Intelligent water cup sleeve and daily water drinking amount monitoring method and system
A technology of smart water cups and cup sleeves, applied in volume measuring instruments/methods, transmission systems, weighing, etc., can solve problems that affect the accuracy of drinking water statistics and cannot distinguish between pouring water, adding water, and drinking water, etc., to achieve The effect of improving accuracy, wide application scenarios, and strong structural migration
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Embodiment 1
[0050] see Figure 1-3 and 9, according to one aspect of the present invention, a smart water cup cover 100 is provided, including: a cup cover body 10 for accommodating a water cup, and a control unit 20 accommodated at the bottom of the cup cover body, wherein the control unit 20 Including: a weighing module 21, which is used to obtain the total weight of the water cup and water; a control module 22, which is used to judge whether there is a drinking action according to the moving signal, and if so, control the weighing module 21 after the water cup is left still Weigh the weight of the water cup and the water, and calculate the difference between the weight taken last time and the weight taken this time as the amount of drinking water, if otherwise, control the weighing module 21 to weigh the cup and the water after the cup is left still The weight is saved; the communication module 23 is used to send the drinking water data to the outside; the power module 24 is used to su...
Embodiment 2
[0058] see Figure 4-8 According to another aspect of the present invention, a smart water cup cover is provided, including a cup cover body 10 for accommodating a water cup, and a control unit 20 accommodated at the bottom of the cup cover body, wherein the control unit 20 includes: Heavy module 21, is used for obtaining the total weight of water cup and water; Control module 22, is used for collecting the mobile data of described cup cover body, judges whether described cup cover body is static, is then controls described weighing module to weigh The current weight of the cup and water is denoted as w t , and is further used to judge whether there is a drinking action based on the movement data, and if so, calculate the weight w of the previous weighing t-1 The difference with the current weight is used as the drinking water amount and then used as w t replace w t-1 , otherwise directly use w t replace w t-1 ; The communication module 23 is used to send the drinking wat...
Embodiment 3
[0065] According to another aspect of the present invention, such as Figure 11 As shown, a daily drinking water monitoring method is provided, including:
[0066] S0. Set the initial state of the cup sleeve body as the dormant state;
[0067] S1. Detect the movement signal of the cup sleeve body;
[0068] S2. Wake up the system when the mobile signal is detected;
[0069] S3. Collect movement data of the cup sleeve body;
[0070] S4. Judging whether the cup sleeve body is still according to the movement data, if so, start timing, otherwise return to S3;
[0071] S5. In response to starting timing, control the weighing module to weigh the water cup and the current weight of the water as w t ;
[0072] S6. Judging whether there is an action of drinking water according to the movement data, if so, calculate the weight w of the previous weighing t-1 The difference with the current weight is used as the drinking water amount and then used as w t replace w t-1 , otherwise d...
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