Wireless Monitoring System and Method

• US 20080174439A1
• Filed: 01/15/2008
• Published: 07/24/2008
• Est. Priority Date: 01/23/2007
• Status: Abandoned Application

• Current Assignee: Tsuen Shing Enterprises Limited
• Original Assignee: Tsuen Shing Enterprises Limited
• Inventors: Peng, Bo, Kam, Suk Fun, WONG, Kent Hung Chit, Quan, Ci Kun
• Application Number:
  US12/014,160
• Publication Number:
  US 20080174439A1
• Time in Patent Office: Days
• US Class Current: 340/573.1
• CPC Class Codes: G08B 21/0208 Combination with audio or video communication, e.g. combination with "baby phone" function
• CPC Class Codes: G08B 21/0252 System arrangements wherein the child unit emits, i.e. the child unit incorporates the emitter
• CPC Class Codes: G16H 30/40 for processing medical images, e.g. editing
• CPC Class Codes: G16H 40/63 for local operation

Abstract

A wireless monitoring system, for example for monitoring infants, includes an infant terminal monitoring unit 10 and a parents terminal monitoring unit 12. The infant terminal monitoring unit 10 includes an image sensor module 14 and a microphone 18 for gathering image and voice information respectively, and associated modules for processing the gathered image and voice information. Gathered image and voice information is transmitted to the parents terminal monitoring unit 12 via a wireless data link, and the parents terminal monitoring unit 12 includes plurality of modules for processing the received image and voice information and a speaker 28 and a display screen 32 for relaying the received information.

Claims

1. A wireless monitoring system, including:

an infant terminal monitoring unit (10) comprising;

an image sensor module (14) and an image gathering and processing module (16);

a voice gathering and processing module (20) and a microphone (18) linked with the voice gathering and processing module (20);

a master frame wireless data communication module (22) and a master frame code-checking processing module linked with the master frame wireless data communication module (22);

a power management module linked with each of the aforesaid modules;

wherein the image sensor module (14) is linked with the master frame wireless data communication module (22) in turn via the image gathering and processing module (16) and the voice gathering and processing module (20);

a parents terminal monitoring unit (12) comprising;

a voice player processing module (26) and a speaker (28) linked with the voice player processing module (26);

an image display processing module (30) and a display screen (32);

a slave frame wireless data communication module (24) and a slave frame code-checking processing module linked with the slave frame wireless data communication module (24);

a power management module linked with each of the aforesaid modules;

wherein the slave frame wireless data communication module (24) is linked with the display screen (32) in turn via the voice player processing module (26) and the image display processing module (30);

and wherein the master frame wireless data communication module (22) of the infant terminal monitoring unit (10) is arranged to communicate in use with the slave frame wireless data communication module (24) of the parents terminal monitoring unit (12) via a wireless data link.

2. A wireless monitoring system according to claim 1, wherein the display screen is linked with the image display processing module.

3. A wireless monitoring system according to claim 1, wherein the image gathering and processing module includes an image gathering main control unit, an image data gathering unit, an image data encoding unit and an image data storage unit, and wherein the image gathering main control unit is linked separately with each of the image sensor module, the image data gathering unit, the image data encoding unit and the image data storage unit respectively, and wherein the image data storage unit is linked with the voice gathering and processing module.

4. A wireless monitoring system according to claim 3, wherein the voice gathering and processing module includes a voice gathering main control unit, a voice data gathering unit, a voice data encoding unit and a data package unit, and wherein the voice gathering main control unit is linked separately with each of the microphone, the image data storage unit, the voice data gathering unit, the voice data encoding unit and the data package unit respectively, and wherein the data package unit is linked with the master frame wireless data communication module.

5. A wireless monitoring system according to claim 1, wherein the infant terminal monitoring unit further includes a master frame command processing module, and the master frame command processing module is linked with the master frame wireless data communication module.

6. A wireless monitoring system according to claim 1, wherein the image sensor module includes a CMOS image sensor.

7. A wireless monitoring system according to claim 1, wherein the image gathering and processing module and the voice gathering and processing module consist of a single module.

8. A wireless monitoring system according to claim 1, wherein the image gathering and processing module and the voice gathering and processing module consist of multiple modules.

9. A wireless monitoring system according to claim 1, wherein the voice player processing module includes a voice player main control unit, a voice data decoding unit and a voice data player unit, the voice player main control unit being linked separately with each of the slave frame wireless data communication module, the voice data decoding unit and the voice data player unit, and wherein the voice data player unit is linked with the speaker and the voice data decoding unit is linked with the image display processing module.

10. A wireless monitoring system according to claim 1, wherein the image display processing module includes an image display main control unit, an image data decoding unit, an image data storage unit and an image data player unit, and wherein the image display main control unit is linked separately with each of the voice data decoding unit, the image data decoding unit, the image data storage unit and the image data player unit, and wherein the image data player unit is linked with the display screen.

11. A wireless monitoring system according to claim 1, wherein the parents terminal monitoring unit further includes a slave frame command processing module, and wherein the slave frame command processing module is linked with the slave frame wireless data communication module.

12. A wireless monitoring system according to claim 1, wherein the image display processing module and the voice player processing module consist of a single module.

13. A wireless monitoring system according to claim 1, wherein the image display processing module and the voice player processing module consist of multiple modules.

14. A wireless monitoring method using the system according to claim 1, wherein the method includes the following steps:

(i) initialising the infant terminal monitoring unit (10) and the parents terminal monitoring unit (12);

(ii) code-checking between the infant terminal monitoring unit (10) and the parents terminal monitoring unit (12);

(iii) if the code-checking is successful, continuously receiving information from the infant terminal monitoring unit (10) at the parents terminal monitoring unit (12) and continuously relaying the received information in real-time via the parents terminal monitoring unit (12).

15. A method according to claim 14, wherein the parents terminal monitoring unit receives information sequentially from a plurality of infant terminal monitoring units and sequentially relays the received information in real-time via the parents terminal monitoring unit.

16. A method according to claim 14, wherein one or more parents terminal monitoring units receive information from one or more infant terminal monitoring units and relay the received information in real-time.

17. A method according to claim 14, wherein during the step of code-checking between the infant terminal monitoring unit and the parents terminal monitoring unit:

(i) the master frame code-checking processing module of the infants terminal monitoring unit produces group code-checking information;

(ii) the master frame code-checking processing module stores the code-checking information;

(iii) the master frame code-checking processing module sends the code-checking information through the master frame wireless data communication module via the wireless data link to the parents terminal monitoring unit;

(iv) the parents terminal monitoring unit receives the code-checking information via the slave frame wireless data communication module;

(v) the slave frame code-checking processing module stores the received code-checking information.

18. A method according to claim 17, wherein the code-checking information includes stochastic ID code, frequency-hopping group number and frequency-hopping sequence information.

19. A method according to claim 15, wherein the method includes the step of setting up the parents terminal monitoring unit to receive information sequentially from the plurality of infant terminal monitoring units, and during said step the system:

(i) displays a list of the plurality of code-checked infant terminal monitoring units and their respective associated serial numbers;

(ii) sequentially selects and sets up the plurality of infant terminal monitoring units from the displayed list;

(iii) selects a scan time gap for sequentially receiving information from the plurality of infant terminal monitoring units.

20. A method according to claim 19, wherein:

(i) the parents terminal monitoring unit selects the first infant terminal monitoring unit from the displayed list;

(ii) the parents terminal monitoring unit receives and relays in real-time information from the infant terminal monitoring unit selected in step (i) and starts a timer;

(iii) when the timer exceeds the selected scan time gap, the parents terminal monitoring unit selects the next infant terminal monitoring unit from the displayed list and re-executes step (ii);

(iv) when the final infant terminal monitoring unit has been selected from the displayed list, the parents terminal monitoring unit re-executes steps (i) to (iv).

21. A method according to any of claim 14, wherein during the step of receiving information from the infant terminal monitoring unit at the parents terminal monitoring unit and continuously relaying the received information in real-time via the parents terminal monitoring unit:

(i) the infant terminal monitoring continuously captures image information and voice information from an infant using the image sensor module and the microphone respectively;

(ii) the image gathering and processing module gathers and processes the captured image information received from the image sensor module and transmits the processed image information and captured voice information to the voice gathering and processing module;

(iii) the voice gathering and processing module gathers the voice information captured by the microphone, encodes and packages the image information and the voice information, and transmits the encoded and packaged image and voice information to the master frame wireless data communication module;

(iv) according to the stochastic ID code, frequency-hopping group number and frequency-hopping sequence information, the master frame wireless data communication module transmits the packaged image and voice information to the slave frame wireless data communication module of the parents terminal monitoring unit using a frequency-hopping mode;

(v) the voice player processing module of the parents terminal monitoring unit receives and decodes the packaged voice information, plays it via the speaker, and transits the image information to the image display processing module;

(vi) the image display processing module decodes the image information and displays it on the screen.

22. A method according to claim 21, wherein the step of gathering and processing the image information captured by the image sensor module comprises:

(i) gathering image information from the image sensor module and analysing, encoding and storing said gathered image information;

(ii) determining a white balance parameter, an exposure parameter, and a gradation adjustment parameter of the image sensor module;

(iii) controlling the image sensor module so that the gathered image information has a bright colour and high contrast.