TW201441978A - Network host with real-time intelligent image analysis - Google Patents

Abstract

This invention relates to a network host with real-time intelligent image analysis, in which an input/output unit is used to receive an image captured by an image capturing unit to an analysis unit, so as to determine whether abnormal events on the determination area of the image exist, and generate an analysis result to a message sending module when abnormal events occur, thereby triggering the message sending module through the Internet to send an specific message to an electronic device. Therefore, this invention can inform the public with the abnormal events and use image analysis to reduce the installation of conventional sensors and wrong report.

Description

Web host with instant intelligent image analysis

The invention relates to a network host, in particular to a network host with instant intelligent image analysis.

The general monitoring device is controlled by the on-site computer monitoring host to control the anti-theft and image monitoring system. The telecom transmission line is connected to the computer receiving switchboard of the self-contained security center and the police unit set up at a distance. The computer monitoring host program processes each sensing signal, and can automatically generate a security system such as a report and a remote monitoring and remote control access control system, for example, using an infrared sensor as a human body sensor to detect the body's emission. Infrared, and monitored in an unmanned environment.

Please refer to the first figure, which is a schematic diagram of a conventional monitoring system. As shown in the figure, the traditional monitoring system is a monitoring host 10 electrically connected to the plurality of sensors, and the indoor environment 1 is provided with two airtight windows 2, 4, and four sensors are respectively provided with a sensor, that is, sensing The devices 11-18 are respectively disposed at four corners of the two airtight windows 2, 4, for example, a human body sensor, a contact sensor, etc., to report the sensing result to the monitoring host 10.

However, traditional monitoring systems still have their shortcomings:
1. High false positive rate: the user forgets to release the security warning and enters the residence, and the small animal or young child accidentally touches the sensor; or the sensor does not sense the isolated signal, for example, the outsider isolates the body temperature The garment is placed outside the body, thereby isolating the body temperature that the infrared sensor can sense, so that the infrared sensor does not trigger the monitoring host to send a warning message to the security center or the police unit.
2. Delay aging: After receiving the abnormal sensing signal sent by the sensor, the monitoring host can only notify the security center or police of the location and type (intrusion, lost or remnant) of the abnormal event. In the consumer unit, the people themselves cannot directly grasp the exact situation on the spot. The public did not receive a notice from the security center or the police unit at the time of the incident, which would delay the time and even let the culprits escape when the invasion occurred. It also makes users suffer losses, and even the security of police and people's connections is lost.
3. Limited notification object: Generally, when the monitoring device sends a notification of an abnormal event to the security center or the police unit, the security center or the police unit will only contact the important person concerned and cannot notify all the related parties.
4 Destroy the original environment facilities: The traditional monitoring device needs to set the sensor for the window door, thus destroying the wall facilities. Even the table or the cabinet must be drilled to set up the sensor, thus destroying the original landscape or objects.

In view of the above, the present invention provides a network host with instant intelligent image analysis, which can improve the situation that the conventional monitoring device can only sense the environment through the sensor, and can analyze the abnormal event in real time, and the invention can directly Notify the public, but do not need to notify through the security center to reduce the consumption of transmission time, promptly catch the perpetrators or current offenses that caused the accident, and even avoid accidents in time.

The main purpose of the present invention is to provide a network host with instant intelligent image analysis, which provides an instant image analysis function to determine abnormal events occurring in the environment and notify the public in time.

A secondary object of the present invention is to provide a network host with instant intelligent image analysis that provides for reducing sensor settings and false positives and avoiding damage to facilities or items.

Another object of the present invention is to provide a web host with instant intelligent image analysis that provides privacy and avoids self-stealing by third parties.

In order to achieve the above-mentioned various purposes and effects, the present invention discloses a network host with instant intelligent image analysis, which comprises an input and output unit, an analysis unit and a message transmission module. The input/output unit is connected to an image capturing unit, and receives an environment image captured by the image capturing unit; the analyzing unit is electrically connected to the input and output unit, and analyzes one of the environmental image determining regions, and the analyzing unit determines When the abnormality event occurs in the determining area, the analyzing unit generates an analysis result; and the message sending module is electrically connected to the analyzing unit, and transmits a specified message to an electronic device through an internet network according to the analysis result.

10. . . Monitoring host

11. . . Sensor

12. . . Sensor

13. . . Sensor

14. . . Sensor

15. . . Sensor

16. . . Sensor

17. . . Sensor

18. . . Sensor

20. . . Web host

twenty two. . . Input and output unit

222. . . Image capture unit

224. . . Sensor

twenty four. . . Analysis unit

26. . . Message sending module

28. . . Control module

30. . . Internet

32. . . Network node

40. . . Newsletter service center

50. . . Electronic device

B1. . . First judgment area

B2. . . Second judgment area

B3. . . Third judgment area

F1. . . First image

F2. . . Second image

F3. . . Third image

OBJ1. . . First target object

OBJ2. . . Second target object

OBJ3. . . Third target object

First picture: it is a schematic diagram of a traditional monitoring device;
Second: it is a block diagram of an embodiment of the present invention;
Third: a schematic diagram of a sensor according to an embodiment of the present invention;
Fourth: it is a schematic diagram of an abnormal event according to an embodiment of the present invention;
Figure 5 is a schematic diagram of an abnormal event according to an embodiment of the present invention;
Figure 6 is a schematic diagram showing an abnormal event of another embodiment of the present invention;
Figure 7 is a schematic diagram showing an abnormal event of another embodiment of the present invention;
Figure 8 is a schematic diagram showing an abnormal event of another embodiment of the present invention;
Figure 9 is a schematic diagram of an abnormal event of another embodiment of the present invention; and a tenth diagram: a block diagram of another embodiment of the present invention.

In order to provide a better understanding and understanding of the features and the efficacies of the present invention, the preferred embodiment and the detailed description are as follows:

Please refer to the second and third figures, which are schematic diagrams of a block diagram and a sensor according to an embodiment of the invention. As shown in the figure, the network host 20 with instant intelligent image analysis of the present invention comprises an input/output unit 22, an analyzing unit 24, and a message transmitting module 26. The input and output unit 22 is electrically connected to an image capturing unit 222, and the message sending module 26 is connected to an Internet 30. The message sending module 26 of the embodiment is connected to a short message service center 40 via the Internet 30. Therefore, the message sending module 26 sends a designated message 262 to the electronic device 50 via the short message service center 40 according to a short message service protocol (SMS protocol), and the transmission path of the designated message is as indicated by an arrow. In addition, as shown in the third figure, the network host 20 of the present invention further includes a control module 28 electrically connected to the analysis unit 24, and the control module 28 controls the switch settings of the analysis unit 24 and the network host 20. For example: magnetic card sensing control, remote remote control. The input and output unit 22 is further connected to a sensor 224 for receiving a sensing signal Ssen to the analyzing unit 24. When the analyzing unit 24 analyzes the sensing signal as abnormal, the analyzing unit 24 generates a sensing analysis. The signal Sana is sent to the message sending module 26 to trigger the message sending module 26 to send a notification message 164 to the electronic device 50.

Referring to the second figure, the input and output unit 22 receives the image captured by the image capturing unit 222, for example, an environmental image, and provides the analysis unit 24 to receive the image captured by the image capturing unit 222. Analysis, analysis unit 24 performs analysis based on a determination area on the image, such as the fourth to fifth or sixth to seventh and eighth to ninth embodiments. Therefore, the analyzing unit 24 analyzes and judges according to different situations of the image, for example, the item in the judgment area is lost, and thus the abnormal event of the lost object in the judgment area is analyzed, or the item in the area is judged to be left, and thus the analysis and judgment area is left behind. Abnormal events of things. In addition, the abnormal event of the present invention may be an electronic fence event, a family accident event or an object destruction event.

When the analysis result of the analysis unit 24 is an abnormal event, the analysis unit 24 transmits the analysis result of the abnormal event to the message sending module 26, because the message sending module 26 of the embodiment follows the short message service protocol (SMS protocol). Therefore, the analysis result of the abnormal event is converted into the designated message 262 and transmitted to the electronic device 50 via the Internet 26. The embodiment is illustrated by using a touch mobile phone. Therefore, the electronic device 50 is connected via a network node. 32 is connected to the Internet, for example, the electronic device 50 is connected to the base station or the network access point (AP), but the electronic device 50 of the present invention is not limited thereto, and may be a notebook computer, a tablet computer or a The desktop computer is connected to the Internet 30 via a multi-function network card to receive the short message sent by the SMS service center 40. In addition, the designated message 262 of the present invention further includes a network address of the message sending module 26, so that the user can connect to the network host through the electronic device 50 via the Internet 30 to connect to the network host. The message sending module 26 of 20 is configured to view the image captured by the image capturing unit 222.

Please refer to the fourth to fifth figures, which are schematic diagrams of anomaly analysis according to an embodiment of the present invention. As shown in the fourth figure, the network host 20 of the present invention receives the first image f1 captured by the image capturing unit 222 via the input/output unit 22, which is an environmental image captured in an indoor table and its vicinity. An image f1 has a first determination area B1, and the table has a first target object OBJ1, which is a mobile phone placed on the table by the user; as shown in the fifth figure, the first target object presented in the first image f1 OBJ1 is missing. Therefore, the analyzing unit 24 determines an abnormal event occurrence of the lost object by the difference between the fourth figure and the fifth figure, and transmits the analysis result about the lost object to the message sending module 26, and transmits one. The designated message about the lost item is sent to the short message service center 40 to transmit the designated message 262 about the lost item to the electronic device 50 through the short message service center 40.

Please refer to FIG. 6 to FIG. 7 , which are schematic diagrams of abnormality analysis according to another embodiment of the present invention. As shown in the sixth figure, the network host 20 of the present invention receives the second image f2 captured by the image capturing unit 222 via the input and output unit 22, which captures an outdoor environmental image, and the second image f2 has a second image f2. a second judging area B2, which determines a side area of a house; as shown in the seventh figure, the second judging area B2 of the second image f2 has no original items, but appears in the second judging area B2 of the fifth figure. a second target object OBJ2, therefore, the analyzing unit 24 determines an abnormal event occurrence of the remnant by the difference between the sixth figure and the seventh figure, and transmits the analysis result about the remnant to the message sending module 26, And sending a specified message about the legacy to the short message service center 40 to transmit the specified message 262 about the legacy to the electronic device 50 through the short message service center 40.

Please refer to the eighth to ninth drawings, which are schematic diagrams of abnormality analysis according to another embodiment of the present invention. As shown in the eighth embodiment, the network host 20 of the present invention receives the third image f3 captured by the image capturing unit 222 via the input/output unit 22, which is an outdoor environment image captured by the image capturing device. The third determination area B3 determines that the door area of one of the houses is located; the third determination area B3 of the third image f3 has no change in the original, but the third judgment area B3 shown in the ninth figure shows the house third. The target object OBJ3 opens the doorway, that is, the doorway in the third determination area B3 is opened by an outsider (OBJ3), and at this time, the owner of the house is not opened in the house, and therefore, the analyzing unit 24 is opened by the eighth The difference between the figure and the ninth figure determines that an abnormal event occurs with respect to the electronic fence, and transmits the analysis result about the electronic fence to the message transmitting module 26, and sends a specified message 262 about the electronic fence to the newsletter service. The center 40 transmits a designated message about the electronic fence to the electronic device 50 through the short message service center 40.

In addition, when the determination area is the floor in the home, the analyzing unit 24 may send an analysis result of the family accident event to the message sending module 26 when it is determined that the person has not acted on the floor for a few seconds, to Sending a specified message 262 about the family accident to the electronic device 50; or in the above-mentioned judgment range, when the facility or the landscape is destroyed, the analyzing unit 24 sends the analysis result of the destruction event to the message sending module 26 to A specified message 262 about the destruction event is sent to the electronic device 40.

In the case of the above-mentioned embodiment, the network host 20 of the present invention sends a specified message 262 about the abnormal event via the short message when the analysis unit 24 determines that the image captured by the image capturing unit 222 has an abnormal event. The service center 40 sends to the electronic device 50 for the user to immediately know an abnormal event, such as a lost object event, a remnant event, an intrusion event, an electronic fence event, a family accident event, or an item destruction event. Since the network host 20 of the present invention can immediately notify the abnormal device to the electronic device 50 through the designated message 262, it does not need to be notified through the control center to reduce the consumption of the transmission time, and timely catch the perpetrator or the current criminal who caused the accident, or even Avoid accidents in time.

In addition, the user can notify the security center or the police unit by using the designated message 262 received by the electronic device 50, and the present invention can avoid the situation that the sensor can be notified without being sensed, and the present invention. A large number of sensors can be avoided, thereby preventing the original environment landscape facility from being damaged by the engineering of the sensor. Moreover, the present invention can perform real-time image analysis in a wide area, and therefore, the network host 20 of the present invention is only for a single area. A single image capturing unit 122 is required to be connected, and the monitoring of a single area can be completed, and the setting of the sensor is reduced. Furthermore, the network host 20 of the present invention is not limited to notifying the single electronic device 50, and may further set a plurality of notification lists in advance, thereby notifying the plurality of electronic devices 50 so that the users of the electronic devices can immediately know the monitoring status. Thus, the present invention can limit the users of images and messages to have privacy, and can avoid self-stealing by third parties responsible for monitoring.

Please refer to the tenth figure, which is a block diagram of another embodiment of the present invention. The difference between the first figure and the tenth figure is that the message sending module 26 of the first figure follows the short message service agreement (SMS protocol), and thus sends the designated message 262 to the electronic device 50 through the short message service center 40, the tenth figure The message sending module 26 directly transmits the designated message 262 to the electronic device 50 via the Internet 30 in order to follow an Instant Messaging protocol. As shown in the figure, the network host 20 with instant intelligent image analysis of the present invention can be applied to send an instant messaging message to the electronic device 50 in addition to the sending of the short message. Therefore, the message sending module 26 of the network host 20 There is no need to send the designated message 262 to the electronic device 50 by the SMS service center, but the designated message 262 is sent directly to the electronic device 50, thereby further increasing the abnormal notification rate. In addition, the message communication module 26 of the present invention can follow a push video protocol in addition to the short message service agreement and instant messaging protocol described above.

In summary, the present invention is a network host with instant intelligent image analysis, wherein the first input/output unit receives an image provided by an image capturing unit captured by an external image capturing unit for analysis by the analyzing unit. Therefore, the present invention can increase the immediacy of image analysis, and can increase the privacy of the message. Moreover, the centralized management of the security center is avoided and the privacy is lacking, so that the user can be notified immediately when an abnormality occurs, and the monitoring is avoided. The third party is self-stealing.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and the variations, modifications, and modifications of the shapes, structures, features, and spirits described in the claims of the present invention. All should be included in the scope of the patent application of the present invention.

The invention is a novelty, progressive and available for industrial use, and should meet the requirements of the patent application stipulated in the Patent Law of China, and the invention patent application is filed according to law, and the prayer bureau will grant the patent as soon as possible. prayer.

1. . . indoor environment

10. . . Monitoring host

11. . . Sensor

12. . . Sensor

13. . . Sensor

14. . . Sensor

15. . . Sensor

16. . . Sensor

17. . . Sensor

18. . . Sensor

20. . . Web host

twenty two. . . Input and output unit

222. . . Image capture unit

224. . . Sensor

twenty four. . . Analysis unit

26. . . Message sending module

28. . . Control module

30. . . Internet

32. . . Network node

40. . . Newsletter service center

50. . . Electronic device

B1. . . First judgment area

B2. . . Second judgment area

B3. . . Third judgment area

F1. . . First image

F2. . . Second image

F3. . . Third image

OBJ1. . . First target object

OBJ2. . . Second target object

OBJ3. . . Third target object

Claims (7)

A network host with instant intelligent image analysis, comprising:
An input/output unit connected to an image capturing unit and receiving an environment image captured by the image capturing unit;
An analysis unit electrically connected to the input/output unit and analyzing one of the environmental image determination regions. When the analysis unit determines that an abnormal event occurs in the determination region, the analysis unit generates an analysis result; and a message sending module And electrically connecting the analysis unit, and transmitting a specified message to the at least one electronic device via an internet network according to the analysis result. For example, the network host described in claim 1 of the patent scope further includes:
A control module electrically connected to the analysis unit and controls a switch setting of the analysis unit. The network host as claimed in claim 1, wherein the analyzing unit determines that the abnormal event is a lost event, a remnant event, an electronic fence event, a family according to one of the target objects in the judgment area. An accident or an object destruction event. The network host as claimed in claim 1, wherein the input/output unit is electrically connected to a sensor, and receives a sensing signal of the sensor to the analyzing unit, when the analyzing unit analyzes the When the sensing signal is abnormal, the analyzing unit generates a sensing analysis signal to the message sending module to trigger the message sending module to send a notification message to the electronic device. The network host as claimed in claim 1, wherein the specified message further includes a network address of the message sending module. The network host of claim 1, wherein the electronic device is further connected to the image capturing unit according to a network address of the message sending module. The network host of claim 1, wherein the message sending module is based on an Instant Messaging protocol or a short message service protocol (SMS protocol) or a push video protocol. Send the specified message to the electronic device.