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Watch detection method

A detection method and technology for watches, which can be applied to clocks, clocks, adjustment devices, etc., and can solve problems such as wrong entry and wrong detection.

Active Publication Date: 2020-08-07
深圳市蓝海佳和电子科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] In the previous application CN2020101224950, a detection method for a smart watch without a screen is involved. In actual operation, due to the many functions of the watch, some function codes are relatively simple. In the operation of long press and short press, there may be For some wrong-entry and wrong-detection requests, that is, when the person who gets the watch is not the inspector, it is also possible to enter the detection step by long pressing (you can compare it with the engineering mode of the mobile phone)

Method used

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  • Watch detection method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0040] The function is to obtain the status of the Bluetooth connection. Since the watch does not have a screen to display the connection status of the Bluetooth, at this time, the user cannot know whether the Bluetooth of the watch is connected.

[0041] Function: Get the Bluetooth connection status.

[0042] The default initial code is 000.

[0043] Function code 321 of the Bluetooth connection status.

[0044] Detection method:

[0045] The initialization password is 000, enter the detection step ⑨, and then short press the button 3 times, at this time the first password X is 3. After confirming the first password, long press to enter step ⑪, at this time, short press the button 2 times, and the second password Y is 2. After confirming the second password, long press to enter step ⑬, at this time, short press the button once, and the third password Z is 1. After confirming the third password, press and hold again to enter step ⑮, and confirm that the third password has ...

Embodiment 2

[0047] Function name: get battery percentage.

[0048] Initial code: 000; function code: 411.

[0049] Result: The function executed after matching is the tens digit of the hour hand rotation power * 30° (the size between each two scale marks is 30°), and the minute hand rotation power unit * 30°.

[0050] The initial password is 000, go to step ⑨, and then press the button 4 times, the first password X is 4. After confirming the first password, long press to enter step ⑪, at this time, short press the button once, and the second password Y is 1, at this time. After confirming the second password, long press to enter step ⑬, at this time, short press the button once, and the third password Z is 1. After confirming the third password, press and hold again to enter step ⑮, and confirm that the third password has been entered. Since the 3 passwords have been filled, skip to step ⑯. Since the entered password matches the password "411" saved in the program in advance, the match...

Embodiment 3

[0052] Function name: Set the factory reset function.

[0053] Initial code 111; password: 999.

[0054] Result: The function executed after matching is that the hour and minute hands rotate one circle at the same time, which means the factory reset is successful.

[0055] Process: Initialize the password to 000, go to step ⑨, then short press the button 8 times, at this time the first password X is 9. After confirming the first password, long press to enter step ⑪, at this time, short press the button 8 times, and the second password Y is 9, at this time. After confirming the second password, long press to enter step ⑬, at this time, short press the button 8 times, and the third password Z is 9. After confirming the third password, press and hold again to enter step ⑮, and confirm that the third password has been entered. Since the 3 passwords have been filled, skip to step ⑯. Since the entered password matches the password "999" saved in the program in advance, the match ...

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Abstract

The invention relates to a detection method of a smart watch. The method is applied to equipment without a screen. The current state of the equipment can be effectively read through a key password combination method; when the equipment goes wrong, the more useful information can be found; directions to solve problems are reduced, the efficiency of problem solving is improved, and you can set a password through the Vault Mode, in addition, the matching probability of a misoperation password is 1 / (2 * 9 * 2 * 9 * 2 * 9 * 2) = 1 / 5832, and the long-press entering probability of a basic version is1 / 2 (namely, the previous application of an applicant), so that the method is safer and is not easy to press by a user.

Description

technical field [0001] The invention relates to a detection method for a watch, in particular to a detection method for a smart watch without a screen. Background technique [0002] In the previous application CN2020101224950, a detection method for a smart watch without a screen is involved. In actual operation, due to the many functions of the watch, some function codes are relatively simple. In the operation of long press and short press, there may be For some requests for false entry and false detection, that is, when the person who gets the watch is not the inspector, it is also possible to enter the detection step by long pressing (you can compare the engineering mode of the mobile phone). [0003] In banks or other situations that require multiple authentications, there is a "vault mode". Enter the room where the safe is placed, so that double verification is achieved. Contents of the invention [0004] In view of this, the present invention provides a watch detec...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G06F21/46G04D7/00
CPCG06F21/46G04D7/00
Inventor 关梓立杨雄
Owner 深圳市蓝海佳和电子科技有限公司
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