A kind of control method of Intelligent water cup
Technical field
The present invention relates to the control method of a kind of Intelligent water cup.
Background technology
Current cup does not typically the most have measures the function pouring cup volume into, acceleration of gravity is had during owing to pouring liquid, current existing intelligence can possess the cup that weight weighs can not the most accurately measure the volume of liquid when pouring into, and special standby for water tumbler be water tumbler, the temperature on its surface can not be measured the most accurately, drink water or first touch the surface temperature of the liquid that expires with kaffeeklatsch, if temperature overheating can be scalded.
Summary of the invention
The problem existed for above-mentioned prior art, the present invention provides a kind of Intelligent water cup and control method thereof, it is possible to accurately measures liquid volume and temperature, and has prompting function.
To achieve these goals, the technical solution used in the present invention is: a kind of Intelligent water cup, including cup, the inwall of described cup is provided with the temperature sensor of some vertical directions arrangement, the corresponding bulking value of described temperature sensor, there is inside cup central processing unit, and there is wireless module, also there is inside cup gyroscope.
The outside of cup has display screen.
The outside of described cup is also equipped with input equipment, such as touch screen or button, it is also possible to be phonetic entry, it is possible to set some volume parameters.
A kind of control method of Intelligent water cup, including:
(1) gyroscope detection cup whether level, if cup level, then liquid is poured in cup, temperature sensor detects the temperature of liquid, and (2) are less than 4 degree when temperature sensor with the temperature difference of the most adjacent temperature sensor, the most not feedback signal, (3) when having the temperature sensor temperature difference with the most adjacent temperature sensor more than 4 degree, then this temperature sensor sends feedback signal, bulking value corresponding for this temperature sensor feeds back to central processing unit, and shows on a display screen;Liquid continues to pour into, then temperature sensor continues to compare with the temperature of the most adjacent temperature sensor, return step (2) and step (3), when the bulking value of final temperature sensor transmission feedback is identical with desired bulking value, then stop pouring into liquid, and liquid surface temperature is fed back to display screen by the temperature sensor of final liquid surface.
Each described temperature sensor is by representing a bulking value of liquid in cup after check and correction.
Real-time volume and the Temperature numerical of liquid are sent on intelligent terminal, for the water yield of timely prompting cup by central processing unit.
The present invention also provides for the control method of a kind of Intelligent water cup: including:
(1) gyroscope detection cup whether level, if not level, then cup is adjusted to level, one desired liquid bulk product value is set, liquid is poured in cup, temperature sensor detects the temperature of liquid, (2) it is less than 4 degree when temperature sensor with the temperature difference of the most adjacent temperature sensor, the most not feedback signal, (3) when having the temperature sensor temperature difference with the most adjacent temperature sensor more than 4 degree, then this temperature sensor sends feedback signal, bulking value corresponding for this temperature sensor feeds back to central processing unit, and shows on a display screen;Liquid continues to pour into, then temperature sensor continues to compare with the temperature of the most adjacent temperature sensor, return step (2) and step (3), when temperature sensor send the bulking value of bulking value and the setting of feedback close to time, send prompting message, when the bulking value of final temperature sensor transmission feedback is identical with desired bulking value, then stop pouring into liquid, and liquid surface temperature is fed back to display screen by the temperature sensor of final liquid surface.
The invention has the beneficial effects as follows, the inwall of described cup is provided with the temperature sensor of some vertical directions arrangement, the corresponding bulking value of described temperature sensor, so can measure real-time volume and temperature of liquid and the final surface temperature of one, the user reference altogether really of liquid.And bulking value can be set, and remind pouring person in advance so that pouring person's anticipation pouring speed, the special standby applicable blind person's user of this mode.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present invention.
In figure: 1, cup, 2, sensor.
Detailed description of the invention
1 the invention will be further described below in conjunction with the accompanying drawings.
As it is shown in figure 1, a kind of water tumbler, including cup 1, there is inside cup central processing unit, and there is wireless module.
The outside of cup has display screen, installs gyroscope in described cup.By the external input equipment that is also equipped with, described input equipment can be keyboard, touch screen, can be manual technical parameter is set, such as the setting to the water yield, it is of course also possible to be phonetic entry, this mode is suitable for blind person's user.
nullThe inwall of described cup is provided with the temperature sensor 2 of some vertical directions arrangement,The corresponding bulking value of described temperature sensor 2,Such as there is temperature sensor 21,Temperature sensor 22、Temperature sensor 23、Temperature sensor 24、Temperature sensor 25 and temperature sensor 26,And the most equidistantly it is arranged above and below,Temperature sensor 21 is arranged in cup on 100ml horizontal line,And guarantee accurately through check and correction,The signal trigger value of temperature sensor 21 is exactly 100ml,In like manner temperature sensor 22 is arranged in cup on 105ml horizontal line,Temperature sensor 23 is arranged in cup on 110ml horizontal line,Temperature sensor 24 is arranged in cup on 115ml horizontal line,Temperature sensor 25 is arranged in cup on 120ml horizontal line;The levelness of gyroscope detection cup is utilized, it is ensured that the degree of accuracy that cup is measured before using.
The water of burn-out is poured in cup, temperature sensor detects the temperature of liquid, when temperature sensor is less than 4 degree with the temperature difference of the most adjacent temperature sensor, the most not feedback signal, (3) when having the temperature sensor temperature difference with the most adjacent temperature sensor more than 4 degree, then this temperature sensor sends feedback signal, bulking value corresponding for this temperature sensor feeds back to central processing unit, and shows on a display screen;Liquid continues to pour into, then temperature sensor continues to compare with the temperature of the most adjacent temperature sensor, return step (2) and step (3), when the bulking value of final temperature sensor transmission feedback is identical with desired bulking value, then stop pouring into liquid, and liquid surface temperature is fed back to display screen by the temperature sensor of final liquid surface.
Each described temperature sensor is by representing a bulking value of liquid in cup after check and correction.
nullSuch as arrive water and arrive the position of temperature sensor 22,Owing to temperature sensor 21 is less than 4 degree with the temperature difference of the most adjacent temperature sensor 22,Temperature sensor 21 not feedback signal,And the water surface arrive temperature sensor 22 and do not arrive temperature sensor 23,So temperature sensor 22 is more than 4 degree with the temperature difference of the most adjacent temperature sensor 23,So temperature sensor 22 feedback signal,The 105ml numerical value at temperature sensor 22 place is sent to central processing unit,And show on a display screen,If the volume that 105ml is not intended to,Then continue hot water,Same,When arriving temperature sensor 23,Then temperature sensor 22 is less than 4 degree with the temperature difference of the most adjacent temperature sensor 23,Temperature sensor 21 not feedback signal,Temperature sensor 2,3 are more than 4 degree with the temperature difference of the most adjacent temperature sensor 24,So temperature sensor 23 feedback signal,The 110ml numerical value at temperature sensor 23 place is sent to central processing unit,If 110ml is the volume that user needs,Then stop pouring,Can also be by smart mobile phone and cup wireless connections,A volumetric quantities needed is taken at mobile phone,Such as 110ml,When the volume of pouring reaches 110ml,Central processing unit sends caution signals and reminds.If last water volume is at 110ml, then Temperature numerical is sent on display screen by temperature sensor 23, reminds user, prevents the time of scald etc from occurring.
nullFor more accurate liquid volume,First desired liquid volume is set,As by keyboard or phonetic entry numeral 110,Person expects that final liquid volume is 110ml then to represent pouring,Utilize gyroscope detection cup whether level,If not being then adjusted to level,Water arrives the position of temperature sensor 22,Owing to temperature sensor 21 is less than 4 degree with the temperature difference of the most adjacent temperature sensor 22,Temperature sensor 21 not feedback signal,And the water surface arrive temperature sensor 22 and do not arrive temperature sensor 23,So temperature sensor 22 is more than 4 degree with the temperature difference of the most adjacent temperature sensor 23,So temperature sensor 22 feedback signal,The 105ml numerical value at temperature sensor 22 place is sent to central processing unit,And show on a display screen,The volume that now temperature sensor 22 represents is closer to desired 110ml,Both differences are 5ml,Then central processing unit sends alerting signal,Pouring person is reminded to slow down pouring speed,When arriving temperature sensor 23,Then temperature sensor 22 is less than 4 degree with the temperature difference of the most adjacent temperature sensor 23,Temperature sensor 21 not feedback signal,Temperature sensor 23 is more than 4 degree with the temperature difference of the most adjacent temperature sensor 24,So temperature sensor 23 feedback signal,The 110ml numerical value at temperature sensor 23 place is sent to central processing unit,110ml is the volume that user needs,Signal an alert,And allow pouring person stop pouring,Temperature numerical is sent on display screen by temperature sensor 23,Remind user,The time preventing scald etc occurs.