Claims:WE CLAIM:
1) A cultural relic protection management system based on IOT (internet of things) comprising of;
a. Checking the cultural relics for being in safe range with the help of RFID readers from time to time;
b. Detecting the person with the help of sensors and camera in the monitoring area;
c. Processing the signal to the database of the website which is interlinked with the caretaker persons;
d. Catching the suspected person.
2) The cultural relic protection management system based on IOT (internet of things) as claimed in claim 1, wherein the said system can find the thief who enters the monitoring area at night by Signal processing and alarm.
3) The cultural relic protection management system based on IOT (internet of things) as claimed in claim 1, wherein the said system carries out remote monitoring of the area with the help of camera and sensors.
4)The cultural relic protection management system based on IOT (internet of things) as claimed in claim 1, wherein the said system needs to arrange security for viewing video, which not only requires a lot of manpower, but also monitors the picture easily.
5) The cultural relic protection management system based on IOT (internet of things) as claimed in claim 1, wherein the said system uses remote storage and retrieval of data, which provides an identity code to monitored objects. it consists of an RFID reader, antenna and RFID tag.
, Description:FIELD OF THE INVENTION:
The present invention relates to a management system conservation things. The present invention more particularly relates to a cultural relic protection management system of IOT (internet of things).
BACKGROUND OF THE INVENTION:
Being mostly on the verge of disappearing, world cultural heritage (WCH) has been preserved for a long time, and the living environment has been vulnerable. It is not only damaged by natural disasters, such as volcanoes and earthquakes, but also destroyed by slow natural erosions, such as sunlight exposure, water and wind erosions, the growth of animals, plants and microorganisms, etc. With the rapid development of industry and tourism under the influence of human activities, air pollution and excessive development have become the potential safety hazards of cultural heritage (CH), especially in the developing countries. For example, air pollution has led to the discoloration of Taj Mahal, whereas the excessive tourism development has resulted in the damage to the buildings of Angkor Wat, and Hollywood has also left some damage traces when shooting films in Angkor Wat.
This cultural heritage should be developed and managed and museums as well as the cultural relics of national importance are protected. It is really necessary to protect relics and archaeological sites as well as help develop museums. It is very necessary to protect the precious old buildings as it has a long-standing focus on cultural relics protection units. With the social and economic development and people's living standards are improving, holiday travel and cultural relics exhibition area to visit the flow of people is growing. However, due to some tourists conservation, awareness is not strong, cultural exhibition area is not comprehensive services, cultural security measures in place, and many other reasons, often makes the relics suffered varying degrees of damage. The current due to technical factors, capital and management, led many artifacts were damaged or lost, scientific and effective management and protection of cultural relics is the great challenge facing the cultural relics management department.
In the process of the development of human society, there have always been the problems of the protection and inheritance of world cultural heritage, which are the common problems faced by all countries in the world, especially the developing countries. Due to the vulnerability of cultural heritage, with the continuous increasing number and variety of world cultural heritage, how to effectively manage and apply the related technologies to achieve the sustainable development of the protection and inheritance of cultural heritage has become the key point. Meanwhile, it explores the application of the integrated strategies and digital technology of the world's regional network of cultural heritage protection, putting forward some sustainable suggestions.
So there is a need for a cultural relic protection management system based on IOT (internet of things). The present invention is a cultural relic protection management system based on IOT (internet of things). The present invention helps in perception factors of the cultural relic buildings, including the fire hazards, evacuation characteristics, fire safety facilities, firefighting and rescue condition and the fire safety management. Setting up cultural relic buildings fire system could allow the fire departments and cultural relic units eliminating fire hazards in the first place and assessing the fire risk of cultural relic buildings instantly. It could also simplify the self-checking of fire prevention inspections of fire departments and cultural relic units, greatly improve the work efficiency and fire safety level, simplify the process of fire safety management and reduce the fire risk, which brings high economic benefit and social benefit.
OBJECTS OF THE INVENTION:
The main objects of the present invention is to provide a cultural relic protection management system based on IOT (internet of things) to protect from thefts..
Another object of the present invention is to simplify the self-checking of fire prevention inspections of fire departments and cultural relic units, greatly improve the work efficiency and fire safety level, simplify the process of fire safety management and reduce the fire risk, which brings high economic benefit and social benefit.
Another object of the present invention is to help in perception factors of the cultural relic buildings, including the fire hazards, evacuation characteristics, fire safety facilities, firefighting and rescue condition and the fire safety management.
SUMMARY OF THE INVENTION:
Accordingly, a system for a cultural relic protection management system based on IOT (internet of things) is disclosed. A cultural relic protection management system based on IOT (internet of things) comprising of; Checking the cultural relics for being in safe range with the help of RFID readers from time to time; Detecting the person with the help of sensors and camera in the monitoring area; Processing the signal to the database of the website which is interlinked with the caretaker persons; and Catching the suspected person.
DESCRIPTION OF THE DRAWINGS:
Fig 1 is the flowchart for the cultural relic protection management system based on IOT (internet of things).
DETAILED DESCRIPTION OF THE INVENTION WITH RESPECT TO DRAWINGS:
The present invention provides a cultural relic protection management system based on IOT (internet of things). The present invention simplifies the self-checking of fire prevention inspections of fire departments and cultural relic units, greatly improve the work efficiency and fire safety level, simplify the process of fire safety management and reduce the fire risk, which brings high economic benefit and social benefit. The present invention helps in perception factors of the cultural relic buildings, including the fire hazards, evacuation characteristics, fire safety facilities, firefighting and rescue condition and the fire safety management. The present invention improves the fire safety level of cultural relic buildings, and decrease the number of accidence affected by fire, so as to protect the safety of life and property of the people, and finally strengthen fire safety supervision work of the cultural relic buildings. The present invention is door magnetic detection and monitoring has the immediacy and the safety factor is higher.
In one embodiment, the present invention identifies whether the cultural relics are within the safe range through the passive RFID readers/writers. Once stolen, the cultural relics leave the effective RFID identification range, which results in immediately alarming, to control the anti-theft. The detecting system can find the thief who enters the monitoring area at night. Signal processing is carried out and signal is received to the concerned persons and an alarm occurs. This system needs to arrange security for viewing video, which not only requires a lot of manpower, but also monitors the picture easily. The infrared alarm can also be affected by the temperature adjustment devices such as air conditioners. The system is embedded in electronic devices, Internet connections, and other forms of hardware such as sensors, which communicate with others utilize the Internet or remote monitoring.
In another embodiment, this system needs to arrange security for viewing video, which not only requires a lot of manpower, but also monitors the picture easily. The infrared alarm can also be affected by the temperature adjustment devices such as air conditioners. Radio Frequency Identification (RFID) is a technology that uses remote storage and retrieval of data, which provides an identity code to monitored objects. it consists of an RFID reader, antenna and RFID tag. The unique identification code table is stored as an identity code in the RFID tag, while the other information of monitored objects are also stored in the tag, depending on the specific objects and storage size. In a typical application, the RFID reader queries the tag in the interrogation zone to transmit the identification data. The process of data acquisition, data processing and data transmission are performed in real time. Normally, the owner only realize that the objects are missing when the objects are no longer in view. The antitheft system required by the user does not rely on the naked eye to protect the object and prevent lost. Instead, it should be automatically monitored by some technical means to remind the user in real time, and the detailed situation recorded in the monitoring system for tracking can achieve prevention.
In another embodiment, A corresponding application is installed on the PC for monitoring and controlling the data of the RFID reader. The electronic tag is flexible and can be installed on various artifacts without damaging the basic attributes and functions of the artifact. It communicates wirelessly with the RFID reader. The reading range of the RFID reader can be reasonably set according to the power size. The information of each electronic tag is read at regular intervals to detect whether the electronic tag is within its range, so as to determine whether an alarm signal needs to be emitted. The RFID reader is mainly composed of a controller unit and a radio frequency transceiver module. It stores the ID and other is for storing user information data, and such data can be modified and deleted.
The system recognize if anything is stolen. Then the system send sound and light alarm information, at the same time the camera system is activated to capture a snapshot. Finally, the system close the gate, block the entrance exit and channels. By the means of concealment of RFID recognition, the response speed is fast and the anti-theft effect is better.
In another embodiment, a cultural relic protection management system based on IOT (internet of things) comprising of;
a. Checking the cultural relics for being in safe range with the help of RFID readers from time to time;
b. Detecting the person with the help of sensors and camera in the monitoring area;
c. Processing the signal to the database of the website which is interlinked with the caretaker persons; and
d. Catching the suspected person.