CN110347053B - Intelligent Internet of things security system based on mobile terminal - Google Patents

Intelligent Internet of things security system based on mobile terminal Download PDF

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Publication number
CN110347053B
CN110347053B CN201910724031.4A CN201910724031A CN110347053B CN 110347053 B CN110347053 B CN 110347053B CN 201910724031 A CN201910724031 A CN 201910724031A CN 110347053 B CN110347053 B CN 110347053B
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user
security
intelligent
disaster
password
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CN110347053A (en
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周宗明
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JIANGSU DINGFENG INFORMATION TECHNOLOGY Co.,Ltd.
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Jiangsu Dingfeng Information Technology Co ltd
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    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B15/00—Systems controlled by a computer
    • G05B15/02—Systems controlled by a computer electric
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00—Programme-control systems
    • G05B19/02—Programme-control systems electric
    • G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C9/00—Individual registration on entry or exit
    • G07C9/30—Individual registration on entry or exit not involving the use of a pass
    • G07C9/32—Individual registration on entry or exit not involving the use of a pass in combination with an identity check
    • G07C9/37—Individual registration on entry or exit not involving the use of a pass in combination with an identity check using biometric data, e.g. fingerprints, iris scans or voice recognition
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C9/00—Individual registration on entry or exit
    • G07C9/30—Individual registration on entry or exit not involving the use of a pass
    • G07C9/38—Individual registration on entry or exit not involving the use of a pass with central registration
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B13/00—Burglar, theft or intruder alarms
    • G08B13/18—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength
    • G08B13/189—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems
    • G08B13/194—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems using image scanning and comparing systems
    • G08B13/196—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems using image scanning and comparing systems using television cameras
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B2219/00—Program-control systems
    • G05B2219/20—Pc systems
    • G05B2219/26—Pc applications
    • G05B2219/2642—Domotique, domestic, home control, automation, smart house
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

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  • Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Human Computer Interaction (AREA)
  • Manufacturing & Machinery (AREA)
  • Quality & Reliability (AREA)
  • Alarm Systems (AREA)

Abstract

The invention discloses an intelligent Internet of things security system based on a mobile terminal, which comprises a monitoring platform; a plurality of user subsystems are arranged below the monitoring platform; the monitoring platform comprises a filing module and a face filing module; each user subsystem comprises an internet of things system and a security system; the Internet of things system comprises an Internet of things host and intelligent equipment; the security system comprises a security host and security equipment. The security system can enter different security modes according to actual conditions, has multiple security modes, can judge the environment of a user according to the current conditions, and performs security management according to the final instruction and the real intention of the user; the security protection device can well deal with the occurrence of special conditions and has very high security protection level.

Description

Intelligent Internet of things security system based on mobile terminal
Technical Field
The invention relates to the technical field of security, in particular to an intelligent Internet of things security system based on a mobile terminal.
Background
With the rapid development of scientific and technological technology, the development of intelligent security technology has already gained attention, and with the emergence of the demands of enterprises and residential districts, intelligent security currently faces a new development opportunity. The intelligent security device that exists on the market at present includes entrance guard, warning and three major parts of control, and the function is simple relatively, can not satisfy people's demand.
For example, most of access control systems in the prior art realize security management based on a face recognition technology, a fingerprint recognition technology and a digital password combination, but most of the three security technologies are relatively independent and are not well matched for use. For example, most access control systems are provided with digital passwords, fingerprint passwords, or face recognition; the entrance guard can be opened by inputting a digital password, inputting a fingerprint or a face recognition module, namely, the entrance guard can be opened by selecting any one of the three modes as long as a person entering the entrance guard knows the digital password or inputs the fingerprint or the face recognition module passes.
In summary, in the prior art, only the entrance guard system is designed, and no special situation is considered, for example, how to implement security protection under the condition that the digital password is stolen or people are held; when a user is held by an illegal person to input a password or a fingerprint, the user needs to input a correct password to unlock the lock for life safety consideration; the current condition of a user cannot be judged according to an input password in the prior art, and the alarm cannot be given in time when the safety condition occurs, certainly, the alarm cannot be known by illegal personnel and needs hidden alarm.
Meanwhile, most security systems in the prior art also comprise a fire early warning system, when a fire disaster occurs, an alarm can be given out, and a long time period is provided from initiation, spreading to extinguishment of the fire disaster; in the initiation process, the disaster is small, the fire is small, the control can be easy, and if the fire is found in time, the personnel and property can be rescued.
After a disaster occurs in the prior art, a fire department, a room owner of the disaster or a property center is often directly notified, and people who may be affected by the disaster are not specifically informed according to actual conditions and disaster development conditions, that is, the early warning accuracy of the disaster is poor.
Disclosure of Invention
The invention aims to provide an intelligent Internet of things security system based on a mobile terminal, which can realize security management according to the current real situation of a user, and can carry out hidden alarm under the condition of ensuring the safety of the user especially under the condition that the user is held.
In order to achieve the above object, an embodiment of the present invention provides an intelligent internet of things security system based on a mobile terminal, including:
a monitoring platform; the monitoring platform comprises a platform server for storing and processing data uploaded by the user subsystem; a plurality of user subsystems are arranged below the monitoring platform; each user subsystem has a unique number, and the number of the user subsystem is correspondingly bound with the user information; the user subsystem is installed in the user location or the security area;
the monitoring platform comprises:
a filing module; the system is used for inputting and storing user information and archiving the user information; the profiling module is used for establishing a unique user file bound with the user subsystem for each user after the monitoring platform receives user information uploaded by the user through the Internet;
the user information comprises a user name, address information, a host contact telephone and an alarm contact telephone;
a face archiving module; the system comprises a filing module, a face filing module and a face image processing module, wherein the face filing module is associated with each user file and is used for storing face pictures of a permanent population uploaded by a user from the Internet;
the user subsystem includes: an internet of things system and a security system;
the system comprises an internet of things host and intelligent equipment, wherein the internet of things host is provided with a wireless communication module and is connected with a control chip of the intelligent equipment through the wireless communication module and receives information uploaded by the intelligent equipment; the mobile terminal sends a control instruction to the Internet of things host to control the working state of the intelligent equipment; the intelligent equipment comprises intelligent household electrical appliance equipment, intelligent floor heating equipment, an intelligent window and intelligent fresh air equipment;
the security system comprises a security host and security equipment; the security host is provided with a wireless communication module, is connected with a control chip of the security equipment through the wireless communication module to control the security equipment and receive information uploaded by the security equipment, and is provided with a communication module for being connected with the mobile terminal; the mobile terminal sends a control instruction to the security host to control the working state of the security equipment; the security equipment comprises an external camera, an internal camera, a garage camera, an intelligent security door, a fire detector and an internal alarm;
the external camera, the internal camera and the garage camera are cameras with movement detection, and can take pictures when moving objects are detected;
the security protection host computer includes:
a data archiving module; the system comprises a monitoring platform, a face archiving module, a user subsystem number and a user terminal, wherein the monitoring platform is used for uploading the user subsystem number corresponding to the security host to the monitoring platform, sending a downloading request and requesting to download and archive face photos of a permanent population from the face archiving module corresponding to the user subsystem number; the intelligent security door is used for receiving data of the intelligent security door and storing a password input by a user in the intelligent security door;
the password of the intelligent anti-theft door comprises a common digital password, an alarm digital password, a common fingerprint, an alarm fingerprint, a safety password and a management password;
a wireless communication module; the mobile terminal is used for being connected with the security equipment and the mobile terminal;
a face recognition comparison module; the system is used for acquiring a face photo in a security area of the intelligent security door and comparing the acquired face photo with a face photo of a permanent population in a data archive module; judging the number of people in the security area and whether the security area contains a standing population;
a password comparison module; the intelligent anti-theft door is used for acquiring the type of a digital password and a fingerprint input by a person;
a security mode selection module; selecting a security mode according to results of the face recognition module and the password comparison module and a detection result of the fire detector; performing corresponding security operation according to the security mode;
(1) when the password input by the intelligent anti-theft door is a common digital password or a common fingerprint and the face recognition comparison module judges that the picture shot by the external camera contains the face picture characteristics of the population living in the picture; entering a safe mode: when the password input by the intelligent anti-theft door is a safe password; entering a safe mode:
(2) when the password input by the intelligent anti-theft door is a common digital password or a common fingerprint and the face recognition comparison module judges that the picture shot by the external camera does not contain the face picture characteristics of the population living in the external camera; sending a verification short message and a photo acquired by an external camera to a host contact phone reserved by a user through a short message receiving and sending module, and performing the following steps according to the type of a verification code;
A. when the verification code returned by the user through the mobile terminal is a reserved safety verification code, entering a safety mode;
B. when the verification code returned by the user through the mobile terminal is the reserved alarm verification code, entering an illegal intrusion alarm mode;
(3) when the password input by the intelligent anti-theft door is an alarm digital password or an alarm fingerprint and the face identification comparison module judges that the pictures shot by the external camera simultaneously comprise the resident and other people, entering an emergency alarm mode;
the security operation corresponding to the security mode of the invention comprises the following steps:
the security operation corresponding to the security mode is as follows: sending a normal unlocking instruction to the intelligent anti-theft door, and normally unlocking the intelligent anti-theft door;
the security operation corresponding to the illegal intrusion alarm mode is as follows: sending an unlocking prohibition instruction to the intelligent anti-theft door; controlling an external camera to take a picture, and simultaneously transmitting the picture taking information to an illegal intrusion alarm mode video module in the user file in real time; controlling a built-in alarm to start, and sending alarm prompt information to an alarm contact telephone; when the user inputs the security password, the unlocking prohibition instruction is released;
the security operation corresponding to the emergency alarm mode is as follows: sending a normal unlocking instruction to the intelligent anti-theft door, and normally unlocking the intelligent anti-theft door; simultaneously starting the external camera and the internal camera to take a picture, transmitting the picture taking information to the monitoring platform in real time, and sending a prompt short message to the alarm contact telephone; and (5) starting an alarm of the monitoring platform.
Preferably, each device in the intelligent device comprises a wireless communication module and a control chip; the wireless communication module is used for communicating with the security host, and the control chip is used for controlling the working state of the intelligent device and executing after receiving a control instruction of the internet of things host.
Preferably, the intelligent security door comprises a door plate, a motor, a fingerprint sensor, a key plate, a lock tongue, a wireless communication module and an access controller; the entrance guard controller is used for controlling the bolt to realize the opening and closing of the intelligent anti-theft door by controlling the extension and retraction of the motor; the entrance guard controller stores a password input by a user, is in communication connection with the security host through the wireless communication module, and receives a control instruction of the security host.
Preferably, after the data detected by the fire detector of the security equipment exceeds a threshold value, the security equipment enters a fire alarm mode; the security protection operation corresponding to the fire alarm mode comprises the following steps: issuing a periodic unlocking instruction to the intelligent anti-theft door, starting an internal alarm, simultaneously starting an external camera and an internal camera to pick up images, transmitting the image pick-up information to a monitoring platform in real time, and sending prompt short messages to a host contact telephone and an alarm contact telephone; starting an alarm of the monitoring platform;
the periodic unlocking instruction means that the intelligent anti-theft door is always in an unlocking state within preset time, and the intelligent anti-theft door restores to a locking state after the preset time is exceeded.
Preferably, the filing mode of the filing module is as follows:
the address information of the user information comprises an administrative address and a floor address; the administrative address comprises information of names of provinces and urban areas where the user is located and residential areas, and the floor address comprises specific unit buildings and room numbers of the user; the monitoring platform establishes a user directory according to the user information; the user directory includes:
provincial administrative region catalogues; on the basis of the provincial administrative regions in the address information input by the user, inputting the users in the same provincial administrative region into the directory; setting a plurality of city administrative region catalogs;
a city-level administrative area directory; on the basis of the city administrative areas in the address information input by the user, inputting the users in the same city administrative area into the catalog; setting a plurality of district-level administrative district directories;
a district-level administrative district directory; on the basis of the administrative areas in the address information input by the user, inputting the users in the administrative areas in the same area level into the directory; setting a plurality of residential area catalogs;
a residential area directory; recording users in the same residential area into the catalog on the basis of the residential area name in the address information recorded by the user; arranging a plurality of unit building catalogues below;
a unit building directory; on the basis of a unit building in the address information input by the user, inputting the user in the same unit building into the catalog; the unit building directory is the smallest subdirectory.
Preferably, after a fire detector of a certain user subsystem in the monitoring platform connection line detects a fire, the monitoring platform acquires user information of the occurrence of the fire; and sending disaster prompt information to a specified user directory according to the disaster occurrence time, the disaster alarm number of the user subsystem and whether the monitoring platform carries out disaster elimination operation:
when a disaster occurs, sending first-level disaster prompting information to a user corresponding to a user subsystem with the disaster; the first-level disaster prompting information comprises disaster occurrence time and a disaster occurrence user room number;
when the disaster occurrence time exceeds the preset time or the number of the user subsystems in the disaster is increased, and all users corresponding to the user subsystems in the disaster belong to the same unit building catalog; when the monitoring platform does not perform disaster elimination operation, sending secondary disaster prompt information to all users in the unit building directory where the disaster users are located; the second-level disaster prompting information comprises disaster occurrence time and a disaster occurrence user unit building name;
when the alarm number of the user subsystems in which the disasters occur is increased, all the user subsystems in which the disasters occur do not belong to the same unit building, and the monitoring platform does not perform disaster elimination operation, three-level disaster prompt information is sent to all users in a residential area directory where the users in which the disasters occur; the third-level disaster prompting information comprises disaster occurrence time and names of residential areas of disaster occurrence users;
when the alarm number of the user subsystems in which the disasters occur is increased, all the user subsystems in which the disasters occur do not belong to the same residential area, and the monitoring platform does not perform disaster elimination operation, four-level disaster prompting information is sent to all users in the area-level administrative area directory in which the users in which the disasters occur; the four-level disaster prompting information comprises disaster occurrence time, a disaster occurrence residential area name and a residential area located area level administrative area name;
when the monitoring platform carries out disaster elimination operation, the monitoring platform suspends sending disaster prompt information within preset time, detects again after the preset time, and sends the information again when a disaster occurs.
Preferably, the intelligent security door comprises an entrance security door and a garage security door, the entrance security door is arranged correspondingly to the outside, and the garage security door corresponds to the garage camera; the data archiving module respectively stores the password information of the entrance security door and the garage security door;
if the password comparison module calls password information corresponding to the home-entry security door for comparison when the user inputs the password from the home-entry security door, the security operation is suitable for the home-entry security door;
if the password comparison module calls password information corresponding to the garage security door for comparison when the user inputs the password from the garage security door, the security operation is suitable for the garage security door.
One of the purposes of the invention is to provide an intelligent window which can be suitable for an intelligent internet of things security system;
the intelligent window comprises a frame, a fixed window, a movable window and a driving mechanism for driving the movable window to move; the fixed window and the movable window are unfolded and arranged to close the frame;
the bottom of the frame is provided with a first mounting groove and a second mounting groove; the fixed window is fixedly arranged in the first mounting groove; the movable window is arranged in the second mounting groove; a sliding rail and a sliding block arranged on the sliding rail are arranged in the second mounting groove, and the movable window is arranged in the second mounting groove through the sliding block and can move along the sliding rail;
actuating mechanism includes the host computer shell and sets up in the host computer shell:
the main ball screw is matched with the main motor, and a main nut is arranged on the main ball screw;
the auxiliary motor and an auxiliary ball screw matched with the auxiliary motor; an auxiliary nut is arranged on the auxiliary ball screw;
a trip lever; two waist circular holes are formed in the stroke rod, one waist circular hole is connected with the main nut, and the other waist circular hole is connected with the auxiliary nut; the positions of the two waist circular holes on the stroke rod are respectively and movably fixed on the side walls of the main nut and the auxiliary nut through a movable pin I and a movable pin II;
pulling out the insertion rod; the tail end of the pulling and inserting rod is provided with a waist round hole which is movably connected with a movable pin III at the front end of the stroke rod; a movable pin IV at the front end of the pulling and inserting rod is arranged in an inclined hole of the driving block; the middle part of the plugging rod is fixed in the main case through a movable pin; a vertical hole at the tail end of the driving block is arranged on the movable pin V;
a sliding sleeve; a sliding rail is arranged in the sliding sleeve, and a sliding groove matched with the sliding rail is arranged on the side wall of the driving block; the front end of the driving block is connected with a push rod; one side of the main machine shell close to the movable window is provided with a hole; the push rod extends out of the main machine shell and is connected with the movable window.
Preferably, a distance measuring sensor is arranged in the main casing and used for detecting the position of the movable window. The main ball screw and the auxiliary ball screw are identical in structure and respectively comprise a screw, a nut and a screw seat, and a bearing connected with the screw is arranged in the screw seat.
In summary, the invention has the following advantages:
1. the security system can enter different security modes according to actual conditions, has multiple security modes, can judge the environment of a user according to the current conditions, and performs security management according to the final instruction and the real intention of the user; the security protection device can well deal with the occurrence of special conditions and has very high security protection level.
2. The access control system of the invention contains common fingerprints and alarm fingerprints; common digital passwords and alarm digital passwords; the current security condition can be judged according to the password fingerprint and the face recognition result input by a door opener, so that the system is prompted to enter a corresponding security mode; the security mode of the invention comprises a safety mode, a safety confirmation mode and an emergency alarm mode; the three modes can cover the dangerous condition, and can finish hidden alarm by inputting alarm digital passwords and alarm fingerprints, so that the user life and property safety is protected optimally.
3. The management password of the invention is the same as the management password in the prior art, and can be used for verification when the password or the information is reset.
4. The intelligent window is provided with two motors, each motor is provided with a lead screw to be connected with the travel rod, the pull-insert rods can be respectively driven to rotate, opening and closing of the door and window are further achieved, and even if one motor is damaged, the other motor can still complete opening and closing of the movable window.
Drawings
Fig. 1 is a schematic diagram of an intelligent internet of things security system in an embodiment of the present invention;
FIG. 2 is a schematic diagram of a user subsystem in accordance with an embodiment of the present invention;
FIG. 3 is a flow chart of the operation of a user subsystem in one embodiment of the present invention;
FIG. 4 is a flow chart of fire warning in accordance with one embodiment of the present invention;
FIG. 5 is a schematic view of a driving mechanism of the smart window according to an embodiment of the present invention;
FIG. 6 is a schematic view of a portion of a drive mechanism for a smart window in accordance with an embodiment of the present invention;
FIG. 7 is a schematic view of a smart window in accordance with an embodiment of the present invention;
fig. 8 is a schematic view of a mounting groove of an intelligent window according to an embodiment of the present invention.
Wherein, 1, a frame; 2. fixing the window; 3. a movable window; 4. a first mounting groove; 5. a second mounting groove; 6. a slide rail; 7. a slider; 8. a main motor; 9. a main ball screw; 10. a main nut; 11. a secondary motor; 12. an auxiliary ball screw; 13. a secondary nut; 14. a trip lever; 15. pulling out the insertion rod; 16. a drive block; 17. a sliding sleeve; 18. a push rod; 19. a main chassis; 20. an inclined hole; 21. vertical holes; 143. a first movable pin; 144. a second movable pin; 145. a movable pin III; 152. a movable pin IV; 153. and a fifth movable pin.
Detailed Description
The invention provides an intelligent Internet of things security system based on a mobile terminal, which comprises a monitoring platform; the monitoring platform comprises a platform server for storing and processing data uploaded by the user subsystem; a plurality of user subsystems are arranged below the monitoring platform; each user subsystem has a unique number, and the number of the user subsystem is correspondingly bound with the user information; the user subsystem is installed in the user location or the security area. Therefore, the user subsystem of the invention can be installed in each specific user family, the monitoring platform can be arranged in a provincial fire-fighting center, and a sublevel monitoring platform can also be arranged in each cell; each household is provided with a user subsystem, and security management can be performed on each household user.
The monitoring platform comprises:
a filing module; the system is used for inputting and storing user information and archiving the user information; the profiling module is used for establishing a unique user file bound with the user subsystem for each user after the monitoring platform receives user information uploaded by the user through the Internet;
the user information comprises a user name, address information, a host contact telephone and an alarm contact telephone;
a face archiving module; and the face archive module is associated with each user archive and is used for storing face photos of the permanent population uploaded by the user from the Internet.
Specifically, a user can log in through an account and a password through a server or a website of the monitoring platform, and after logging in, user information is filled and input according to prompts, and photos of a permanent population can be uploaded. Of course, the user can also download the APP through the mobile terminal to log in, and can upload the data.
The user subsystem comprises an internet of things system and a security system.
The system comprises an internet of things host and intelligent equipment, wherein the internet of things host is provided with a wireless communication module and is connected with a control chip of the intelligent equipment through the wireless communication module and receives information uploaded by the intelligent equipment; the mobile terminal sends a control instruction to the Internet of things host to control the working state of the intelligent equipment; the intelligent equipment comprises intelligent household electrical appliance equipment, intelligent floor heating equipment, an intelligent window and intelligent fresh air equipment. Since the method and the device for controlling the internet of things system through the mobile phone or the mobile terminal belong to the prior art, the invention is not elaborated in detail.
The security system comprises a security host and security equipment; the security host is provided with a wireless communication module, is connected with a control chip of the security equipment through the wireless communication module to control the security equipment and receive information uploaded by the security equipment, and is provided with a communication module for being connected with the mobile terminal; the mobile terminal sends a control instruction to the security host to control the working state of the security equipment; the security equipment comprises an external camera, an internal camera, a garage camera, an intelligent security door, a fire detector and an internal alarm;
the external camera, the internal camera and the garage camera are cameras with mobile detection, and can take pictures when a moving object is detected.
The intelligent anti-theft door can be a common intelligent anti-theft door in the prior art, and comprises a digital password, a fingerprint password or a camera and the like; the control mode of the existing intelligent anti-theft door can be modified according to the requirements of the invention.
The intelligent anti-theft door comprises a door plate, a motor, a fingerprint sensor, a key plate, a lock tongue, a wireless communication module and an access controller; the entrance guard controller is used for controlling the bolt to realize the opening and closing of the intelligent anti-theft door by controlling the extension and retraction of the motor; the entrance guard controller stores a password input by a user, is in communication connection with the security host through the wireless communication module, and receives a control instruction of the security host.
The security protection host computer includes:
a data archiving module; the system comprises a monitoring platform, a face archiving module, a user subsystem number and a user terminal, wherein the monitoring platform is used for uploading the user subsystem number corresponding to the security host to the monitoring platform, sending a downloading request and requesting to download and archive face photos of a permanent population from the face archiving module corresponding to the user subsystem number; and the password storage module is used for receiving the data of the intelligent security door and storing the password input by the user in the intelligent security door.
The password of the intelligent anti-theft door comprises a common digital password, an alarm digital password, a common fingerprint, an alarm fingerprint, a safety password and a management password.
The security system is characterized in that the passwords capable of opening the entrance guard are classified, when different passwords or fingerprints are input by a user, the system judges the input unlocking information, and comprehensive judgment is carried out by combining means such as a face recognition system and a user verification code, so that the current security state and security requirements of the user are obtained.
The external camera can be installed outdoors by a user, and can also be directly installed on the intelligent security door for shooting the pictures of human faces of people around when the password of the intelligent security door is input. The built-in camera is installed indoors for a user and is used for shooting human face pictures of people entering the room when receiving the instruction of the security host. The access controller drives the external camera to shoot pictures around the security door when a user inputs a user fingerprint and a user password, and the pictures of human faces of people in a monitored area are obtained.
A wireless communication module; the mobile terminal is used for being connected with the security equipment and the mobile terminal;
a face recognition comparison module; the system is used for acquiring a face photo in a security area of the intelligent security door and comparing the acquired face photo with a face photo of a permanent population in a data archive module; judging the number of people in the security area and whether the security area contains a standing population;
a password comparison module; the intelligent anti-theft door is used for acquiring the type of a digital password and a fingerprint input by a person;
a security mode selection module; selecting a security mode according to results of the face recognition module and the password comparison module and a detection result of the fire detector; performing corresponding security operation according to the security mode;
(1) when the password input by the intelligent anti-theft door is a common digital password or a common fingerprint and the face recognition comparison module judges that the picture shot by the external camera contains the face picture characteristics of the population living in the picture; entering a safe mode: when the password input by the intelligent anti-theft door is a safe password; entering a safe mode:
when the situation occurs, it is indicated that the current unlocking personnel contains the frequent population, and the password or the fingerprint input by the user is also the frequent fingerprint, which indicates that the user is safe at present. The scene is mostly common in the situation that a user and a known person enter a room together, so that password leakage is possible at the moment, and the common digital password plays a corresponding role at the moment, although a certain risk of secret leakage exists, the requirement on verification of the common digital password is high, and unlocking can be realized only under the condition that a person who lives frequently accompanies the password; if the face photos of the standing people are not available, the safety mode cannot be entered.
(2) When the password input by the intelligent anti-theft door is a common digital password or a common fingerprint and the face recognition comparison module judges that the picture shot by the external camera does not contain the face picture characteristics of the population living in the external camera; sending a verification short message and a photo acquired by an external camera to a host contact phone reserved by a user through a short message receiving and sending module, and performing the following steps according to the type of a verification code;
A. and when the verification code returned by the user through the mobile terminal is the reserved security verification code, entering a security mode.
B. And when the verification code returned by the user through the mobile terminal is the reserved alarm verification code, entering an illegal intrusion alarm mode.
When the situation (2) occurs, the fact that the taken picture contains the resident population and shows that the foreign person is unlocking is possible to enter alone by friends of the user or illegal invasion caused by leakage of the common digital password of the user is possible, therefore, after the situation occurs, the system sends a short message to the user, the user needs to input the verification code for verification, if the verification code is the safety verification code, the current person is a person which the user remotely allows to enter and can enter a safety mode, and if the user confirms the person as the illegal invasion person after checking the picture acquired by the external camera, the remote alarm can be implemented by sending the alarm verification code to the system.
(3) When the password input by the intelligent anti-theft door is an alarm digital password or an alarm fingerprint and the face identification comparison module judges that the pictures shot by the external camera simultaneously comprise the resident and other people, the intelligent anti-theft door enters an emergency alarm mode.
The mode is only suitable for being used under the condition that the user is clamped, when the user is clamped, illegal personnel necessarily require the user to unlock the lock, and at the moment, the user has to unlock the lock for personal safety. In the prior art, the lock is unlocked directly after a password or a fingerprint is input, and the alarm cannot be realized. Therefore, the intelligent anti-theft door is provided with the alarm digital password and the alarm fingerprint, when the intelligent anti-theft door is opened after being input by a user, the intelligent anti-theft door can give an alarm in time, and the alarm mode is concealed and cannot be known by illegal personnel; meanwhile, the camera is turned on for monitoring, so that rescue after alarming is facilitated.
The security operation corresponding to the security mode of the invention comprises the following steps:
the security operation corresponding to the security mode is as follows: sending a normal unlocking instruction to the intelligent anti-theft door, and normally unlocking the intelligent anti-theft door;
the security operation corresponding to the illegal intrusion alarm mode is as follows: sending an unlocking prohibition instruction to the intelligent anti-theft door; controlling an external camera to take a picture, and simultaneously transmitting the picture taking information to an illegal intrusion alarm mode video module in the user file in real time; controlling a built-in alarm to start, and sending alarm prompt information to an alarm contact telephone; when the user inputs the security password, the unlocking prohibition instruction is released;
the security operation corresponding to the emergency alarm mode is as follows: sending a normal unlocking instruction to the intelligent anti-theft door, and normally unlocking the intelligent anti-theft door; simultaneously starting the external camera and the internal camera to take a picture, transmitting the picture taking information to the monitoring platform in real time, and sending a prompt short message to the alarm contact telephone; and (5) starting an alarm of the monitoring platform.
The security system of the invention sets various methods for opening the intelligent security door by classifying the passwords so as to judge the current security situation according to the actual situation; and corresponding operation is carried out according to the corresponding mode.
In the optimized embodiment of the invention, each piece of intelligent equipment comprises a wireless communication module and a control chip; the wireless communication module is used for communicating with the security host, and the control chip is used for controlling the working state of the intelligent device and executing after receiving a control instruction of the internet of things host.
In the optimized embodiment of the invention, after the data detected by the fire detector of the security equipment exceeds the threshold value, the fire alarm mode is entered; the security protection operation corresponding to the fire alarm mode comprises the following steps: issuing a periodic unlocking instruction to the intelligent anti-theft door, starting an internal alarm, simultaneously starting an external camera and an internal camera to pick up images, transmitting the image pick-up information to a monitoring platform in real time, and sending prompt short messages to a host contact telephone and an alarm contact telephone; starting an alarm of the monitoring platform;
the periodic unlocking instruction means that the intelligent anti-theft door is always in an unlocking state within preset time, and the intelligent anti-theft door restores to a locking state after the preset time is exceeded.
Another object of the invention is how to implement an accurate fire alarm. The security system in the prior art often can only alarm a user who installs the security system after a fire occurs, cannot accurately prompt nearby users, and cannot accurately prompt according to the progress of the fire. In order to solve the above problems, the present invention adopts the following method:
the filing mode of the filing module of the monitoring center of the invention is as follows:
the address information of the user information comprises an administrative address and a floor address; the administrative address comprises information of names of provinces and urban areas where the user is located and residential areas, and the floor address comprises specific unit buildings and room numbers of the user; the monitoring platform establishes a user directory according to the user information; the user directory includes:
provincial administrative region catalogues; on the basis of the provincial administrative regions in the address information input by the user, inputting the users in the same provincial administrative region into the directory; setting a plurality of city administrative region catalogs;
a city-level administrative area directory; on the basis of the city administrative areas in the address information input by the user, inputting the users in the same city administrative area into the catalog; setting a plurality of district-level administrative district directories;
a district-level administrative district directory; on the basis of the administrative areas in the address information input by the user, inputting the users in the administrative areas in the same area level into the directory; setting a plurality of residential area catalogs;
a residential area directory; recording users in the same residential area into the catalog on the basis of the residential area name in the address information recorded by the user; arranging a plurality of unit building catalogues below;
a unit building directory; on the basis of a unit building in the address information input by the user, inputting the user in the same unit building into the catalog; the unit building directory is the smallest subdirectory.
In the optimized embodiment of the invention, after a fire detector of a certain user subsystem in a monitoring platform connecting line detects fire, the monitoring platform acquires user information of the occurrence of the fire; and sending disaster prompt information to a specified user directory according to the disaster occurrence time, the disaster alarm number of the user subsystem and whether the monitoring platform carries out disaster elimination operation:
when a disaster occurs, sending first-level disaster prompting information to a user corresponding to a user subsystem with the disaster; the first-level disaster prompting information comprises disaster occurrence time and a disaster occurrence user room number;
when the disaster occurrence time exceeds the preset time or the number of the user subsystems in the disaster is increased, and all users corresponding to the user subsystems in the disaster belong to the same unit building catalog; when the monitoring platform does not perform disaster elimination operation, sending secondary disaster prompt information to all users in the unit building directory where the disaster users are located; the second-level disaster prompting information comprises disaster occurrence time and a disaster occurrence user unit building name;
when the alarm number of the user subsystems in which the disasters occur is increased, all the user subsystems in which the disasters occur do not belong to the same unit building, and the monitoring platform does not perform disaster elimination operation, three-level disaster prompt information is sent to all users in a residential area directory where the users in which the disasters occur; the third-level disaster prompting information comprises disaster occurrence time and names of residential areas of disaster occurrence users;
when the alarm number of the user subsystems in which the disasters occur is increased, all the user subsystems in which the disasters occur do not belong to the same residential area, and the monitoring platform does not perform disaster elimination operation, four-level disaster prompting information is sent to all users in the area-level administrative area directory in which the users in which the disasters occur; the four-level disaster prompting information comprises disaster occurrence time, a disaster occurrence residential area name and a residential area located area level administrative area name;
when the monitoring platform carries out disaster elimination operation, the monitoring platform suspends sending disaster prompt information within preset time, detects again after the preset time, and sends the information again when a disaster occurs.
The monitoring sub-platform can be used for obtaining the specific address of the house number of a fire disaster in a certain residential quarter according to the situation that in a property district, after the fire disaster occurs in the residential quarter, the system can obtain the specific address of the house number of the fire disaster, so that alarm prompt can be performed on all users in a unit building where the fire disaster occurs, when the fire disaster spreads to other unit buildings, the fire disaster is shown to spread, at the moment, prompt needs to be performed on personnel in the whole residential quarter, and similarly, when the fire disaster spreads to different residential quarters, all users in the administrative district are prompted. Certainly, there may be phenomena such as smog when a fire disaster occurs, but in the prior art, a user is not indoors during work or when going out, and cannot get the fire disaster by naked eyes, and further cannot perform property preservation in time. According to the invention, through timely short message alarm reminding, people who go out can know the disaster situation, so that the influence of the disaster situation is reduced.
In the optimized embodiment of the invention, the intelligent security door comprises an entrance security door and a garage security door, the entrance security door is correspondingly arranged externally, and the garage security door corresponds to the garage camera; the data archiving module respectively stores the password information of the entrance security door and the garage security door;
if the password comparison module calls password information corresponding to the home-entry security door for comparison when the user inputs the password from the home-entry security door, the security operation is suitable for the home-entry security door;
if the password comparison module calls password information corresponding to the garage security door for comparison when the user inputs the password from the garage security door, the security operation is suitable for the garage security door.
One of the purposes of the invention is to provide an intelligent window which can be suitable for an intelligent internet of things security system;
the intelligent window comprises a frame 1, a fixed window 2, a movable window 3 and a driving mechanism for driving the movable window to move; the fixed window and the movable window are unfolded to be arranged to form a rear closed frame. The fixed window is fixed and cannot move, namely, the fixed window can only be closed and cannot move after being installed; the smart window of the present invention is therefore only capable of opening up half of the space at most. The drive mechanism is actually mounted on one side of the fixed window, which facilitates stroke savings that would otherwise require a very long push rod.
The bottom of frame is provided with first mounting groove 4 and second mounting groove 5, and is the same with prior art's door and window, needs two at least mounting grooves just can install two windows. The fixed window is fixedly arranged in the first mounting groove; the movable window is arranged in the second mounting groove; a sliding rail 6 and a sliding block 7 arranged on the sliding rail are arranged in the second mounting groove, and the movable window is arranged in the second mounting groove through the sliding block and can move along the sliding rail; the movable window can better slide due to the action of the sliding block, and if the sliding block is not arranged, the sliding groove can be adopted, but the friction resistance can be increased, so that the power of the motor is improved.
The driving mechanism comprises a main machine shell, a main motor, an auxiliary motor, a stroke rod, a plugging rod, a sliding sleeve, a driving block and the like, wherein the main motor, the auxiliary motor, the stroke rod, the plugging rod, the sliding sleeve and the driving block are arranged in the main machine shell.
The device comprises a main motor 8 and a main ball screw 9 matched with the main motor, wherein a main nut 10 is arranged on the main ball screw;
the auxiliary motor 11 and an auxiliary ball screw 12 matched with the auxiliary motor; an auxiliary nut 13 is arranged on the auxiliary ball screw;
two waist circular holes are formed in the stroke rod 14, one waist circular hole is connected with the main nut, and the other waist circular hole is connected with the auxiliary nut; the positions of the two waist circular holes on the stroke rod are movably fixed on the side walls of the main nut and the auxiliary nut through a first movable pin 143 and a second movable pin 144 respectively;
the plugging rod 15 can be in L rows; the tail end of the pulling and inserting rod is provided with a waist round hole which is movably connected with a movable pin III 145 at the front end of the stroke rod; the movable pin four 152 at the front end of the pulling and inserting rod is arranged in the inclined hole 20 of the driving block 16; the middle part of the plugging rod is fixed in the main case through a movable pin; the vertical hole 21 at the tail end of the driving block is arranged on the movable pin five 153;
a sliding rail is arranged in the sliding sleeve 17, and a sliding groove matched with the sliding rail is arranged on the side wall of the driving block; the front end of the driving block is connected with a push rod 18; one side of the main machine shell close to the movable window is provided with a hole; the push rod extends out of the main machine shell and is connected with the movable window.
Preferably, a distance measuring sensor is provided in the main casing 19 for detecting the position of the movable window. The main ball screw and the auxiliary ball screw are identical in structure and respectively comprise a screw, a nut and a screw seat, and a bearing connected with the screw is arranged in the screw seat. The motor, the sliding sleeve and other components can be fixed in the main machine shell through screws.
The intelligent window is mainly controlled by the motor, the main motor and the auxiliary motor are controlled by the motor controller, and the motor controller can be provided with the wireless communication module for being connected with the internet of things host, so that the working mode of the motor can be controlled after the internet of things host can receive an instruction.
The invention can work by one motor in a normal state, when one motor is damaged, the other motor can also complete the same function, and the specific working mode is as follows:
1. the main motor closes the movable window:
starting the main motor to move the tail end of the stroke rod downwards; the movable pin at the auxiliary motor becomes a lever fulcrum; at the moment, the front end of the stroke rod moves upwards, and the trend plugging rod is pulled out to drive the driving block to move upwards or forwards in the upwards moving process, so that the push rod extends out of the main case, and the movable window is closed;
2. the main motor opens the movable window:
starting the main motor to move the tail end of the travel rod upwards; the movable pin at the auxiliary motor becomes a lever fulcrum; at the moment, the front end of the stroke rod moves downwards, and the trend plugging rod is pulled out to drive the driving block to move downwards or backwards in the downward moving process, so that the push rod retracts into the main case, and the window opening is completed.
When the main motor is damaged, the main motor and the auxiliary motor are both provided with current detection modules and connected with the motor controller, the motor controller can detect current signals, and whether the main motor is damaged or not is judged through the current voltage signals. When the main motor is detected to be free of current, the damage is indicated, and the auxiliary motor is switched to work.
3. The auxiliary motor closes the movable window:
starting the auxiliary motor to move the front end of the travel rod upwards; the movable pin at the main motor becomes a lever fulcrum; at the moment, the front end of the stroke rod moves upwards, and the trend plugging rod is pulled out to drive the driving block to move upwards or forwards in the upwards moving process, so that the push rod extends out of the main case, and the movable window is closed;
2. the auxiliary motor opens the movable window:
starting the auxiliary motor to move the front end of the travel rod downwards; the movable pin at the main motor becomes a lever fulcrum; at the moment, the front end of the stroke rod moves downwards, and the trend plugging rod is pulled out to drive the driving block to move downwards or backwards in the downward moving process, so that the push rod retracts into the main case, and the window opening is completed.
Therefore, in order to ensure that the moment transmission is feasible, the movable pins are arranged on the two waist circular holes on the stroke rod, and the movable pin is arranged at the front end of the stroke rod; the tail end of the plugging rod is provided with a waist round hole, and the front end of the plugging rod is provided with a movable pin and the like so as to be smoother in the moving process. Meanwhile, the push rod is directly connected with the movable window, so that a groove needs to be formed or a hole needs to be formed in the corresponding wall before the driving mechanism is installed; installing the frame after installing the driving mechanism; meanwhile, in order to connect the push rod with the movable window, the frame is provided with a hole for the push rod to pass through.

Claims (9)

1. The utility model provides an intelligence thing allies oneself with security protection system based on mobile terminal which characterized in that includes:
a monitoring platform; the monitoring platform comprises a platform server for storing and processing data uploaded by the user subsystem; a plurality of user subsystems are arranged below the monitoring platform; each user subsystem has a unique number, and the number of the user subsystem is correspondingly bound with the user information; the user subsystem is installed in the user location or the security area;
the monitoring platform comprises:
a filing module; the system is used for inputting and storing user information and archiving the user information; the profiling module is used for establishing a unique user file bound with the user subsystem for each user after the monitoring platform receives user information uploaded by the user through the Internet;
the user information comprises a user name, address information, a host contact telephone and an alarm contact telephone;
a face archiving module; the system comprises a filing module, a face filing module and a face image processing module, wherein the face filing module is associated with each user file and is used for storing face pictures of a permanent population uploaded by a user from the Internet;
the user subsystem comprises: an internet of things system and a security system;
the system comprises an internet of things host and intelligent equipment, wherein the internet of things host is provided with a wireless communication module and is connected with a control chip of the intelligent equipment through the wireless communication module and receives information uploaded by the intelligent equipment; the mobile terminal sends a control instruction to the Internet of things host to control the working state of the intelligent equipment; the intelligent equipment comprises intelligent household electrical appliance equipment, intelligent floor heating equipment, an intelligent window and intelligent fresh air equipment;
the security system comprises a security host and security equipment; the security host is provided with a wireless communication module, is connected with a control chip of the security equipment through the wireless communication module to control the security equipment and receive information uploaded by the security equipment, and is provided with a communication module for being connected with the mobile terminal; the mobile terminal sends a control instruction to the security host to control the working state of the security equipment; the security equipment comprises an external camera, an internal camera, a garage camera, an intelligent security door, a fire detector and an internal alarm;
the external camera, the internal camera and the garage camera are cameras with movement detection, and can take pictures when moving objects are detected;
the security protection host computer includes:
a data archiving module; the system comprises a monitoring platform, a face archiving module, a user subsystem number and a user terminal, wherein the monitoring platform is used for uploading the user subsystem number corresponding to the security host to the monitoring platform, sending a downloading request and requesting to download and archive face photos of a permanent population from the face archiving module corresponding to the user subsystem number; the intelligent security door is used for receiving data of the intelligent security door and storing a password input by a user in the intelligent security door;
the password of the intelligent anti-theft door comprises a common digital password, an alarm digital password, a common fingerprint, an alarm fingerprint, a safety password and a management password;
a wireless communication module; the mobile terminal is used for being connected with the security equipment and the mobile terminal;
a face recognition comparison module; the system is used for acquiring a face photo in a security area of the intelligent security door and comparing the acquired face photo with a face photo of a permanent population in a data archive module; judging the number of people in the security area and whether the security area contains a standing population;
a password comparison module; the intelligent anti-theft door is used for acquiring the type of a digital password and a fingerprint input by a person;
a security mode selection module; selecting a security mode according to results of the face recognition module and the password comparison module and a detection result of the fire detector; performing corresponding security operation according to the security mode;
(1) when the password input by the intelligent anti-theft door is a common digital password or a common fingerprint and the face recognition comparison module judges that the picture shot by the external camera contains the face picture characteristics of the population living in the picture; entering a safe mode: when the password input by the intelligent anti-theft door is a safe password; entering a safe mode:
(2) when the password input by the intelligent anti-theft door is a common digital password or a common fingerprint and the face recognition comparison module judges that the picture shot by the external camera does not contain the face picture characteristics of the population living in the external camera; sending a verification short message and a photo acquired by an external camera to a host contact phone reserved by a user through a short message receiving and sending module, and performing the following steps according to the type of a verification code;
A. when the verification code returned by the user through the mobile terminal is a reserved safety verification code, entering a safety mode;
B. when the verification code returned by the user through the mobile terminal is the reserved alarm verification code, entering an illegal intrusion alarm mode;
(3) when the password input by the intelligent anti-theft door is an alarm digital password or an alarm fingerprint and the face identification comparison module judges that the pictures shot by the external camera simultaneously comprise the resident and other people, entering an emergency alarm mode;
(4) entering a fire alarm mode after the data detected by the fire detector of the security equipment exceeds a threshold value;
the security operation corresponding to the security mode comprises the following steps:
the security operation corresponding to the security mode is as follows: sending a normal unlocking instruction to the intelligent anti-theft door, and normally unlocking the intelligent anti-theft door;
the security operation corresponding to the illegal intrusion alarm mode is as follows: sending an unlocking prohibition instruction to the intelligent anti-theft door; controlling an external camera to take a picture, and simultaneously transmitting the picture taking information to an illegal intrusion alarm mode video module in the user file in real time; controlling a built-in alarm to start, and sending alarm prompt information to an alarm contact telephone; when the user inputs the security password, the unlocking prohibition instruction is released;
the security operation corresponding to the emergency alarm mode is as follows: sending a normal unlocking instruction to the intelligent anti-theft door, and normally unlocking the intelligent anti-theft door; simultaneously starting the external camera and the internal camera to take a picture, transmitting the picture taking information to the monitoring platform in real time, and sending a prompt short message to the alarm contact telephone; starting an alarm of the monitoring platform;
the security operation corresponding to the fire alarm mode comprises the following steps: issuing a periodic unlocking instruction to the intelligent anti-theft door, starting an internal alarm, simultaneously starting an external camera and an internal camera to pick up images, transmitting the image pick-up information to a monitoring platform in real time, and sending prompt short messages to a host contact telephone and an alarm contact telephone; starting an alarm of the monitoring platform;
the periodic unlocking instruction means that the intelligent anti-theft door is always in an unlocking state within preset time, and the intelligent anti-theft door restores to a locking state after the preset time is exceeded.
2. The intelligent internet of things security system of claim 1, wherein: each piece of intelligent equipment comprises a wireless communication module and a control chip; the wireless communication module is used for communicating with the security host, and the control chip is used for controlling the working state of the intelligent device and executing after receiving the control instruction of the internet of things host.
3. The intelligent internet of things security system of claim 1, wherein: the intelligent anti-theft door comprises a door plate, a motor, a fingerprint sensor, a key plate, a lock tongue, a wireless communication module and an access controller; the entrance guard controller is used for controlling the bolt to realize the opening and closing of the intelligent anti-theft door by controlling the extension and retraction of the motor; the entrance guard controller stores a password input by a user, is in communication connection with the security host through the wireless communication module, and receives a control instruction of the security host.
4. The intelligent internet of things security system of claim 1, wherein: the filing mode of the filing module is as follows:
the address information of the user information comprises an administrative address and a floor address; the administrative address comprises information of names of provinces and urban areas where the user is located and names of residential areas, and the floor address comprises specific unit buildings and room numbers of the user; the monitoring platform establishes a user directory according to the user information; the user directory comprises:
provincial administrative region catalogues; on the basis of the provincial administrative regions in the address information input by the user, inputting the users in the same provincial administrative region into the directory; setting a plurality of city administrative region catalogs;
a city-level administrative area directory; on the basis of the city administrative areas in the address information input by the user, inputting the users in the same city administrative area into the catalog; setting a plurality of district-level administrative district directories;
a district-level administrative district directory; on the basis of the administrative areas in the address information input by the user, inputting the users in the administrative areas in the same area level into the directory; setting a plurality of residential area catalogs;
a residential area directory; recording users in the same residential area into the catalog on the basis of the residential area name in the address information recorded by the user; arranging a plurality of unit building catalogues below;
a unit building directory; on the basis of a unit building in the address information input by the user, inputting the user in the same unit building into the catalog; the unit building directory is the smallest subdirectory.
5. The intelligent internet of things security system of claim 1, wherein: after a fire detector of a certain user subsystem in the monitoring platform connecting line detects fire, the monitoring platform acquires user information of the occurrence of the fire; and sending disaster prompt information to a specified user directory according to the disaster occurrence time, the disaster alarm number of the user subsystem and whether the monitoring platform carries out disaster elimination operation:
when a disaster occurs, sending first-level disaster prompting information to a user corresponding to a user subsystem with the disaster; the first-level disaster prompting information comprises disaster occurrence time and a disaster occurrence user room number;
when the disaster occurrence time exceeds the preset time or the number of the user subsystems in the disaster is increased, and all users corresponding to the user subsystems in the disaster belong to the same unit building catalog; when the monitoring platform does not perform disaster elimination operation, sending secondary disaster prompt information to all users in the unit building directory where the disaster users are located; the second-level disaster prompting information comprises disaster occurrence time and a disaster occurrence user unit building name;
when the alarm number of the user subsystems in which the disasters occur is increased, all the user subsystems in which the disasters occur do not belong to the same unit building, and the monitoring platform does not perform disaster elimination operation, three-level disaster prompt information is sent to all users in a residential area directory where the users in which the disasters occur; the third-level disaster prompting information comprises disaster occurrence time and names of residential areas of disaster occurrence users;
when the alarm number of the user subsystems in which the disasters occur is increased, all the user subsystems in which the disasters occur do not belong to the same residential area, and the monitoring platform does not perform disaster elimination operation, four-level disaster prompting information is sent to all users in the area-level administrative area directory in which the users in which the disasters occur; the four-level disaster prompting information comprises disaster occurrence time, a disaster occurrence residential area name and a residential area located area level administrative area name;
when the monitoring platform carries out disaster elimination operation, the monitoring platform suspends sending disaster prompt information within preset time, detects again after the preset time, and sends the information again when a disaster occurs.
6. The intelligent internet of things security system of claim 1, wherein: the intelligent anti-theft door comprises an entrance anti-theft door and a garage anti-theft door, the entrance anti-theft door is correspondingly arranged outside, and the garage anti-theft door corresponds to the garage camera; the data archiving module respectively stores the password information of the entrance security door and the garage security door;
if the password comparison module calls password information corresponding to the home-entry security door for comparison when the user inputs the password from the home-entry security door, the security operation is suitable for the home-entry security door;
if the password comparison module calls password information corresponding to the garage security door for comparison when the user inputs the password from the garage security door, the security operation is suitable for the garage security door.
7. The intelligent internet of things security system of claim 1, wherein: the intelligent window comprises a frame, a fixed window, a movable window and a driving mechanism for driving the movable window to move; the fixed window and the movable window are unfolded and arranged to close the frame;
the bottom of the frame is provided with a first mounting groove and a second mounting groove; the fixed window is fixedly arranged in the first mounting groove; the movable window is arranged in the second mounting groove; a sliding rail and a sliding block arranged on the sliding rail are arranged in the second mounting groove, and the movable window is arranged in the second mounting groove through the sliding block and can move along the sliding rail;
actuating mechanism includes the host computer shell and sets up in the host computer shell:
the main ball screw is matched with the main motor, and a main nut is arranged on the main ball screw;
the auxiliary motor and an auxiliary ball screw matched with the auxiliary motor; an auxiliary nut is arranged on the auxiliary ball screw;
a trip lever; two waist circular holes are formed in the stroke rod, one waist circular hole is connected with the main nut, and the other waist circular hole is connected with the auxiliary nut; the positions of the two waist circular holes on the stroke rod are respectively and movably fixed on the side walls of the main nut and the auxiliary nut through a movable pin I and a movable pin II;
pulling out the insertion rod; the tail end of the plugging rod is provided with a waist circular hole which is movably connected with a movable pin III at the front end of the stroke rod; a movable pin IV at the front end of the pulling and inserting rod is arranged in an inclined hole of the driving block; the middle part of the plugging rod is fixed in the main case through a movable pin; a vertical hole at the tail end of the driving block is arranged on the movable pin V;
a sliding sleeve; a sliding rail is arranged in the sliding sleeve, and a sliding groove matched with the sliding rail is arranged on the side wall of the driving block; the front end of the driving block is connected with a push rod; a hole is formed in one side, close to the movable window, of the main machine shell; the push rod extends out of the main machine shell and is connected with the movable window.
8. The intelligent internet of things security system of claim 7, wherein: and a distance measuring sensor is arranged in the main case and used for detecting the position of the movable window.
9. The intelligent internet of things security system of claim 7, wherein: the main ball screw and the auxiliary ball screw are identical in structure and respectively comprise a screw, a nut and a screw seat, and a bearing connected with the screw is arranged in the screw seat.
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