INTELLIGENT SWITCH CONTROL SYSTEM AND INTELLIGENT SWITCH CONTROL SYSTEM IMPLEMENTATION METHOD

• US 20160204955A1
• Filed: 12/28/2015
• Published: 07/14/2016
• Est. Priority Date: 01/12/2015
• Status: Active Grant

• Current Assignee: Tsu-Ching Chin
• Original Assignee: Tsu-Ching Chin
• Inventors: CHIN, TSU-CHING
• Granted Patent: US 9,438,441 B2
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: F24C 3/122 on stoves
• CPC Class Codes: G08B 21/0247 System arrangements wherein the alarm criteria uses signal strength
• CPC Class Codes: G08B 21/24 Reminder alarms, e.g. anti-loss alarms
• CPC Class Codes: H04L 12/2825 Reporting to a device located outside the home and the home network access arrangements H04L12/2856; for remote control or remote monitoring of applications H04L67/025; telephonic communication systems adapted for combination with telemetering systems H04M11/002
• CPC Class Codes: H04L 67/10 in which an application is distributed across nodes in the network software deployment G06F8/60; multiprogramming arrangements G06F9/46
• CPC Class Codes: H04W 84/18 Self-organising networks, e.g. ad-hoc networks or sensor networks

Abstract

An intelligent switch control system (10) mainly includes a mobile information apparatus (101) and a wireless control apparatus (102). The wireless control apparatus (102) is assembled and arranged in a rotary switch (201) to detect a rotation angle or a rotation position of the rotary switch (201) to monitor a usage status of an equipment (20) having the rotary switch (201). The wireless control apparatus (102) detects a switch status information and sends the switch status information to the mobile information apparatus (101), so that the user can receive an instant status by the mobile information apparatus (101) and controls the rotary switch (201) from a far-end side by the mobile information apparatus (101).

Claims

1. An intelligent switch control system (10) for monitoring a usage status of an equipment (20), the intelligent switch control system (10) comprising:

a mobile information apparatus (101) comprising a first micro-processing module (1011), and further comprising a first wireless transmission module (1012) and a switch monitoring module (1013) informationally connected to the first micro-processing module (1011); and

a wireless control apparatus (102) assembled and arranged in a rotary switch (201) of the equipment (20), the wireless control apparatus (102) informationally connected to the mobile information apparatus (101) in a signal receiving range, the wireless control apparatus (102) comprising a second micro-processing module (1021), and further comprising a sensing module (1023) and a second wireless transmission module (1022) informationally connected to the second micro-processing module (1021), the sensing module (1023) detecting a three-axis variation information of the rotary switch (201),

wherein the wireless control apparatus (102) sends the three-axis variation information to the mobile information apparatus (101) to analyze, so that the switch monitoring module (1013) analyzes the three-axis variation information to generate a switch status information;

when the mobile information apparatus (101) is out of the signal receiving range and the switch status information is a turned-on status, the switch monitoring module (1013) displays an alert prompt (A) on the mobile information apparatus (101).

2. The intelligent switch control system (10) in claim 1, wherein the wireless control apparatus (102) further comprises a switch control module (1025) to adjust a rotation angle of the rotary switch (201).

3. The intelligent switch control system (10) in claim 2, wherein the mobile information apparatus (101) further comprises a first network connection module (1015);

the mobile information apparatus (101) is informationally connected to an internet (I) through the first network connection module (1015).

4. The intelligent switch control system (10) in claim 3, wherein the wireless control apparatus (102) further comprises a second network connection module (1024);

the wireless control apparatus (102) is informationally connected to the internet (I) and the mobile information apparatus (101) through the second network connection module (1024).

5. The intelligent switch control system (10) in claim 1, wherein the first wireless transmission module (1012) and the second wireless transmission module (1022) are informationally connected to a wireless router (30) respectively.

6. The intelligent switch control system (10) in claim 1, wherein the mobile information apparatus (101) and the wireless control apparatus (102) are informationally connected to a wireless router (30) respectively, so that the wireless control apparatus (102) uploads the three-axis variation information to the server (40) to store in the server (40).

7. The intelligent switch control system (10) in claim 1, wherein the wireless control apparatus (102) further comprises a temperature sensing module (1026);

the temperature sensing module (1026) detects an ambient temperature and sends a temperature information to the mobile information apparatus (101).

8. The intelligent switch control system (10) in claim 1, wherein the mobile information apparatus (101) further comprises a storage module (1014) informationally connected to the first micro-processing module (1011);

the storage module (1014) stores the switch status information.

9. The intelligent switch control system (10) in claim 8, wherein the storage module (1014) stores a recipe data menu (C);

the recipe data menu (C) comprises a plurality of recipe option (C1).

10. An intelligent switch control system implementation method, a wireless control apparatus (102) of an intelligent switch control system (10) assembled and arranged in a rotary switch (201) of an equipment (20), the intelligent switch control system implementation method comprising:

an apparatuses pairing step;

executing a switch monitoring module (1013) of a mobile information apparatus (101), so that a first wireless transmission module (1012) of the mobile information apparatus (101) is informationally connected to a second wireless transmission module (1022) of the wireless control apparatus (102) in a signal receiving range to form a connection status;

a switch status detecting step;

when the mobile information apparatus (101) is informationally connected to the wireless control apparatus (102), a second micro-processing module (1021) of the wireless control apparatus (102) driving a sensing module (1023), so that the sensing module (1023) detects the rotary switch (201) to generate a three-axis variation information, and then the second micro-processing module (1021) sends the three-axis variation information to the first wireless transmission module (1012) of the mobile information apparatus (101) through the second wireless transmission module (1022);

a switch status determining step;

when the mobile information apparatus (101) receives the three-axis variation information, the switch monitoring module (1013) analyzing the three-axis variation information and generating a switch status information;

a wireless signal detecting step;

the mobile information apparatus (101) detecting the connection status with the wireless control apparatus (102), when the mobile information apparatus (101) is in the signal receiving range, the intelligent switch control system (10) repeating the switch status detecting step and the switch status determining step, when the mobile information apparatus (101) is out of the signal receiving range, a switch status prompt step executed; and

the switch status prompt step;

when the mobile information apparatus (101) is not able to detect the wireless control apparatus (102), the mobile information apparatus (101) fetching a latest of the switch status information, when the switch status information is a turned-on status, the switch monitoring module (1013) informing the mobile information apparatus (101) to send out an alert prompt (A).

11. The intelligent switch control system implementation method in claim 10, wherein the wireless control apparatus (102) further comprises a switch control module (1025) to adjust a rotation angle of the rotary switch (201).

12. The intelligent switch control system implementation method in claim 10, wherein after the switch monitoring module (1013) receives a first of the three-axis variation information, according to the three-axis variation information, the switch monitoring module (1013) proceeds with a calibration procedure for the sensing module (1023).

13. The intelligent switch control system implementation method in claim 11, wherein the mobile information apparatus (101) further comprises a first network connection module (1015);

the wireless control apparatus (102) further comprises a second network connection module (1024);

the first network connection module (1015) is informationally connected to the second network connection module (1024) through an internet (I).

14. The intelligent switch control system implementation method in claim 11, wherein the mobile information apparatus (101) further comprises a storage module (1014) informationally connected to the first micro-processing module (1011) of the mobile information apparatus (101);

the storage module (1014) stores a recipe data menu (C);

a recipe option (C1) of the recipe data menu (C) is chosen, and the mobile information apparatus (101) sends a switch adjusting signal (S1) to the wireless control apparatus (102), so that the switch control module (1025) adjusts the rotation angle of the rotary switch (201) according to the switch adjusting signal (S1).