CN108871456B - Security intelligent sensor system - Google Patents
Security intelligent sensor system Download PDFInfo
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- CN108871456B CN108871456B CN201810842902.8A CN201810842902A CN108871456B CN 108871456 B CN108871456 B CN 108871456B CN 201810842902 A CN201810842902 A CN 201810842902A CN 108871456 B CN108871456 B CN 108871456B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B19/00—Alarms responsive to two or more different undesired or abnormal conditions, e.g. burglary and fire, abnormal temperature and abnormal rate of flow
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
- G08B21/182—Level alarms, e.g. alarms responsive to variables exceeding a threshold
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B7/00—Signalling systems according to more than one of groups G08B3/00 - G08B6/00; Personal calling systems according to more than one of groups G08B3/00 - G08B6/00
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/021—Services related to particular areas, e.g. point of interest [POI] services, venue services or geofences
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
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- H04W76/10—Connection setup
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Abstract
The invention provides a security intelligent sensor system, which is characterized in that a detector and an intelligent sensing adapter are deployed together to form an intelligent sensor, and signals can be independently sent without being limited by an external environment; the intelligent sensing adapter is simultaneously provided with the short-distance wireless transmission module and the long-distance wireless transmission module, so that the wireless transmission can be carried out in various modes such as wifi and 4G, and signal attenuation caused by overlong lines in the transmission process can be avoided; the intelligent sensor is simple to arrange outside and does not need a connecting wire, so that the complexity of arrangement is greatly reduced; the cloud server receives the alarm signal and then alarms the user terminal in various modes, and if the situation is urgent or the user terminal does not respond timely, the cloud server directly dials a preset emergency call for help to alarm. Each security sensor is provided with an intelligent sensing adapter, and the intelligent sensing adapter can send the position I of the detector when sending an alarm signal, so that the alarm position can be accurately positioned.
Description
Technical Field
The invention belongs to the technical field of security monitoring, and particularly relates to a security intelligent sensor system.
Background
At present, various security sensors cannot independently send detection signals and need to be matched with an alarm host for use, the sensors send the signals to the alarm host, and the alarm host judges whether a fire disaster or an invasion behavior occurs in a defense arrangement monitoring area, generates alarm signals and gives an alarm prompt, so that the application range of the security sensors is greatly limited, and the use cost of the security sensors is increased. This results in the following disadvantages of the current security sensors:
(1) the security sensor and the alarm host need to be connected through wires, the sensor cannot be used in a place far away from the alarm host or places unsuitable for wiring, the use range is limited due to the fact that the sensor is greatly limited by the external environment;
(2) the existing alarm host is divided into two types, one is non-networking alarm, and the other is networking alarm. The non-networking alarm adopts a mode that an alarm host sends out alarm sound, the networking alarm adopts a mode of sending a short message to a user or automatically dialing a telephone to alarm, and the alarm mode is single;
(3) the security sensor and the alarm host need to be connected by wires, and the signals are attenuated due to too long wires, so that the signal transmission effect is influenced, the signals cannot be transmitted to the alarm host in time, and the alarm host cannot give an alarm in time;
(4) generally, one alarm host needs to be in butt joint with a plurality of security sensors, wiring is needed between the security sensors and the alarm host, if networking alarm is needed, a network environment needs to be provided for the alarm host, and the deployment complexity is increased.
(5) The existing alarm host can only be positioned at a defense area position generally, and cannot be accurate to the specific position of the security sensor for alarming.
Disclosure of Invention
In order to solve the technical problem, the invention provides a security intelligent sensor system.
The specific technical scheme of the invention is as follows:
the invention provides a security intelligent sensor system, which comprises an indoor intelligent sensor, a cloud server and a user terminal which are sequentially in communication connection, and further comprises an outdoor intelligent sensor in communication connection with the cloud server,
the indoor intelligent sensor comprises an indoor detector and an indoor intelligent sensing adapter which are electrically connected with each other, the indoor detector is used for detecting indoor environment conditions and collecting indoor detection data, and the indoor intelligent sensing adapter is used for transmitting the indoor detection data to the cloud server; the indoor detector comprises at least one of an anti-theft detection unit, a fireproof detection unit and a waterproof detection unit, and each detection unit detects at least one detection index and collects detection data;
the outdoor intelligent sensor comprises an outdoor detector and an outdoor intelligent sensing adapter which are electrically connected with each other, the outdoor detector is used for detecting outdoor environment conditions and collecting outdoor detection data, and the outdoor intelligent sensing adapter is used for transmitting the outdoor detection data to the cloud server; the outdoor detector comprises a temperature sensor and a humidity sensor;
the indoor intelligent sensing adapter and the outdoor intelligent sensing adapter both comprise a short-distance wireless transmission module and a long-distance wireless transmission module;
the cloud server is used for registering and matching each indoor intelligent sensor, each outdoor intelligent sensor and each user terminal in the network and dividing a plurality of management partitions, each indoor intelligent sensor corresponds to at least one user terminal, each user terminal corresponds to at least one indoor intelligent sensor, and each management partition corresponds to a partition server; distributing the received indoor detection data and the received outdoor detection data to the partition servers corresponding to the indoor intelligent sensors, analyzing and judging the indoor detection data by the partition servers, and verifying according to the outdoor detection data; when the judgment result is that the alarm is needed, an alarm notification is sent to the user terminal corresponding to the indoor intelligent sensor;
and the user terminal receives the alarm notification and sends an alarm to a user or directly dials a preset emergency call for help.
Further, the anti-theft detection unit comprises an infrared detector; the fire prevention detection unit comprises a smoke detector and a temperature detector; the waterproof detection unit includes a water level detector.
Further, the cloud server further comprises the following parts:
the first receiving unit is used for receiving the detection data sent by the indoor intelligent sensor;
and the partition management unit is used for registering and matching each indoor intelligent sensor and each user terminal in the network, dividing a plurality of management partitions, assigning a partition manager for each management partition to manage, and distributing the received detection result to the partition server corresponding to the indoor intelligent sensor.
Further, the partition server includes the following parts:
the setting unit is used for respectively setting a safety range for each detection index;
the judging unit is used for comparing the detection data with the safety range and judging whether the corresponding detection index reaches an alarm standard; when the detection data are within the safety range, judging that the detection data do not meet the alarm standard; when the detection data exceeds the safety range, judging that the detection data reaches an alarm standard;
a sending unit, configured to send an alarm notification to the user terminal when the detection data is determined to reach an alarm standard.
Further, the user terminal includes the following parts:
the second receiving unit is used for receiving the alarm notification sent by the cloud server;
the alarm type management unit is used for judging the type of alarm according to the detection index corresponding to the alarm notification, wherein the type comprises a primary alarm and a secondary alarm;
the alarm unit is used for carrying out corresponding alarm operation according to the alarm type judged by the alarm management unit and comprises the following parts:
the sound alarm module is used for sending alarm information in the form of prompt tone or voice to a user when the alarm type is primary alarm;
the display alarm module is used for sending alarm information in forms of popup information, push information and the like to a user when the alarm type is primary alarm;
and the dialing alarm module is used for dialing the preset emergency call-for-help telephone and sending alarm information when the alarm type is a secondary alarm.
Further, when the monitoring data come from a fireproof detection unit or a waterproof detection unit, the partition server sends an alarm notification to the user terminal, the alarm type management unit judges that the alarm type is a primary alarm, and the sound alarm module and the display alarm module send out alarm information to notify a user of confirmation; if the user confirms, the alarm is stopped; if the user does not confirm, the alarm type management unit judges the alarm type as a secondary alarm again, and the dialing alarm module dials the emergency call for help and sends alarm information.
Further, the judging unit is further configured to: judging whether the alarm range needs to be expanded or not, and determining the actual alarm range when the judgment result is 'required';
the partition server further comprises the following parts:
and the alarm range management unit is used for searching other user terminals in the range according to the alarm range determined by the judgment unit, and the sending unit respectively sends an expanded alarm notification, wherein the expanded alarm notification comprises pop-up window information or push information.
Further, the indoor intelligent sensor further comprises a first positioning unit, and the user terminal comprises a second positioning unit.
Further, when the detection data come from the anti-theft detection unit, the partition server firstly matches the positioning data of the first positioning unit with the positioning data of the second positioning unit, when the positioning data are close in range and can be matched with each other, the cloud server sends an alarm notification to a user terminal, the alarm type management unit judges that the alarm type is a primary alarm, and the sound alarm module and the display alarm module send alarm information to notify a user of confirmation; if the user confirms, the alarm is stopped; if the user does not confirm, the alarm type management unit judges the alarm type as a secondary alarm again, and the dialing alarm module dials the emergency call for help and sends alarm information;
when the positioning data can not be matched with each other, the partition server sends an alarm notification to the user terminal, the alarm type management unit directly judges that the alarm type is a secondary alarm, and the dialing alarm module dials the emergency call-for-help telephone and sends alarm information.
Further, the user terminal further includes the following parts:
and the timing unit is used for setting a time threshold value for the alarm information of the first-level alarm confirmed by the user, and when the unconfirmed time of the user exceeds the time threshold value, the alarm type management unit judges the alarm type to be the second-level alarm again.
The invention has the following beneficial effects: the invention provides a security intelligent sensor system, which is characterized in that a detector and an intelligent sensing adapter are deployed together to form an intelligent sensor, and signals of the security sensor can be independently sent no matter whether the security sensor is arranged indoors or outdoors without being limited by external environment; the intelligent sensing adapter is simultaneously provided with the short-distance wireless transmission module and the long-distance wireless transmission module, short-distance wireless transmission can be used in a place with wifi, long-distance wireless transmission can be used even if the coverage of the wifi is exceeded, and signal attenuation caused by overlong lines in the transmission process can be avoided; the intelligent sensor is simply arranged outside, a connecting wire is not needed, the intelligent sensor can be used only by supplying power to the intelligent sensor and plugging a plug, and the complexity of deployment is greatly reduced; the cloud server receives the alarm signal and then alarms the user terminal in various modes, such as sound alarm, automatic pop-up alarm, short message alarm, voice alarm, push message alarm and the like, and if the situation is urgent or the user terminal does not respond in time, the cloud server directly dials a preset emergency call for help (such as 110, 119 and 120 or a specific contact set by a user) to alarm. Each security sensor is provided with an intelligent sensing adapter, and the intelligent sensing adapter can send the position I of the detector when sending an alarm signal, so that the alarm position can be accurately positioned.
Drawings
Fig. 1 is a schematic structural diagram of a security intelligent sensor system according to embodiment 1;
fig. 2 is a schematic structural diagram of the security intelligent sensor system according to embodiment 2;
FIG. 3 is a schematic diagram of an alarm manner of the intelligent security sensor system according to embodiment 3;
fig. 4 is a schematic structural diagram of the security intelligent sensor system according to embodiment 4;
fig. 5 is a schematic diagram of an alarm mode of the security intelligent sensor system according to embodiment 4.
Detailed Description
The present invention will be described in further detail with reference to the following examples.
Example 1
As shown in fig. 1, this embodiment 1 provides a security intelligent sensor system, which includes an indoor intelligent sensor 1, a cloud server 2, and a user terminal 3, which are sequentially in communication connection, and further includes an outdoor intelligent sensor 4 in communication connection with the cloud server 2;
the indoor intelligent sensor 1 comprises an indoor detector 11 and an indoor intelligent sensing adapter 12 which are electrically connected with each other, the indoor detector 11 is used for detecting indoor environment conditions and collecting indoor detection data, and the indoor intelligent sensing adapter 12 is used for transmitting the indoor detection data to the cloud server 2; the indoor detector 11 comprises an anti-theft detection unit 111, a fireproof detection unit 112 and a waterproof detection unit 113, wherein each detection unit detects at least one detection index and collects detection data;
the outdoor intelligent sensor 4 comprises an outdoor detector 41 and an outdoor intelligent sensing adapter 42 which are electrically connected with each other, the outdoor detector 41 is used for detecting outdoor environment conditions and collecting outdoor detection data, and the outdoor intelligent sensing adapter 42 is used for transmitting the outdoor detection data to the cloud server 2; the outdoor detector comprises a temperature sensor and a humidity sensor and can detect the humidity and the temperature of the current environment;
the indoor smart sensor adapter 12 and the outdoor smart sensor adapter 42 each include a short-range wireless transmission module 121 (e.g., a WIFI module, preferably an ESP8266 module) and a long-range wireless transmission module 122 (e.g., a 4G communication module, preferably a 4G module model USR-G401 t);
the cloud server 2 is used for registering and matching each indoor intelligent sensor 1, each outdoor intelligent sensor 2 and each user terminal 3 in the network and dividing a plurality of management partitions, each indoor intelligent sensor 1 corresponds to at least one user terminal 3, each user terminal 3 corresponds to at least one indoor intelligent sensor 1, and each management partition corresponds to one partition server 21 and at least one outdoor intelligent sensor 2; distributing the received indoor detection data and the received outdoor detection data to the partition server 21 corresponding to the indoor intelligent sensor 1, analyzing and judging the indoor detection data (whether fire or flood hidden danger exists or not and whether suspicious intruders exist or not) by the partition server 21, verifying according to the outdoor detection data (determining whether the current weather environment influences the fire and flood probability or not), and sending an alarm notification to the user terminal 3 corresponding to the indoor intelligent sensor 1 when the judgment result is that alarm is needed;
the cloud server 2 divides the indoor intelligent sensor 1, the outdoor intelligent sensor 2 and the user terminal 3 in the network into a plurality of management zones according to factors such as geographical positions, administrative divisions or network types, and respectively manages the management zones through the plurality of zone servers 21, so that different alarm judgment standards can be set according to the actual conditions of each zone, and the use is more flexible;
and the user terminal 3 receives the alarm notification and gives an alarm to a user or directly dials a preset emergency call for help.
The security intelligent sensor system provided by the embodiment integrates the detector and the intelligent sensing adapter to form the intelligent sensor, so that the intelligent sensor can send signals of the security sensor no matter the intelligent sensor is arranged indoors or outdoors, can be used in places with signals, can be arranged in any place and is not limited by external environment; the detector and the corresponding intelligent sensing adapter are arranged together, the intelligent sensing adapter 12 is provided with the short-distance wireless transmission module 121 and the long-distance wireless transmission module 122 at the same time, short-distance wireless transmission can be used in a place with wifi, long-distance wireless transmission can be used when the wifi coverage is exceeded, signal attenuation can not occur in the transmission process due to overlong lines, and meanwhile the cost of using the security sensor in a small range is greatly reduced. The intelligent sensor is simply arranged outside, a connecting wire is not needed, the intelligent sensor can be powered only when in use, and the intelligent sensor can be used after being plugged with a plug, so that the complexity of deployment is greatly reduced; the cloud server 2 receives the alarm signal and then alarms the user terminal 3 in various ways, such as sound alarm, automatic pop-up alarm, short message alarm, voice alarm, push message alarm, etc., and if the situation is urgent or the user terminal 3 does not respond in time, the user terminal directly dials a preset emergency call for help (such as 110, 119, 120 or a specific contact set by the user) to alarm. Each security sensor is provided with an intelligent sensing adapter, and the intelligent sensing adapter can send the position I of the detector when sending an alarm signal, so that the alarm position can be accurately positioned.
Example 2
As shown in fig. 2, this embodiment 2 provides an intelligent security sensor system based on embodiment 1, and this embodiment 2 further defines that the anti-theft detection unit 111 includes an infrared detector (preferably an infrared detector of ABT-20 type) for detecting an illegal intruder; the fire detection unit 112 comprises a smoke detector (preferably a smoke sensor of CSTSSM 1214-B/C type) and a temperature detector (preferably a temperature sensor of WRM2-101 type) for detecting local abnormal high temperature and smoke; the waterproof detection unit 113 includes a water level detector (preferably, a water level detector of the type KWSW 01) for detecting a water level.
The cloud server 2 further comprises the following parts:
a first receiving unit 22, configured to receive the detection data sent by the indoor smart sensor 1;
the partition management unit 23 is configured to register and match each indoor intelligent sensor 1 and each user terminal 3 in the network, divide a plurality of management partitions, assign a partition manager 21 to each management partition for management, and allocate the received detection result to the partition server 21 corresponding to the indoor intelligent sensor 1;
the partition server 21 includes the following parts:
a setting unit 211, configured to set a safety range for each detection index;
a determining unit 212, configured to compare the detection data with the safety range, and determine whether the corresponding detection index meets an alarm standard; when the detection data are within the safety range, judging that the detection data do not meet the alarm standard; when the detection data exceeds the safety range, judging that the detection data reaches an alarm standard;
a sending unit 213, configured to send an alarm notification to the user terminal 3 when the probe data is determined to reach an alarm criterion.
The user terminal 3 comprises the following parts:
a second receiving unit 31, configured to receive the alarm notification sent by the cloud server 2;
the alarm type management unit 32 is configured to determine a type of an alarm to be performed according to a detection index corresponding to the alarm notification, where the type includes a primary alarm and a secondary alarm;
the alarm unit 33 is used for performing corresponding alarm operation according to the alarm type judged by the alarm management unit;
and the timing unit 34 is configured to set a time threshold for the user to confirm the alarm information of the primary alarm, and when the unconfirmed time of the user exceeds the time threshold, the alarm type management unit 32 determines that the alarm type is the secondary alarm again.
In some cases, in order to prevent misjudgment (for example, smoking is mistaken for fire, visitors or the user is mistaken for a thief), after the second receiving unit 31 receives the alarm notification, the alarm type managing unit 32 first classifies the alarm, and needs to directly send out an alarm for the secondary alarm; for the first-level alarm, the user should be informed of confirmation first, and if the user confirms that the alarm is false, the alarm can be terminated; if the user fails to confirm in time, the primary alarm is judged as a secondary alarm again, and a corresponding alarm is sent out. Through the process, the misjudgment can be avoided to the maximum extent, and the alarm accuracy is improved.
The alarm unit 33 includes the following parts:
the sound alarm module 331 is used for sending alarm information in the form of prompt tone or voice to a user when the alarm type is primary alarm;
the display alarm module 332 is used for sending alarm information in forms of popup information, push information and the like to a user when the alarm type is primary alarm;
and the dialing alarm module 333 is used for dialing a preset emergency call-for-help telephone and sending alarm information when the alarm type is a secondary alarm.
Aiming at the first-level alarm, the user can be reminded to confirm by sending out an indication sound, a voice prompt or basic forms such as popup information and push information, and if the alarm is misjudged, the user can directly confirm and terminate the alarm on the user terminal 3 (preferably an intelligent terminal such as a mobile phone, a computer and an iPad); if the user fails to confirm in time, it can be considered that a special condition requiring alarm does occur, and at this time, the dialing alarm module 333 may directly dial an emergency call for help such as 110, 119 or 120, or dial a call to an emergency contact (family or friend) preset by the user, so as to send out a help-seeking message for the first time.
Example 3
As shown in fig. 3, this embodiment 3 provides a security intelligent sensor system based on embodiment 2, this embodiment 3 further defines that when the monitoring data comes from the fire prevention detection unit 112 or the water prevention detection unit 113, the partition server 21 firstly sets an alarm standard specific to the current area according to the actual situation of the current area (for example, in an area with less rainfall and dry climate, the temperature standard should be lower than that in an area with large rainfall and wet climate, because a fire is more likely to occur in the case of dry climate, and in an area with large rainfall, the water level standard should be lower than that in an area with dry climate, because the rainfall is large, the urban sewage is easily discharged, and the wet area is not easy to clean and easy to breed mildew after water is accumulated in houses), verifying through temperature and humidity data monitored in real time from the outside, and adjusting an alarm standard as required; when the monitored data reaches the alarm standard, an alarm notification is sent to the user terminal 3, the alarm type management unit 32 judges that the alarm type is a primary alarm, and the sound alarm module 331 and the display alarm module 332 send out alarm information to notify a user of confirmation; if the user confirms, the alarm is stopped; if the user does not confirm, the alarm type management unit 32 determines the alarm type as a secondary alarm again, and the dialing alarm module 333 dials the emergency call for help and sends an alarm message.
The monitoring data from the fire-proof detection unit 112 and the waterproof detection unit 113 are fire information and flood information (possibly outdoor rainstorm, flood disaster, or water accumulation caused by burst of indoor water pipes or heating air), and the alarm notification can be judged as a type of alarm, if misjudgment is caused by smoking, kitchen oil smoke or sprinkling, slight water leakage of water pipes and the like, or the situation of risk (such as fire of an oil pan, direct use of a pan cover for putting out the fire, or immediate closing of a water valve after water leakage) can be eliminated artificially, the user can confirm the situation, so that the alarm is stopped; if the user fails to confirm in time, the alarm notification is not judged by mistake, a serious condition exists indeed, even the personnel are injured and trapped, at the moment, the alarm is judged again to be a secondary alarm, and an emergency call-for-help call such as 110, 119 or 120 is directly dialed, or a call is dialed to an emergency contact person (family or friend) preset by the user, so that the call-for-help information is sent out at the first time.
In order to further improve the effectiveness of the alarm and reduce the loss caused by the fire and water disasters, the determining unit 212 is further configured to: judging whether the alarm range needs to be expanded or not, and determining the actual alarm range when the judgment result is 'required';
the partition server 21 further includes the following components:
and an alarm range management unit 214, configured to search for other user terminals within a range according to the alarm range determined by the determination unit, and send an expanded alarm notification by the sending unit, where the expanded alarm notification includes pop-up window information or push information.
When the fire risk is judged, because the fire easily spreads upwards from the floor of the fire location, the user terminals of other residents at the same floor and the upper floor (which can comprise a plurality of floors) of the fire location are searched, and the expanded alarm notification is sent in sequence; when water seepage or water leakage is judged, because water can transversely diffuse along the wall and seep downwards, user terminals of residents adjacent to the floor and on the lower floor in the water leakage direction are searched, and expansion alarm notifications are respectively sent. To avoid causing unnecessary panic, pop-up information or push information must be included in the expanded alert notification to account for the core location of the alert. The relevant resident can make escape, alarm or other treatment measures in time, thereby reducing the potential loss to the minimum.
Example 4
As shown in fig. 4, this embodiment 4 provides a security intelligent sensor system based on embodiment 2, where this embodiment 4 further defines that the indoor intelligent sensor 1 further includes a first positioning unit 13, and the user terminal 3 includes a second positioning unit 34.
As shown in fig. 5, when the detection data comes from the anti-theft detection unit 111, the partition server 21 first matches the positioning data of the first positioning unit 13 with the positioning data of the second positioning unit 34, when the positioning data ranges are close and can be matched with each other, the cloud server 2 sends an alarm notification to the user terminal 3, the alarm type management unit 32 determines that the alarm type is a primary alarm, and the sound alarm module 331 and the display alarm module 332 send alarm information to notify the user of confirmation; if the user confirms, the alarm is stopped; if the user does not confirm, the alarm type management unit 32 determines the alarm type as a secondary alarm again, and the dialing alarm module 333 dials the emergency call for help and sends an alarm message;
when the positioning data cannot be matched with each other, the partition server 21 sends an alarm notification to the user terminal 3, the alarm type management unit 32 directly judges that the alarm type is a secondary alarm, and the dialing alarm module 333 dials and sends alarm information to the emergency call-for-help telephone.
The monitoring data from the anti-theft detection unit 111 is personnel intrusion information (which may be burglary, or misjudgment caused by the fact that a householder or a visitor is monitored by an infrared detector), and therefore, positioning through the indoor intelligent sensor 1 and the user terminal 3 needs to be obtained first and judged; when the positioning information of the two is crossed, the user is considered to be in the monitoring range and possibly cause misjudgment, and at the moment, the user is judged to be a first-level alarm firstly and confirmed, so that the alarm is stopped; if the user cannot confirm in time, the situation that the user is limited to have personal freedom or sudden diseases possibly exists, at the moment, the situation is judged to be secondary alarm again, and emergency call for help such as 110 is directly dialed, or emergency contact persons (family or friends) preset by the user are dialed, so that help information can be sent out at the first time.
When the indoor intelligent sensor 1 and the user terminal 3 are positioned without intersection, the user is not in the monitoring range and can not cause misjudgment, and the second-level alarm is directly judged and the corresponding emergency call for help is dialed so as to send out help-seeking information in time.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (7)
1. A security protection intelligent sensor system is characterized by comprising an indoor intelligent sensor (1), a cloud server (2) and a user terminal (3) which are sequentially in communication connection, and further comprising an outdoor intelligent sensor (4) which is in communication connection with the cloud server (2),
the indoor intelligent sensor (1) comprises an indoor detector (11) and an indoor intelligent sensing adapter (12) which are electrically connected with each other, the indoor detector (11) is used for detecting indoor environment conditions and collecting indoor detection data, and the indoor intelligent sensing adapter (12) is used for transmitting the indoor detection data to the cloud server (2); the indoor detector (11) comprises at least one of an anti-theft detection unit (111), a fireproof detection unit (112) and a waterproof detection unit (113), and each detection unit detects at least one detection index and collects detection data;
the outdoor intelligent sensor (4) comprises an outdoor detector (41) and an outdoor intelligent sensing adapter (42) which are electrically connected with each other, the outdoor detector (41) is used for detecting outdoor environment conditions and collecting outdoor detection data, and the outdoor intelligent sensing adapter (42) is used for transmitting the outdoor detection data to the cloud server (2); the outdoor detector comprises a temperature sensor and a humidity sensor;
the indoor intelligent sensing adapter (12) and the outdoor intelligent sensing adapter (42) both comprise a short-distance wireless transmission module (121) and a long-distance wireless transmission module (122);
the cloud server (2) is used for registering and matching each indoor intelligent sensor (1), each outdoor intelligent sensor (4) and each user terminal (3) in a network and dividing a plurality of management partitions, each indoor intelligent sensor (1) corresponds to at least one user terminal (3), each user terminal (3) corresponds to at least one indoor intelligent sensor (1), and each management partition corresponds to one partition server (21) and at least one outdoor intelligent sensor (4); distributing the received indoor detection data and the received outdoor detection data to the partition server (21) corresponding to the indoor intelligent sensor (1), analyzing and judging the indoor detection data by the partition server (21), and verifying according to the outdoor detection data; when the judgment result is that the alarm is needed, an alarm notification is sent to the user terminal (3) corresponding to the indoor intelligent sensor (1);
the user terminal (3) receives the alarm notification and sends an alarm to a user or directly dials a preset emergency call for help;
the user terminal (3) comprises the following parts:
a second receiving unit (31) for receiving the alarm notification sent by the cloud server (2);
the alarm type management unit (32) is used for judging the type of alarm according to the detection index corresponding to the alarm notification, wherein the type comprises a primary alarm and a secondary alarm;
the alarm unit (33) is used for carrying out corresponding alarm operation according to the alarm type judged by the alarm management unit;
the alarm unit comprises the following parts:
the sound alarm module (331) is used for sending alarm information in the form of prompt tone or voice to a user when the alarm type is primary alarm;
the display alarm module (332) is used for sending alarm information in forms of popup information and push information to a user when the alarm type is primary alarm;
the dialing alarm module (333) is used for dialing a preset emergency call for help and sending alarm information when the alarm type is a secondary alarm;
the indoor intelligent sensor (1) further comprises a first positioning unit (13), and the user terminal (3) comprises a second positioning unit (34);
when the detection data come from the anti-theft detection unit (111), the partition server (21) firstly matches the positioning data of the first positioning unit (13) with the positioning data of the second positioning unit (34), when the positioning data ranges are close and can be matched with each other, the cloud server (2) sends an alarm notification to a user terminal (3), the alarm type management unit (32) judges that the alarm type is a primary alarm, and the sound alarm module (331) and the display alarm module (332) send alarm information to notify a user of confirmation; if the user confirms, the alarm is stopped; if the user does not confirm, the alarm type management unit (32) judges the alarm type as a secondary alarm again, and the dialing alarm module (333) dials the emergency call for help and sends alarm information;
when the positioning data cannot be matched with each other, the partition server (21) sends an alarm notification to the user terminal (3), the alarm type management unit (32) directly judges that the alarm type is a secondary alarm, and the dialing alarm module (333) dials the emergency call for help and sends alarm information.
2. The security intelligent sensor system according to claim 1, wherein the anti-theft detection unit (111) comprises an infrared detector; the fire detection unit (112) comprises a smoke detector and a temperature detector; the waterproof detection unit (113) includes a water level detector.
3. The security smart sensor system of claim 1, wherein the cloud server (2) further comprises:
a first receiving unit (22) for receiving the detection data sent by the indoor intelligent sensor (1);
and the partition management unit (23) is used for registering and matching each indoor intelligent sensor (1) and each user terminal (3) in the network, dividing a plurality of management partitions, assigning a partition server (21) to each management partition for management, and distributing the received detection data to the partition server (21) corresponding to the indoor intelligent sensor (1).
4. The security intelligent sensor system according to claim 3, wherein the partition server (21) comprises the following parts:
a setting unit (211) for setting a safety range for each detection index;
a judging unit (212) for comparing the detection data with the safety range and judging whether the corresponding detection index reaches an alarm standard; when the detection data are within the safety range, judging that the detection data do not meet the alarm standard; when the detection data exceeds the safety range, judging that the detection data reaches an alarm standard;
a sending unit (213) for sending an alarm notification to the user terminal (3) when the probe data is determined to meet an alarm criterion.
5. The security intelligent sensor system according to claim 4, wherein when the monitoring data comes from a fireproof detection unit (112) or a waterproof detection unit (113), the partition server (21) sends an alarm notification to the user terminal (3), the alarm type management unit (32) judges that the alarm type is a primary alarm, and the sound alarm module (331) and the display alarm module (332) send out alarm information to notify the user of confirmation; if the user confirms, the alarm is stopped; if the user does not confirm, the alarm type management unit (32) judges the alarm type as a secondary alarm again, and the dialing alarm module (333) dials the emergency call for help and sends alarm information.
6. The security intelligent sensor system of claim 5, wherein the determination unit (212) is further configured to: judging whether the alarm range needs to be expanded or not, and determining the actual alarm range when the judgment result is 'required';
the partition server (21) further comprises the following parts:
and the alarm range management unit (214) is used for searching other user terminals in the range according to the alarm range determined by the judgment unit (212), and the sending unit (213) respectively sends an expanded alarm notification, wherein the expanded alarm notification comprises pop-up window information or push information.
7. The security intelligent sensor system according to claim 1 or 5, wherein the user terminal (3) further comprises:
and the timing unit (35) is used for setting a time threshold value for the alarm information of the first-level alarm confirmed by the user, and when the unconfirmed time of the user exceeds the time threshold value, the alarm type management unit (32) judges the alarm type to be a second-level alarm again.
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| CN110189507A (en) * | 2019-06-03 | 2019-08-30 | 北京讯腾智慧科技股份有限公司 | Fuel gas leak alarm systems and method |
| CN113947870A (en) * | 2021-10-20 | 2022-01-18 | 大唐安途(湖南)信息技术有限公司 | Intelligent inspection well cover monitoring method and system |
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