Method of subscribing emergency linkage in real time based on massive data streaming

A technology of data flow and incremental data, applied in the field of communication, can solve problems such as mutual cooperation errors, failure to achieve multi-department linkage, and different response time, so as to achieve the effects of increasing linkage, good rescue effect, and improving efficiency

Inactive Publication Date: 2019-06-04
宁波中数云创信息技术有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] However, from the perspective of prior art, such as the patent of road traffic accident analysis method with application number CN103390345B, although the data of traffic accidents can be transmitted, this application does not involve just transmitting the data to a certain department, and does not reach many The best effect of departmental linkage, this will cause some departments to receive traffic accident data faster, some slower, and the different reaction times of several departments will lead to mistakes in cooperation with each other, which may cause the injured to lose their lives due to the time difference

Method used

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  • Method of subscribing emergency linkage in real time based on massive data streaming
  • Method of subscribing emergency linkage in real time based on massive data streaming

Examples

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Embodiment 1

[0027] Example 1: Assume that a traffic accident occurred, the collision of two vehicles caused serious deformation of the vehicle and caused a fire, and the fire spread, and two people were seriously injured mechanically.

[0028] 1) Incremental data collection of traffic accident data that occurred in various regions on the same day through surveillance video transmission, including the location of the accident, whether the vehicle collided, the number of casualties, and the extent of the fire;

[0029] The various regions may be road sections prone to traffic accidents, such as continuous downhill road sections, urban-suburban junction road sections, crossroads, T-shaped intersections, roundabout road sections, and road narrowing road sections.

[0030] The place where the accident occurred can be obtained by shooting a surveillance video.

[0031] Whether the vehicle collides can be obtained through monitoring video shooting.

[0032] The number of casualties can be judge...

Embodiment 2

[0049] Example 2: Assuming that a traffic accident occurred, two vehicles collided with a slight deformation and did not catch fire, and two persons were not seriously injured mechanically.

[0050] 1) Incremental data collection of traffic accident data that occurred in various regions on the same day through surveillance video transmission, including the location of the accident, whether the vehicle collided, the number of casualties, and the extent of the fire;

[0051] The various regions may be road sections prone to traffic accidents, such as continuous downhill road sections, urban-suburban junction road sections, crossroads, T-shaped intersections, roundabout road sections, and road narrowing road sections.

[0052] The place where the accident occurred can be obtained by shooting a surveillance video.

[0053] Whether the vehicle collides can be obtained through monitoring video shooting.

[0054] The number of casualties can be judged by the monitoring video. If two...

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Abstract

The invention relates to a method for subscribing emergency linkage in real time based on massive data streaming, which comprises the steps that 1) incremental data is collected; 2) the collected incremental data is classified, judged and put into storage; 3) the classified and judged data is released to traffic accident processing departments, and each traffic accident processing department independently chooses traffic accident data related to itself; 4) the traffic accident processing departments carries out selectively subscription according to the released data; 5) the data subscribed byeach traffic accident processing department is stored in the designated location of each traffic accident processing department; and 6) traffic accident situation feedback and response measures are provided to the traffic accident processing departments in a targeted manner after successful subscription. The method solves the problem of low message transmission efficiency among departments when traffic accidents occur in the past, enhances the linkage among the departments, improves the traffic accident processing efficiency and achieves a good rescue effect.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a method for subscribing to emergency linkage in real time based on mass data streaming. Background technique [0002] Now that the traffic is more and more developed, basically every household has at least one private car, which is convenient for travel, but also brings a severe test to traffic safety. Frequent traffic accidents, many people If it is too late to react, the relatives may have already encountered misfortune. After a traffic accident, the time from the response of the relevant departments to the dispatch may determine the survival of a person. Therefore, in order to reduce the death rate caused by traffic accidents, it is necessary to have a complete emergency method. [0003] However, from the perspective of prior art, such as the patent of road traffic accident analysis method with application number CN103390345B, although the data of traffic accidents ca...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G08G1/01G06K9/00G06Q50/26
Inventor 费建华
Owner 宁波中数云创信息技术有限公司
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