WO2018196440A1 - Method for use in semi-automatic detection of smart wristband or smartwatch - Google Patents

Abstract

A method for use in the semi-automatic detection of a smart wristband or smartwatch, the method comprising: step 1. installing a testing tool application on a mobile terminal; step 2. configuring automatic testing; step 3. configuring a tested device to have a bright screen and then activating Bluetooth, and configuring a Bluetooth searching range; step 4. detecting whether a Bluetooth connection is established; step 5. automatically detecting a pre-configured item. The present method greatly increases the testing efficiency of smart wristbands or smartwatches, and may reach an efficiency which is two or more times greater than that previously, and thus a single test operator may test upwards of 600 smart wristbands or smartwatches per day.

Description

Method for semi-automatic detection of smart bracelet or smart watch Technical field

The invention relates to a detection method, in particular to a method for semi-automatic detection of a smart bracelet or a smart watch.

Background technique

Smart bracelets have been widely used in people's healthy lives and have a tendency to replace traditional watches. With the development of the times, more and more small smart bracelets or smart watches are increasingly required to have more and more functions, such as vibration, step counting, test heart rate, reminders, etc., integrating more and more in small volume content. Many functions are greatly convenient for users to use, but with it, there may be interference or instability in the function. The user's hand bracelet or watch may be good in a certain function, but in another The function is good and bad, which greatly reduces the user experience.

technical problem

At present, after the production of smart watches or smart bracelets, most of the means of detection are manually connected to the computer's testing tools through the serial port to verify whether each function of the bracelet or the watch is complete, regardless of the function of the opponent ring or the watch. Whether it is complete, it only takes a dozen seconds to see the connection time of the smart watch or the wristband and the computer. The number of work inspections per day is only about 300-400, which results in very low detection efficiency. At the same time, if the serial port is connected, the serial thimble must be required, which increases the cost.

Technical solution

The invention provides a method for semi-automatic detection of a smart bracelet or a smart watch. The method uses the Bluetooth of the device to connect with the mobile phone. When the smart bracelet or the smart watch is successfully connected with the mobile phone, the automatic test is started, and the tester only needs to Observe whether the function of the device is normal (such as whether the motor vibrates or whether the screen is spotted). The rest of the functions can be detected by the test software APP on the mobile phone, and the tester speed is not required without other operations of the tester.

The technical solution of the present invention is as follows:

A method for semi-automatic detection of a smart bracelet or a smart watch, the method comprising the steps of:

Step 1: Install a test tool APP on the mobile terminal, and the test tool APP may send an instruction to the smart bracelet or smart watch via Bluetooth to detect hardware and software of the smart bracelet or smart watch; The terminal includes a Bluetooth device, and the test tool APP can set the type of the tested smart bracelet or smart watch and the range of Bluetooth search.

Step 2: Start the Bluetooth device of the mobile terminal, and select the type of the tested smart bracelet or smart watch in the test tool APP, set the range of the Bluetooth search, and then click the automatic test in the test tool APP.

Step 3: the smart bracelet or the smart watch is set to be a bright screen to start the Bluetooth, and the tester operates the smart bracelet or the smart watch corresponding to the above-set type and moves it to the Bluetooth search. Within the scope of the Bluetooth automatic matching, the test tool APP is automatically connected to the smart bracelet or smart watch.

Step 4: The test tool APP first detects the Bluetooth address item. If the test tool APP is automatically connected to the smart bracelet or the smart watch in step 3, the process proceeds to step 5; if the test tool APP is not connected to the When the smart bracelet or the smart watch is described, and the unconnected time reaches the time threshold, the test tool APP prompts the unconnected state.

Step 5: The test tool APP continues the automatic test to enter the test of the next item; or the test tool APP promptly makes a voice prompt for the Bluetooth connection, and then the test tool APP continues to test the next item.

Step 6: After the test of the smart bracelet or smart watch is completed, the tester removes the set of the Bluetooth search range and puts the next smart bracelet or smart watch into the set position. Repeat steps 3 through 6 for the range of Bluetooth search.

Further, in the second step, once the type of the device and the range of the Bluetooth search are set, unless the tester changes, the type of the smart bracelet or the smart watch and the range of the Bluetooth search are always maintained, so as to facilitate The same type of product can be tested continuously.

Further, the range of the Bluetooth search may be such that the mobile terminal detects only a smart bracelet or a smart watch located within a certain range of the mobile terminal, and the foregoing range may be a range of “Bluetooth signal strength”, or may be The range of distance values obtained by converting the signal distance by the strength of the Bluetooth signal.

Further, in the step four, the time threshold is 3-10 seconds.

Further, in the second step and the fifth step, the items of the automatic test are preset in advance, wherein the first item is a Bluetooth address, and the last item is a factory reply.

Further, the items include motor open, motor off, LCD white screen, LCD black screen, serial number, initialization, firmware type, version number, SENSOR, Bluetooth address, and time synchronization.

Further, the motor is turned on, the motor is turned off, the LCD white screen, and the LCD black screen are observed and determined by the tester, and all the other items are prompted when the test value deviates from the preset value.

Further, the test tool APP can also perform a voice reminder, and the prompts can be reminded by voice.

Further, in the above step two, the tester can also click on any one of the items to perform separate tests without clicking the automatic test.

Beneficial effect

Through the above technical solution, the testing efficiency of the smart bracelet or the smart watch is greatly increased, which is more than twice that of the previous one, that is, one tester can test more than 600 smart bracelets or smart watches in one day.

DRAWINGS

1 is an interface diagram of a test tool APP of the present invention.

Embodiments of the invention

Example embodiments will now be described more fully with reference to the accompanying drawings. However, the example embodiments can be embodied in a variety of forms and should not be construed as being limited to the examples set forth herein; rather, these embodiments are provided to make the invention more comprehensive and complete, and the embodiments of the example embodiments are fully conveyed. To those skilled in the art. The drawings are only schematic representations of the invention and are not necessarily to scale. The same reference numerals in the drawings denote the same or similar parts, and the repeated description thereof will be omitted.

Furthermore, the described features, structures, or characteristics may be combined in any suitable manner in one or more embodiments. In the following description, numerous specific details are set forth However, one skilled in the art will appreciate that the technical solution of the present invention may be practiced, and one or more of the specific details may be omitted, or other methods, components, devices, steps, etc. may be employed. In other instances, well-known structures, methods, apparatus, implementations, or operations are not shown or described in detail to avoid obscuring aspects of the invention.

In order to solve the problem of difficult connection, the present application firstly creatively thinks of adopting a Bluetooth connection when detecting a smart watch or a smart bracelet. Bluetooth connectivity is much more efficient than using a hardware serial port to connect. Secondly, the monitoring of general hardware and firmware is tested by the test tool of the computer. This application is based on the combination of Bluetooth, and the test tool APP of the mobile phone or tablet is designed. The efficiency of touch test for different projects is much higher than that of the test. The efficiency of mouse clicks. The specific scheme of the present application is as follows.

Step 1, as shown in FIG. 1 , a test tool APP is installed on a mobile terminal (such as a mobile phone end and a tablet computer end), and the test tool APP can test hardware of the smart wristband or the smart watch, and the hardware includes at least Motor (vibration or not), screen (with spots), sensor (normal), can also test smart phone or smart watch serial number, firmware type, version number, Bluetooth address, time synchronization, initialization, factory reset Wait. When the click motor is turned on, the test tool APP transmits an instruction to control the opening of the motor to the smart bracelet or the smart watch via Bluetooth, and the smart bracelet or smart watch receives an instruction to perform an action of turning on the motor. The mobile phone end includes a Bluetooth device, and the test tool APP can set the type of the tested device and the range of the Bluetooth search; the test tool APP can also perform a voice reminder.

The range of the Bluetooth search may be such that the mobile terminal only detects devices located within a certain distance of the mobile terminal, and the tester may only place one detected device within a certain distance of the mobile terminal, so as to avoid being within the distance range. There are multiple devices and it is impossible to determine which device is being detected. The above-mentioned certain distance is a value obtained by converting the signal distance by the strength of the Bluetooth signal. Of course, the "close distance" can also be directly modified into "Bluetooth signal strength". In theory, the closer the distance is within a certain distance, The higher the intensity of the detected Bluetooth signal, the more we can set the threshold for the detected Bluetooth strength.

Testers can first set up fixed personal information, such as gender male, age 20, height 170cm, weight 69.8kg for standard testing.

Step 2: Start the Bluetooth device of the mobile terminal, and select a type of the tested device in the test tool APP, such as ZeFit3 (ZeFit3 is a type of a smart watch, the user can customize according to the type of the product), and set the Bluetooth at the same time. The range of the search, such as 49mm (mm or cm). Once the type of device and the range of Bluetooth search are set, the type of device and the range of Bluetooth searches are maintained until the tester changes it so that the same type of product can be continuously tested. Click on the automated test in the test tool APP.

Step 3: First set the smart bracelet or smart watch, set it to bright screen to start Bluetooth (this can be set when the firmware is written), the tester operates the smart bracelet or smart watch to brighten, and Move it to the distance set by the above test tool APP or the area of the set Bluetooth signal strength, Bluetooth automatically matches, and the test tool APP is automatically connected to the smart bracelet or smart watch.

Step 4: The test tool APP detects the Bluetooth address item. If the test tool APP is automatically connected to the smart bracelet or the smart watch in step 3, the process proceeds to step 5; if the test tool APP is not connected to the If the smart bracelet or the smart watch reaches the time threshold when the unconnected time is reached, the test tool APP prompts the unconnected state.

Step 5, the test tool APP continues to enter the test of the next item; or the test tool APP promptly makes a voice prompt for the Bluetooth connection, and then the test tool APP continues to enter the test of the next item.

Step six, after the test of the smart bracelet or smart watch is completed, the tester removes the smart bracelet or smart watch from the outside of the set distance or outside the Bluetooth signal strength area. Repeat steps 3 through 6 within the set distance or within the Bluetooth signal strength area.

The prompt for the unconnected state in the step 4 may be: a voice prompt, an interface display prompt, or a mobile terminal vibration prompt.

The items include motor open, motor off, LCD white screen, LCD black screen, serial number, initialization, firmware type, version number, personal information, SENSOR (generally acceleration sensor), Bluetooth address and time synchronization.

In the project, the first item is a Bluetooth address, and the last item is a factory reply.

In the second step above, the tester can also click on any one of the items to perform separate tests without clicking the automatic test.

The motor is turned on, the motor is turned off, the LCD white screen, and the LCD black screen are observed and determined by the tester, and all the other items are prompted when the test value deviates from the preset value.

Through the above technical solution, the testing efficiency of the smart bracelet or the smart watch is greatly increased, which is more than twice that of the previous one, that is, one tester can test more than 600 smart bracelets or smart watches in one day.

Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, and are not intended to be limiting; although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art will understand that The technical solutions described in the foregoing embodiments may be modified, or some or all of the technical features may be equivalently replaced; and the modifications or substitutions do not deviate from the technical solutions of the embodiments of the present invention. range.

Claims (9)

A method for semi-automatic detection of a smart bracelet or a smart watch, the method comprising the following steps: Step 1: Install a test tool APP on the mobile terminal, and the test tool APP may send an instruction to the smart bracelet or smart watch via Bluetooth to detect hardware and software of the smart bracelet or smart watch; The terminal includes a Bluetooth device, and the test tool APP can set the type of the tested smart bracelet or smart watch and the range of the Bluetooth search; Step 2: Start the Bluetooth device of the mobile terminal, and select the type of the tested smart bracelet or smart watch in the test tool APP, set the range of the Bluetooth search, and then click the automatic test in the test tool APP; Step 3: the smart bracelet or the smart watch is set to be a bright screen to start the Bluetooth, and the tester operates the smart bracelet or the smart watch corresponding to the above-set type and moves it to the Bluetooth search. Within the scope of Bluetooth automatic matching, the test tool APP is automatically connected to the smart bracelet or smart watch; Step 4: The test tool APP first detects the Bluetooth address item. If the test tool APP is automatically connected to the smart bracelet or the smart watch in step 3, the process proceeds to step 5; if the test tool APP is not connected to the When the smart bracelet or the smart watch is described, and the unconnected time reaches the time threshold, the test tool APP prompts the unconnected state; Step 5: The test tool APP continues the automatic test to enter the test of the next item; or the test tool APP promptly makes a voice prompt to the Bluetooth connection, and then the test tool APP continues to enter the test of the next item; Step 6: After the test of the smart bracelet or smart watch is completed, the tester removes the set of the Bluetooth search range and puts the next smart bracelet or smart watch into the set position. Repeat steps 3 through 6 for the range of Bluetooth search. The method for semi-automatic detection of a smart bracelet or a smart watch according to claim 1, wherein in the second step, once the type of the device and the range of the Bluetooth search are set, unless the tester changes, Then the type of the smart bracelet or smart watch and the range of Bluetooth search are maintained, so that the same type of product can be continuously tested. The method for semi-automatic detection of a smart wristband or a smart watch according to claim 2, wherein the range of the Bluetooth search is such that the mobile terminal detects only smart hands located within a certain range of the mobile terminal. For a ring or smart watch, the above range may be a range of "Bluetooth signal strength", or a range of distance values obtained by converting the signal distance by the strength of the Bluetooth signal. The method for semi-automatic detection of a smart wristband or a smart watch according to claim 1, wherein in the fourth step, the time threshold is 3-10 seconds. The method for semi-automatic detection of a smart wristband or a smart watch according to claim 1, wherein in the second step and the fifth step, the items of the automatic test are preset in advance, wherein the first one The item is a Bluetooth address and the last item is a factory reply. The method for semi-automatic detection of a smart bracelet or a smart watch according to claim 5, wherein the items include motor opening, motor off, LCD white screen, LCD black screen, serial number, initialization, firmware type, One or more of the version number, SENSOR, Bluetooth address, and time synchronization. The method for semi-automatic detection of a smart wristband or a smart watch according to claim 6, wherein the motor is turned on, the motor is turned off, the LCD white screen, and the LCD black screen are observed and determined by the tester, and all other items are determined. The test tool prompts when there is a deviation between the test value and the preset value. The method for semi-automatic detection of a smart bracelet or a smart watch according to any one of claims 1 to 7, wherein the test tool APP can also perform a voice reminder, and the prompts can all pass Voice reminder. The method for semi-automatic detection of a smart wristband or a smart watch according to any one of claims 1-8, wherein in the second step, the tester can also click the automatic test without Click on any of the items individually to test separately.