CN216004890U - Automatic following type acousto-optic prompt system - Google Patents

Abstract

The utility model discloses an automatic following formula reputation reminder system, including reputation device control module and the reputation sensor input module, the reputation device output module, lighting device output module, sensor fault location and the alarm module that link to each other with reputation device control module respectively. According to the technical scheme, the acousto-optic device control module is arranged on each escalator or sidewalk to receive the input signal of the acousto-optic sensor input module, the output of the acousto-optic device output module and the lighting device output module is judged and executed through logic, the output of the working state of the sensor is judged, escalator voice and light are enabled to advance synchronously with escalator passengers, the passengers are effectively reminded of taking the escalator or sidewalk to use the correct using method, meanwhile, the passengers are reminded visually by using different colors of the lamps visually, and therefore potential safety hazards and noise interference caused to the periphery when the escalator or sidewalk is used are reduced.

Description

Automatic following type acousto-optic prompt system

Technical Field

The utility model relates to an staircase technical field especially relates to an automatic following formula reputation reminder system.

Background

Along with the rapid development of economy, the great increase of the income level of residents and the increase of the number of urban mobile population in recent years, a large number of newly built subways, light rails and large shopping malls are built on a large scale along with the demand, and the application of escalators or moving sidewalks in the places is more and more extensive. In order to facilitate the high-efficiency passage of circulating people, most marketplaces, subways and light rails are operated by multi-purpose parallel escalators or moving sidewalks. The safety of the use is highly valued; when passengers take the escalator, the correct riding mode is to grip the handrail and stand on the right, and most passengers often neglect the mode when taking the escalator, so that the safety accidents of the escalator are rare.

There is the data to show, in order to remind the passenger, present staircase or pavement are every one set of voice prompt system of installation, voice broadcast loudspeaker are fixed at last head and lower head, in order to let the passenger can hear warning information, the majority is to increase voice loudspeaker volume, but if two or more escalators and ladder and staircase between the distance is nearer, the suggestion effect of pronunciation is just unsatisfactory, voice volume is too big can mutual interference, even become ambient noise, voice volume is too little can direct influence passenger's hearing effect, and current state is not directly perceived.

Meanwhile, aiming at the problems of voice prompt of escalators or sidewalks in the current market, the technical problem to be solved by the application is to provide an escalator or sidewalk following type acousto-optic control system and method, which can enable escalator voice and light to advance synchronously with escalator passengers, effectively remind passengers of taking the escalator or sidewalk to use the escalator or sidewalk correctly, and simultaneously intuitively remind the passengers by using different colors of lamps, thereby reducing the potential safety hazard and noise interference caused to the periphery when the escalator or sidewalk is used.

Chinese patent document CN104310191A discloses a "ladder voice broadcasting device". The device is adopted to be composed of a voice broadcasting device box body, a horn wire, a power wire, a signal wire, a staircase loudspeaker, an uplink signal wire and a downlink signal wire, wherein the horn wire is connected to the left side of the voice broadcasting device box body, one side of the bottom of the voice broadcasting device box body is connected with the power wire, the other side of the bottom of the voice broadcasting device box body is connected with the signal wire, the horn wire is connected with the staircase loudspeaker, and three loudspeakers are respectively installed at an upper passageway, a lower passageway and a middle section of the staircase. Above-mentioned technical scheme exists can mutual interference when the pronunciation volume is too big, becomes ambient noise even, and the pronunciation volume can direct influence passenger's auditory effect's technical problem too little.

Disclosure of Invention

The utility model mainly solves the technical problems that the prior technical proposal can interfere with each other when the voice volume is too large, even becomes environmental noise, and the voice volume is too small, which can directly influence the auditory effect of passengers, provides an automatic following type acousto-optic prompt system, by arranging the acousto-optic device control module on each escalator or sidewalk to receive the input signal of the acousto-optic sensor input module, then the output of the sound device output module and the light device output module is judged and executed through logic, and judges the output of the working state of the sensor, so that the voice and light of the escalator advance synchronously with the escalator passengers, effectively reminds the passengers of the correct using method of the escalator or the sidewalk, and simultaneously intuitively reminds the passengers by using different colors of the lamps, and further, the potential safety hazard and the noise interference caused to the periphery when the escalator or the sidewalk is used are reduced.

The above technical problem of the present invention can be solved by the following technical solutions: the utility model discloses a reputation device control module and the reputation sensor input module, sound device output module, lighting device output module, sensor fault position and the alarm module that link to each other with reputation device control module respectively. The acousto-optic sensor input module is used for realizing acousto-optic signal acquisition and is sequentially installed on an escalator or a sidewalk. And the acousto-optic device control module is used for realizing automatic following broadcast and automatic running water color change display control. The sound device output module is used for realizing automatic following broadcast and is sequentially installed on an escalator or a sidewalk. The lighting device output module is used for realizing automatic flowing water color changing display and is sequentially installed on the escalator or the sidewalk. And the sensor fault position and alarm module is used for realizing the alarm of the fault sensor.

Preferably, the acousto-optic device control module comprises a control unit, an input port and an output port, the acousto-optic sensor input module is connected with the input port, and the acoustic device output module and the lighting device output module are respectively and independently connected with the output port.

Preferably, the acousto-optic sensor input modules are uniformly arranged along the pedestrian path and are independently connected with the input port of the acousto-optic device control module. The pedestrian path comprises an escalator and a sidewalk, and the acousto-optic sensor input modules are uniformly distributed along the pedestrian path to ensure that the signals of the passing people are completely collected.

Preferably, the acoustic device output modules are uniformly distributed along the pedestrian path and independently connected with the output ports of the acoustic and optical device control module. The acousto-optic device control module judges the position of a pedestrian through information collected by the acousto-optic sensor input module, the acoustic device output module at the position of the pedestrian works, the area which can be reached by preset time is judged according to the moving speed of the pedestrian, and the acoustic device output module in the area which can be reached is opened.

Preferably, the plurality of light device output modules are uniformly distributed along the pedestrian path and are independently connected with the output ports of the acousto-optic device control module.

Preferably, the plurality of light device output modules independently control and output light signals when in fault, and integrally integrate running water type operation control and output light signals when in no fault. And when no fault exists, the light device output modules on the pedestrian path are integrated into a whole to operate and control in a running water mode and output light signals.

Preferably, the sensor fault position and alarm module is respectively connected with the plurality of sound device output modules and the plurality of light device output modules. When self-checking is carried out, a control unit in the acousto-optic device control module actively scans a plurality of acousto-optic sensor input modules, the input state of an input port of the acousto-optic device control module is confirmed, current data is further operated and analyzed after being operated and stored, and if the input states of the acousto-optic sensor input modules are consistent, a corresponding running water light mode is operated for 1 time and a corresponding voice mode is output; if the states of the acousto-optic sensor input modules are inconsistent in data analysis, the input port of the acousto-optic device control module and the light device output module corresponding to the sensor flicker red light, and meanwhile, the corresponding sound device output module outputs the red light for 3 times.

The utility model has the advantages that: the sound-light device control module is arranged on each escalator or sidewalk to receive input signals of the sound-light sensor input module, then the output of the sound device output module and the light device output module is judged and executed through logic, the output of the working state of the sensor is judged, escalator voice and light are enabled to advance synchronously with escalator passengers, passengers are effectively reminded of taking the escalator or sidewalk to use the correct using method, meanwhile, the passengers are reminded visually by using different colors of the lamps visually, and therefore potential safety hazards and noise interference caused to the periphery when the escalator or sidewalk is used are reduced.

Drawings

Fig. 1 is a schematic circuit connection structure diagram of the present invention.

In the figure, a sound-light device control module 1, a sound-light sensor input module 2, a sound device output module 3, a lighting device output module 4 and a sensor fault position and alarm module 5 are shown.

Detailed Description

The technical solution of the present invention is further specifically described below by way of examples and with reference to the accompanying drawings.

Example (b): an automatic following type acousto-optic prompt system of the present embodiment, as shown in fig. 1, includes an acousto-optic device control module 1, and an acousto-optic sensor input module 2, an acoustic device output module 3, a lighting device output module 4, a sensor fault location and alarm module 5, which are respectively connected to the acousto-optic device control module 1. The acousto-optic device control module 1 comprises a control unit, an input port and an output port, the acousto-optic sensor input module 2 is connected with the input port, and the acoustic device output module 3 and the lighting device output module 4 are respectively and independently connected with the output port. The acousto-optic sensor input module is used for realizing acousto-optic signal acquisition and is sequentially installed on an escalator or a sidewalk. And the acousto-optic device control module is used for realizing automatic following broadcast and automatic running water color change display control. The sound device output module is used for realizing automatic following broadcast and is sequentially installed on an escalator or a sidewalk. The lighting device output module is used for realizing automatic flowing water color changing display and is sequentially installed on the escalator or the sidewalk. And the sensor fault position and alarm module is used for realizing the alarm of the fault sensor.

The acousto-optic sensor input module 2 is provided with a plurality of acousto-optic sensor input modules which are respectively and uniformly arranged along a pedestrian path, and the acousto-optic sensor input modules 2 are independently connected with the input port of the acousto-optic device control module 1. The pedestrian path comprises an escalator and a sidewalk, and the acousto-optic sensor input modules are uniformly distributed along the pedestrian path to ensure that the signals of the passing people are completely collected. The acoustic device output modules 3 are uniformly arranged along the pedestrian path, and the acoustic device output modules 3 are independently connected with the output port of the acoustic-optical device control module 1. The plurality of light device output modules 4 independently control and output light signals when in fault, and integrally integrate running water type operation control and output light signals when in no fault.

When the power-on self-checking device works, firstly, the automatic following type acousto-optic prompt system carries out initial power-on self-checking. When self-checking is carried out, a control unit in the acousto-optic device control module actively scans a plurality of acousto-optic sensor input modules, the input state of an input port of the acousto-optic device control module is confirmed, current data is further operated and analyzed after being operated and stored, and if the input states of the acousto-optic sensor input modules are consistent, a corresponding running water light mode is operated for 1 time and a corresponding voice mode is output; if the states of the acousto-optic sensor input modules are inconsistent in data analysis, the input port of the acousto-optic device control module and the light device output module corresponding to the sensor flicker red light, and meanwhile, the corresponding sound device output module outputs the red light for 3 times. The acousto-optic sensor input module collects signals and transmits the signals to the acousto-optic device control module, and the collected signals comprise sensor input signals, running states, sensor trigger state recording signals and time sequences. The sound and light device control module controls the sound device output module and the light device output module. The output modules of the plurality of sound devices are independently controlled by independent output, and the broadcasting time of the sound devices is controlled according to the triggering signal time of the acousto-optic sensor and the preset time of the control system. The plurality of paths of light device output modules are independently controlled and output when in fault, and are integrally integrated flow type operation control when in no fault.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Although terms like acousto-optic device control module, acousto-optic sensor input module, etc. are used more herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed in a manner that is inconsistent with the spirit of the invention.

Claims (7)

1. The automatic following type acousto-optic prompt system is characterized by comprising an acousto-optic device control module (1), and an acousto-optic sensor input module (2), an acoustic device output module (3), a lighting device output module (4) and a sensor fault position and alarm module (5) which are respectively connected with the acousto-optic device control module (1).

2. The automatic following acousto-optic prompt system according to claim 1, characterized in that the acousto-optic device control module (1) comprises a control unit, an input port and an output port, the acousto-optic sensor input module (2) is connected with the input port, and the acoustic device output module (3) and the lighting device output module (4) are respectively and independently connected with the output port.

3. The automatic following acousto-optic prompt system according to claim 2, characterized in that the acousto-optic sensor input modules (2) are provided in plurality and respectively arranged uniformly along the pedestrian path, and the acousto-optic sensor input modules (2) are independently connected with the input port of the acousto-optic device control module (1).

4. The automatic following acousto-optic prompt system according to claim 2, characterized in that the acoustic device output modules (3) are provided in plurality and are respectively and uniformly arranged along the pedestrian path, and the acoustic device output modules (3) are independently connected with the output port of the acousto-optic device control module (1).

5. The automatic following acousto-optic prompt system according to claim 2, wherein the plurality of light device output modules (4) are uniformly arranged along the pedestrian path, and the plurality of light device output modules (4) are independently connected with the output port of the acousto-optic device control module (1).

6. The automatic following acousto-optic prompt system according to claim 5, wherein the plurality of light device output modules (4) independently control and output light signals when a fault occurs, and control and output light signals when no fault occurs.

7. The automatic following acousto-optic prompt system according to claim 4, 5 or 6, characterized in that the sensor fault location and alarm module (5) is respectively connected with a plurality of sound device output modules (3) and a plurality of light device output modules (4).

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