目前的杯子一般都不具有测量倒入杯体体积的功能，由于倒液体时有重力加速度，目前已有的智能可以具备重量称重的杯子不能够很好的准确测量倒入时液体的体积，而且对于水杯特备是水杯，其表面的温度也不能很准确的测量，喝水或者和咖啡会首先触及到期液体的表面温度，如果温度过热会烫伤。 The current cups generally do not have the function of measuring the volume of the poured cup body. Due to the acceleration of gravity when pouring liquid, the existing smart cups that can be weighed cannot accurately measure the volume of the liquid when poured. And for the water cup, especially the water cup, the surface temperature cannot be measured accurately. Drinking water or coffee will first touch the surface temperature of the expired liquid. If the temperature is overheated, it will cause burns. the

发明内容Contents of the invention

针对上述现有技术存在的问题，本发明提供一种智能水杯，能够精确测量液体体积和温度，并且具有提醒功能。Aiming at the above-mentioned problems in the prior art, the present invention provides a smart water cup, which can accurately measure liquid volume and temperature, and has a reminder function.

为了实现上述目的，本发明采用的技术方案是：一种智能水杯，包括杯体，所述的杯体的内壁安装有若干竖直方向排列的温度传感器，所述的温度传感器对应一个体积值，杯体内部具有中央处理器，并且具有无线模块，杯体内部还具有陀螺仪。In order to achieve the above object, the technical solution adopted by the present invention is: a smart water cup, including a cup body, the inner wall of the cup body is equipped with a number of temperature sensors arranged in a vertical direction, and the temperature sensor corresponds to a volume value, There is a central processing unit and a wireless module inside the cup body, and a gyroscope inside the cup body.

杯体的外部具有显示屏。The outside of the cup body has a display screen.

所述的杯体的外部还安装有输入设备，比如触摸屏或者按键，还可以是语音输入，能够设定一些体积参数。The outside of the cup is also equipped with an input device, such as a touch screen or a button, or a voice input, which can set some volume parameters.

一种智能水杯的控制方法:包括：A control method for an intelligent water cup: comprising:

（1）陀螺仪检测杯体是否水平，若杯体水平，则将液体倒入杯体内，测温度传感器检测到液体的温度，（2）当温度传感器与上面相邻的温度传感器的温度差小于4度，则不反馈信号，（3）当有温度传感器与上面相邻的温度传感器的温度差大于4度，则本温度温度传感器发送反馈信号，将本温度传感器对应的体积值反馈到中央处理器，并显示在显示屏上；液体继续倒入，则温度传感器继续与上面相邻的温度传感器的温度比较，返回步骤（2）和步骤（3），当最终温度传感器发送反馈的体积值与期望的体积值相同，则停止倒入液体，并且最终液体表面的温度传感器将液体表面温度反馈到显示屏。(1) The gyroscope detects whether the cup is level. If the cup is level, pour the liquid into the cup. The temperature sensor detects the temperature of the liquid. (2) When the temperature difference between the temperature sensor and the adjacent temperature sensor is less than 4 degrees, no feedback signal, (3) When the temperature difference between a temperature sensor and the adjacent temperature sensor above is greater than 4 degrees, the temperature sensor sends a feedback signal, and the volume value corresponding to the temperature sensor is fed back to the central processing and displayed on the display screen; the liquid continues to pour, and the temperature sensor continues to compare with the temperature of the adjacent temperature sensor above, returning to step (2) and step (3), when the final temperature sensor sends the feedback volume value and If the desired volume value is the same, the pouring of the liquid is stopped, and finally the temperature sensor on the liquid surface feeds back the liquid surface temperature to the display.

所述的每一个测温度传感器通过校对后代表杯体内液体的一个体积值。Each of the temperature measuring sensors is calibrated to represent a volume value of the liquid in the cup.

中央处理器将液体的实时体积以及温度数值传送到智能终端上，用于及时提醒水杯的水量。The central processing unit transmits the real-time volume and temperature values of the liquid to the smart terminal, which is used to remind the water volume of the water cup in time.

本发明还提供一种智能水杯的控制方法:包括：The present invention also provides a control method for an intelligent water cup: comprising:

（1）陀螺仪检测杯体是否水平，若不水平，则将杯体调整到水平，设置一个期望的液体体积值，将液体倒入杯体内，测温度传感器检测到液体的温度，（2）当温度传感器与上面相邻的温度传感器的温度差小于4度，则不反馈信号，（3）当有温度传感器与上面相邻的温度传感器的温度差大于4度，则本温度温度传感器发送反馈信号，将本温度传感器对应的体积值反馈到中央处理器，并显示在显示屏上；液体继续倒入，则温度传感器继续与上面相邻的温度传感器的温度比较，返回步骤（2）和步骤（3），当温度传感器发送反馈的体积值与设定的体积值接近时，发出提醒信息，当最终温度传感器发送反馈的体积值与期望的体积值相同，则停止倒入液体，并且最终液体表面的温度传感器将液体表面温度反馈到显示屏。(1) The gyroscope detects whether the cup is level. If not, adjust the cup to the level, set a desired liquid volume value, pour the liquid into the cup, and the temperature sensor detects the temperature of the liquid. (2) When the temperature difference between the temperature sensor and the upper adjacent temperature sensor is less than 4 degrees, no feedback signal will be given. (3) When the temperature difference between the temperature sensor and the upper adjacent temperature sensor is greater than 4 degrees, the temperature sensor will send feedback signal, feed back the volume value corresponding to this temperature sensor to the central processing unit, and display it on the display screen; if the liquid continues to be poured, the temperature sensor will continue to compare with the temperature of the adjacent temperature sensor above, and return to step (2) and step (3), when the volume value sent by the temperature sensor is close to the set volume value, a reminder message will be issued, and when the final volume value sent by the temperature sensor is the same as the expected volume value, stop pouring the liquid, and the final liquid will A temperature sensor on the surface feeds back the liquid surface temperature to the display.

本发明的有益效果是，所述的杯体的内壁安装有若干竖直方向排列的温度传感器，所述的温度传感器对应一个体积值，这样能够测量出液体的实时体积以及真实的液体温度以及一体的最终表面温度，共使用者参考。而且能够设定体积值，并提前提醒倒水者，使得倒水者预判倒水速度，这种方式特备适合盲人使用者。The beneficial effect of the present invention is that the inner wall of the cup body is equipped with several temperature sensors arranged vertically, and the temperature sensors correspond to a volume value, so that the real-time volume of the liquid and the real liquid temperature can be measured and integrated The final surface temperature of the total user reference. Moreover, it can set the volume value and remind the pourer in advance, so that the pourer can predict the pouring speed. This method is especially suitable for blind users.

附图说明Description of drawings

图1为本发明示意图。Fig. 1 is a schematic diagram of the present invention.

图中：1、杯体，2、传感器。In the figure: 1, the cup body, 2, the sensor.

具体实施方式Detailed ways

下面结合附图1对本发明作进一步说明。The present invention will be further described below in conjunction with accompanying drawing 1.

如图1所示，一种水杯，包括杯体1，杯体内部具有中央处理器，并且具有无线模块。As shown in FIG. 1 , a water cup includes a cup body 1 with a central processing unit and a wireless module inside the cup body.

杯体的外部具有显示屏，所述的杯体内安装陀螺仪。被体外还安装有输入设备，所述的输入设备可以是键盘、触摸屏，可以手动的设置技术参数，如到水量的设定，当然，也可以是语音输入，这种方式适合盲人使用者。There is a display screen outside the cup, and a gyroscope is installed in the cup. An input device is also installed outside the body, and the input device can be a keyboard or a touch screen, and technical parameters can be manually set, such as the setting of water volume. Of course, voice input can also be used. This method is suitable for blind users.

所述的杯体的内壁安装有若干竖直方向排列的温度传感器2，所述的温度传感器2对应一个体积值，例如具有温度传感器21，温度传感器22、温度传感器23、温度传感器24、温度传感器25和温度传感器26 ，并且一次等距上下排列，将温度传感器21安装在杯体内100ml水平线上，并且经过校对确保准确，温度传感器21的信号触发值就是100ml，同理温度传感器22安装在杯体内105ml水平线上，温度传感器23安装在杯体内110ml水平线上，温度传感器24安装在杯体内115ml水平线上，温度传感器25安装在杯体内120ml水平线上；使用前利用陀螺仪检测杯体的水平度，保证杯体测量的精确度。The inner wall of the cup body is equipped with several temperature sensors 2 arranged vertically, and the temperature sensor 2 corresponds to a volume value, such as a temperature sensor 21, a temperature sensor 22, a temperature sensor 23, a temperature sensor 24, a temperature sensor 25 and temperature sensor 26, and arranged up and down at an equal distance, the temperature sensor 21 is installed on the 100ml horizontal line in the cup body, and it is checked to ensure accuracy. The signal trigger value of the temperature sensor 21 is 100ml. Similarly, the temperature sensor 22 is installed in the cup body On the 105ml horizontal line, the temperature sensor 23 is installed on the 110ml horizontal line in the cup body, the temperature sensor 24 is installed on the 115ml horizontal line in the cup body, and the temperature sensor 25 is installed on the 120ml horizontal line in the cup body; Accuracy of cup body measurement.

烧热的水倒入杯体内，温度传感器检测到液体的温度，当温度传感器与上面相邻的温度传感器的温度差小于4度，则不反馈信号，（3）当有温度传感器与上面相邻的温度传感器的温度差大于4度，则本温度温度传感器发送反馈信号，将本温度传感器对应的体积值反馈到中央处理器，并显示在显示屏上；液体继续倒入，则温度传感器继续与上面相邻的温度传感器的温度比较，返回步骤（2）和步骤（3），当最终温度传感器发送反馈的体积值与期望的体积值相同，则停止倒入液体，并且最终液体表面的温度传感器将液体表面温度反馈到显示屏。Pour hot water into the cup, and the temperature sensor detects the temperature of the liquid. When the temperature difference between the temperature sensor and the adjacent temperature sensor above is less than 4 degrees, there will be no feedback signal. (3) When there is a temperature sensor adjacent to the above If the temperature difference of the temperature sensor is greater than 4 degrees, the temperature sensor will send a feedback signal to feed back the volume value corresponding to the temperature sensor to the central processing unit and display it on the display screen; if the liquid continues to pour, the temperature sensor will continue to communicate with the temperature sensor. Compare the temperature of the adjacent temperature sensor above, return to step (2) and step (3), when the volume value sent by the final temperature sensor is the same as the expected volume value, stop pouring the liquid, and finally the temperature sensor on the surface of the liquid Feedback of liquid surface temperature to display.

例如到水到达温度传感器22的位置，由于温度传感器21与上面相邻的温度传感器22的温度相差小于4度，温度传感器21不反馈信号，而水面到达的温度传感器22而未到达温度传感器23，所以温度传感器22与上面相邻的温度传感器23的温度相差大于4度，故而温度传感器22反馈信号，将温度传感器22所在的105ml数值传送到中央处理器，并显示在显示屏上，若105ml不是想要的体积，则继续倒热水，同样的，当到达温度传感器23，则温度传感器22与上面相邻的温度传感器23的温度相差小于4度，温度传感器21不反馈信号，温度传感器2,3与上面相邻的温度传感器24的温度相差大于4度，故而温度传感器23反馈信号，将温度传感器23所在的110ml数值传送到中央处理器，若110ml为使用者需要的体积，则停止倒水，还可以通过智能手机与杯子无线连接，在手机摄入一个需要的体积数值，如110ml，当倒水的体积达到110ml时，中央处理器发送警告信号提醒。最后若水体积在110ml，则温度传感器23将温度数值传送到显示屏上，提醒使用者，防止烫伤之类的时间发生。For example, to the position where the water reaches the temperature sensor 22, since the temperature difference between the temperature sensor 21 and the upper adjacent temperature sensor 22 is less than 4 degrees, the temperature sensor 21 does not feed back a signal, and the temperature sensor 22 reached by the water surface does not reach the temperature sensor 23. Therefore, the temperature difference between the temperature sensor 22 and the adjacent temperature sensor 23 above is greater than 4 degrees, so the temperature sensor 22 feeds back the signal, and the 105ml value where the temperature sensor 22 is located is sent to the central processing unit and displayed on the display screen. If the 105ml is not Want volume, then continue to pour hot water, same, when reaching temperature sensor 23, then the temperature difference of temperature sensor 22 and above adjacent temperature sensor 23 is less than 4 degrees, and temperature sensor 21 does not feedback signal, and temperature sensor 2, 3 The temperature difference between the temperature sensor 24 adjacent to the top is greater than 4 degrees, so the temperature sensor 23 feeds back the signal and transmits the value of 110ml where the temperature sensor 23 is located to the central processing unit. If 110ml is the volume required by the user, stop pouring , You can also wirelessly connect the smartphone to the cup, and take in a required volume value, such as 110ml, on the phone. When the volume of poured water reaches 110ml, the central processor will send a warning signal to remind you. Finally, if the water volume is 110ml, then the temperature sensor 23 transmits the temperature value to the display screen to remind the user to prevent burns and the like from occurring.

为更精确的液体体积，首先设置期望的液体体积，如用键盘或者语音输入数字110，则代表倒水者期望最终的液体体积为110ml, 利用陀螺仪检测杯体是否水平，若不是则调整为水平，水到达温度传感器22的位置，由于温度传感器21与上面相邻的温度传感器22的温度相差小于4度，温度传感器21不反馈信号，而水面到达的温度传感器22而未到达温度传感器23，所以温度传感器22与上面相邻的温度传感器23的温度相差大于4度，故而温度传感器22反馈信号，将温度传感器22所在的105ml数值传送到中央处理器，并显示在显示屏上，此时温度传感器22代表的体积与期望的110ml较为接近，两者差值为5ml，则中央处理器发出提醒信号，提醒倒水者减慢倒水速度，当到达温度传感器23，则温度传感器22与上面相邻的温度传感器23的温度相差小于4度，温度传感器21不反馈信号，温度传感器23与上面相邻的温度传感器24的温度相差大于4度，故而温度传感器23反馈信号，将温度传感器23所在的110ml数值传送到中央处理器，110ml为使用者需要的体积，发出警报信号，并让倒水者停止倒水，温度传感器23将温度数值传送到显示屏上，提醒使用者，防止烫伤之类的时间发生。For a more accurate liquid volume, first set the desired liquid volume, such as inputting the number 110 with the keyboard or voice, it means that the pourer expects the final liquid volume to be 110ml, use the gyroscope to detect whether the cup is level, if not, adjust to Level, the water reaches the position of the temperature sensor 22, because the temperature difference between the temperature sensor 21 and the upper adjacent temperature sensor 22 is less than 4 degrees, the temperature sensor 21 does not feed back a signal, and the temperature sensor 22 that the water surface reaches does not reach the temperature sensor 23, So the temperature difference between the temperature sensor 22 and the temperature sensor 23 adjacent above is greater than 4 degrees, so the temperature sensor 22 feeds back the signal, and the 105ml value where the temperature sensor 22 is located is sent to the central processing unit and displayed on the display screen. At this time, the temperature The volume represented by the sensor 22 is relatively close to the expected 110ml, and the difference between the two is 5ml. Then the central processing unit sends a reminder signal to remind the pourer to slow down the pouring speed. The temperature difference of the adjacent temperature sensor 23 is less than 4 degrees, and the temperature sensor 21 does not feed back signal, and the temperature difference between the temperature sensor 23 and the upper adjacent temperature sensor 24 is greater than 4 degrees, so the temperature sensor 23 feeds back the signal, and the temperature sensor 23 is located. The value of 110ml is transmitted to the central processing unit, 110ml is the volume required by the user, an alarm signal is sent, and the pourer stops pouring water, and the temperature sensor 23 transmits the temperature value to the display screen to remind the user to prevent burns and the like time to happen.

Claims

1. an Intelligent water cup, comprises cup, it is characterized in that, the inwall of described cup is provided with the temperature sensor of some vertical directions arrangement, the corresponding bulking value of described temperature sensor, and cup inside has central processing unit, and have wireless module, cup inside also has gyroscope.

2. a kind of Intelligent water cup according to claim 1, is characterized in that, the outside of cup has display screen.

3. a kind of Intelligent water cup according to claim 1, is characterized in that, the outside of described cup is also provided with input equipment.

4. the control method of an Intelligent water cup: it is characterized in that, comprising:

5. the control method of a kind of Intelligent water cup according to claim 4, is characterized in that, each described testing temperature sensor is by representing a bulking value of liquid in cup after check and correction.

6. the control method of a kind of Intelligent water cup according to claim 4, is characterized in that, the real-time volume of liquid and Temperature numerical are sent on intelligent terminal by central processing unit, for the water yield of timely prompting cup.

7. the control method of an Intelligent water cup: it is characterized in that, comprising:

(1) gyroscope detects cup whether level, if out-of-level, then cup is adjusted to level, a liquid bulk product value expected is set, liquid is poured in cup, testing temperature sensor detects the temperature of liquid, (2) when temperature sensor with above the temperature difference of adjacent temperature sensor be less than 4 degree, then not feedback signal, (3) when have temperature sensor with above the temperature difference of adjacent temperature sensor be greater than 4 degree, then this temperature sensors sends feedback signal, bulking value corresponding for this temperature sensor is fed back to central processing unit, and display on a display screen, liquid continues to pour into, then temperature sensor continues to compare with the temperature of temperature sensor adjacent above, return step (2) and step (3), when the difference that temperature sensor sends the bulking value of feedback and the bulking value of setting is a critical point, send prompting message, remind user to slow down and pour speed into, the bulking value sending feedback when final temperature sensor is identical with the bulking value of expectation, then stop pouring liquid into, and liquid surface temperature is fed back to display screen by the temperature sensor of final liquid surface.