TWM560488U - Zebra crossing light chase human system - Google Patents

Abstract

A zebra crossing light chasing system includes an inductive control group and an illumination group, the inductive control group having at least one sensing area, each of the sensing areas being disposed below a zebra crossing, the sensing area for sensing a pedestrian position, each of the The sensing area is electrically connected to a controller, so that each sensing area transmits the sensed pedestrian position to the controller, the lighting group has at least one pillar, and each of the pillars is respectively provided with at least one illumination lamp, each of which The illuminating lights are electrically connected to the controller. When the sensing area senses a pedestrian, the controller controls each illuminating light to illuminate the pedestrian so that the pedestrian can be clearly seen by the driver of the vehicle. Avoid accidents caused by pedestrians being hit by vehicles.

Description

Zebra line lighting chase system

This new creation is about a zebra crossing light chasing system, a pedestrian facility that is placed on a road for pedestrians.

At the intersection, there are usually zebra crossings for pedestrians to walk, and when the vehicles on the road are going through the zebra crossing, the driver of the vehicle must first pass the pedestrians to protect the safety of the pedestrians. However, in the dark night or rainy days, the driver's sight will be less good, so there may be a lack of attention to pedestrians due to a moment of negligence, and driving into a pedestrian causing a car accident.

Therefore, in order to improve the above situation, there are many improvements to the safety of the zebra crossing, mainly to provide a warning function on the zebra crossing or the zebra crossing to provide a warning function, such as the "People of the Republic of China Application No. 105200775" A new application for a safe zebra crossing, in which a light-emitting component is mounted on a plurality of horizontal strips of a main body of the zebra crossing, and the light-emitting component is connected to the infrared transceiver, and the infrared transceiver is disposed beside the main body of the zebra line, whereby the infrared transceiver When a pedestrian is detected, the illuminating component will illuminate to illuminate the pedestrian for warning purposes, so that the pedestrian can be seen more clearly by the driver of the vehicle. However, although the structure can illuminate the pedestrian by the illuminating component, since the illuminating component is disposed on the ground to illuminate the pedestrian in a bottom-up manner, the foot will block the illuminating component when the pedestrian walks. Reducing the illumination area of the light-emitting component, the effect of the illumination is greatly reduced, and the warning effect is relatively poor.

In view of the above-mentioned shortcomings, the new creators believe that it is necessary to make corrections. In order to carry out research and creation of related technologies and product design, and to uphold the excellent design concept, we will study and create the above disadvantages. After continuous efforts, we will end up This is the launch of this new zebra line lighting chase system, which corrects the product structure to enhance the product's excellent performance.

The main purpose of the novel zebra crossing light chasing system is to provide a zebra warning structure that illuminates the pedestrian in a top-down manner to provide a better warning effect.

In order to achieve the purpose of the foregoing disclosure, the novel zebra line light chasing system includes an inductive control group and an illumination group. The inductive control group has at least one sensing area, and each of the sensing areas is disposed under a zebra crossing, and the sensing area is used for the sensing area. Inducing the position of the pedestrians walking in the sensing area, each of the sensing areas is electrically connected to a controller, so that each sensing area transmits the sensed pedestrian position to the controller, the lighting group having at least one Pillars, each of which is disposed beside the sensing area, and each of the pillars is respectively provided with at least one illuminating light for illuminating illumination, and each of the illuminating lamps is electrically connected to the controller, and when inductively When the pedestrian senses that there is pedestrian walking, the sensing area will transmit the sensed pedestrian position to the controller, and the controller will activate the lights according to the pedestrian position, so that the lights respectively illuminate the pedestrians in different positions, and Knowing that the "Pedestrian Safety Zebra Line" lighting component is located on the ground, the lighting component will be blocked by the pedestrian's foot and the warning effect is reduced. Compared with the lighting of this creation, it is based on , The lights so as to pedestrians is the top-down without being blocked so as to generate the lighting effect similar to the spotlight, and has a better warning effect.

This new creation is about a zebra crossing light chasing system, [please refer to the first and fourth figures together] which includes:

a zebra crossing (1), the zebra crossing (1) is located on the road for pedestrians to walk;

An inductive control group (2) having at least one sensing area (21), each of the sensing areas (21) being disposed under the zebra crossing (1), the sensing area (21) for sensing in the sensing area (21) The position of the pedestrian walking inside, and the manner in which the sensing area (21) senses the pedestrian may be achieved by detecting the pressure generated by the weight of the pedestrian or by detecting the infrared rays of the human body, each of the sensing areas ( 21) and electrically connected to a controller (22), the sensing area (21) transmits the sensed pedestrian position to the controller (22);

a lighting group (3) having at least one pillar (31), and each of the pillars (31) is disposed beside the sensing zone (21), and each of the pillars (31) is respectively provided with at least one for illuminating illumination The illuminating lamp (32) and each of the struts (31) may be respectively provided with at least one driver (33), the number of the driver (33) being the same as the illuminating lamp (32), and each of the illuminating lamps (32) respectively Assembled with each of the drivers (33) for driving the illumination lamp (32) to rotate to change the illumination direction of the illumination lamp (32), and each of the illumination lamps (32) and each of the drivers (33) ) are electrically connected to the controller (22).

In the first embodiment of the novel zebra crossing light chasing system, [please refer to the first picture and the fourth picture together] the sensing area (21) is set to one, and when the pedestrian walks over the zebra crossing (1), It is simultaneously walking in the sensing area (21), and the sensing area (21) senses the position of the pedestrian in the sensing area (21), the sensing area (21) and the position of the pedestrian is transmitted to the controller (22), [ Please refer to the second and fourth figures together] and when the number of pedestrians walking in the sensing area (21) is less than or exactly equal to the lighting (32), the controller (22) starts the same number of lights as the pedestrians. (32) and the driver (33), the controller (22) and the control driver (33) to rotate the illumination lamp (32) to the direct sensing area (21) to sense the area of the pedestrian so that the pedestrian is illuminated State, and because the pedestrian position sensed by the sensing area (21) changes when the pedestrian walks, the controller (22) controls the driver (33) to continuously turn the illumination light (32) to make a photo The lamp (32) continuously changes the direction of illumination to track the pedestrian directly, wherein the controller (22) has a built-in control program to enable the controller (22) when the sensing area (21) senses pedestrians in different areas. The driver (33) is controlled to rotate the illumination lamp (32) to a corresponding angle to sense the area of the pedestrian in the direct sensing area (21), and the pedestrian can be clearly seen by the driver of the vehicle to be alerted after being illuminated. The role is to prevent the driver from driving into the pedestrian and causing a car accident, [please refer to the third and fourth figures together] and if the number of pedestrians exceeds the lighting (32), because each pedestrian cannot be individually illuminated by a light (32) is illuminated, so the controller (22) controls each of the illumination lamps (32) to illuminate different areas of the sensing area (21) to allow the illumination lamps (32) to collectively illuminate the entire sensing area (21) So that every pedestrian walking in the sensing area (21) is in an illuminated state. In addition, the controller (22) may be electrically connected to a trigger device (4) such that when the trigger device (4) reaches the trigger condition, the controller (22) activates the sensing region (21) to sense pedestrians. In the actual situation, the trigger device (4) can be a pedestrian light or a traffic light, so when the pedestrian light or the traffic light lights up green, so that the pedestrian is allowed to pass the zebra crossing (1), the controller (22) The sensing area (21) will be turned on to sense pedestrians, and when the pedestrian number or traffic light is red, the controller (22) will close the sensing area (21) to stop the induction because the pedestrian is prohibited from passing the zebra crossing. In order to save power, or because the lighting function of the illuminator is not needed during the day when the light is sufficient, the trigger device (4) can also be a street lamp, because the street lamp does not turn on during the day when the light is sufficient, but in the poor light. It will be turned on in the day or night, so after the street lamp is electrically connected to the controller (22), the controller (22) can synchronously open and close the sensing area along with the street lamp (2) ), so that the sensing area (21) and the illumination lamp (32) are kept off during the day to save power, or better, the controller (22) can be electrically connected to the street lamp and the pedestrian number lamp at the same time, so that the control The sensor (22) will only activate the sensing area (21) to sense pedestrians when the pedestrian light is illuminated by the green light at night.

[Please refer to the fifth figure] Another embodiment of the novel zebra crossing light chasing system is that there are a plurality of sensing areas (21) below the zebra crossing (1), so that the zebra crossing (1) is jointly affected by each sensing area (21). Covered, each illumination lamp (32) is directly fixed outside the pillar (31) and can only be directed in a fixed direction, and each illumination lamp (32) is correspondingly directed to each sensing zone (21), After this setting, because the pedestrians will sequentially pass through the sensing areas (21) while crossing the zebra crossing (1), the controller (22) will also sequentially activate the lights when the pedestrians pass through the sensing areas (21). (32) to illuminate the sensing area (21) where the pedestrian is located, in other words, only when the pedestrian is sensed in the sensing area (21), the corresponding light (32) will be activated to illuminate the sensing area (21) In order to achieve the same effect of tracking pedestrians for lighting.

The novel zebra line light chasing system has the advantages of:

1. The sensing function of the sensing area can track the position of the pedestrian, so that the lighting can trace the pedestrians in a tracing manner to enable the driver to clearly see the pedestrians, so as to avoid accidents caused by a pedestrian.

2. The lighting is directed from the top to the bottom without being blocked, so as to produce a lighting effect similar to a spotlight, and has a better warning function.

The above description is only a preferred embodiment of the novel creation, and the scope of the novel creation cannot be limited thereto. That is, the equal changes and modifications made by Dafan in accordance with the scope of application for patents shall remain within the scope of this creation patent.

In summary, when the novel creation is novel and progressive, and the creation of this new type is not seen in any publication, it is in compliance with Article 104 of the Patent Law and Article 120 of the Patent Law and Article 22 of the Applicable Law.

1‧‧‧ Zebra crossing

2‧‧‧Induction Control Group

21‧‧‧ Sensing area

22‧‧‧ Controller

3‧‧‧Lighting group

31‧‧‧ pillar

32‧‧‧Lights

33‧‧‧ drive

4‧‧‧ triggering device

The first picture is a schematic diagram of the novel zebra line lighting chasing system. The second picture is a schematic diagram of the action of the novel zebra line lighting chasing system. The third picture is a schematic diagram of another action of the novel zebra line lighting chasing system. The fourth picture is a block diagram of the new zebra line lighting chase system. The fifth figure is a schematic diagram of another embodiment of the novel zebra crossing light chasing system.

Claims (6)

A zebra line light chasing system includes: an inductive control group having at least one sensing area, each of the sensing areas being disposed under a zebra crossing, the sensing area for sensing a pedestrian position, each sensing area and a controller Electrically connecting, the sensing area transmits the sensed pedestrian position to the controller; a lighting group has at least one pillar, each of the pillars is disposed beside the sensing zone, and each of the pillars is respectively provided with at least one Illuminating lamps for illuminating illumination, each of which is electrically connected to the controller. According to the zebra crossing light chasing system of claim 1, wherein the sensing area of the sensing control group senses the position of the pedestrian by detecting pressure or detecting infrared rays of the human body. According to the zebra crossing light chasing system of claim 1, wherein the sensing area of the sensing group is set to one, and each of the pillars of the lighting group is respectively provided with at least one driver, the number of the driver and the lighting The lights are identical and each of the lights is assembled with each of the drivers for driving the lights to change the direction of illumination of the lights. According to the zebra crossing light chasing system of claim 1, wherein the sensing area of the sensing control group is set to be plural, and each of the lighting lamps is directly fixed outside the pillar, so that each of the lighting lamps can only The illumination is in a fixed direction, and each of the illumination lamps is respectively corresponding to each of the sensing regions. According to the zebra crossing light chasing system of claim 1, wherein the controller of the sensing control group is electrically connected to a triggering device, so that the controller activates the sensing when the triggering device reaches a triggering condition. The area comes to sensory. The zebra crossing light chasing system according to item 5 of the patent application scope, wherein the triggering device is a pedestrian light, a traffic light or a street light.