Alarm processing dynamic path general planning method for security system

Abstract

The invention discloses an alarm processing dynamic path general planning method for a security system. The previous traffic data is mined and utilized, different road passage speeds of different congestion sections are provided, and a security service station capable of arriving at an alarm occurrence point in the shortest time and the corresponding path are found, so that the time uncertainty ofa security vehicle for arriving at the scene of a fire can be greatly reduced, and the security vehicle can be basically ensured to arrive at the scene of the fire alarm at the predetermined time soas to process the alarm timely. Exceptional situations such as traffic accidents happened in a road section are especially taken into consideration because the deviation of time data is serious when the time required by a motor vehicle for finishing the whole journey is substantially increased, and an exception time data processing method is provided so as to provide a good planning scheme.

Description

technical field

[0001] The invention relates to the technical field of alarm processing in a security system, in particular to a general planning method for a dynamic route of alarm processing in a security system. Background technique

[0002] At present, people have higher and higher requirements for the emergency response speed of the police, and the congestion in the central urban areas of cities, especially mega-cities such as Shanghai and Beijing, is extremely serious. For the handling of police situations, most of the existing security systems set up multiple security office stations in certain areas of the city. When a police situation occurs, it is basically the nearest security workstation to respond and go to the place where the police situation occurred to deal with the situation. . However, when the security office station in the central urban area goes to the place where the police incident occurred, half of the roads are often congested. In the past, the traf...

Examples

Embodiment 1

[0046] Example 1:

[0047] For example, the security command system received a police report at 5:6 p.m. on March 4, 2017. Room 801, No. 7, Yan'an Road, was on fire. There were explosives inside, which could detonate and explode at any time. The danger was extremely high, and rescue was urgently needed.

[0048] Because the situation is urgent and requires a very short response time, the time period we choose is relatively short. Generally, we choose data within 30 days, that is, h7. For example, we take h=14;

[0049] Then the security command system will do the following:

[0050] (1) According to the geographical database, the name of the building at No. 7 Yan'an Road is Huanghe Building, and the latitude and longitude coordinates are (8° east longitude, 9° north latitude), so as to obtain the geographical location information of the place where the police incident occurred;

[0051] (2) Taking the Yellow River Building (8° east longitude, 9° north latitude) as the center...

Embodiment 2

[0091]For example, the security command system received a police report at 5:06:23 pm on March 4, 2017. Room 801, No. 7, Yan'an Road, was on fire. There were explosives inside, which could detonate and explode at any time. The danger was extremely high, and rescue was urgently needed.

[0092] Because the situation is extremely urgent and requires an extremely short response time, the time period we choose is relatively short. Generally, we choose data within 30 days, that is, h7, In this example, we take h=27;

[0093] Then the security command system will do the following:

[0094] (1) According to the geographical database, the name of the building at No. 7 Yan'an Road is Huanghe Building, and the latitude and longitude coordinates are (8° east longitude, 9° north latitude), so as to obtain the geographical location information of the place where the police incident occurred;

[0095] (2) Taking the Yellow River Building (8° east longitude, 9° north latitude) as the center...

technical field

[0001] The invention relates to the technical field of alarm processing in a security system, in particular to a general planning method for a dynamic route of alarm processing in a security system. Background technique

[0002] At present, people have higher and higher requirements for the emergency response speed of the police, and the congestion in the central urban areas of cities, especially mega-cities such as Shanghai and Beijing, is extremely serious. For the handling of police situations, most of the existing security systems set up multiple security office stations in certain areas of the city. When a police situation occurs, it is basically the nearest security workstation to respond and go to the place where the police situation occurred to deal with the situation. . However, when the security office station in the central urban area goes to the place where the police incident occurred, half of the roads are often congested. In the past, the traf...

Examples

Embodiment 1

[0046] Example 1:

[0047] For example, the security command system received a police report at 5:6 p.m. on March 4, 2017. Room 801, No. 7, Yan'an Road, was on fire. There were explosives inside, which could detonate and explode at any time. The danger was extremely high, and rescue was urgently needed.

[0048] Because the situation is urgent and requires a very short response time, the time period we choose is relatively short. Generally, we choose data within 30 days, that is, h7. For example, we take h=14;

[0049] Then the security command system will do the following:

[0050] (1) According to the geographical database, the name of the building at No. 7 Yan'an Road is Huanghe Building, and the latitude and longitude coordinates are (8° east longitude, 9° north latitude), so as to obtain the geographical location information of the place where the police incident occurred;

[0051] (2) Taking the Yellow River Building (8° east longitude, 9° north latitude) as the center...

Embodiment 2

[0091]For example, the security command system received a police report at 5:06:23 pm on March 4, 2017. Room 801, No. 7, Yan'an Road, was on fire. There were explosives inside, which could detonate and explode at any time. The danger was extremely high, and rescue was urgently needed.

[0092] Because the situation is extremely urgent and requires an extremely short response time, the time period we choose is relatively short. Generally, we choose data within 30 days, that is, h7, In this example, we take h=27;

[0093] Then the security command system will do the following:

[0094] (1) According to the geographical database, the name of the building at No. 7 Yan'an Road is Huanghe Building, and the latitude and longitude coordinates are (8° east longitude, 9° north latitude), so as to obtain the geographical location information of the place where the police incident occurred;

[0095] (2) Taking the Yellow River Building (8° east longitude, 9° north latitude) as the center...