CN204423037U - A kind of Intelligent water cup and daily drinking-water management system - Google Patents
A kind of Intelligent water cup and daily drinking-water management system Download PDFInfo
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- CN204423037U CN204423037U CN201520019113.6U CN201520019113U CN204423037U CN 204423037 U CN204423037 U CN 204423037U CN 201520019113 U CN201520019113 U CN 201520019113U CN 204423037 U CN204423037 U CN 204423037U
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Abstract
The utility model discloses a kind of Intelligent water cup and daily drinking-water management system, and Intelligent water cup comprises common water tumbler and its base, and described base is embedded with the pressure transducer of the weight measurement for water, wireless communication module and first microprocessor; Pressure transducer, the pressure change that its input end measuring water tumbler bottom sensor exports, output terminal is connected to described first microprocessor; First microprocessor, its input end accepts the Output rusults of pressure transducer, and calculates the amount of drinking water of this people every day, and output terminal is connected to wireless communication module, and sends prompting message by wireless communication module; A three axis accelerometer is provided with in described base.Described system comprises multiple Intelligent water cup and intelligent wristwatch, embedded management parts; The utility model can be used in drug administration or Sport Administration and prompting every day, is conducive to improving the quality of life by the crowd for the treatment of, alleviates the workload of family members and other care provider.
Description
Technical field
The utility model relates to for daily life field, particularly, relates to a kind of Intelligent water cup, and based on the daily drinking-water management system of this water tumbler.
Background technology
The elderly waits moisture in physiological function decline people colony to reduce gradually, usually can not meet the needs of physiological activity, because namely leptochymia there will be slow blood flow, metabolic product accumulation, gas exchanges deficiency, thus totally unfavorable to good health and a long life.Science drinking-water can prevent and treat cardio-cerebrovascular disorder, indigestion, constipation; Be conducive to cough-relieving expectoration, protection renal function, anti-ageing, give protection against cancer and prevent cataract.
Manyly do not liked to drink water by treatment crowd, one is be afraid of " frequent micturition ", dare not drink water.Two are looked after crowd feels insensitive to thirsty, creates chronic exsiccosis gradually.It should be noted that the elderly to wait by the various internal organs for the treatment of crowd and metabolic function thereof in continuous decline, quantity not sufficient of not liking for a long time to drink water or drink water all will speed up the decline of internal organs and function thereof.Because dewater for a long time, blood circulation reduced capability, blood flow rate slows down, and blood viscosity increases, and blood vessel die back, easily causes thrombus, adds the P of cardiovascular and cerebrovascular disease.Particularly long-term amount of blood supply is not enough, oxygen-supplying amount can be caused not enough, easily occur headstroke.Long-term water supply, blood supply insufficiency, can make muscular atrophy speed accelerate, joint pain, easily cause the disease such as cataract, pulmonary emphysema.Because these internal organs water cut are high, capillary enrich, to lack of water and ischemic very responsive.In addition, blood circulation function reduces, and goes down for a long time, easily makes people produce the illness such as " acidosis ", " alkalosis ", " gall stone ".Therefore, especially to be improved the understanding to drinking-water importance by treatment crowd, more will form the custom of initiatively drinking-water, healthy water be drunk, drink enough water.
The custom of timing drinking-water is the metabolic necessary guarantee of Normal healthy individuals, and for the crowd by treatment crowd etc. with fixing rule of life and rehabilitation demands, the quantification drinking-water management system of science is very necessary.
Utility model content
In order to overcome the above-mentioned shortcoming of existing checkout equipment, the utility model proposes a kind of for being looked after the Intelligent water cup of crowd and daily drinking-water management system, can be used for by the multiple user managements looking after the mechanisms such as the family life assistant of crowd or sanatorium, the daily drinking-water of science realized by looking after crowd manages.
For realizing above-mentioned object, the utility model by the following technical solutions:
According to first aspect of the present utility model, provide a kind of Intelligent water cup, described base is embedded with the pressure transducer of the weight measurement for water, wireless communication module and first microprocessor;
Pressure transducer, the pressure change that its input end measuring water tumbler bottom sensor exports, output terminal is connected to described first microprocessor;
First microprocessor, its input end accepts the Output rusults of pressure transducer, and calculates the amount of drinking water of water tumbler user every day, and output terminal is connected to wireless communication module, and sends prompting message by wireless communication module;
Be provided with a three axis accelerometer in described base for following the tracks of the operation of this Intelligent water cup user to water tumbler, and then start the water yield and detect, be in dormant state at first microprocessor At All Other Times; Described base is provided with Intelligent water cup DLL (dynamic link library) and charging inlet.
Preferably, described base comprise further with in lower component one or more:
Near the contact plastic body that pressure transducer is arranged, for the effective measuring area of the weight to pressure transducer of transmitting water;
Be positioned at base and be centered around the spring leaf around pressure transducer, keep steady state (SS) for supporting common water tumbler and play buffer action when water tumbler rocks;
Plastic paper is used for encapsulating and connecting water tumbler cup and base;
Annular LED light bar, around base top, indicates for bright light.
Preferably, described first microprocessor comprises memory circuitry, pressure transducer discharge circuit, water temperature and electric quantity of rechargeable battery testing circuit and SD card circuit; First microprocessor also reads 3-axis acceleration sensor, the output of pressure transducer amplifier, water temperature and rechargeable battery testing circuit and exports.
According to second aspect of the present utility model, provide a kind of comprise above-mentioned Intelligent water cup for being looked after the daily drinking-water management system of crowd, this system comprises multiple Intelligent water cup, intelligent wristwatch and embedded management parts; Embedded management parts connect multiple Intelligent water cup and intelligent wristwatch, are connected between this three by wireless communication mode.
Preferably, described Intelligent water cup, the pressure transducer bottom this water tumbler quantitatively detects the change of the water cup storage water yield, and obtained amount of drinking water and the time point of user every day by the heavy curve of force value ~ water, testing result will be sent to embedded management parts;
Described intelligent wristwatch, accept the prompting message that embedded management parts and Intelligent water cup send, carry out sound or vibrating alert to wearer, invalid for repeatedly reminding, intelligent wristwatch send information to embedded management parts;
Described embedded management parts to the outlet of the Internet as the administrative center of whole system and data upload, can accept the data sent from described intelligent wristwatch and Intelligent water cup, and control each intelligent wristwatch and Intelligent water cup.
Preferably, described embedded management parts and the communication modes between multiple Intelligent water cup and intelligent wristwatch are radio sensing network; Embedded management parts are looked after the data of crowd stored in self-contained storing devices all.
Preferably, described embedded management parts comprise wireless communication module, Internet connection module, embedded microprocessor and peripheral circuit, embedded microprocessor adopts double-core embedded type microprocessor or two principal and subordinate's embedded microprocessors, ensures that two kinds of communications are independently carried out simultaneously; Embedded management parts have wired network interface, USB interface, radio network interface or external-connection displayer interface, and embedded management parts enter the Internet or LAN (Local Area Network).
Preferably, described intelligent wristwatch comprises display screen, the second microprocessor, real-time timepiece chip, hummer, vibrating motor and wireless communication module; Wireless communication module is with described water tumbler and the communication of embedded management parts, and hummer and vibrating motor perform reminding service, and real-time timepiece chip provides the time for whole parts; Display screen is for showing information; Wireless communication module is used for transmitting and receiving corresponding information; Second microprocessor is used for the control of each parts of intelligent wristwatch.
Preferably, described intelligent wristwatch is also provided with various sensor, and described sensor comprises position and motion sensor, temperature sensor, ambient light sensor, microphone, pulse and EGC sensor output to embedded management parts and Intelligent water cup for the physiological parameter measuring more watch wearers.
Preferably, described system comprises computing machine further, this computer remote or directly connection embedded management parts.
Compared with prior art, the utility model has following beneficial effect:
The utility model adopts networking and systematized design, and hardware configuration is reasonable, and is applicable to need the mechanisms such as treatment crowd family and home for destitute.Intelligent water cup can quantize the change detecting the water cup storage water yield, and intelligent wristwatch can more effectively be reminded by treatment crowd, and network management is conducive to guardian and nurse to the more effective nursing of this attendee and reduces workload.Particularly have amnesia and the syndromic the elderly of senile dementia and other attendees, the drinking-water management of science can greatly improve the quality of life needing treatment crowd, alleviates tutorial workload.Along with the arrival of aged society and the raising of nursing cost, increased the weight of by the monitoring task of the crowd for the treatment of, cost improves, relatively artificial to being observed by the drinking-water of the crowd for the treatment of and reminding, native system conveniently can realize the daily drinking-water scientific management of single or multiple attendee, and subsidiary prompting of taking medicine and move.Other sensor can expanded based on intelligent wristwatch and Intelligent water cup inside can realize better by the collection looking after the information such as the physiological parameter of crowd and environment, is beneficial to guardian and grasps more information.
Accompanying drawing explanation
By reading the detailed description done non-limiting example with reference to the following drawings, other features, objects and advantages of the present utility model will become more obvious:
Fig. 1 be in the utility model one embodiment for by the structural representation of daily drinking-water management system of the crowd for the treatment of.
Fig. 2 is Intelligent water cup structural representation in the utility model one embodiment.
Fig. 3 is intelligent wristwatch structured flowchart in the utility model one embodiment.
Fig. 4 is embedded management modular construction block diagram in the utility model one embodiment.
Description of reference numerals: 1-Intelligent water cup; 11-Intelligent water cup cup; 12-Intelligent water cup channel base part; 121-pressure sensor contacts plastic body (upper and lower two parts); 122-pressure transducer; 123-spring leaf; 124-plastic paper (bonding cup and channel base); 125-annular LED band; 126-microprocessor and accessory circuit part thereof; The programming of 127-Intelligent water cup and charging inlet; 128-radio-frequency module; 129-rechargeable battery; 21-LCD display screen; 22-environmental parameter sensor; 23-human body physiological parameter sensor; 24-microprocessor; 25-radio-frequency module; 26-vibrating motor; 27-rechargeable battery; The programming of 28-intelligent wristwatch and charging inlet; 29-hummer; 31-LED indicates; 32-storer; 33-real-time clock; 34-microprocessor and accessory circuit part thereof; 35-wireless ethernet network access module; 36-radio-frequency module; 37-rechargeable battery; 38-USB interface; 39-wired ethernet interface.
Embodiment
Below in conjunction with specific embodiment, the utility model is described in detail.Following examples will contribute to those skilled in the art and understand the utility model further, but not limit the utility model in any form.It should be pointed out that to those skilled in the art, without departing from the concept of the premise utility, some distortion and improvement can also be made.These all belong to protection domain of the present utility model.
The custom of science drinking-water is the necessary guarantee of the human metabolism of normal health, for the crowd with fixing rule of life and rehabilitation demands, and quantification drinking-water management system necessity very of science.The utility model provides one and quantitatively detects and system for prompting for needs treatment crowd everyday water-drinking amount.
As shown in Figure 1, in an embodiment of the present utility model, for being looked after the daily drinking-water management system of crowd, this system comprises Intelligent water cup 1, intelligent wristwatch 2, embedded management parts 3.Each attendee uses an Intelligent water cup 1 and wears an intelligent wristwatch 2, and embedded management parts 3 connect multiple Intelligent water cup 1 and intelligent wristwatch 2, are connected between this three by wireless communication mode.
Described Intelligent water cup 1, the pressure transducer bottom this water tumbler quantitatively detects the change of the water cup storage water yield, and obtained amount of drinking water and the time point of user every day by the heavy curve of force value ~ water, testing result will be sent to embedded management parts;
Described intelligent wristwatch 2, accept the prompting message that embedded management parts and Intelligent water cup send, carry out sound or vibrating alert to wearer, invalid for repeatedly reminding, intelligent wristwatch send information to embedded management parts;
Described embedded management parts 3 to the outlet of the Internet as the administrative center of whole system and data upload, can accept the data sent from described intelligent wristwatch and Intelligent water cup, and control each intelligent wristwatch and Intelligent water cup.
Further, described embedded management parts 3 are as the outlet to the Internet or LAN (Local Area Network) of the administrative center of whole system and data upload, the data that each Intelligent water cup 1 and intelligent wristwatch 2 record all can be sent to embedded management parts 3, and these parameters can be sent to network data base for telemanagement with check by embedded management parts 3.Described embedded management parts 3 enter the Internet or the mode of LAN (Local Area Network) can select wired or wireless mode.
As an optimal way, embedded management parts 3 can external-connection displayer, also can pass through the Internet or this system of USB line configuration management.As described in embedded management parts 3 there is no external-connection displayer, when supvr (guardian or nurse) needs the daily drinking-water value of people for a change single attendee 5, also can connect described embedded management parts 3 by multi-purpose computer by USB line, and then send configuration information to the Intelligent water cup 1 of correspondence.
As an optimal way, as shown in Figure 2, described Intelligent water cup 1 comprises common water tumbler 11 and base portion 12, the design that these two parts are integrated also has function that is electric and water insulation, household bedroom, guest room and kitchen etc. can be positioned over, also can be positioned over the inside such as home for destitute, sanatorium or hospital.
The base portion 12 of Intelligent water cup 1 comprises pressure transducer 122, first microprocessor and accessory circuit part 126 thereof, and first microprocessor and accessory circuit part 126 thereof are for the control of each parts of Intelligent water cup 1 and the reading of data; The water yield that water tumbler 11 experienced by pressure transducer 122 is carried out measures of quantization and is connected to first microprocessor and accessory circuit part 126 thereof.
As a preferred implementation, can also comprise further with in lower component one or more:
Two-way pressure sensor contacts plastic body 121, spring leaf 123, plastic paper 124, annular LED light bar 125, Intelligent water cup programming and charging inlet 127, radio-frequency module 128, rechargeable battery 129; Wherein:
Two-way pressure sensor contacts plastic body 121 is for the effective measuring area of the weight to pressure transducer 122 of transmitting water;
Be positioned at base and be centered around 4 spring leafs 123 around pressure transducer and keep steady state (SS) for supporting common water tumbler and play buffer action when water tumbler rocks;
Plastic paper 124 is for encapsulating and connecting Intelligent water cup cup 11 and its base portion 12; This part also can replace with miscellaneous part in other embodiments;
Annular LED light bar 125, around its base portion 12 top, indicates for bright light;
Intelligent water cup programming and charging inlet 127 are for the microprocessor programming of Intelligent water cup 1 and the charging of rechargeable battery 129; Rechargeable battery 129 is for the power supply to Intelligent water cup channel base part 12.
The water weight of water tumbler 11 measured by described pressure transducer 122.Described first microprocessor and accessory circuit part 126 thereof read the change of pressure transducer 122 numerical value, the amount of drinking water data of this water tumbler user 5 can be converted into, radio-frequency module 128 can with described intelligent wristwatch 2 and embedded management parts 3 communication, hummer 29 and the vibrating motor 26 of intelligent wristwatch 2 perform reminding service.
First microprocessor and accessory circuit part 126 thereof comprise 3-axis acceleration sensor and memory circuitry, pressure transducer discharge circuit, first microprocessor, water temperature and electric quantity of rechargeable battery testing circuit and SD card (Secure Digital Memory Card) circuit; First microprocessor also reads 3-axis acceleration sensor, the output of pressure transducer amplifier, water temperature and rechargeable battery testing circuit and exports, and send data and also control radio-frequency module 128, data can be kept at storer and SD card simultaneously.
During the work of the utility model Intelligent water cup: open Intelligent water cup power supply, first microprocessor powers on, then contacted by radio-frequency module and intelligent wristwatch and embedded management parts.First, whether not enoughly detect electric quantity of rechargeable battery, when electricity is not enough, inform by treatment crowd and paramedic by the flicker of LED ring; Then, whether the accelerometer output valve detecting Intelligent water cup circuit is constant, and when accekeration is constant, first microprocessor is in dormant state; When accekeration changes, pressure transducer output quantity is converted into moisture storage capacity V; If V increases, judge that now state is as adding water and recording amount of water J; If V reduces fast, judge that now state is pouring (i.e. non-drinking-water action) and records this pouring amount D; If V slowly reduces, judge that now state is as drinking water and recording the amount of drinking water H; Next determining whether setting-up time point, when for sending amount of drinking water and time point during setting-up time point to intelligent wristwatch and embedded management parts, otherwise turning back to electric quantity of rechargeable battery detection.In addition, when detecting that sensor exports accekeration change, first microprocessor wakes up and enters pressure survey; Or when being received embedded management component information by radio-frequency module, first microprocessor is waken up, and then upgrades Intelligent water cup configuration information and again enter pressure survey step.
As an optimal way, as shown in Figure 3, described intelligent wristwatch 2 is worn on by the wrist portion for the treatment of crowd 5, and be made up of mechanical cover and circuit part, wherein circuit part comprises: LED display 21 is for reminding and the display of status information; Environmental parameter sensor 22 is for measure ambient light, temperature and ambient sound etc.; The heart rate of human parameters sensor 23 for attendee 5, the measurement of body temperature and motion state (based on acceleration transducer) etc.; Second microprocessor 24 is for the control of each parts of intelligent wristwatch 2 and data processing; Wireless telecommunications radio-frequency module 25 is for the communication of radio-frequency module in embedded management parts 3 and Intelligent water cup 1; Minisize dc vibrating motor 26 and the prompting of hummer 29 for drinking water to attendee 5 or take medicine; Rechargeable battery 27 is for the power supply of each circuit part of intelligent wristwatch 2; Intelligent wristwatch programming and the programming of charging inlet 28 for intelligent wristwatch 2 second microprocessor 24 and the charging of rechargeable battery 27.
Intelligent wristwatch 2 described in this embodiment does not adopt LCDs to be consider the reason of the eyesights such as the elderly and notice, thus short and sweet LED display 21 and sound/vibration prompt (vibrating motor 26 and hummer 29) is adopted, aiding sensors (environmental parameter sensor 22 and human parameters sensor 23) can judge the state of this elderly better, and then adjustment drinking-water magnitude of recruitment.Certainly, in other embodiments, LCDs or other display units can also be adopted.
During the work of the utility model intelligent wristwatch: after switching on power, the second microprocessor powers on, and is contacted by radio-frequency module with intelligent wristwatch and embedded management parts.First, whether not enoughly detect electric quantity of rechargeable battery, when electricity is not enough, inform by treatment crowd by hummer prompt tone; Then, determining whether setting-up time point, when carrying out environmental parameter and wearer's physiological parameter measurement for the second microprocessor during setting-up time point, and sending physiological parameter to Intelligent water cup and embedded management parts, return electric quantity of rechargeable battery afterwards and detect; Not for the second microprocessor during setting-up time point is in waiting status.In addition, when being received embedded management parts or Intelligent water cup information by radio-frequency module, upgrade intelligent wristwatch configuration information or respond alerting signal and enter environmental parameter and wearer's physiological parameter measurement step, then sending physiological parameter to Intelligent water cup and embedded management parts.Next step again enters electric quantity of rechargeable battery and detects and subsequent step.
As an optimal way, the communication modes between embedded management parts 3 and multiple Intelligent water cup 1, intelligent wristwatch 2 is radio sensing network; Embedded management parts 3 are looked after the data of crowd 5 stored in self-contained storing devices 32 and/or the database based on the Internet all, supvr is directly connected with embedded management parts 3 by long-range or USB interface by computing machine 4, carries out being looked after information management and the configuration of crowd 5.
During the utility model embedded management component working: embedded management parts power on, contact with Intelligent water cup and intelligent wristwatch and read their configuration information (such as Customs Assigned Number and other information); Then determine whether the setting-up time point of every day, when for setting-up time point, read the data of Intelligent water cup and intelligent wristwatch and preserve data at embedded management component memory (SD card etc.), otherwise the second microprocessor is in waiting status; In addition, when having received Intelligent water cup or intelligent wristwatch information, process intelligent wristwatch or Intelligent water cup configuration information.Meanwhile, embedded management parts realize directly being connected with the Internet or computing machine by network interface access network, the computing machine then receiving the storing data into web network databases such as configuration parameter, transmission Intelligent water cup and intelligent wristwatch internal storage SD card or be connected.
As an optimal way, as shown in Figure 4, described embedded management parts 3 are made up of mechanical cover and circuit part, and circuit part comprises: LED light 31, SD card circuit and peripheral circuit 32, real-time clock (RTC) 33, embedded microprocessor 34, radio network interface 35, wireless communication RF module 36, rechargeable battery 37, USB interface 38, Internet connection module 39; Wherein: embedded microprocessor 34 reads real-time clock (RTC) 33 data, received and dispatched the information of each Intelligent water cup 1 and intelligent wristwatch 2 by wireless communication RF module 36, pass through radio network interface 35, Internet connection module 39 or USB interface 38 messaging to network data base simultaneously.LED light 31 and SD card circuit and peripheral circuit 32 are also controlled by embedded microprocessor 34 or are read and write.
LED light 31 indicates for embedded management unit status;
SD card circuit and peripheral circuit 32 are for the preservation of data;
Real-time clock (RTC) 33 for the acquisition of temporal information (perpetual calendar), temporal information by with record data message be kept at together with;
Wireless communication RF module 36 is for the communication with Intelligent water cup 1, intelligent wristwatch 2;
Rechargeable battery 37 is for the direct current supply of embedded management parts 3; USB interface is used for charging to rechargeable battery 37, may be used for programming again of embedded microprocessor 34 simultaneously;
Internet connection module 39 is for the communication of embedded management parts 3 and computing machine 4;
Because need to manage multiple attendee 5, in order to each Intelligent water cup 1 real-time tranception information and with the communicating of computer 4, two embedded microprocessors or a double-core embedded type microprocessor 34 can ensure that two kinds of communications are independently carried out simultaneously.
Embedded management parts 3 have internet interface 39, USB interface 38 and radio network interface 35, directly can enter the Internet and realize data sharing and telemanagement, also can be managed and data transmission it by USB interface 38 by computing machine 4.Arranging of embedded management parts 3 can be realized by the Internet or external computer.
As a preferred implementation, described system comprises further with computing machine, computing machine is by remote access or directly connect embedded management parts 3, can check and some physiological parameters that the history amount of drinking water of each attendee 5 and intelligent wristwatch 2 record configure simultaneously and manage each attendee 5 information.Described computing machine 4 is USB wiring 38 with direct connection of embedded management parts 3.
In an embodiment of the present utility model, for by the Intelligent water cup 1 of daily drinking-water management system of the crowd for the treatment of, intelligent wristwatch 2, the rechargeable battery of embedded management parts 3 three parts recharge all based on USB interface; Wireless communication mode between three preferentially adopts ZigBee mode (2.4GHz), medium or short range communication range (within 100 meters) can be realized, low-power consumption and low-rate data transmission, also network can be built, by network intermediate node mutual data transmission, realize the network coverage within the scope of larger space.
In an embodiment of the present utility model, for by the Intelligent water cup 1 of daily drinking-water management system of the crowd for the treatment of, intelligent wristwatch 2, embedded management parts 3 three parts all contain LED light and button, can provide short and sweet human-computer interaction interface.In an embodiment of the present utility model, configuration information and data are kept at each parts SD card circuit 32 and computing machine 4.
The system that above-mentioned parts are formed is a kind of network system that can realize the management of being drunk water by treatment crowd of the mechanism such as family or sanatorium, solve in prior art only for ordinary people's management of the use of water problem, especially the complete hardware platform that intelligent wristwatch and wireless communication networks combine is provided, whole hardware platform can conveniently incorporate in life, reduces the workload of guardian and nurse and raises the efficiency.Further, follow-uply can coordinate the corresponding application software of this Hardware platform design by computing machine, can greater functionality be provided.Certainly, Software for Design does not belong to content of the present utility model, and innovation of the present utility model is the hardware system that above-mentioned each parts and related circuit are formed.
In another embodiment of the present utility model, the service condition of this Intelligent water cup is followed the tracks of by the three axis accelerometer being positioned at base, start the water yield to detect when the water yield changes, be in dormant state, to save electric quantity of rechargeable battery at microprocessor At All Other Times.MEMS (micro electro mechanical system) (MEMS) three axis accelerometer, as intelligent sensor, is also in dormant state when water tumbler does not have action, automatically exporting a signal and waking microprocessor up to microprocessor, carrying out measure of water when there being action; When this accelerometer of certain hour and described pressure sensor signal all do not change, microprocessor enters dormant state again.
In another embodiment of the present utility model, the content of the water of Intelligent water cup inside and the force value of pressure transducer linear, the change of recording each force value just can draw the amount of drinking water of the user of this Intelligent water cup, the speed analyzing water outlet can judge whether water tumbler is outwelled or drunk, and then improves measuring accuracy.
In another embodiment of the present utility model, in computing machine or long-distance management system, realize being looked after the prompt modes of the Intelligent water cup users such as crowd and interval and the isoparametric setting of rate of water make-up, these are arranged the file also can preserved by read-write SD card and carry out arranging rear preservation in systems in which, circuit realiration can be passed through, certainly, also software simulating can be passed through.
Said system workflow is as follows:
1) attendee 4 has worn intelligent wristwatch 2, has been equipped with Intelligent water cup 1, and has set alerting pattern etc.
2) pressure sensor data bottom Intelligent water cup 1 will detect the change of Intelligent water cup water capacity in real time, interpolation water is defaulted as when water weight increases, when the change of water tumbler water weight reduces rapidly, being defaulted as pouring, is the state of drinking water when water weight slowly reduces.According to the water supply standard of this water tumbler user set, this drinking-water can be halted when the excessive drinking-water of single, when set in interval time do not drink water time, can be reminded by described intelligent wristwatch 2.
3) described system provides daily drinking-water to detect for attendee 4 and reminds, and send information to intelligent wristwatch 2 and embedded management parts 3 by wireless network simultaneously.
4) when guardian or nurse need drinking-water data and the situation of checking described attendee, access and the control of embedded management parts 3 can be carried out by described computing machine 4 or telecommunication network.The number of described attendee and parameter information freely can be configured by computing machine.
Above-mentioned steps can realize daily drinking-water management, and guardian or nurse can call the sensor raw data preserved when previously checking afterwards.
In another embodiment of the present utility model, described intelligent wristwatch 2 and Intelligent water cup 1 can be equipped with various sensor parts, as position and motion sensor, temperature sensor, microphone and ambient light sensor, the physiological parameter can measuring more watch wearers is sent to embedded management parts and Intelligent water cup, as additional information.
The utility model for need treatment crowd especially the amount of drinking water of attendee every day provide and quantize to detect and punctual prompting function, also can be used in management and the prompting of patient's drug administration every day and motion exercise, setting take medicine or run duration can call this attendee automatically, be conducive to improving the quality of life by the crowd for the treatment of, alleviate the workload of family members and other care provider simultaneously.The intelligent watch in this system is accessed by other sensors, such as temperature sensor, ambient light sensor, electrocardiograph pulse sensor, motion sensor and microphone etc., can carry out correction to real-time amount of drinking water and carry out better living managements such as attendees.
The utility model system adopts networking and systematized design proposal, and Intelligent water cup can adopt the Machine Design of integration and minimized intelligent sensor to select, and energy quantification detects the change of the water cup storage water yield.Particularly the crowd with amnesia and the syndromic the elderly of senile dementia and other needs treatments, the drinking-water management of science can greatly improve by the quality of life of the crowd for the treatment of, alleviates tutorial workload.Along with the arrival of aged society and the raising of nursing cost, relatively artificial to being observed by the drinking-water of the crowd for the treatment of and reminding, native system can conveniently realize single or multiple by the daily drinking-water scientific management for the treatment of crowd.
The utility model is applicable to be looked after the family of crowd and the health care of the mechanism such as sanatorium and hospital, needs drinking-water management etc. to need attendee applicable equally for children, the elderly, disabled person and serious disease patient etc.
Above specific embodiment of the utility model is described.It is to be appreciated that the utility model is not limited to above-mentioned particular implementation, those skilled in the art can make various distortion or amendment within the scope of the claims, and this does not affect flesh and blood of the present utility model.
Claims (10)
1. an Intelligent water cup, comprises common water tumbler and its base, it is characterized in that described base is embedded with the pressure transducer of the weight measurement for water, wireless communication module and first microprocessor;
Pressure transducer, the pressure change that its input end measuring water tumbler bottom sensor exports, output terminal is connected to described first microprocessor;
First microprocessor, its input end accepts the Output rusults of pressure transducer, and calculates the amount of drinking water of water tumbler user every day, and output terminal is connected to wireless communication module, and sends prompting message by wireless communication module;
Be provided with a three axis accelerometer in described base for following the tracks of the operation of this Intelligent water cup user to water tumbler, and then start the water yield and detect, be in dormant state at first microprocessor At All Other Times.
2. Intelligent water cup according to claim 1, is characterized in that, described base comprises further with in lower component one or more:
Intelligent water cup DLL (dynamic link library) and charging inlet;
Near the contact plastic body that pressure transducer is arranged, for the effective measuring area of the weight to pressure transducer of transmitting water;
Be positioned at base and be centered around the spring leaf around pressure transducer, keep steady state (SS) for supporting common water tumbler and play buffer action when water tumbler rocks;
Plastic paper is used for encapsulating and connecting water tumbler cup and base;
Annular LED light bar, around base top, indicates for bright light.
3. Intelligent water cup according to claim 1 and 2, is characterized in that, described first microprocessor comprises memory circuitry, pressure transducer discharge circuit, water temperature and electric quantity of rechargeable battery testing circuit and SD card circuit; First microprocessor also reads 3-axis acceleration sensor, the output of pressure transducer amplifier, water temperature and rechargeable battery testing circuit and exports.
4. comprise Intelligent water cup described in any one of claim 1-3 for being looked after a crowd's daily drinking-water management system, it is characterized in that, this system comprises multiple Intelligent water cup, intelligent wristwatch and embedded management parts; Embedded management parts connect multiple Intelligent water cup and intelligent wristwatch, are connected between this three by communication or electric mode.
5. according to claim 4 for being looked after the daily drinking-water management system of crowd, it is characterized in that:
Described Intelligent water cup, the pressure transducer bottom this water tumbler quantitatively detects the change of the water cup storage water yield, and obtained amount of drinking water and the time point of user every day by the heavy curve of force value ~ water, measurement data will be sent to embedded management parts;
Described intelligent wristwatch, accept the prompting message that embedded management parts and Intelligent water cup send, carry out sound or vibrating alert to wearer, invalid for repeatedly reminding, intelligent wristwatch send information to embedded management parts;
Described embedded management parts to the outlet of the Internet as the administrative center of whole system and data upload, can accept the data sent from described intelligent wristwatch and Intelligent water cup, and control each intelligent wristwatch and Intelligent water cup.
6. according to claim 4 for being looked after the daily drinking-water management system of crowd, it is characterized in that, described embedded management parts comprise wireless communication module, Internet connection module, embedded microprocessor and peripheral circuit, embedded microprocessor adopts double-core embedded type microprocessor or two principal and subordinate's embedded microprocessors, ensures that two kinds of communications are independently carried out simultaneously; Embedded management parts have wired network interface, USB interface, radio network interface or external-connection displayer interface, and embedded management parts enter the Internet or LAN (Local Area Network).
7. according to claim 6 for being looked after the daily drinking-water management system of crowd, it is characterized in that, described embedded management parts and the communication modes between multiple Intelligent water cup and intelligent wristwatch are radio sensing network; Embedded management parts are looked after the data of crowd stored in self-contained storing devices all.
8. according to any one of claim 4-7 for being looked after the daily drinking-water management system of crowd, it is characterized in that, described intelligent wristwatch comprises display screen, the second microprocessor, real-time timepiece chip, hummer, vibrating motor and wireless communication module; Wireless communication module is with described water tumbler and the communication of embedded management parts, and hummer and vibrating motor perform reminding service, and real-time timepiece chip provides the time for whole parts; Display screen is for showing information; Wireless communication module is used for transmitting and receiving corresponding information; Second microprocessor is used for the control of each parts of intelligent wristwatch.
9. according to claim 8 for being looked after the daily drinking-water management system of crowd, it is characterized in that, described intelligent wristwatch is also provided with various sensor, and described sensor comprises position and motion sensor, temperature sensor, ambient light sensor, microphone, pulse and EGC sensor output to embedded management parts and Intelligent water cup for the physiological parameter measuring more watch wearers.
10. according to any one of claim 4-7 for being looked after the daily drinking-water management system of crowd, it is characterized in that, described system comprises computing machine further, this computer remote or directly connection embedded management parts.
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105147008A (en) * | 2015-07-30 | 2015-12-16 | 宁波创客工业设计有限公司 | A row of water cups capable of displaying target value of drinking water and method for displaying water drinking value on current day |
| CN105326300A (en) * | 2015-12-10 | 2016-02-17 | 成都小爱未来智慧科技有限公司 | Networked intelligent water cup |
| CN107874552A (en) * | 2017-11-17 | 2018-04-06 | 芜湖市华溢玻璃艺品有限责任公司 | The intelligence control system and method for cup |
| CN107890260A (en) * | 2017-12-21 | 2018-04-10 | 芜湖市华溢玻璃艺品有限责任公司 | Intelligent water cup system with drinking reminder |
| CN108497864A (en) * | 2018-03-22 | 2018-09-07 | 四川斐讯信息技术有限公司 | A kind of amount of drinking water statistical method and system |
| CN109100972A (en) * | 2018-08-27 | 2018-12-28 | 钟祥博谦信息科技有限公司 | The control method of Intelligent water cup, apparatus and system |
| US10591339B2 (en) * | 2017-06-29 | 2020-03-17 | Vorwerk & Co. Interholding Gmbh | Accessory with sensors for determining an operating state, particularly measuring cup or cover part for a kitchen appliance |
| CN111796528A (en) * | 2020-06-30 | 2020-10-20 | 深圳市幸福人居建筑科技有限公司 | Intelligent household control system, method and storage medium |
| CN114052499A (en) * | 2021-11-17 | 2022-02-18 | 浙江九点健康科技有限公司 | Water purifier for customizing water cups |
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2015
- 2015-01-12 CN CN201520019113.6U patent/CN204423037U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105147008A (en) * | 2015-07-30 | 2015-12-16 | 宁波创客工业设计有限公司 | A row of water cups capable of displaying target value of drinking water and method for displaying water drinking value on current day |
| CN105326300A (en) * | 2015-12-10 | 2016-02-17 | 成都小爱未来智慧科技有限公司 | Networked intelligent water cup |
| US10591339B2 (en) * | 2017-06-29 | 2020-03-17 | Vorwerk & Co. Interholding Gmbh | Accessory with sensors for determining an operating state, particularly measuring cup or cover part for a kitchen appliance |
| CN107874552A (en) * | 2017-11-17 | 2018-04-06 | 芜湖市华溢玻璃艺品有限责任公司 | The intelligence control system and method for cup |
| CN107890260A (en) * | 2017-12-21 | 2018-04-10 | 芜湖市华溢玻璃艺品有限责任公司 | Intelligent water cup system with drinking reminder |
| CN108497864A (en) * | 2018-03-22 | 2018-09-07 | 四川斐讯信息技术有限公司 | A kind of amount of drinking water statistical method and system |
| CN109100972A (en) * | 2018-08-27 | 2018-12-28 | 钟祥博谦信息科技有限公司 | The control method of Intelligent water cup, apparatus and system |
| CN111796528A (en) * | 2020-06-30 | 2020-10-20 | 深圳市幸福人居建筑科技有限公司 | Intelligent household control system, method and storage medium |
| CN114052499A (en) * | 2021-11-17 | 2022-02-18 | 浙江九点健康科技有限公司 | Water purifier for customizing water cups |
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