Child monitoring system and method for real-time monitoring of a child
A method and system for real-time monitoring of a child held in a child holding object is disclosed. The location tracking system includes child holding object and monitoring device. The child holding object is configured to hold child and includes a mounting space. The monitoring device is configured to be mounted on mounting space. The monitoring device includes mobile camera, modem device, global positioning system (GPS) module and plurality of sensors. The mobile camera is configured to capture and transmit live video stream to continuously track and monitor activities of child held in child holding object. The modem device enables communication between monitoring device and at least one user device over network. The GPS module determines location information of the monitoring device mounted on child holding object by determining GPS coordinates of monitoring device. The plurality of sensors detects change in position of the child seated in child holding object.
1. A child monitoring system, comprising:
a child holding object configured to hold a child, the child holding object comprising amounting space therein; and
a monitoring device configured to be mounted on the mounting space, the monitoring device comprising:
a mobile camera for capturing and transmitting a live video stream to continuously track and monitor activities of the child held in the child holding object;
a modem device for enabling communication between the monitoring device and at least one user device over a network;
a global positioning system (GPS) module for determining location information of the monitoring device mounted on the child holding object by determining GPS coordinates of the monitoring device;
a plurality of sensors for detecting change in position of the child seated in the child holding object; and
a monitoring application in communication with the monitoring device including one or more modes of operation and launching a particular mode of operation from available modes of operation based on a context in which a request to launch the monitoring application is received, wherein the available modes of operation are an init mode, an entry mode, a relay mode, and an exit mode, and wherein, the init mode is launched when connecting the monitoring application with the monitoring device for the first time, the entry mode connects with the monitoring application to transmit location information and to initiate live video streaming, in the relay mode, the monitoring application enables the user to adjust settings of the video stream and in the exit mode, the connection between the monitoring device and the monitoring application is released based on received user input and starts recording in offline mode.
2. The child monitoring system as claimed in claim 1 , wherein the monitoring device further comprises:
a microphone for recording audio associated with the live video stream; and a wireless chargeable battery for powering the monitoring device.
3. The child monitoring system as claimed in claim 2 , wherein the wireless chargeable battery uses at least one of an inductive charging, a magnetic resonance charging, a radio frequency charging or an ultrasonic sound wave charging for wirelessly charging the wireless chargeable battery.
4. The child monitoring system as claimed in claim 2 , further comprises:
a processing module in communication with the monitoring device, wherein the
processing module is configured to store and analyse monitoring device data received from the monitoring device, to generate one or more alerts based on results of analysis performed on the monitoring device data and to communicate information about generation of the one or more alerts to a monitoring application;
the monitoring application installed on the at least one user device, wherein the monitoring application is configured to display at least one of the live video stream captured by the mobile camera along with the audio captured for the live video stream, the location information determined by the GPS module, a history information of the monitoring device, and the one or more alerts generated by the processing module; and
a database configured to store the monitoring device data received from the monitoring device.
5. The child monitoring system as claimed in claim 4 , wherein the monitoring device data includes at least one of:
the live video stream captured by the mobile camera;
the audio recorded for the live video stream;
the location information determined by the GPS module;
and sensor data provided by the plurality of sensors.
6. The child monitoring system as claimed in claim 4 , wherein the history information of the monitoring device includes at least one of:
the information about the one or more alerts generated in past;
saved one or more live video streams; and
saved location information.
7. The child monitoring system as claimed in claim 4 , wherein the monitoring application is further caused to display the location information determined by the GPS module on a map.
8. The child monitoring system as claimed in claim 1 , wherein the monitoring device is mounted on the mounting space of the child holding object using one or more clamps and one or more screws.
9. The child monitoring system as claimed in claim 1 , wherein the child holding object is a child safety seat.
10. A child monitoring system, comprising:
a stroller configured to carry a child, the stroller comprising a mounting space therein; and
a monitoring device configured to be mounted on the mounting space, the monitoring device comprising:
a mobile camera for capturing and transmitting a live video stream to continuously track and monitor activities of the child carried in the stroller;
a modem device for enabling communication between the monitoring device and at least one user device over a network;
a global positioning system (GPS) module for determining location information of the monitoring device mounted on the stroller by determining GPS coordinates of the monitoring device;
a plurality of sensors for detecting change in position of the child seated in the stroller; and
a monitoring application in communication with the monitoring device including one or more modes of operation and launching a particular mode of operation from available modes of operation based on a context in which a request to launch the monitoring application is received wherein the available modes of operation are an init mode, an entry mode, a relay mode, and an exit mode, and wherein, the init mode is launched when connecting the monitoring application with the monitoring device for the first time, the entry mode connects with the monitoring application to transmit location information and to initiate live video streaming, in the relay mode, the monitoring application enables the user to adjust settings of the video stream and in the exit mode, the connection between the monitoring device and the monitoring application is released based on received user input and starts recording in offline mode.
11. The child monitoring system as claimed in claim 10 , wherein the monitoring device further comprises:
a microphone for recording audio associated with the live video stream; and
a wireless chargeable battery for powering the monitoring device.
12. The child monitoring system as claimed in claim 11 , wherein the wireless chargeable battery uses at least one of an inductive charging, a magnetic resonance charging, a radio frequency charging or an ultrasonic sound wave charging for wirelessly charging the wireless chargeable battery.
13. The child monitoring system as claimed in claim 11 , further comprises:
a processing module in communication with the monitoring device, wherein the processing module is configured to store and analyse monitoring device data received from the monitoring device, to generate one or more alerts based on results of analysis performed on the monitoring device data and to communicate information about generation of the one or more alerts to a monitoring application;
the monitoring application installed on the at least one user device, wherein the monitoring application is configured to display at least one of the live video stream captured by the mobile camera along with the audio captured for the live video stream, the location information determined by the GPS module, a history information of the monitoring device, and the one or more alerts generated by the processing module; and
a database configured to store the monitoring device data received from the monitoring device.
14. The child monitoring system as claimed in claim 13 , wherein the monitoring device data includes at least one of:
the live video stream captured by the mobile camera;
the audio recorded for the live video stream;
the location information determined by the GPS module; and
sensor data provided by the plurality of sensors.
15. The child monitoring system as claimed in claim 13 , wherein the history information of the monitoring device includes at least one of:
information about the one or more alerts generated in past;
saved one or more live video streams; and
saved location information.
16. The child monitoring system as claimed in claim 13 , wherein the monitoring application is further caused to display the location information determined by the GPS module on a map.
17. The child monitoring system as claimed in claim 10 , wherein the monitoring device is mounted on the mounting space of the stroller using one or more clamps and one or more screws.
18. A method for real-time monitoring of a child held in a child holding object, comprising:
communicating, by a processor, with the monitoring device through a monitoring application including one or more modes of operation and launching a particular mode of operation from available modes of operation based on a context in which a request to launch the monitoring application is received, wherein the available modes are an init mode, an entry mode, a relay mode, and an exit mode, and wherein, the init mode is launched when connecting the monitoring application with the monitoring device for the first time, the entry mode connects with the monitoring application to transmit location information and to initiate live video streaming, in the relay mode, the monitoring application enables the user to adjust settings of the video stream and in the exit mode, the connection between the monitoring device and the monitoring application is released based on received user input and starts recording in offline mode;
receiving, by a processor, monitoring device data captured in real-time by a monitoring device mounted on the child holding object, the monitoring device data comprising a live video stream of the child held in the child holding object, audio recorded for the live video stream, location information associated with the child holding object, and sensor data captured by a plurality of sensors included in the monitoring device;
analysing, by the processor, the monitoring device data to determine if one or more alarming conditions exist, the one or more alarming conditions being predefined;
upon determining that the one or more alarming condition exists, generating, by the processor, one or more alerts for a user; and
facilitating, by the processor, display of the monitoring device data in real-time and the one or more alerts on a user interface (UI) of a display screen of a user device.
19. The method as claimed in claim 18 , further comprising:
facilitating, by the processor, access of a monitoring application installed on the user device for facilitating viewing of the monitoring device data and the one or more alerts.
20. The method as claimed in claim 18 , further comprising:
storing, by the processor, the monitoring device data and the one or more generated alerts in a database.