CN105155434A - Sharing indicating sign board used for road without dividing strips or marking lines - Google Patents

Abstract

The utility model relates to a shared instruction signboard for roads without separation strips or markings, and relates to a method for making the signboard. The invention aims to solve the problem of mixed traffic of motor vehicles and non-motor vehicles due to the lack of indicator marks on roads without separation strips or markings. In the present invention, the pattern of motor vehicles is printed or etched on the left side of the upper front surface of the signboard body; the pattern of non-motor vehicles is printed or etched on the left side of the upper front surface of the signboard body; The pattern of non-motor vehicles is printed or etched on the left side of the upper surface; the pattern of non-motor vehicles is printed or etched on the right side of the upper rear surface of the signboard body; the lower part of the front surface or rear surface of the signboard body Printed or etched with Chinese characters "Road Sharing". The present invention is suitable for shared indication on roads without separation strips or markings.

Description

Shared signage for roads without dividers or markings

technical field

The invention relates to a manufacturing method of a sign board.

Background technique

When the width of the road section cannot meet the requirement of using a separation strip or marking to clarify the driving space of motor vehicles and non-motor vehicles, the driving space of non-motor vehicles will be compressed, and there are no traffic signs on both sides of the road. Therefore, the existence of this status quo leads to the unclear distribution of the right of way of vehicles on the road, and there will be a phenomenon of mixed traffic on the road, resulting in disordered road traffic order and a large traffic safety hazard in road operation. This mode of transportation can easily lead to frequent traffic accidents, and it is difficult to determine the person responsible for the accident, which has a certain impact on the safety of non-motor vehicles on the road.

Contents of the invention

The present invention aims to solve the problem of mixed traffic of motor vehicles and non-motor vehicles due to the lack of indication signs on roads without separation strips or markings, thereby providing a sharing system for roads without separation strips or markings. Directional signs.

A shared signboard for roads without dividers or markings, which includes a signboard body, and is characterized in that: a motor vehicle pattern is printed or etched on the upper left side of the front surface of the signboard body; A non-motor vehicle is printed or etched on the left side of the upper front surface of the vehicle;

The pattern of non-motor vehicles is printed or etched on the left side of the upper part of the rear surface of the signboard body; the pattern of non-motor vehicles is printed or etched on the right side of the upper part of the rear surface of the signboard body;

The Chinese character "road sharing" is printed or etched on the front surface or the lower part of the rear surface of the signboard body.

It also includes N LED strips and power supply; N is a positive integer;

The sign board body is a sandwich structure composed of two sign boards, the power supply is fixed in the sandwich structure, and the N LED light bars are arranged in parallel, and all of them are connected to the power supply;

The N LED light bars are respectively covered on the pattern of the non-motor vehicle, the pattern of the motor vehicle and the Chinese characters of "road sharing" on the front surface or the rear surface of the signboard body.

It also includes solar panels3;

The power supply is a rechargeable power supply, and the solar panel 3 is used to charge the power supply.

It also includes a control circuit 1 and a light intensity detection circuit 4;

The control circuit 1 is fixed in a sandwich structure composed of two sign boards; the light intensity detection circuit 4 is used to detect the light intensity in the environment where the signboard body is located, and the light intensity signal output terminal of the light intensity detection circuit 4 is connected to the control The light intensity signal input terminal of circuit 1 is connected.

It also includes two cameras2;

The two cameras 2 are arranged on the upper surface of the signboard body; the two cameras 2 are used to photograph images on the road ahead and behind the signboard body; the image signal output ends of the two cameras 2 are respectively connected with the control The two image signal input terminals of circuit 1 are connected.

It also includes a No. 1 wireless communication circuit 9 ; the wireless signal input or output end of the No. 1 wireless communication circuit 9 is connected to the wireless signal output or input end of the control circuit 1 .

It also includes No. two wireless communication circuit 10, microphone 11, monitoring center server 12, display 13 and sound and light alarm 14;

The No. 2 wireless communication circuit 10 is used for wireless communication with the No. 1 wireless communication circuit 9; the wireless signal input or output end of the No. 2 wireless communication circuit 10 is connected with the wireless signal output or input end of the monitoring center server 12; The display signal output end of the monitoring center server 12 is connected to the display signal input end of the display 13 ; the sound and light alarm signal output end of the monitoring center server 12 is connected to the sound and light alarm signal input end of the sound and light alarm 14 .

It also includes a voice output circuit 5 and a microphone 11 , the voice signal input end of the voice output circuit 5 is connected to the voice signal output end of the control circuit 1 .

It also includes soil M pressure gauges 6 and M timers 7; M is a positive integer;

The M earth pressure gauges 6 are evenly distributed and buried under the subgrade of the road section where the signboard is located; the pressure signal output ends of the M earth pressure gauges 6 are respectively connected to the pressure signal input ends of M timers 7; The clock signal output terminals of the M timers 7 are connected to the clock signal input terminals of the control circuit 1 .

The present invention provides information such as the types of vehicles allowed to run and their respective driving directions for roads where the width of the road section cannot be clearly defined by dividing strips or markings for the driving spaces of motor vehicles and non-motor vehicles. Ensure road operation.

Description of drawings

Fig. 1 is the electrical schematic diagram of the present invention;

Fig. 2 is the structural representation of signboard of the present invention;

Detailed ways

Embodiment 1. A shared sign board for roads without dividing strips or markings, which includes a sign board body, and a motor vehicle pattern is printed or etched on the left side of the upper front surface of the sign board body; on the sign board A non-motor vehicle pattern is printed or etched on the left side of the upper front surface of the main body;

The pattern of non-motor vehicles is printed or etched on the left side of the upper part of the rear surface of the signboard body; the pattern of non-motor vehicles is printed or etched on the right side of the upper part of the rear surface of the signboard body;

The Chinese character "road sharing" is printed or etched on the front surface or the lower part of the rear surface of the signboard body.

The invention discloses a road sharing indicator sign. When the width of the road section cannot meet the requirement of using a separation strip or marking to clarify the driving space of motor vehicles and non-motor vehicles, the driving space of non-motor vehicles will be compressed, and there are no traffic signs on both sides of the road. Therefore, the existence of this status quo leads to the unclear distribution of the right of way of vehicles on the road, and there will be a phenomenon of mixed traffic on the road, resulting in disordered road traffic order and a large traffic safety hazard in road operation. This mode of transportation can easily lead to frequent traffic accidents, and it is difficult to determine the person responsible for the accident, which has a certain impact on the safety of non-motor vehicles on the road. The present invention provides information such as the types of vehicles allowed to run and their respective driving directions for roads where the width of the road section cannot be clearly defined by dividing strips or markings for the driving spaces of motor vehicles and non-motor vehicles. Ensure road operation.

The size of the mark pattern of the present invention is shown in Table 1:

Table 1:

speed(km/h) 100～120 71～99 40～70 <40 Width (mm) 1900 1600 1400 - height (mm) 1400 1200 1000 - Lining (mm) 100 80 60 40

Table 2:

Embodiment 2. The difference between this embodiment and the shared sign board for roads without dividers or markings described in Embodiment 1 is that it also includes N LED light bars and a power supply; N is positive integer;

The sign board body is a sandwich structure composed of two sign boards, the power supply is fixed in the sandwich structure, and the N LED light bars are arranged in parallel, and all of them are connected to the power supply;

The N LED light bars are respectively covered on the pattern of the non-motor vehicle, the pattern of the motor vehicle and the Chinese characters of "road sharing" on the front surface or the rear surface of the signboard body.

Specific embodiment 3. The difference between this specific embodiment and the shared sign board for roads without dividers or markings described in specific embodiment 2 is that it also includes a solar panel 3;

The power supply is a rechargeable power supply, and the solar panel 3 is used to charge the power supply.

Embodiment 4. The difference between this embodiment and the shared signboard for roads without dividers or markings described in Embodiment 3 is that it also includes a control circuit 1 and a light intensity detection circuit 4;

The control circuit 1 is fixed in a sandwich structure composed of two sign boards; the light intensity detection circuit 4 is used to detect the light intensity in the environment where the signboard body is located, and the light intensity signal output terminal of the light intensity detection circuit 4 is connected to the control The light intensity signal input terminal of circuit 1 is connected.

Embodiment 5. The difference between this embodiment and the shared sign board for roads without dividers or markings described in Embodiment 4 is that it also includes two cameras 2;

The two cameras 2 are arranged on the upper surface of the signboard body; the two cameras 2 are used to photograph images on the road ahead and behind the signboard body; the image signal output ends of the two cameras 2 are respectively connected with the control The two image signal input terminals of circuit 1 are connected.

Embodiment 6. The difference between this embodiment and the shared sign board for roads without dividers or markings described in Embodiment 5 is that it also includes No. 1 wireless communication circuit 9; The wireless signal input or output end of the wireless communication circuit 9 is connected with the wireless signal output or input end of the control circuit 1 .

Embodiment 7. The difference between this embodiment and the shared sign board for roads without dividers or markings described in Embodiment 6 is that it also includes No. 2 wireless communication circuit 10, microphone 11, monitoring Central server 12, display 13 and sound and light alarm 14;

The No. 2 wireless communication circuit 10 is used for wireless communication with the No. 1 wireless communication circuit 9; the wireless signal input or output end of the No. 2 wireless communication circuit 10 is connected with the wireless signal output or input end of the monitoring center server 12; The display signal output end of the monitoring center server 12 is connected to the display signal input end of the display 13 ; the sound and light alarm signal output end of the monitoring center server 12 is connected to the sound and light alarm signal input end of the sound and light alarm 14 .

In this embodiment, the remote monitoring of road conditions is realized by sending the data collected on site to the monitoring center server; the monitoring center issues voice commands through the microphone 11 and transmits them to the site to realize remote command and warning of traffic.

Embodiment 8. The difference between this embodiment and the shared sign board for roads without dividers or markings described in Embodiment 7 is that it also includes a voice output circuit 5 and a microphone 11. The voice The voice signal input end of the output circuit 5 is connected with the voice signal output end of the control circuit 1 .

Specific Embodiment Nine. The difference between this specific embodiment and the shared sign board for roads without dividers or markings described in specific embodiment eight is that it also includes soil M pressure gauges 6 and M timers 7; M is a positive integer;

The M earth pressure gauges 6 are evenly distributed and buried under the subgrade of the road section where the signboard is located; the pressure signal output ends of the M earth pressure gauges 6 are respectively connected to the pressure signal input ends of M timers 7; The clock signal output terminals of the M timers 7 are connected to the clock signal input terminals of the control circuit 1 .

In this embodiment, the earth pressure gauge 7 is used to set the pressure range, which is equivalent to the weight of the vehicle; the time threshold of the timer 7 is set, and the threshold is set to 10 minutes.

When the earth pressure gauge is under the pressure of the set pressure range, it sends a timing signal to the timer signal until the pressure is less than the pressure range, and terminates; the timer 7 judges whether it exceeds the set threshold, and if it exceeds, it proves that there is a car on the road Stop, then send a signal to the control circuit 1; After the control circuit receives the signal from the timer 7, it turns on the camera to take pictures of the vehicle, and simultaneously reports to the monitoring center server in a wireless manner.

Embodiment 10. The difference between this embodiment and the shared sign board for roads without dividers or markings described in Embodiment 8 is that the control circuit 1 is realized by a single-chip microcomputer.

Claims (10)

1. for the shared indicating signboard of the road without dividing strip or graticule, it comprises sign board body, it is characterized in that: print in the left side on the front surface top of sign board body or etch the pattern having motor vehicle; Print in the left side on the front surface top of sign board body or etch the pattern having bicycle;

Print in the left side on the top, rear surface of sign board body or etch the pattern having bicycle; Print on the right side on the top, rear surface of sign board body or etch the pattern having bicycle;

Print at the front surface of sign board body or the bottom of rear surface or etch and have " road is shared " Chinese character.

2. the shared indicating signboard for the road without dividing strip or graticule according to claim 1, is characterized in that it also comprises N number of LED lamp bar and power supply; N is positive integer;

Sign board body is the sandwich of two mark plate compositions, and described power supply is fixed in this sandwich, and described N number of LED lamp bar is arranged in parallel, and all accesses power supply;

N number of LED lamp bar covers on the Chinese character of the pattern of the bicycle on the front surface of sign board body or rear surface, motor vehicle pattern and " road is shared " respectively.

3. the shared indicating signboard for the road without dividing strip or graticule according to claim 2, is characterized in that it also comprises solar panel (3);

Power supply is rechargable power supplies, and solar panel (3) is for giving power source charges.

4. the shared indicating signboard for the road without dividing strip or graticule according to claim 3, is characterized in that it also comprises control circuit (1) and light intensity detection circuit (4);

Described control circuit (1) is fixed in the sandwich of two mark plate compositions; Light intensity detection circuit (4) for detect sign board body light intensity in the environment, the light intensity signal output of described light intensity detection circuit (4) is connected with the light intensity signal input of control circuit (1).

5. the shared indicating signboard for the road without dividing strip or graticule according to claim 4, is characterized in that it also comprises two cameras (2);

Described two cameras (2) are arranged on the upper surface of sign board body; The image of described two cameras (2) on the road surface taking sign board body front and rear; The image signal output end of described two cameras (2) is connected with two picture signal inputs of control circuit (1) respectively.

6. the shared indicating signboard for the road without dividing strip or graticule according to claim 5, is characterized in that it also comprises a radio communication circuit (9); The wireless signal of a described radio communication circuit (9) inputs or outputs end and to export with the wireless signal of control circuit (1) or input is connected.

7. the shared indicating signboard for the road without dividing strip or graticule according to claim 6, is characterized in that it also comprises No. two radio communication circuits (10), microphone (11), monitoring central server (12), display (13) and audible-visual annunciator (14);

Described No. two radio communication circuits (10) are for carrying out radio communication with a radio communication circuit (9); The wireless signal of described No. two radio communication circuits (10) inputs or outputs end and to export with the wireless signal of monitoring central server (12) or input is connected; The display output of described monitoring central server (12) is connected with the display input of display (13); The sound and light alarm signal output part of described monitoring central server (12) is connected with the sound and light alarm signal input part of audible-visual annunciator (14).

8. the shared indicating signboard for the road without dividing strip or graticule according to claim 7, it is characterized in that it also comprises voice output circuit (5) and microphone (11), the speech signal input of described voice output circuit (5) is connected with the voice signal output of control circuit (1).

9. the shared indicating signboard for the road without dividing strip or graticule according to claim 8, is characterized in that it also comprises a native M pressure gauge (6) and M timer (7); M is positive integer;

A described M earth pressure gauge (6) is uniform and below the roadbed being embedded in section, sign board place; The signal output end of a described M earth pressure gauge (6) is connected with the pressure signal input end of M timer (7) respectively; The clock signal output terminal of a described M timer (7) is connected with the clock signal input terminal of control circuit (1).

10. the shared indicating signboard for the road without dividing strip or graticule according to claim 8, is characterized in that control circuit (1) adopts chip microcontroller.