ES2475440B1 - Autonomous portable traffic lights controlled by satellite atomic clocks with GPS - Google Patents

Autonomous portable traffic lights controlled by satellite atomic clocks with GPS Download PDF

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Publication number
ES2475440B1
ES2475440B1 ES201300220A ES201300220A ES2475440B1 ES 2475440 B1 ES2475440 B1 ES 2475440B1 ES 201300220 A ES201300220 A ES 201300220A ES 201300220 A ES201300220 A ES 201300220A ES 2475440 B1 ES2475440 B1 ES 2475440B1
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Spain
Prior art keywords
traffic lights
gps
atomic clocks
autonomous portable
different
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Expired - Fee Related
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ES201300220A
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Spanish (es)
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ES2475440A1 (en
Inventor
José ÁLVAREZ RODRÍGUEZ
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Classifications

    • GPHYSICS
    • G08SIGNALLING
    • G08GTRAFFIC CONTROL SYSTEMS
    • G08G1/00Traffic control systems for road vehicles
    • G08G1/09Arrangements for giving variable traffic instructions
    • G08G1/095Traffic lights
    • G08G1/0955Traffic lights transportable
    • GPHYSICS
    • G04HOROLOGY
    • G04GELECTRONIC TIME-PIECES
    • G04G7/00Synchronisation

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Traffic Control Systems (AREA)
  • Position Fixing By Use Of Radio Waves (AREA)

Abstract

Semáforos portátiles autónomos controlados por relojes atómicos de satélites con GPS caracterizados porque cada equipo móvil está compuesto de un carro (3) con ruedas (4), al cual esta solidario el mástil plegable (5) que sujeta los semáforos (6 y 7); dentro de la caja que forma el carro está ubicada la batería (1), recargada y apoyada con paneles solares (9) que suministra energía al controlador electrónico (2) y al receptor GPS (8).Autonomous portable traffic lights controlled by satellite atomic clocks with GPS characterized in that each mobile device is composed of a carriage (3) with wheels (4), to which the folding mast (5) that holds the traffic lights (6 and 7) is attached; Inside the box that forms the car is the battery (1), recharged and supported by solar panels (9) that supplies power to the electronic controller (2) and the GPS receiver (8).

Description

Semáforos portátiles autónomos controlados por relojes atómicos de satélites con GPS. Antecedentes 5 Sector tecnológico. El presente modelo se relaciona en el sector tecnológico, concretamente en la regulación semafórica de tráfico en obras y eventos provisionales y se refiere a una pareja de semáforos o un grupo de varios semáforos los cuales controlan el tráfico del corte de un carril, o incluso otro evento de una forma sincronizada sin cableados y con GPS (8) en diferentes 10 situaciones geográficas actuando todos ellos en la misma regulación. Tecnología anterior. La regulación semafórica en obras, por ejemplo para el asfaltado de carriles en carreteras se regula con semáforos temporales sincronizados por relojes de cristal de cuarzo los cuales, aunque suelen ser 15 bastante precisos se desfasan al cabo de varias horas de funcionamiento debiendo ser reprogramados de nuevo, con lo cual necesita de una supervisión de funcionamiento de forma continuada, ya que de lo contrario la pareja de semáforos reguladora del tráfico podría desfasarse tanto que comprometiera a la seguridad del trafico rodado con fatales consecuencias. 20 Estos semáforos deben coordinarse previamente arrancándolos al mismo tiempo; si se desfasaran, ellos por sí solos no se volverán a coordinar. Descripción de la invención. Se trata de una pareja de semáforos o varios semáforos de los actuales en uso; montados cada uno de ellos en una caja o carro (3) donde se alberga la batería (1) y el controlador electrónico (2), al 25 mismo tiempo que dispone de un mástil plegable (5) para sujetar los semáforos (6 y 7), Y un módulo solar (9) para el respaldo y carga de la batería. Cada equipo o cabeza reguladora del tráfico, recibe la base de tiempos a través de un receptor GPS (8) y éste a través de su antena de los satélites (10) los cuales disponen relojes atómicos muy precisos; cada equipo semafórico lleva un GPS (8), por lo que todos recibirán los mismos datos sincronizándose 5 entre ellos de una manera precisa y en distintos lugares geográficos al mismo tiempo participando en la misma regulación por tiempo indefinido sin desfase alguno y sin mantenimiento preventivo. Estos equipos, no necesitan ser iniciados simultáneamente, pues ellos buscan el sincronismo automáticamente y una vez sincronizados arrancan; si lo 10 perdieran por un instante volverían a cogerlo de nuevo automáticamente gracias al GPS. Exposición detallada de un modo de realización de la invención. El semáforo provisional o pareja de semáforos provisionales figura: 1, consta de 15 un carro de transporte (3), con ruedas (4), en el cual esta alojada la batería(1) que alimenta al controlador(2) y éste a las luces del semáforo(6 y 7). El GPS(8) recibe las señales horarias de los relojes atómicos de los satélites(9) el cual se las entrega al controlador con microprocesador(2) para mantenerse coordinado con los otros controladores y semáforos que también disponen de 20 GPS(8). 25 30 En cada controlador (2) reside el programa de funcionamiento (variable a voluntad por el propio usuario). Para diferentes planes de regulación semafórica. El GPS(8) mantiene en fase a todos los controladores semafóricos(2). Aplicación Industrial. Su aplicación Industrial sería la regulación de tráfico en obras temporales de todo tipo (corte de carriles, pasos de peatones en fiestas temporales, salida de camiones o cualquier evento provisional el cual requiera una regulación semafórica precisa sincronizada y sin obras de instalación). Autonomous portable traffic lights controlled by satellite atomic clocks with GPS. Background 5 Technology sector. The present model is related in the technological sector, specifically in traffic signal regulation in temporary works and events and refers to a pair of traffic lights or a group of several traffic lights which control the traffic of the cut of a lane, or even another event in a synchronized way without wiring and with GPS (8) in different 10 geographical situations, all of them acting in the same regulation. Previous technology. The traffic light regulation in works, for example for asphalting of lanes on roads is regulated with temporary traffic lights synchronized by quartz crystal clocks which, although they are usually quite accurate, are offset after several hours of operation and must be reprogrammed , which requires continuous monitoring of operation, since otherwise the traffic-regulating traffic light pair could be offset so much that it compromised the safety of road traffic with fatal consequences. 20 These traffic lights must be coordinated before starting them at the same time; if they become outdated, they alone will not coordinate again. Description of the invention It is a pair of traffic lights or several traffic lights of the current in use; each mounted in a box or carriage (3) where the battery (1) and the electronic controller (2) are housed, at the same time as it has a folding mast (5) to hold the traffic lights (6 and 7 ), And a solar module (9) for battery backup and charging. Each traffic control equipment or head receives the time base through a GPS receiver (8) and this through its satellite antenna (10) which have very precise atomic clocks; Each traffic light equipment has a GPS (8), so everyone will receive the same data synchronizing 5 between them in a precise way and in different geographical locations at the same time participating in the same regulation for an indefinite period without any lag and without preventive maintenance. These teams do not need to be started simultaneously, because they look for synchronism automatically and once synchronized they start; if they lost it for a moment, they would pick it up again automatically thanks to GPS. Detailed presentation of an embodiment of the invention. The provisional traffic light or pair of provisional traffic lights is: 1, consists of 15 a transport carriage (3), with wheels (4), in which the battery (1) that feeds the controller (2) and this one to the traffic light lights (6 and 7). The GPS (8) receives the time signals from the atomic clocks of the satellites (9) which are delivered to the microprocessor controller (2) to keep coordinated with the other controllers and traffic lights that also have 20 GPS (8). 25 30 In each controller (2) the operating program resides (variable at will by the user). For different traffic control plans. The GPS (8) keeps all traffic lights controllers (2) in phase. Industrial Application Its Industrial application would be the regulation of traffic in temporary works of all kinds (cutting of lanes, pedestrian crossings in temporary parties, departure of trucks or any provisional event which requires precise synchronized traffic control regulation without installation works).

Claims (1)

1°·Semáforos portátiles autónomos controlados por relojes atómicos de satélites con GPS caracterizados por que cada equipo móvil esta compuesto de un carro (3) con ruedas (4), al cual esta solidario el mástil plegable (5) que 5 sujeta los semáforos (6y7); dentro de la caja que forma el carro esta ubicada la batería (1), recargada y apoyada con paneles solares (9) que suministra energía al controlador electrónico (2) y al receptor GPS (8). 2°_ Semáforos portátiles autónomos controlados por relojes atómicos de 10 satélites con GPS caracterizados según reivindicación 1 por que el receptor GPS (8) de los diferentes equipos semafóricos (A, B, C ... ), sincronizan mediante tramas de datos los controladores (2) de los diferentes equipos, con los mismos datos horarios recibidos de los diferentes satélites (10), actuando sobre los semáforos (6y7) situados en diferentes lugares geográficos a regular 15 y en el mismo instante. 1 ° Autonomous portable traffic lights controlled by satellite atomic clocks with GPS characterized in that each mobile equipment is composed of a carriage (3) with wheels (4), to which the folding mast (5) that secures the traffic lights ( 6y7); Inside the box that forms the car is the battery (1), recharged and supported by solar panels (9) that supplies power to the electronic controller (2) and the GPS receiver (8). 2 ° _ Autonomous portable traffic lights controlled by atomic clocks of 10 satellites with GPS characterized according to claim 1 in that the GPS receiver (8) of the different traffic lights (A, B, C ...) synchronize the controllers via data frames (2) of the different equipment, with the same time data received from the different satellites (10), acting on the traffic lights (6 and 7) located in different geographical locations to be regulated 15 and at the same time.
ES201300220A 2013-01-09 2013-01-09 Autonomous portable traffic lights controlled by satellite atomic clocks with GPS Expired - Fee Related ES2475440B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
ES201300220A ES2475440B1 (en) 2013-01-09 2013-01-09 Autonomous portable traffic lights controlled by satellite atomic clocks with GPS

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
ES201300220A ES2475440B1 (en) 2013-01-09 2013-01-09 Autonomous portable traffic lights controlled by satellite atomic clocks with GPS

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ES2475440A1 ES2475440A1 (en) 2014-07-10
ES2475440B1 true ES2475440B1 (en) 2015-04-15

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2605620A (en) * 2021-04-07 2022-10-12 First Call Traffic Man Ltd Methods of installing traffic light poles and associated units

Family Cites Families (4)

* Cited by examiner, † Cited by third party
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JP2003296879A (en) * 2002-04-04 2003-10-17 Sumitomo Electric Ind Ltd Traffic signal apparatus and traffic signal system
US6847307B2 (en) * 2002-05-29 2005-01-25 Chun Hao Thao Traffic signal control system employing universal co-ordinated time (UTC) of GPS as time base
US7633408B2 (en) * 2007-02-21 2009-12-15 Albert Voehringer Portable traffic light
US8587453B2 (en) * 2011-04-13 2013-11-19 Jeffrey L. Cripps Portable traffic signaling system

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