CN104764506A - Water drinking monitoring cup, water drinking monitoring method and system and mobile terminal - Google Patents

Water drinking monitoring cup, water drinking monitoring method and system and mobile terminal Download PDF

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Publication number
CN104764506A
CN104764506A CN201410008344.7A CN201410008344A CN104764506A CN 104764506 A CN104764506 A CN 104764506A CN 201410008344 A CN201410008344 A CN 201410008344A CN 104764506 A CN104764506 A CN 104764506A
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China
Prior art keywords
drinking
water
cup
plan
actual amount
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CN201410008344.7A
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Chinese (zh)
Inventor
喻炜
王峰
王国导
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Access Business Group International LLC
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Access Business Group International LLC
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Priority to CN201410008344.7A priority Critical patent/CN104764506A/en
Publication of CN104764506A publication Critical patent/CN104764506A/en
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Abstract

The invention discloses a water drinking monitoring cup, a water drinking monitoring method and system and a mobile terminal. According to the water drinking monitoring cup, a controller of the water drinking monitoring cup determines the actual water consumption of water in a cup body, actually drunk by a user, according to the liquid level of liquid in the cup body, detected by a liquid level sensor and the situation that a human body is contact with a cup opening, detected by a contact sensor, can determine the actual water consumption of the user according to the trigger situation of the event that the user is actually in contact with the cup opening and drink water and accordingly can accurately and effectively determine the actual water consumption of the user, and the problem that the actual water consumption of the user cannot be accurately and effectively determined in the prior art can be solved. According to the water drinking monitoring system provided by the embodiment of the invention, the mobile terminal sends a water drinking plan to the water drinking monitoring cup, and the water drinking monitoring cup conducts water drinking management on the water drinking plan, can perform water drinking management without dependency on the mobile terminal and is convenient to use and easy to operate.

Description

Drinking-water monitoring cup, drinking-water monitoring method and system and mobile terminal
Technical field
The present invention relates to a kind of drinking-water monitoring cup, drinking-water monitoring method and system and mobile terminal.
Background technology
Water has extremely important effect for human body, and water yield insufficiency of intake will cause many health problems.At present, for healthy water problem market having occurred the water glass with drinking-water management function, these water glass can have been reminded people to drink water or can measure amount of drinking water, but these water glass still exist many weak points.
One drinking-water supervising device of the prior art comprises cup and plate mat, plate mat comprises pressure transducer and controller, the situation of change of the pressure that pressure sensor senses cup acts on plate mat sends pressure detecting signal, controller is according to pressure detecting signal determination discharge reduction amount, when discharge reduction amount lower than preset amount of drinking water when, send prompting message.
This drinking-water supervising device can detect situation of change and the discharge reduction amount of the water yield in cup, but can not determine that the water yield of minimizing has been drunk by actual, or outwelled or evaporated, thus this drinking-water supervising device can not measure actual drinking-water situation exactly.
Another kind drinking-water monitoring system of the prior art comprises monitoring cup and smart mobile phone, this cup is only for detecting the discharge reduction amount in cup, and discharge reduction amount information is sent to smart mobile phone, smart mobile phone is according to the drinking reminder timetable reminding user drinking-water preset, and according to discharge reduction amount information and default amount of drinking water, determine that user is the need of supplementary amount of drinking water, the reminding user drinking-water when determining to need to supplement.
This drinking-water monitoring system also exists cannot determine that whether the water yield reduced is by the problem of drinking, thus can not measure actual drinking-water situation exactly.And, although this drinking-water monitoring system can pre-establish drinking-water plan, and user is pointed out or reminds, but can only be undertaken pointing out or reminding by smart mobile phone, be used alone monitoring cup or be used alone smart mobile phone and all cannot carry out drinking-water management, also namely must support the use monitoring cup and smart mobile phone, effectively could realize the object managed of drinking water, separately use once monitoring cup and smart mobile phone and just cannot realize the object managed of drinking water.
Visible, in the prior art, the drinking-water pick-up unit that carrying out drinks water manages or system, all cannot accurately measure the actual amount of drinking water of user, effectively can not determine the actual drinking-water situation of user; And monitoring cup and the smart mobile phone of drinking-water monitoring system must support the use, bring to user and use unhandy problem.
Summary of the invention
In view of this, embodiments provide a kind of drinking-water monitoring cup, drinking-water monitoring method and system, mobile terminal, the problem of the actual amount of drinking water of user cannot be accurately measured in order to solve drinking-water pick-up unit of the prior art or system, and/or the drinking-water monitoring cup of monitoring system and smart mobile phone must support the use, bring to user and use unhandy problem.
Embodiment of the present invention technical scheme is as follows:
A kind of drinking-water monitoring cup, comprise cup and be positioned at the monitoring device on cup, monitoring device comprises: be positioned at the level sensing module on cup, be positioned at least one feeler, controller and the alarm device drunk on contact site of rim of a cup; Described feeler is used for when human contact's rim of a cup being detected, sends contact detection signal; Described level sensing module, for detecting the liquid level of liquid in cup, sends level sensing signal; Described controller is used for according to the contact detection signal that receives and level sensing signal, determine actual amount of drinking water, according to the actual amount of drinking water determined and default drinking-water plan, judge the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default, when not reaching default amount of drinking water, send alarm triggered signal; The alarm triggered signal that described alarm device is used for sending according to described controller sends warning information.
Particularly, described level sensing module comprises at least one liquid level sensor being positioned at cup inwall precalculated position, described liquid level sensor is used for the level sensing signal sending low-voltage when the height of liquid level greater than or equal to described liquid level sensor being detected, sends high-tension level sensing signal when the height of liquid level lower than described liquid level sensor being detected; Then, described controller is used for according to the contact detection signal that receives and level sensing signal, determine actual amount of drinking water, specifically comprise: when receiving the level sensing signal from liquid level sensor described at least one in the predetermined amount of time after receiving contact detection signal, according at least one level sensing signal, and the liquid level of the corresponding relation determination liquid of at least one the level sensing signal prestored and liquid level, and determine actual amount of drinking water according to determined liquid level.
Particularly, described level sensing module comprises the distance measuring sensor being positioned at precalculated position, cup top, described distance measuring sensor is for measuring the distance of liquid apart from described distance measuring sensor, and according to this distance measured and the liquid level of the height determination liquid of described distance measuring sensor that prestores, liquid level information is carried in level sensing signal and sends to described controller; Then, described controller is used for according to the contact detection signal that receives and level sensing signal, determine actual amount of drinking water, specifically comprise: when receiving the level sensing signal from described distance measuring sensor in the predetermined amount of time after receiving contact detection signal, the liquid level information according to carrying in level sensing signal determines actual amount of drinking water.
Particularly, described drinking-water monitoring cup also comprises: USB charging inlet and rechargeable battery, or wireless charging device and rechargeable battery.
Preferably, described controller also for: according to preset drinking-water plan when timing arrive drinking-water calculated drinking reminder time point, send prompting trigger pip; The prompting trigger pip of described alarm device also for sending according to described controller sends prompting message.
Preferably, described drinking-water monitoring cup also comprises: wireless transceiver; Wireless transceiver is for receiving the drinking-water plan preset from mobile terminal; Described controller is also for preserving the drinking-water plan preset that described wireless transceiver receives.Described controller is also for being converted to the discernible signal form of described mobile terminal by the actual amount of drinking water information determined; Described wireless transceiver is also for sending to described mobile terminal, with the drinking-water plan making described mobile terminal preset according to actual amount of drinking water information updating by the actual amount of drinking water information after described controller conversion.
Preferably, described drinking-water monitoring cup also comprises display screen; Described display screen is used for the alarm triggered Signal aspects alerting image sent according to described controller, and/or according to the prompting trigger pip display alarm image that described controller sends.
Particularly, described liquid level sensor comprises infrared sensor, and described feeler comprises capacitive transducer or infrared sensor; Described distance measuring sensor comprises: laser range sensor, infrared distance measuring sensor or ultrasonic distance-measuring sensor.
A kind of drinking-water monitoring method, comprising: drinking-water monitoring cup detects whether there is human contact's rim of a cup, detects the liquid level of liquid in cup; According to situation and the liquid level of the human contact's rim of a cup detected, determine actual amount of drinking water; Described drinking-water monitoring cup, according to the actual amount of drinking water determined and default drinking-water plan, judges when not reaching default amount of drinking water, to send warning information by the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default.
Particularly, according to situation and the liquid level of the human contact's rim of a cup detected, determine actual amount of drinking water, comprise: in the predetermined amount of time after human contact's rim of a cup being detected, according to the liquid level determination liquid capacity detected, the difference of the liquid capacity determined the last time and this liquid capacity determined is as actual amount of drinking water.
Preferably, described method also comprises: plan to send prompting message when timing arrives the calculated drinking reminder time point of drinking-water according to the drinking-water preset.
Preferably, described method also comprises: receive and preserve the drinking-water plan preset from mobile terminal.And, send to described mobile terminal after the actual amount of drinking water information determined is converted to the discernible signal form of described mobile terminal, with the drinking-water plan making described mobile terminal preset according to actual amount of drinking water information updating.
Preferably, described method also comprises: when not reaching default amount of drinking water, display alarm image; And/or when timing arrives drinking-water calculated drinking reminder time point display alarm image.
A kind of drinking-water monitoring method, comprise: the conditions of water drinking parameter of acquisition for mobile terminal user input, according to the conditions of water drinking parameter preset and the corresponding relation planned of drinking water, determine the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs, drinking-water comprises amount of drinking water in the works; Conditions of water drinking parameter comprises the physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter; The drinking-water plan determined is sent to drinking-water monitoring cup by described mobile terminal; Wherein, described drinking-water plan is monitored cup for described drinking-water and is determined whether described actual amount of drinking water reaches the default calculated amount of drinking water of drinking-water and provide reference according to the actual amount of drinking water determined and described drinking-water plan, and described actual amount of drinking water is that described drinking-water monitoring cup is determined to obtain according to the situation of the liquid level detected and human contact's rim of a cup.
Preferably, described method also comprises: receive the actual amount of drinking water from described drinking-water monitoring cup; According to the drinking-water plan that the actual amount of drinking water information updating received is preset; And, send to described drinking-water to monitor cup the drinking-water plan after upgrading.
A kind of mobile terminal, comprising: acquisition module, determination module and sending module; Described acquisition module is for obtaining the conditions of water drinking parameter of user's input; Described conditions of water drinking parameter comprises the physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter; Described determination module is used for according to the conditions of water drinking parameter preset and the corresponding relation planned of drinking water, and determine the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs, drinking-water comprises amount of drinking water in the works; The drinking-water plan that described sending module is used for being determined by described determination module sends to drinking-water monitoring cup; Wherein, described drinking-water plan is monitored cup for described drinking-water and is determined whether described actual amount of drinking water reaches the default calculated amount of drinking water of drinking-water and provide reference according to the actual amount of drinking water determined and described drinking-water plan, and described actual amount of drinking water is that described drinking-water monitoring cup is determined to obtain according to the situation of the liquid level detected and human contact's rim of a cup.
Preferably, described mobile terminal also comprises: receiver module and update module; Described receiver module is for receiving the actual amount of drinking water from described drinking-water monitoring cup; The drinking-water plan that the actual amount of drinking water information updating that described update module is used for receiving according to described receiver module is preset; Then, described sending module is also for sending to described drinking-water to monitor cup the drinking-water plan after described update module renewal.
A kind of drinking-water monitoring system, comprising: drinking-water monitoring cup and mobile terminal; Described mobile terminal, for receiving the conditions of water drinking parameter of user's input, participates in the corresponding relation of drinking-water plan, determines the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs according to the conditions of water drinking preset; Conditions of water drinking parameter comprises the physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter; The drinking-water plan determined sends to described drinking-water to monitor cup by mobile terminal; Described drinking-water monitoring cup, for detecting the liquid level of liquid in cup, detects whether there is human contact's rim of a cup; According to the situation of the liquid level detected and human contact's rim of a cup, determine actual amount of drinking water; Described drinking-water monitoring cup, according to the actual amount of drinking water determined and default drinking-water plan, judges when not reaching default amount of drinking water, to send warning information by the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default.
Preferably, described drinking-water monitoring cup also sends to described mobile terminal after the actual amount of drinking water information determined is converted to the discernible signal form of described mobile terminal; The drinking-water plan of described mobile terminal also for presetting according to the actual amount of drinking water information updating received, and send to described drinking-water to monitor cup the drinking-water plan after upgrading.
Cup is detected according to the drinking-water that the embodiment of the present invention proposes, in the cup that the controller that this drinking-water detects cup detects according to liquid level sensor, the liquid level of liquid and feeler detect the situation of human contact's rim of a cup, determine that water in cup is by the actual actual amount of drinking water drunk of user, can according to the triggering of the event of user's actual contact rim of a cup drinking-water, determine the actual amount of drinking water of user, thus the actual amount of drinking water of user can be determined accurately and effectively, the problem of the actual amount of drinking water cannot determining user in prior art accurately and effectively can be solved.
According to the drinking-water monitoring system that the embodiment of the present invention proposes, drinking-water plan is sent to drinking-water monitoring cup by mobile terminal, drinking-water monitoring cup prestores this drinking-water plan, according to the actual amount of drinking water of this drinking-water plan and determined user, determine whether the actual amount of drinking water of user reaches the calculated amount of drinking water of drinking-water, the actual amount of drinking water of user can be determined accurately and effectively, and, after drinking-water monitoring cup stores drinking-water plan, do not rely on mobile terminal and just can carry out drinking-water management individually, easy to use, be easy to operation, thus the monitoring cup of monitoring system of drinking water can be solved in prior art and smart mobile phone must support the use, bring to user and use unhandy problem.
Other features and advantages of the present invention will be set forth in the following description, and, partly become apparent from instructions, or understand by implementing the present invention.Object of the present invention and other advantages realize by structure specifically noted in write instructions, claims and accompanying drawing and obtain.
Accompanying drawing explanation
The structural representation of the drinking-water monitoring cup that Fig. 1 a provides for the embodiment of the present invention;
Another structural representation of the drinking-water monitoring cup that Fig. 1 b provides for the embodiment of the present invention;
Another structural representation of the drinking-water monitoring cup that Fig. 1 c provides for the embodiment of the present invention;
The principle of work schematic diagram of the liquid level sensor on the drinking-water monitoring cup that Fig. 1 d provides for the embodiment of the present invention;
Another structural representation of the drinking-water monitoring cup that Fig. 1 e provides for the embodiment of the present invention;
Another structural representation of the drinking-water monitoring cup that Fig. 1 f provides for the embodiment of the present invention;
Another structural representation of the drinking-water monitoring cup that Fig. 1 g provides for the embodiment of the present invention;
Another structural representation of the drinking-water monitoring cup that Fig. 1 h provides for the embodiment of the present invention;
The workflow diagram of the drinking-water monitoring method that Fig. 2 provides for the embodiment of the present invention;
The structural representation of the drinking-water monitoring system that Fig. 3 provides for the embodiment of the present invention;
Another workflow diagram of the drinking-water monitoring method that Fig. 4 provides for the embodiment of the present invention;
Another structural representation of the drinking-water monitoring cup that Fig. 5 a provides for the embodiment of the present invention;
The structured flowchart of the mobile terminal that Fig. 5 b provides for the embodiment of the present invention;
Another structured flowchart of the mobile terminal that Fig. 5 c provides for the embodiment of the present invention;
The application schematic diagram of the drinking-water monitoring system that Fig. 6 a provides for the embodiment of the present invention;
The Another Application schematic diagram of the drinking-water monitoring system that Fig. 6 b provides for the embodiment of the present invention;
The Another Application schematic diagram of the drinking-water monitoring system that Fig. 6 c provides for the embodiment of the present invention;
The workflow diagram of the drinking-water monitoring cup embody rule that Fig. 7 provides for the embodiment of the present invention;
The workflow diagram of the embody rule of mobile terminal in the drinking-water monitoring system that Fig. 8 a provides for the embodiment of the present invention;
The workflow diagram of the embody rule of mobile terminal in the drinking-water monitoring system that Fig. 8 b provides for the embodiment of the present invention;
The workflow diagram of the embody rule of mobile terminal in the drinking-water monitoring system that Fig. 9 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with accompanying drawing, embodiments of the invention are described, should be appreciated that embodiment described herein is only for instruction and explanation of the present invention, is not intended to limit the present invention.
The problem of the actual amount of drinking water of user cannot be accurately measured for drink water in prior art pick-up unit or system, embodiments provide a kind of drinking-water monitoring cup.
Embodiment one
Fig. 1 a shows the structural representation of the drinking-water monitoring cup that the embodiment of the present invention provides, this drinking-water monitoring cup comprises cup and is positioned at the monitoring device on cup, monitoring device comprises: be positioned at the level sensing module on cup, particularly, this level sensing module can comprise at least one liquid level sensor 21 be positioned on cup predetermined interior position, be positioned at least one feeler 22, controller 23, alarm device 24 and the charging device 25 drunk on contact site of rim of a cup.
Wherein, liquid level sensor 21 can be infrared sensor, and feeler 22 can be capacitive transducer or infrared sensor, the quantity of liquid level sensor 21 can be arranged according to the capacity of cup, such as, as shown in Figure 1 b, when the capacity of cup is less, a liquid level sensor 21 can be set on cup, as illustrated in figure 1 c, when the capacity of cup is larger capacity, multiple liquid level sensor 21 can evenly or be anisotropically set on wall of cup, when the quantity of liquid level sensor 21 is more, more can meet the demand of Measurement accuracy, also cause realizing cost on the other hand higher, thus can take into account in the process of specific implementation and realize cost and measurement accuracy to arrange the quantity of liquid level sensor 21.
Contact position usual when feeler 22 can be positioned on rim of a cup edge, people drink water also can be the assigned address according to particular design.
Controller 23 and alarm device 24 can be integrated on a surface-mounted integrated circuit, and, as shown in Fig. 1 a ~ Fig. 1 c, this surface-mounted integrated circuit can be positioned at outside wall of cup, in addition, this surface-mounted integrated circuit can be positioned at the bottom of cup, can also be arranged in dismountable handle of drinking-water monitoring cup, thus can adapt to different demands.
Liquid level sensor 21, for detecting the liquid level of liquid in cup, sends level sensing signal, during specific implementation, liquid level sensor 21 can be a plastic packaging integrated device, comprising an infrared transmitter, an infrared receiver and other peripheral components, infrared transmitter sends Infrared, as shown in Figure 1 d, when not filling liquid in cup or the height of liquid level lower than liquid level sensor 21 time, infrared ray is received by infrared receiver after wall of cup reflection, liquid level sensor 21 sends high-tension level sensing signal, when height greater than or equal to liquid level sensor 21 of the liquid level of the liquid in cup, infrared ray is by after liquid refracting, the Infrared that infrared receiver receives is more weak, liquid level sensor 21 sends the level sensing signal of low-voltage,
Feeler 22, for when human contact's rim of a cup being detected, sends contact detection signal;
Controller 23 is for according to the contact detection signal that receives and level sensing signal, determine actual amount of drinking water, according to the drinking-water plan preset that the actual amount of drinking water determined and storer store, judge the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default, when not reaching default amount of drinking water, send alarm triggered signal; Wherein, the drinking-water plan preset can be that drinking-water monitoring cup pre-sets;
Particularly, according to the contact detection signal received and level sensing signal, controller 23 determines that the process of actual amount of drinking water comprises: in the predetermined amount of time of controller 23 after receiving contact detection signal, (this predetermined amount of time can be arranged according to drinking habit, such as 30 seconds) when receiving from least one liquid level sensor 21 level sensing signal, according at least one received level sensing signal, and the liquid level of the corresponding relation determination liquid of at least one the level sensing signal prestored and liquid level, and determine actual amount of drinking water according to determined liquid level,
Such as, when cup being provided with three liquid level sensors 21, liquid level sensor 21 to be positioned on cup on the height that 100 milliliters of capacity correspond to, No. two liquid level sensors 21 to be positioned on cup on height corresponding to 150 milliliters of capacity, No. three liquid level sensors 21 to be positioned on cup on height corresponding to 200 milliliters of capacity, and the sequence of the array of these three liquid level sensors be a liquid level sensor 21 is first, No. two liquid level sensors 21 are second, No. three liquid level sensors 21 are the 3rd, as shown in table 1, when filling with 200 milliliters of liquid in cup, three liquid level sensors all send the level sensing signal of low-voltage, then level sensing signal be combined as 000, with should consume in cup 50 milliliters also remain 150 milliliters of liquid when, level sensing signal be combined as 001, when consume in cup 100 milliliters also remain 100 milliliters of liquid when, level sensing signal be combined as 011, when consuming 200 milliliters of liquid in cup, level sensing signal be combined as 111, the combination of level sensing signal and the corresponding relation of liquid level is prestored in controller 23, controller 23 just can determine the capacity of liquid level in the liquid level of liquid in cup and cup according to the level sensing signal received, and in the cup recorded the last time, the difference of the capacity of liquid and the capacity of this liquid determined is defined as this liquid-consumed amount.When controller 23 receives at least one level sensing signal in the predetermined amount of time after receiving contact detection signal, this liquid-consumed amount determined is actual amount of drinking water.
Table 1
Particularly, controller 23 judges that the process whether actual amount of drinking water reaches the default calculated amount of drinking water of drinking-water comprises: this actual amount of drinking water determined and the calculated amount of drinking water of drinking-water preset contrast by controller 23, when this amount of drinking water is more than or equal to default amount of drinking water, determine that this amount of drinking water reaches requirement, when this amount of drinking water is less than default amount of drinking water (namely this amount of drinking water does not reach default amount of drinking water yet), determine that this amount of drinking water does not reach requirement.
Alarm device 24 sends warning information for the alarm triggered signal sent according to controller 23.Alarm device 24 can be hummer, corresponding warning information is a kind of buzz of setpoint frequency, and alarm device 24 also can be loudspeaker, and corresponding warning information is the one section of recording prestored, the such as language message of one section of music or " subimbition is please drunk water in time ";
Thus, the controller 23 of the drinking-water monitoring cup that the embodiment of the present invention provides is according to the triggering of feeler 22, and the liquid level of liquid in the cup detected according to liquid level sensor 21, determine that water in cup is by the actual actual amount of drinking water drunk of user, also namely can according to the event of user's actual contact rim of a cup drinking-water, determine the actual amount of drinking water of user, thus the actual amount of drinking water of user can be determined accurately and effectively, can solve in prior art and be merely able to detect the water yield be consumed, cannot determine that whether the water yield that is consumed is drunk by user or outwelled, the problem of the actual amount of drinking water of user cannot be determined accurately and effectively.
Preferably, controller 23 is also planned, when timing arrives the calculated drinking reminder time point of drinking-water, to send prompting trigger pip according to the drinking-water preset;
The prompting trigger pip of alarm device 24 also for sending according to controller 23 sends prompting message.This prompting message can be the buzz with warning information different frequency, also can be the one section of music or one section of recording, such as " you should drink water " that prestore.
Charging device 25 can be realized by various ways, and such as, as shown in fig. le, charging device 25 can comprise USB interface 251 and rechargeable battery 252, as shown in Figure 1 f, charging device 25 also can be wireless charging device 253 and rechargeable battery 252, then, drinking-water monitoring cup also needs to configure the external wireless transmitting device matched with wireless charging device 253, wherein, external wireless transmitting device generally includes AC-DC (AC-DC) converter, DC-AC (DC-AC) inverter, primary coil, wireless charging device 253 generally includes secondary coil and charge management circuit, obtained external communication electric signal is converted to DC signal by the AC-DC converter of external wireless transmitting device, it can be widely used smart mobile phone power supply adaptor.DC signal from AC-DC converter is converted to ac signal by oscillatory circuit by DC-AC inverter, primary coil by the ac signal coupled transfer from DC-AC inverter to the secondary coil of wireless charging device 253, the ac signal that secondary coil obtains not only is converted to DC signal by the charge management circuit of wireless charging device, and determining whether charging based on the feedback signal of rechargeable battery, it is that drinking-water monitoring cup is powered or charges for rechargeable battery 252 that charge management circuit is used for determining and control rechargeable battery 252.In one embodiment according to the present invention, also can be equipped with wireless charging device and USB interface simultaneously.Charging device 25 provides direct supply, the such as direct supply of 5 volts for monitoring device.
Preferably, as shown in Figure 1 g, the drinking-water monitoring cup that the embodiment of the present invention provides can also comprise display screen 26, display screen 26 can be positioned at the alarm triggered Signal aspects alerting image outside cup, for sending according to controller 23, and/or according to the prompting trigger pip display alarm image that controller 23 sends, alerting image and prompting image can be independent secondary picture or words, also can be continuous print animations.If the warning information that alarm device 24 sends or information can not be discovered significantly or are identified, can display alarm image be carried out in conjunction with display screen 26 and/or remind image, improve identifiability, man-machine friendly, interest, the image that can also be shown by display screen 26 is encouraged and is promoted drinking-water, thus more effectively reaches the object of drinking-water management.
The drinking-water monitoring cup provided by above-described embodiment, drinking on contact site of rim of a cup, at least one feeler is set, cup arranges at least one liquid level sensor, feeler detects when human contact's rim of a cup, send contact detection signal, liquid level sensor detects the liquid level of liquid in cup, send level sensing signal, controller determines actual amount of drinking water according to the liquid level of the triggering of contact detection signal and level sensing input, the actual amount of drinking water of user can be determined accurately and effectively, thus can solve in prior art and cannot distinguish used up water and drunk up or outwelled, the problem of the actual amount of drinking water of user cannot be determined accurately and effectively.
Embodiment two
The embodiment of the present invention additionally provides a kind of drinking-water monitoring cup, as shown in figure 1h, this drinking-water monitoring cup comprises: this drinking-water monitoring cup comprises cup and is positioned at the monitoring device on cup, monitoring device comprises: be positioned at the level sensing module on cup, particularly, this level sensing module can comprise the distance measuring sensor 27 being positioned at precalculated position, cup top, at least one feeler 22, controller 23, alarm device 24 and the charging device 25 drunk on contact site that are positioned at rim of a cup.Wherein, the structure & working mechanism of feeler 22, alarm device 24 and charging device 25 and the feeler 22 in above-described embodiment one, alarm device 24 are identical with the structure & working mechanism of charging device 25, repeat no more here.Distance measuring sensor 27 can be laser range sensor, infrared distance measuring sensor or ultrasonic distance-measuring sensor.The drinking-water monitoring cup that the present embodiment provides also can have the display screen 26 as the drinking-water monitoring cup in above-described embodiment one, repeats no more here.
Illustrate the principle of work of distance measuring sensor 27 and controller 23 below.
Distance measuring sensor 27 is for measuring the distance in cup between liquid and distance measuring sensor 27, particularly, distance measuring sensor 27 sends detectable signal, the time of getting back to distance measuring sensor 27 after being reflected by liquid level according to detectable signal measures the distance between liquid and distance measuring sensor 27, and the distance measured according to this and the liquid level of the height determination liquid of distance measuring sensor 27 prestored, be carried at liquid level information in level sensing signal and send to controller 23;
According to the contact detection signal received and level sensing signal, controller 23 determines that the process of actual amount of drinking water specifically comprises: when receiving the level sensing signal from distance measuring sensor 27 in the predetermined amount of time after receiving contact detection signal, liquid level information according to carrying in level sensing signal determines actual amount of drinking water, particularly, liquid level indicated by liquid level information and the product of the floorage of the cup prestored are defined as the capacity that this measures the liquid obtained by controller 23, the capacity of the liquid determined the last time and the capacity of this liquid determined are defined as this liquid-consumed amount.When controller 23 receives level sensing signal in the predetermined amount of time after receiving contact detection signal, determined liquid-consumed amount is actual amount of drinking water.
The drinking-water monitoring cup that the drinking-water monitoring cup that contrast the present embodiment provides and embodiment one provide, measure liquid level by distance measuring sensor 27 and measure liquid level compared to by liquid level sensor 21, there is higher measurement accuracy, higher measuring accuracy and lower realize cost.
The drinking-water monitoring cup provided by above-described embodiment, drinking on contact site of rim of a cup, at least one feeler is set, at cup top, distance measuring sensor is set, feeler detects when human contact's rim of a cup, send contact detection signal, distance measuring sensor detects the liquid level of liquid in cup, send level sensing signal, the triggering of controller contact detection signal and the liquid level of level sensing input determine actual amount of drinking water, the actual amount of drinking water of user can be determined accurately and effectively, thus can solve in prior art and cannot distinguish used up water and drunk up or outwelled, the problem of the actual amount of drinking water of user cannot be determined accurately and effectively.
Embodiment three
Based on identical inventive concept, to monitor cup corresponding with the drinking-water in above-described embodiment one and embodiment two, and the embodiment of the present invention additionally provides a kind of drinking-water monitoring method.
Fig. 2 shows the workflow diagram of the drinking-water monitoring method that the embodiment of the present invention provides, and the method comprises:
Step 201, drinking-water monitoring cup detect whether there is human contact's rim of a cup;
The liquid level of liquid in step 202, detection cup; Step 201 and step 202 are in no particular order;
The situation of human contact's rim of a cup that step 203, basis detect and liquid level, determine actual amount of drinking water;
Step 204, drinking-water monitoring cup, according to the actual amount of drinking water determined and default drinking-water plan, judge when not reaching default amount of drinking water, to send warning information by the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default.
Particularly, in the drinking-water monitoring predetermined amount of time of cup after human contact's rim of a cup being detected (such as 30 seconds), according to the liquid level determination liquid capacity detected, the difference of the liquid capacity determined the last time and this liquid capacity determined is as actual amount of drinking water, and concrete defining method can determine the principle of work of actual amount of drinking water with reference to above-described embodiment one or embodiment two kinds of controllers 23; This actual amount of drinking water determined and the calculated amount of drinking water of drinking-water preset are contrasted, when this amount of drinking water is more than or equal to default amount of drinking water, determine that this amount of drinking water reaches requirement, when this amount of drinking water is less than default amount of drinking water, determine that this amount of drinking water does not reach requirement, and send warning information.
Preferably, drinking-water monitoring cup can also when not reaching default amount of drinking water, display alarm image;
Preferably, drinking-water monitoring cup is also planned to send prompting message when timing arrives the calculated drinking reminder time point of drinking-water according to the drinking-water preset; And/or when timing arrives drinking-water calculated drinking reminder time point display alarm image.
By method as shown in Figure 2, drinking-water monitoring cup also can determine the actual amount of drinking water of user accurately and effectively, thus can solve in prior art and cannot distinguish used up water and drunk up or outwelled, the problem of the actual amount of drinking water of user cannot be determined accurately and effectively.
Embodiment four
The embodiment of the present invention additionally provides a kind of drinking-water monitoring system, and as shown in Figure 3, this system comprises drinking-water monitoring cup 3 and mobile terminal 4; Wherein, mobile terminal 4 can be mobile phone, palm PC, personal digital assistant (PDA, Personal Digital Assistant) and the moveable operation control terminal based on specific purposes research and development customization.
Mobile terminal 4, for receiving the conditions of water drinking parameter of user's input, participates in the corresponding relation of drinking-water plan, determines the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs according to the conditions of water drinking preset; The physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter is included but not limited in conditions of water drinking parameter; The drinking-water plan determined is sent to drinking-water monitoring cup by mobile terminal 4;
Drinking-water monitoring cup 3, for detecting the liquid level of liquid in cup, detects whether there is human contact's rim of a cup; According to the situation of the liquid level detected and human contact's rim of a cup, determine actual amount of drinking water; Drinking-water monitoring cup, according to the actual amount of drinking water determined and default drinking-water plan, judges when not reaching default amount of drinking water, to send warning information by the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default.
Particularly, can be communicated by the mode of radio communication between drinking-water monitoring cup 3 and mobile terminal 4, such as, communicate in the mode of Bluetooth communication.
Fig. 4 shows the workflow diagram of the drinking-water monitoring method that the embodiment of the present invention provides, and also namely Fig. 4 shows the workflow diagram of mobile terminal 4 in Fig. 3, comprising:
The conditions of water drinking parameter of step 401, acquisition for mobile terminal user input; The physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter is included but not limited in conditions of water drinking parameter;
Particularly, the multiple option about conditions of water drinking parameter can be provided to select for user for user; Conditions of water drinking parameter comprises age of user, sex, the exercise intensity that type of exercise is corresponding, residing duty are work/learn/spend a holiday/have a rest, residing season, temperature and humidity etc. parameter;
Step 402, the corresponding relation planned with drinking-water according to the conditions of water drinking parameter preset, determine the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs, and drinking-water comprises amount of drinking water in the works;
Particularly, can pre-set the drinking-water plan of the combination correspondence of the various parameters in conditions of water drinking parameter, the conditions of water drinking parameter according to user's input or selection determines corresponding drinking-water plan, and drinking-water comprises amount of drinking water and drinking reminder time point in the works; Particularly, drinking-water plan can be a plan for Various Seasonal and/or not same date and/or different time sections and/or the amount of drinking water for Different Individual, such as, in working day in the winter time and off-day in multiple different time sections for the plan of the amount of drinking water of adult male, or for the plan of teen-age amount of drinking water in a run duration section in vacation in summer and learning time section, also namely drinking-water plan is an amount of drinking water plan that can comprise multiple situation, various modes; Correspondingly, the different mode included in the works according to drinking-water and different situations, amount of drinking water also can be correspondingly the amount of drinking water of a series of different numerical value, also can be the amount of drinking water of fixed numbers;
The drinking-water plan determined is sent to drinking-water monitoring cup by step 403, mobile terminal; Wherein, drinking-water plan is monitored cup for drinking-water and is determined whether actual amount of drinking water reaches the default calculated amount of drinking water of drinking-water and provide reference according to the actual amount of drinking water determined and drinking-water plan, and actual amount of drinking water is that drinking-water monitoring cup is determined to obtain according to the situation of the liquid level detected and human contact's rim of a cup.
Fig. 5 a shows the structural representation of drinking-water monitoring cup 3 in Fig. 3, and this drinking-water monitoring cup 3, on the basis of the monitoring of drinking-water shown in Fig. 1 a cup, also comprises wireless transceiver 28, and wireless transceiver 28 is for receiving the drinking-water plan preset from mobile terminal 4; Then, controller 23 is also for preserving the drinking-water plan preset that described wireless transceiver receives.
After drinking-water monitoring cup 3 receives the drinking-water plan from mobile terminal 4, perform drinking-water monitoring, the principle of work of this drinking-water monitoring as shown in Figure 2.
By monitoring system and the principle of work thereof of drinking water shown in Fig. 3, drinking-water plan is sent to drinking-water monitoring cup 3 by mobile terminal 4, drinking-water monitoring cup 3 prestores this drinking-water plan, according to the actual amount of drinking water of this drinking-water plan and determined user, determine whether the actual amount of drinking water of user reaches the calculated amount of drinking water of drinking-water, the actual amount of drinking water of user can be determined accurately and effectively, and, after drinking-water monitoring cup 3 stores drinking-water plan, do not rely on mobile terminal 4 and just can carry out drinking-water management individually, easy to use, be easy to operation, thus the monitoring cup of monitoring system of drinking water can be solved in prior art and smart mobile phone must support the use, bring to user and use unhandy problem.
Preferably, the controller 23 of drinking-water monitoring cup 3 is also for being converted to the discernible signal form of mobile terminal 4 by the actual amount of drinking water information determined, wireless transceiver 28 also sends to mobile terminal 4 for the actual amount of drinking water information after being changed by controller 23; The drinking-water plan of mobile terminal 4 also for presetting according to the actual amount of drinking water information updating received.
Particularly, actual amount of drinking water information can be sent to mobile terminal 4 according to predetermined feedback time by drinking-water monitoring cup 3,10 o'clock of such as every day, if there is situation about repeatedly not feeding back, also once actual amount of drinking water to be feedback can be sent to mobile terminal when feeding back; Mobile terminal 4 can according to the actual amount of drinking water of the user received, determine actual drinking habit and the trend of user, and adjust according to determined drinking habit and trend and upgrade drinking-water plan, such as, when user operationally between amount of drinking water is not enough in section time, by the increasing number of drinking reminder time point in working time section, the number of times reminding drinking-water can be improved.Further, the drinking-water plan after renewal is sent to drinking-water monitoring cup 3 by mobile terminal 4, monitors cup 3 monitor according to the drinking-water plan after renewal to make drinking-water.
Effectively can be adjusted by said method and upgrade drinking-water plan, realizing more mating more efficiently drinking-water with the individual character of user and manage.
Based on identical inventive concept, the embodiment of the present invention additionally provides a kind of mobile terminal.
As shown in Figure 5 b, the mobile terminal that the embodiment of the present invention provides comprises: acquisition module 51, determination module 52 and sending module 53;
Acquisition module 51 is for obtaining the conditions of water drinking parameter of user's input; The physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter is included but not limited in conditions of water drinking parameter;
Determination module 52 is connected to acquisition module 51, and for according to the conditions of water drinking parameter preset and the corresponding relation planned of drinking water, determine the drinking-water plan corresponding with the conditions of water drinking parameter that the user that acquisition module 51 receives inputs, drinking-water comprises amount of drinking water in the works;
Sending module 53 is connected to determination module 52, and the drinking-water plan for being determined by determination module 52 sends to drinking-water monitoring cup 3; Wherein, drinking-water plan is monitored cup 3 for drinking-water and is determined whether actual amount of drinking water reaches the default calculated amount of drinking water of drinking-water and provide reference according to the actual amount of drinking water determined and drinking-water plan, and actual amount of drinking water is that drinking-water monitoring cup 3 is determined to obtain according to the situation of the liquid level detected and human contact's rim of a cup.
By the mobile terminal shown in Fig. 5 b, also drinking-water plan can be sent to drinking-water monitoring cup 3, for drinking-water monitoring cup determines that the actual amount of drinking water of user provides reference accurately and effectively, make drinking-water monitoring cup 3 can carry out drinking-water management individually independent of mobile terminal 4, monitoring cup and the smart mobile phone that can solve in prior art monitoring system of drinking water must support the use, and bring use unhandy problem to user.
Preferably, as shown in Figure 5 c, the mobile terminal that the embodiment of the present invention provides also comprises on the basis of Fig. 5 b shown device: receiver module 54 and update module 55;
Receiver module 54 is for receiving the actual amount of drinking water from drinking-water monitoring cup 3;
The drinking-water plan that update module 55 is preset for connecing the 55 actual amount of drinking water information updatings received according to receiver module; Then,
Sending module 53 is also for sending to drinking-water monitoring cup 3 by the drinking-water plan after update module renewal.
Mobile terminal according to Fig. 5 c, also effectively can adjust and upgrade drinking-water plan, realizes more mating more efficiently drinking-water with the individual character of user and manages.
In addition, owing to independently preserving drinking-water plan in mobile terminal 4, as shown in Figure 6 a, after old drinking-water monitoring cup 3 is lost, drinking-water plan can be sent in new drinking-water monitoring cup 3 by mobile terminal 4, the loss of drinking-water plan can not be caused because of the loss of drinking-water monitoring cup 3, thus the management of successional drinking-water can be realized.
Further, drinking-water detection system according to Fig. 3, carry out drinking water on the basis of management independent of mobile terminal at realization drinking-water monitoring cup 3, because the dependence between mobile terminal 4 and drinking-water monitoring cup 3 is more weak, and in mobile terminal 4, also preserve the actual amount of drinking water of drinking-water monitoring cup 3 transmission, so just can set up the corresponding relation of a mobile terminal 4 corresponding multiple drinking-water monitoring cup 3.Such as, as shown in Figure 6 b, mobile terminal 4 is drunk water with first in office respectively and is monitored second in cup 3 and family and drink water and monitor cup 3 and carry out corresponding, correspondingly, drinking-water plan can be divided into two son plans, first son plan can correspond to the first drinking-water monitoring cup 3 in office, second son plan can correspond to the second drinking-water monitoring cup 3 in family, each drinking-water monitoring cup 3 is monitored according to the drinking-water plan received separately, mobile terminal 4 is according to the data of each sub-planned feedback, can upgrade respectively each height plan, also upgrade after sub-plan can being merged into a total plan, and the sub-plan after upgrading is sent to corresponding drinking-water monitoring cup 3, so no matter user is in office or family and can both carries out drinking-water management, realize the management of ambulant drinking-water.
On the other hand, because a mobile terminal 4 can correspond to multiple drinking-water monitoring cup 3, at the application scenarios of the drinking-water health control of such as group, medical treatment and nursing application scenarios in or carry out about drinking-water grouping comparison test application scenarios in, as fig. 6 c, a mobile terminal 4 can be respectively each drinking-water monitoring cup 3(drinking-water monitoring cup 1 to drinking-water monitoring cup N) set up a drinking-water plan (drinking-water plan 1 is to drinking-water plan N), and the drinking-water plan of foundation is sent to corresponding drinking-water monitoring cup 3, each drinking-water monitoring cup 3 is monitored according to the drinking-water plan received separately, the data that mobile terminal 4 feeds back according to each drinking-water monitoring cup 3, respectively each drinking-water plan is upgraded, drinking-water plan after upgrading is sent to corresponding drinking-water monitoring cup 3 respectively, thus the drinking-water management of group can be realized.
Preferably, mobile terminal 4 can also carry out the statistics of integrated system, analysis or other process based on predetermined analytical algorithm to each data of feeding back respectively of drinking-water monitoring cup 3, realizes more diversified drinking-water and manages.
Below the situation of embodiment of the present invention embody rule is described.
Scene one
In scene one, using any one the drinking-water monitoring cup as shown in Fig. 1 a ~ Fig. 1 g, carrying out drinking-water management to using the user of drinking-water monitoring cup.
Fig. 7 shows the workflow diagram of the drinking-water monitoring cup embody rule that the embodiment of the present invention provides, and comprises following processing procedure:
After step 701, the start of drinking-water monitoring cup, whether detection sets up drinking-water plan, and when setting up drinking-water plan, process proceeds to step 703, otherwise process proceeds to step 702;
Particularly, drinking-water plan can be set in advance in before product export in any one the drinking-water monitoring cup as shown in Fig. 1 a ~ Fig. 1 h, and also namely this drinking-water plan is fixing, is all identical for any user; Drinking-water plan also can be that user inputs, in this case, can arrange button (not shown) and plan arranges module on the drinking-water monitoring cup shown in 1h, plan arranges that module provides option, user can select and arrange drinking-water plan by button; Drinking-water plan can also be sent to drinking-water monitoring cup by USB port after user has established drinking-water plan, in this case, in the drinking-water monitoring cup as shown in Fig. 1 f, controller 23 is also connected with USB interface 251 (not shown), and controller 23 receives drinking-water plan by USB interface 251;
Step 702, prompting user set up drinking-water plan (such as sending the information corresponding with setting up drinking-water plan by alarm device 24), receive the plan amount of drinking water that the drinking-water time point of user's input is corresponding with drinking-water time point; Wherein, drinking-water plan can be the drinking-water plan of a day, and this timing time of day is the time period between twice timing of first drinking-water time point, such as, first drinking-water time point is point in morning 10, then from the time period between first day morning 10 to the next morning 10 be one day; Timing between two drinking-water time points is actual is a time period; And plan drinking-water total amount determined by the plan amount of drinking water corresponding according to each drinking-water time point of user's input; In like manner, drinking-water plan also can be the drinking-water plan comprising respective time section or multiple time period, for comprise several time periods drinking-water plan execution and monitoring also can carry out with reference to this flow process;
Step 703, the plan of reading drinking-water;
Step 704, judge whether that timing in a day completes, when non-timing completes, process proceeds to step 708, and when timing completes, process proceeds to step 705;
The summation i.e. actual drinking-water total amount of step 705, calculating one day determined actual amount of drinking water;
Step 706, judge actual drinking-water total amount whether reach plan drinking-water total amount, when reaching, the processing returns to step 703, otherwise, process proceed to step 707;
Step 707, send total amount of drinking water with reality and do not reach warning information corresponding to total amount information of planning to drink water, the processing returns to step 703;
Step 708, reading next drinking-water time point and the plan amount of drinking water corresponding with this drinking-water time point;
Step 709, judge currently whether arrive read drinking-water time point, when reaching, process proceeds to step 710, and when not reaching, process proceeds to step 713;
Step 710, judged whether the summation of actual amount of drinking water in the upper time period reaches a plan amount of drinking water corresponding to drinking-water time point, and when reaching, process proceeds to step 712, otherwise process proceeds to step 711;
Step 711, send and do not plan warning information corresponding to amount of drinking water with reaching;
Step 712, sending the prompting message corresponding with arriving time point of drinking water, the processing returns to step 704;
Step 713, judge whether feeler 22 detects that human contact arrives the event of feeler, also namely feeler 22 sends contact detection signal, and in case that it was detected, process proceeds to step 714, otherwise the processing returns to step 709;
Step 714, judge whether liquid level sensor 21 detects liquid level in predetermined detection time in section, also namely liquid level sensor 21 sends level sensing signal, and in case that it was detected, process proceeds to step 715, otherwise the processing returns to step 709;
Step 715, determine actual amount of drinking water, the processing returns to step 709.
By above-mentioned processing procedure, drinking-water monitoring cup arranges drinking-water plan, and, drinking-water monitoring cup detects the event at human contact's rim of a cup according to feeler, and the liquid level of liquid in cup is detected according to liquid level sensor, the actual amount of drinking water of user can be detected exactly, thus can realize correctly effectively drinking water management.
Scene two
In scene two, use drinking-water monitoring system as shown in Figure 3, a mobile terminal corresponds to a drinking-water monitoring cup, carries out drinking-water management to using the user of drinking-water monitoring cup.
Fig. 8 a shows the workflow diagram of the embody rule of mobile terminal in the drinking-water monitoring system that the embodiment of the present invention provides, and comprises following processing procedure:
Step 801a, running of mobile terminal drinking-water management functional module (such as water drinking tube ought to) detect afterwards and whether set up drinking-water plan, and when setting up drinking-water plan, process proceeds to step 803a, otherwise, process and proceed to step 802a;
Step 802a, mobile terminal point out conditions of water drinking parameter (including but not limited to the physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter) to user, receive the conditions of water drinking parameter of user's input, participate in the corresponding relation of drinking-water plan according to the conditions of water drinking preset, determine the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs;
Step 803a, the drinking-water plan of having set up sent to drinking-water monitoring cup;
The actual amount of drinking water of the user of step 804a, reception drinking-water monitoring cup feedback;
Step 805a, judge whether arrive update time, when not arriving, the processing returns to step 804a, when reaching, process proceed to step 806a;
Step 806a, according to the actual amount of drinking water of user of drinking-water monitoring cup feedback, drinking-water plan to be upgraded, the processing returns to step 803a.
Fig. 8 b shows the workflow diagram of the embody rule of mobile terminal in the drinking-water monitoring system that the embodiment of the present invention provides, and comprises following processing procedure:
Step 801b, receive drinking-water plan from mobile terminal; Continue in scene one example of plan of drinking water, this drinking-water plan is the drinking-water plan of a day;
Step 802b, the plan of reading drinking-water;
Step 803b, judge whether that timing in a day completes, when non-timing completes, process proceeds to step 807b, and when timing completes, process proceeds to step 804b;
The summation i.e. actual drinking-water total amount of step 804b, calculating one day determined actual amount of drinking water;
Step 805b, judge actual drinking-water total amount whether reach plan drinking-water total amount, when reaching, the processing returns to step 802b, otherwise, process proceed to step 806b;
Step 806b, send total amount of drinking water with reality and do not reach warning information corresponding to total amount information of planning to drink water, the processing returns to step 802b;
Step 807b, reading next drinking-water time point and the plan amount of drinking water corresponding with this drinking-water time point;
Step 808b, judge currently whether arrive next drinking-water time point, when reaching, process proceeds to step 809b, and when not reaching, process proceeds to step 812b;
Step 809b, judged whether the summation of actual amount of drinking water in the upper time period reaches a plan amount of drinking water corresponding to drinking-water time point, and when reaching, process proceeds to step 811b, otherwise process proceeds to step 810b;
Step 810b, send and do not plan warning information corresponding to amount of drinking water with reaching;
Step 811b, sending the information corresponding with arriving time point of drinking water, the processing returns to step 807b;
Step 812b, judge whether feeler 22 detects that human contact arrives the event of feeler, also namely feeler 22 sends contact detection signal, and in case that it was detected, process proceeds to step 813b, otherwise the processing returns to step 808b;
Step 813b, judge whether liquid level sensor 21 detects liquid level in predetermined detection time in section, also namely liquid level sensor 21 sends level sensing signal, and in case that it was detected, process proceeds to step 814b, otherwise the processing returns to step 808b;
Step 814b, determine actual amount of drinking water;
Step 815b, the actual amount of drinking water determined is sent to mobile terminal, the processing returns to step 808b.
By above-mentioned processing procedure, drinking-water plan is sent to drinking-water monitoring cup 3 by mobile terminal 4, drinking-water monitoring cup 3 prestores this drinking-water plan, according to the actual amount of drinking water of this drinking-water plan and determined user, determine whether the actual amount of drinking water of user reaches the calculated amount of drinking water of drinking-water, the actual amount of drinking water of user can be determined accurately and effectively, and, after drinking-water monitoring cup 3 stores drinking-water plan, do not rely on mobile terminal 4 and just can carry out drinking-water management individually, easy to use, be easy to operation; The actual amount of drinking water of user is sent to mobile terminal by drinking-water monitoring cup, mobile terminal can be made effectively to adjust and upgrade drinking-water plan, realizes more mating more efficiently drinking-water with the individual character of user and manages.
Scene three
In scene three, use the drinking-water detection system as shown in Fig. 6 b or Fig. 6 c, a mobile terminal corresponds to multiple drinking-water monitoring cup, carries out drinking-water management to using multiple users of drinking-water monitoring cup.
Fig. 9 shows the workflow diagram of the embody rule of mobile terminal in the drinking-water monitoring system that the embodiment of the present invention provides, and comprises following processing procedure:
Step 901, running of mobile terminal drinking-water management functional module (such as water drinking tube ought to) detect afterwards and whether set up drinking-water plan, and when setting up drinking-water plan, process proceeds to step 905, otherwise, process and proceed to step 902;
Step 902, mobile terminal prompting supvr inputs number of users, and obtains the number of users of user's input;
Step 903, set up the drinking-water plan of next user, particularly, mobile terminal points out conditions of water drinking parameter to user, receive the conditions of water drinking parameter of user's input, participate in the corresponding relation of drinking-water plan according to the conditions of water drinking preset, determine the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs;
Step 904, judge whether that whole user has set up drinking-water plan, when all having set up, having processed and proceeding to step 905, otherwise, the processing returns to step 903;
Step 905, the drinking-water plan of having set up sent to respectively accordingly corresponding drinking-water monitoring cup;
The actual amount of drinking water of the user of step 906, reception drinking-water monitoring cup feedback;
Step 907, judge whether arrive update time, when not arriving, the processing returns to step 906, when reaching, process proceed to step 908;
Step 908, upgrade the drinking-water plan of next user, particularly, the actual amount of drinking water according to the user of corresponding drinking-water monitoring cup feedback upgrades drinking-water plan;
Step 909, judge whether that the drinking-water schedule regeneration of whole user is complete, the processing returns to step 908 when being judged as NO, when being judged as YES, the processing returns to step 905.
The principle of work of the drinking-water monitoring cup of multiple user respectively as shown in Figure 8 b.
By above-mentioned processing procedure, drinking-water monitoring cup can determine the actual amount of drinking water of user accurately and effectively, and, the corresponding relation of cup is monitored by mobile terminal and multiple drinking-water, the management of movability drinking-water or the management of group drinking-water can be realized, be applicable to such as student drink water health control, medical treatment and nursing application scenarios in or in carrying out about the grouping comparison test of drinking-water application scenarios, have be widely used, easy to use, measure the feature of precise and high efficiency.
One of ordinary skill in the art will appreciate that realizing all or part of step that above-described embodiment method carries is that the hardware that can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, this program perform time, step comprising embodiment of the method one or a combination set of.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing module, also can be that the independent physics of unit exists, also can be integrated in a module by two or more unit.Above-mentioned integrated module both can adopt the form of hardware to realize, and the form of software function module also can be adopted to realize.If described integrated module using the form of software function module realize and as independently production marketing or use time, also can be stored in a computer read/write memory medium.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disk memory and optical memory etc.) of computer usable program code.
The present invention describes with reference to according to the process flow diagram of the method for the embodiment of the present invention, equipment (system) and computer program and/or block scheme.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or square frame.These computer program instructions can being provided to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computing machine or other programmable data processing device produce device for realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
These computer program instructions also can be loaded in computing machine or other programmable data processing device, make on computing machine or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computing machine or other programmable devices is provided for the step realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims (22)

1. a drinking-water monitoring cup, it is characterized in that, comprise cup and be positioned at the monitoring device on cup, monitoring device comprises: be positioned at the level sensing module on cup, be positioned at least one feeler, controller and the alarm device drunk on contact site of rim of a cup;
Described feeler is used for when human contact's rim of a cup being detected, sends contact detection signal;
Described level sensing module, for detecting the liquid level of liquid in cup, sends level sensing signal;
Described controller is used for according to the contact detection signal that receives and level sensing signal, determine actual amount of drinking water, according to the actual amount of drinking water determined and default drinking-water plan, judge the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default, when not reaching default amount of drinking water, send alarm triggered signal;
The alarm triggered signal that described alarm device is used for sending according to described controller sends warning information.
2. drinking-water monitoring cup according to claim 1, it is characterized in that, described level sensing module comprises at least one liquid level sensor being positioned at cup inwall precalculated position, described liquid level sensor is used for the level sensing signal sending low-voltage when the height of liquid level greater than or equal to described liquid level sensor being detected, sends high-tension level sensing signal when the height of liquid level lower than described liquid level sensor being detected; Then,
Described controller is used for, according to the contact detection signal that receives and level sensing signal, determining actual amount of drinking water, specifically comprising:
When receiving the level sensing signal from liquid level sensor described at least one in the predetermined amount of time after receiving contact detection signal, according at least one level sensing signal, and the liquid level of the corresponding relation determination liquid of at least one the level sensing signal prestored and liquid level, and determine actual amount of drinking water according to determined liquid level.
3. drinking-water monitoring cup according to claim 1, it is characterized in that, described level sensing module comprises the distance measuring sensor being positioned at precalculated position, cup top, described distance measuring sensor is for measuring the distance of liquid apart from described distance measuring sensor, and according to this distance measured and the liquid level of the height determination liquid of described distance measuring sensor that prestores, liquid level information is carried in level sensing signal and sends to described controller; Then,
Described controller is used for, according to the contact detection signal that receives and level sensing signal, determining actual amount of drinking water, specifically comprising:
When receiving the level sensing signal from described distance measuring sensor in the predetermined amount of time after receiving contact detection signal, the liquid level information according to carrying in level sensing signal determines actual amount of drinking water.
4. drinking-water according to claim 1 monitoring cup, is characterized in that, described controller also for:
Plan, when timing arrives the calculated drinking reminder time point of drinking-water, to send prompting trigger pip according to the drinking-water preset;
The prompting trigger pip of described alarm device also for sending according to described controller sends prompting message.
5. drinking-water monitoring cup according to claim 1, is characterized in that, described drinking-water monitoring cup also comprises: wireless transceiver;
Wireless transceiver is for receiving the drinking-water plan preset from mobile terminal;
Described controller is also for preserving the drinking-water plan preset that described wireless transceiver receives.
6. drinking-water monitoring cup according to claim 5, it is characterized in that, described controller is also for being converted to the discernible signal form of described mobile terminal by the actual amount of drinking water information determined;
Described wireless transceiver is also for sending to described mobile terminal, with the drinking-water plan making described mobile terminal preset according to actual amount of drinking water information updating by the actual amount of drinking water information after described controller conversion.
7. drinking-water monitoring cup according to claim 2, it is characterized in that, described liquid level sensor comprises infrared sensor, and described feeler comprises capacitive transducer or infrared sensor.
8. drinking-water monitoring cup according to claim 3, it is characterized in that, described distance measuring sensor comprises: laser range sensor, infrared distance measuring sensor or ultrasonic distance-measuring sensor, described feeler comprises capacitive transducer or infrared sensor.
9. the drinking-water monitoring cup according to any one of claim 1 ~ 8, is characterized in that, described drinking-water monitoring cup also comprises:
USB charging inlet and rechargeable battery, or wireless charging device and rechargeable battery.
10. drinking-water monitoring cup according to claim 4, is characterized in that, described drinking-water monitoring cup also comprises display screen;
Described display screen is used for the alarm triggered Signal aspects alerting image sent according to described controller, and/or according to the prompting trigger pip display alarm image that described controller sends.
11. 1 kinds of drinking-water monitoring methods, is characterized in that, comprising:
Drinking-water monitoring cup detects whether there is human contact's rim of a cup, detects the liquid level of liquid in cup;
According to situation and the liquid level of the human contact's rim of a cup detected, determine actual amount of drinking water;
Described drinking-water monitoring cup, according to the actual amount of drinking water determined and default drinking-water plan, judges when not reaching default amount of drinking water, to send warning information by the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default.
12. methods according to claim 11, is characterized in that, according to situation and the liquid level of the human contact's rim of a cup detected, determine actual amount of drinking water, specifically comprise:
In predetermined amount of time after human contact's rim of a cup being detected, according to the liquid level determination liquid capacity detected, the difference of the liquid capacity determined the last time and this liquid capacity determined is as actual amount of drinking water.
13. methods according to claim 11, is characterized in that, described method also comprises:
Plan to send prompting message when timing arrives the calculated drinking reminder time point of drinking-water according to the drinking-water preset.
14. methods according to claim 11, is characterized in that, described method also comprises:
Receive and preserve the drinking-water plan preset from mobile terminal.
15. methods according to claim 14, is characterized in that, described method also comprises:
Described mobile terminal is sent to, with the drinking-water plan making described mobile terminal preset according to actual amount of drinking water information updating after the actual amount of drinking water information determined is converted to the discernible signal form of described mobile terminal.
16. methods according to claim 13, is characterized in that, described method also comprises:
When not reaching default amount of drinking water, display alarm image; And/or when timing arrives drinking-water calculated drinking reminder time point display alarm image.
17. 1 kinds of drinking-water monitoring methods, is characterized in that, comprising:
The conditions of water drinking parameter of acquisition for mobile terminal user input, according to the conditions of water drinking parameter preset and the corresponding relation planned of drinking water, determine the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs, drinking-water comprises amount of drinking water in the works; Conditions of water drinking parameter comprises the physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter;
The drinking-water plan determined is sent to drinking-water monitoring cup by described mobile terminal; Wherein, described drinking-water plan is monitored cup for described drinking-water and is determined whether described actual amount of drinking water reaches the default calculated amount of drinking water of drinking-water and provide reference according to the actual amount of drinking water determined and described drinking-water plan, and described actual amount of drinking water is that described drinking-water monitoring cup is determined to obtain according to the situation of the liquid level detected and human contact's rim of a cup.
18. methods according to claim 17, is characterized in that, described method also comprises:
Described mobile terminal receives the actual amount of drinking water from described drinking-water monitoring cup;
The drinking-water plan that described mobile terminal is preset according to the actual amount of drinking water information updating received; And,
Drinking-water plan after renewal sends to described drinking-water to monitor cup by described mobile terminal.
19. 1 kinds of mobile terminals, is characterized in that, comprising: acquisition module, determination module and sending module;
Described acquisition module is for obtaining the conditions of water drinking parameter of user's input; Described conditions of water drinking parameter comprises the physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter;
Described determination module is used for according to the conditions of water drinking parameter preset and the corresponding relation planned of drinking water, and determine the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs, drinking-water comprises amount of drinking water in the works;
The drinking-water plan that described sending module is used for being determined by described determination module sends to drinking-water monitoring cup; Wherein, described drinking-water plan is monitored cup for described drinking-water and is determined whether described actual amount of drinking water reaches the default calculated amount of drinking water of drinking-water and provide reference according to the actual amount of drinking water determined and described drinking-water plan, and described actual amount of drinking water is that described drinking-water monitoring cup is determined to obtain according to the situation of the liquid level detected and human contact's rim of a cup.
20. mobile terminals according to claim 19, is characterized in that, described mobile terminal also comprises: receiver module and update module;
Described receiver module is for receiving the actual amount of drinking water from described drinking-water monitoring cup;
The drinking-water plan that the actual amount of drinking water information updating that described update module is used for receiving according to described receiver module is preset; Then,
Described sending module is also for sending to described drinking-water to monitor cup the drinking-water plan after described update module renewal.
21. 1 kinds of drinking-water monitoring systems, is characterized in that, comprising: drinking-water monitoring cup and mobile terminal;
Described mobile terminal, for receiving the conditions of water drinking parameter of user's input, participates in the corresponding relation of drinking-water plan, determines the drinking-water plan corresponding with the conditions of water drinking parameter that user inputs according to the conditions of water drinking preset; Conditions of water drinking parameter comprises the physical qualification parameter of user and/or exercise intensity parameter and/or environmental parameter; The drinking-water plan determined sends to described drinking-water to monitor cup by mobile terminal;
Described drinking-water monitoring cup, for detecting the liquid level of liquid in cup, detects whether there is human contact's rim of a cup; According to the situation of the liquid level detected and human contact's rim of a cup, determine actual amount of drinking water; Described drinking-water monitoring cup, according to the actual amount of drinking water determined and default drinking-water plan, judges when not reaching default amount of drinking water, to send warning information by the calculated amount of drinking water of drinking-water whether actual amount of drinking water reaches default.
22. systems according to claim 21, is characterized in that, described drinking-water monitoring cup also sends to described mobile terminal after the actual amount of drinking water information determined is converted to the discernible signal form of described mobile terminal;
The drinking-water plan of described mobile terminal also for presetting according to the actual amount of drinking water information updating received, and send to described drinking-water to monitor cup the drinking-water plan after upgrading.
CN201410008344.7A 2014-01-08 2014-01-08 Water drinking monitoring cup, water drinking monitoring method and system and mobile terminal Pending CN104764506A (en)

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Application publication date: 20150708