance 　 information is

해당할　경우　방범용　카메라(180)를　온(On)시킴으로써　야간에　승객의　신변을　보호할　수　있도록　한다.If applicable 　 　 For crime prevention 　 By turning on the camera 180 　 at night 　 to protect the 　 personal 　 of passengers 　 　.

또한,　제어부(150)는　전술한　바와　같이　조도감지센서(130)에　근거하여　주/야간에　따른　방범용　카메라(180)의　온In addition, the 　 control unit 150 is based on the 　 illuminance sensor 130 　 as previously described 　 bar and 　 based on the 　 day/night 　 for crime prevention 　 the temperature of the camera 180

/오프　동작을　제어함과　동시에　승강장에　구비된　인체감지센서(120)를　활용하여　다음과　같이　카메라의　세부　작동　 control the operation of /off 　 and at the same time 　 use the human body detection sensor 120 equipped in the platform 　 as follows 　 　 detail 　 operation of the camera

을　제어한다.Control the 　.

제어부(150)는　인체감지센서(120)로부터　버스　승강장　주변에　사람이　전혀　존재하지　않는다는　신호를　입력받으면When the control unit 150 receives the 　 signal from the 　human body detection sensor 120 　in the vicinity of the bus 　 platform 　 　 no people 　 exist 　

방범용　카메라(180)의　녹화　기능을　일시　정지시키고,　사람이　존재한다는　신호를　입력받으면　녹화　기능을　다시The 　recording function of the 　camera 180 for crime prevention 　 is paused 　, and when the 　 signal that a person exists 　 is received, the 　recording function 　 restarts

활성화시키는　제어를　수행한다.　따라서,　본　발명의　방범용　카메라(180)는　야간에만　녹화　기능을　실시하도록　동It activates 　 and performs 　 control. Therefore, the 　this 　invention 　 crime prevention 　 camera 180 　 to perform 　 recording 　 function 　 only at night

작하되,　버스　승강장　주변에　사람이　전혀　존재하지　않을　경우에는　야간이더라도　녹화　기능을　일시　정지됨으로써However, in the case of 　bus 　 platform 　 surrounding 　 no people 　 no 　 　 even at night 　 recording 　 function 　 pause 　

녹화　대기　시간　및　장비　효율을　높일　수　있도록　구성된　것을　특징으로　한다.It is a feature that is configured to enable recording, waiting, time, and equipment to increase efficiency.

본　발명의　흡연감지센서(140)는　버스　승강장　내부에　설치되어　승강장　주변에서　대기　중인　승객에　의한　흡연　감The 　smoking sensor 140 of this 　invention 　 is installed in the 　bus 　 platform 　 　 around the 　 platform 　 　 waiting 　 　 limited 　 smoking 　

지시　사전에　녹음　저장된　음성　내지　음향을　출력하여　해당　흡연자에게　경고할　수　있도록　하는　요소에　해당한다.It corresponds to the 　 factor that prints the 　 voice 　 to 　 sound 　 stored in advance 　 　 in advance 　 to be 　 alert 　 to smokers 　

즉,　제어부(150)는　흡연감지센서(140)로부터　흡연　감지　신호를　입력받으면　버스　승강장에　설치된　음향출력　장치That is, when the 　 control unit 150 receives the 　 smoking 　 detection 　 signal 　 from the 　 smoking sensor 140, the 　 sound output 　 device installed in the 　 bus 　 platform

(190)(예컨데,　스피커)를　통해　흡연　금지를　권고하는　음성　내지　음향을　출력하도록　제어함으로써　버스　승강장(E.g., 　speakers) 　 recommending 　 smoking 　 prohibition 　 by controlling 　 voice 　 to 　 sound 　 output 　 bus 　 platform

내　금연을　유도할　수　있도록　한다.Be able to induce quit smoking.

Claims (4)

버스　승강장에　설치되어　내부　및　주변을　밝혀주는　엘이디　조명;
상기　버스　승강장　내부　및　주변에　사람이　존재하는지　여부를　검출하기　위한　적어도　하나의　인체감지센서;
상기　버스　승장장　주변의　조도　정보를　검출하기　위한　조도감지센서;
지면으로부터　일정　높이를　갖는　지점에　설치되어　상기　버스　승강장　내부　또는　주변에　사람이　존재함을　표시하기
위하여　점등되는　엘이디　표시등;
상기　조도감지센서로부터　입력되는　조도　정보에　근거하여　상기　엘이디　조명의　온/오프　동작을　제어하고,　상기
인체감지센서로부터　입력되는　검출　신호에　근거하여　상기　엘이디　표시등의　점등을　제어하는　제어부;　및
상기　엘이디　조명,　인체감지센서,　엘이디　표시등　및　제어부에　전원을　공급하도록　상기　버스　승강장에　설치되는
태양전지를　포함하고,
상기　엘이디　표시등은,
상단　개구부와　하단　개구부를　구비하고,　내부는　비어　있는　투명한　통　형상으로　이루어진　투명관체;
상기　투명관체의　상단　개구부에　결합되어　상기　상단　개구부를　폐쇄하는　관체캡;
상기　관체캡의　하부에　장착되어　상기　투명관체의　상단　개구부를　통해　상기　투명관체　내부로　인입되고
입사광을　전반사하는　제1　반사부재;
상기　투명관체의　하부에　결합되어　상기　투명관체를　지지하는　몸체;　및
상기　몸체의　상단부에　설치되어　상기　투명관체의　하단　개구부를　통해　상기　투명관체　내부로　인입되고
엘이디　광선을　출사하는　엘이디　소자를　포함하고,
상기　제1　반사부재는,
상단에서　하단으로　갈　수록　가로　방향　단면적이　좁아지는　원추형으로　구성되고,
상기　엘이디　소자는,
상기　제1　반사부재와　대향하며　이격　배치되어　상기　제1　반사부재가　위치한　방향으로　엘이디　광선을　출
사하도록　구성된　것을　특징으로　하는　태양전지를　기반으로　구축된　버스　승강장　안전　시스템LED lighting installed in the bus platform to illuminate the interior and surroundings;
At least one human body detection sensor for detecting whether a person is present in and around the bus platform;
An illumination sensor for detecting illumination information around the bus platform;
Installed at a point with a certain height from the ground to indicate the presence of people in or around the bus platform
An LED indicator that is lit for;
Controls the on/off operation of the LED lighting based on the illumination information input from the illumination sensor, and the
A control unit controlling lighting of the LED indicator based on a detection signal input from a human body sensor; And
Installed in the bus platform to supply power to the LED lighting, human body detection sensor, LED indicator and control unit
Including solar cells,
The LED indicator light,
A transparent tube having an upper opening and a lower opening and having an empty transparent tubular shape therein;
A tubular cap coupled to the upper opening of the transparent tubular body to close the upper opening;
It is mounted on the lower portion of the tube body cap and is introduced into the transparent tube body through an upper opening of the transparent tube body
A first reflective member for total reflection of incident light;
A body coupled to a lower portion of the transparent tube to support the transparent tube; And
It is installed on the upper end of the body and is introduced into the transparent tube through the lower opening of the transparent tube
Including an LED element that emits an LED light,
The first reflective member,
It is composed of a conical shape that narrows the cross-sectional area in the transverse direction from the top to the bottom.
The LED device,
It faces and is spaced apart from the first reflective member to emit an LED light in the direction in which the first reflective member is located.
A bus platform safety system built on the basis of solar cells, characterized in that it is configured so as to 상기　제1　반사부재는　상기　원추형의　중심축을　기준으로　전·후·좌·우　대칭　구조를　이루도록　구성되고,　상기
제1　반사부재의　중심축이　상기　엘이디　소자의　광축과　일치하도록　구비되는　것을　특징으로　하는　태양전지를　기반
으로　구축된　버스　승강장　안전　시스템.
The first reflective member is configured to form a front/rear/left/right symmetrical structure with respect to the central axis of the conical shape, and the
Based on a solar cell, characterized in that the central axis of the first reflective member is provided to coincide with the optical axis of the LED element
Bus platform safety system built with
제2　항에　있어서,
상기　관체캡은　상기　투명관체의　상단　개구부에　착탈식　결합/분리　가능하도록　구성되고,
상기　엘이디　표시등은　상기　관체캡을　대체하여　상기　투명관체의　상단　개구부에　착탈식　결합/분리　가능하도록　구
성된　다른　하나의　관체캡을　더　구비하고,
상기　다른　하나의　관체캡의　하부에는　상기　투명관체의　상단　개구부를　통해　상기　투명관체　내부로　인입되고,　입
사광을　전반사하는　제1-1　반사부재가　장착되어　있으며,
상기　제1-1　반사부재는　상단에서　하단으로　갈　수록　가로　방향　단면적이　좁아지는　원추형으로　이루어지되,　상기
제1-1　반사부재의　중심축을　기준으로　좌·우는　대칭　형상으로,　전·후는　비대칭　형상으로　구성된　것을　특징으로
하는　태양전지를　기반으로　구축된　버스　승강장　안전　시스템.
The method of claim 2,
The tubular cap is configured to be detachable/removable to the upper opening of the transparent tubular body,
The LED indicator replaces the tube cap so that it can be detachably coupled/separated to the upper opening of the transparent tube.
The other tube cap is further provided,
A lower portion of the other tube body cap is introduced into the transparent tube body through an upper opening of the transparent tube body, and
The 1-1 reflective member for total reflection of the incident light is installed,
The 1-1 reflective member is made of a conical shape whose cross-sectional area in the horizontal direction becomes narrower from the top to the bottom, the
It is characterized in that the left and right sides have a symmetrical shape with respect to the central axis of the 1-1 reflective member, and the front and rear have an asymmetrical shape.
A bus platform safety system built on the basis of solar cells.
상기　몸체의　상단부에　상기　엘이디　소자　주위를　따라　구비되고,　입사광을　전반사하는　제2　반사부재를　더　포함하
고,
상기　제2　반사부재는　원반형으로　이루어지되,　중심부에는　상기　엘이디　소자가　배치되고　상기　원반형의　상면은
그　테두리부로부터　상기　엘이디　소자　측으로　내향　경사지게　구성된　것을　특징으로　하는　태양전지를　기반으로　구
축된　버스　승강장　안전　시스템.


Further comprising a second reflective member provided along the periphery of the LED element at the upper end of the body and totally reflects the incident light.
Go,
The second reflective member is made of a disk shape, the LED element is disposed in the center, and the upper surface of the disk shape
Based on the solar cell, characterized in that it is configured to be inclined inward from the edge portion toward the LED element
Axed bus platform safety system.


KR1020190020405A 2019-02-21 2019-02-21 Safety system of bus platform built on solar battery KR20200102161A (en)

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