CN205121627U - Electric power emergency rescue system - Google Patents

Abstract

The utility model provides an electric power emergency rescue system, includes: emergency rescue resource scheduling subsystem to and the accident monitoring point and the emergency rescue that locate in the rescue target area stand. The utility model has the characteristics of simple structure, quick positioning, high -efficient allocate task, can improve emergency rescue efficiency.

Description

A kind of power emergency rescue system

Technical field

The utility model relates to technical field of power systems, is specifically related to a kind of power emergency rescue system.

Background technology

Electric system often can run into following risk: 1) Power grid structure risk: during peak of power consumption, if main transformer capacity highlights deficiency in subregion, will face large-area power-cuts risk, and directly have influence on normal electricity consumption in subregion.2) distribution operation risk.Distribution network line still occupies certain proportion without contact or single interconnector, and load factor is higher, because the problems such as line insulation, equipment is old cause distribution network failure to take place frequently.3) grid equipment risk, national grid is by the transformation of facilities and equipments year by year and hidden danger regulation, and operation of power networks stability and reliability significantly promote, but still there is equipment that is old and operational defect on a small quantity and form electric power netting safe running and affect.4) severe hazard weather risk.The severe hazard weather such as thunderbolt, strong wind, sleet causes certain influence to power network safety operation.5) outside destroy risk.By operation of power networks environmental impact, operate against regulations under line, the outside destroy such as road excavating causes the built on stilts and cable line operation troubles of transmission of electricity still to remain high.6) Electrical Safety risk.Part electric unit is paid attention to not the safe operation of electric power facility, and minority operator on duty does not possess qualification on duty, has that power supply does not reach configuration standard, emergency power supply lacks or emergency power supply such as can not to start at the problem.In order to these risks can be eliminated in time, need to set up a powerful power emergency rescue team, and be equipped with the power emergency rescue system of real-time high-efficiency, thus ensure people's life safety and social stability.

Summary of the invention

For solving problems of the prior art, the utility model provides a kind of power emergency rescue system, and it has the advantage of simple, the quick location of structure, efficient allocation task.

The technical solution of the utility model is:

A kind of power emergency rescue system, is characterized in that, comprising: emergency management and rescue scheduling of resource subsystem, and the accident monitoring point be located in rescue target area and emergency management and rescue station,

Described accident monitoring point comprises accident data collection subsystem, described accident data collection subsystem comprises camera, GPS sensor, shock sensor, composition of air analyzer, sound transducer, for gathering the rescue image of target area, position, vibrations, composition of air and voice data;

Described emergency management and rescue station comprises emergency management and rescue resource data acquisition subsystem, described emergency management and rescue resource data acquisition subsystem comprises the gate control system being provided with Fingerprint Identification Unit, code reader and card reader, wherein Fingerprint Identification Unit gathers rescue personnel's data for the fingerprint scanning rescue personnel to identify, code reader is for scanning the bar code of relief goods to gather relief goods data, and card reader is for identifying that the radio-frequency card of breakdown lorry is to gather breakdown lorry data;

Described emergency management and rescue scheduling of resource subsystem comprises casualty data storehouse, emergency management and rescue resource database and emergency management and rescue resource allocation server, wherein said casualty data storehouse is connected to obtain the image rescuing target area by wired or wireless data transmission network with described accident data collection subsystem, position, vibrations, composition of air and voice data, described emergency management and rescue resource database is connected to obtain rescue personnel by wired or wireless data transmission network with emergency management and rescue resource data acquisition subsystem, the data of relief goods and breakdown lorry, described emergency management and rescue resource allocation server is according to casualty data storehouse, the program is also pushed to emergency management and rescue station by the data determination emergency management and rescue resource scheduling scheme that emergency management and rescue resource database obtains.

In described rescue target area, be provided with multiple accident monitoring point and multiple emergency management and rescue station, the distance between described multiple emergency management and rescue station meets following formula:

The average rescue distance at all emergency management and rescue stations rescues distance r with the best _bdeviation E be less than first threshold T, the specific formula for calculation of E is:

$E=\underset{i=1}{\overset{n}{\Σ}}{(\stackrel{\‾}{r_i}-r_b)}^2\≤T;$

Wherein for the average rescue distance at i-th emergency management and rescue station in region;

specific formula for calculation be:

$\stackrel{\‾}{r_i}=\frac{\underset{k=1}{\overset{m}{\Σ}}{l}_{ik}}{2m}.$

The maximum static resolution of described camera is more than 1280 × 960, maximum dynamic resolution is more than 1280 × 720, maximum frame rate is 30FPS, described GPS sensor primary positioning time is 30 seconds, positioning precision is 5m, and described shock sensor sensitivity is 1000mv/g, and described composition of air analyzer is ceiling type, investigative range is 50m ~ 100m, and it is 45 ~ 120dB that described sound transducer measures sound intensity scope; Described Fingerprint Identification Unit is push type or interactive, and described code reader is infrared ray code reader, and described card reader identification range is 5CM ~ 10CM.

Power emergency rescue task distribution system of the present utility model has the advantage of simple, the quick location of structure, efficient allocation task, by multiple burst accident collecting device, the details of burst accident can either be obtained in time, type and the rank of burst accident can also be determined accurately simultaneously, thus can in conjunction with the manpower of the range information of burst accident and emergency management and rescue website, emergency management and rescue website, vehicle and material information, efficient distribution emergency management and rescue task, significantly promotes the efficiency of emergency management and rescue.

Accompanying drawing explanation

Fig. 1: schematic diagram of the present utility model

Symbol description:

1: emergency management and rescue station; 2: emergency management and rescue scheduling of resource subsystem; 3: accident monitoring point; 4: accident data collection subsystem; 5: emergency management and rescue station is to the distance of neighbor site

Embodiment

For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.

A kind of power emergency rescue system, is characterized in that, comprising: emergency management and rescue scheduling of resource subsystem (2), and the accident monitoring point (3) be located in rescue target area and emergency management and rescue station (1),

Described accident monitoring point (3) comprises accident data collection subsystem (4), described accident data collection subsystem (4) comprises camera, GPS sensor, shock sensor, composition of air analyzer, sound transducer, for gathering the rescue image of target area, position, vibrations, composition of air and voice data;

Described emergency management and rescue station (1) comprises emergency management and rescue resource data acquisition subsystem, described emergency management and rescue resource data acquisition subsystem comprises the gate control system being provided with Fingerprint Identification Unit, code reader and card reader, wherein Fingerprint Identification Unit gathers rescue personnel's data for the fingerprint scanning rescue personnel to identify, code reader is for scanning the bar code of relief goods to gather relief goods data, and card reader is for identifying that the radio-frequency card of breakdown lorry is to gather breakdown lorry data;

Described emergency management and rescue scheduling of resource subsystem (2) comprises casualty data storehouse, emergency management and rescue resource database and emergency management and rescue resource allocation server, wherein said casualty data storehouse is connected to obtain the image rescuing target area by wired or wireless data transmission network with described accident data collection subsystem (4), position, vibrations, composition of air and voice data, described emergency management and rescue resource database is connected to obtain rescue personnel by wired or wireless data transmission network with emergency management and rescue resource data acquisition subsystem, the data of relief goods and breakdown lorry, described emergency management and rescue resource allocation server is according to casualty data storehouse, the program is also pushed to emergency management and rescue station (1) by the data determination emergency management and rescue resource scheduling scheme that emergency management and rescue resource database obtains.

In described rescue target area, be provided with multiple accident monitoring point (3) and multiple emergency management and rescue station (1), the distance between described multiple emergency management and rescue station (1) meets following formula:

The deviation E that average rescue distance and the best at all emergency management and rescue stations rescue distance rb is less than first threshold T, and the specific formula for calculation of E is:

$E=\underset{i=1}{\overset{n}{\Σ}}{({\stackrel{\‾}{r}}_i-r_b)}^2\≤T;$

Wherein for the average rescue distance at i-th emergency management and rescue station in region;

specific formula for calculation be:

$\stackrel{\‾}{r_i}=\frac{\underset{k=1}{\overset{m}{\Σ}}{l}_{ik}}{2m}.$

As shown in Figure 1, emergency management and rescue station should be 2 times that emergency management and rescue website rescues distance to the distance (5) of neighbor site, because should be the ultimate range that this website specifically implements when rescuing with the mid point of neighbor node line, rescue should be implemented by neighbor site in the region beyond line mid point.

The maximum static resolution of described camera is more than 1280 × 960, maximum dynamic resolution is more than 1280 × 720, maximum frame rate is 30FPS, described GPS sensor primary positioning time is 30 seconds, positioning precision is 5m, and described shock sensor sensitivity is 1000mv/g, and described composition of air analyzer is ceiling type, investigative range is 50m ~ 100m, and it is 45 ~ 120dB that described sound transducer measures sound intensity scope; Described Fingerprint Identification Unit is push type or interactive, and described code reader is infrared ray code reader, and described card reader identification range is 5CM ~ 10CM.

Working method of the present utility model is: when described accident monitoring point (3) has burst accident to occur, described accident data collection subsystem (4) can monitor accident in time and occur, and the image of accident, position, vibrations, composition of air and voice data are sent to described emergency management and rescue resource allocation server in wired or wireless manner, compare in casualty data storehouse and emergency management and rescue resource database by described emergency management and rescue resource allocation server, determine the rescue method of accident, distribute emergency management and rescue resource, thus carry out rescue rapidly.Set up the average rescue distance at each emergency management and rescue station during system, namely the mean value of the half of each website and oneself neighbor site distance, as far as possible close to best rescue distance, rescue efficiency can be made so higher.

Power emergency rescue system of the present utility model has the advantage of simple, the quick location of structure, efficient allocation task, can according to the concrete condition of burst accident, the type determining burst accident fast and the emergency preplan that should implement, efficient distribution emergency management and rescue task, significantly promotes the efficiency of emergency management and rescue.

The above is only preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model know-why; can also make and suitably improving and distortion, these improve and distortion also should be considered as protection domain of the present utility model.

Claims (2)

1. a power emergency rescue system, is characterized in that, comprising: emergency management and rescue scheduling of resource subsystem, and be located at rescue target area in accident monitoring point and emergency management and rescue station,

Described accident monitoring point comprises accident data collection subsystem, described accident data collection subsystem comprises camera, GPS sensor, shock sensor, composition of air analyzer, sound transducer, for gathering the rescue image of target area, position, vibrations, composition of air and voice data;

Described emergency management and rescue station comprises emergency management and rescue resource data acquisition subsystem, described emergency management and rescue resource data acquisition subsystem comprises the gate control system being provided with Fingerprint Identification Unit, code reader and card reader, wherein Fingerprint Identification Unit gathers rescue personnel's data for the fingerprint scanning rescue personnel to identify, code reader is for scanning the bar code of relief goods to gather relief goods data, and card reader is for identifying that the radio-frequency card of breakdown lorry is to gather breakdown lorry data;

Described emergency management and rescue scheduling of resource subsystem comprises casualty data storehouse, emergency management and rescue resource database and emergency management and rescue resource allocation server, wherein said casualty data storehouse is connected to obtain the image rescuing target area by wired or wireless data transmission network with described accident data collection subsystem, position, vibrations, composition of air and voice data, described emergency management and rescue resource database is connected to obtain rescue personnel by wired or wireless data transmission network with emergency management and rescue resource data acquisition subsystem, the data of relief goods and breakdown lorry, described emergency management and rescue resource allocation server is according to casualty data storehouse, the program is also pushed to emergency management and rescue station by the data determination emergency management and rescue resource scheduling scheme that emergency management and rescue resource database obtains,

Wherein, be provided with multiple accident monitoring point and multiple emergency management and rescue station in described rescue target area, the distance between described multiple emergency management and rescue station meets following formula:

The deviation E that average rescue distance and the best at all emergency management and rescue stations rescue distance rb is less than first threshold T, and the specific formula for calculation of E is:

$E=\underset{i=1}{\overset{n}{\Σ}}{({\stackrel{\‾}{r}}_i-r_b)}^2\≤T;$

Wherein for the average rescue distance at i-th emergency management and rescue station in region;

specific formula for calculation be:

${\stackrel{\‾}{r}}_i=\frac{\underset{k=1}{\overset{m}{\Σ}}{l}_{ik}}{2m};$

Wherein m is the neighbor site number at i-th emergency management and rescue station, l _ikit is the distance of i-th emergency management and rescue station and its kth neighbor node.

2. power emergency rescue system according to claim 1, it is characterized in that, the maximum static resolution of described camera is more than 1280 × 960, and maximum dynamic resolution is more than 1280 × 720, and maximum frame rate is 30FPS, described GPS sensor primary positioning time is 30 seconds, positioning precision is 5m, and described shock sensor sensitivity is 1000mv/g, and described composition of air analyzer is ceiling type, investigative range is 50m ~ 100m, and it is 45 ~ 120dB that described sound transducer measures sound intensity scope; Described Fingerprint Identification Unit is push type or interactive, and described code reader is infrared ray code reader, and described card reader identification range is 5CM ~ 10CM.