CN101118573A

CN101118573A - Household personal electric health controller

Info

Publication number: CN101118573A
Application number: CNA2007101315278A
Authority: CN
Inventors: 蔡传忠
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-09-13
Filing date: 2007-09-13
Publication date: 2008-02-06
Anticipated expiration: 2027-09-13
Also published as: CN100485698C; WO2009033328A1

Abstract

The present invention discloses a household personal electronic health management device, which includes an electronic balance, a memorial bar and a computer, wherein the memorial bar includes a bar body, a USB plug J1, a single chip U1, and an EEPROM memory U2; The I2C protocol is used to store the data measured and input by the electronic balance directly through the I2C protocol into the memorial bar and re-store into the computer, the data can be double direction transmitted, and the transmitting speed is fast, the micro second grade can be achieved, and the divisional technique can be adopted by the memorial bar , each division is relative to each user, thereby the present invention has the advantages that the circuit structure is simpler and more reasonable, thus being able to be supplied to a plurality of people to use, and being cheap but excellent, the code of the member can be added into the memorial bar, each user can automatically become the member of the health management system, so as to keep secret for personal privacy, compared with the same kind of the product, the cost of the memorial bar is low in cost, the product has competitive strength on the price of the product, thereby the present invention is a personal electronic health management device most applicable to family members.

Description

Household personal electric health controller

Technical field

The present invention relates to the personal health management devices that a kind of suitable kinsfolk uses, particularly a kind of biological information that electronic scales can be recorded at every turn for the electric health controller of checking, belongs to the weighing apparatus metering field by storage device and computing machine swap data.

Background technology

Developed at present and the actual acquisition mode of using that obtains data such as number percent that self body data comprises body weight, body fat, body fluids, interior fat content, muscle quality, skeleton density, basic metabolism for the user all is directly to measure acquisition by the user in the mode of electronic scales.

Moreover along with economy constantly develops, people's quality of life improves constantly, and people more and more have been concerned about the health status of self, and people have no longer satisfied and tightly known current biological information, and the biological information before also needing to understand is so that do contrast.Understand the development trend of the health status of self, traditional way is whenever to obtain a biological information just to note down with pen and paper, but compare trouble like this, if the user forgets the biological information that record records at every turn, just can cause the imperfect of record, the biological information that the existing electronic scales that has automatic preservation record function can will record at every turn is by storage device and computing machine swap data, the human body information that computing machine is preserved storage device carries out the trend management, understands the healthy trend of self for the user.Wireless or the wired mode of the main at present employing of these electronic scaless and computing machine swap data.When for example infrared radiation is connected to computing machine wirelessly as by optical communication,, just can not realize communicating by letter if when having other object to be between communicator that electronic scales provides and the computing machine.And use the communicator of electric wave very expensive, and the probability of disabler is increased by the noise that electromagnetic wave causes.As when adopting the transmission mode of wire cable, need cable to be connected between electronic scales and the computing machine, and having limited distance between the two, electronic scales and computing machine must be in the nearer distance, bring great inconvenience for user's use.Simultaneously, again because of on circuit, adopting the RS232 agreement to be connected with the computer serial ports, so, reason owing to cost, electronic scales can only the one-way transmission data be given computer, and data rate is slower, transfer rate is generally the ms level, also need to use 232 chips that the 5-VTTL/COMS level conversion is become the TIA/EIA-232-F level, cause the complicated and more high shortcoming of price of circuit, during as the employing Wireless transmission mode, circuit need be set up wireless transmitter again on the basis of wire transmission, make circuit structure more complicated, price is higher, uses also trouble.

Summary of the invention

The objective of the invention is in order to overcome the above-mentioned existing weak point that has the electronic scales that passes through wired or wireless transmission signals of automatic preservation record function, design a kind of can transmitted in both directions, fast, the circuit structure advantages of simple of transmission speed, price be not high, be fit to the biological information that electronic scales can be recorded that the kinsfolk uses by storage device directly and the computing machine swap data for the household personal electric health controller of checking and analyzing

Household personal electric health controller of the present invention comprises the electronic scales of human body information, memory stick and computing machine, described memory stick comprises barred body, USB plug J1, single-chip microcomputer U1, eeprom memory U2, its signal annexation is: the USBD-end of the data-signal of single-chip microcomputer U1 is connected with the 3rd pin with the 2nd pin of USB plug J1 respectively with the USBD+ end, the PA2 end of single-chip microcomputer U1, PA3 end and PA4-end are held with the WP of eeprom memory U2 respectively, the SCL end is connected with the SDA end, described memory stick is taked partitioning technique, the corresponding user of each subregion, when the USB socket J2 of the USB plug J1 of memory stick and electronic scales pegs graft, the human body information data of electronic scales can be transferred to memory stick according to the I that sets through USB interface ²The C agreement deposits in the setting subregion of eeprom memory U2 through single-chip microcomputer U1; After memory stick is pulled up from electronic scales and is inserted USB interface of computer, computing machine can and deposit in the database of computing machine according to the automatic human body information data read of rapidly memory stick being stored of pre-set programs, carries out data processing and health control by computing machine.

Household personal electric health controller of the present invention, described electronic scales comprises the scale body and the scale pan, the scale pan is contained on the weight sensor RS that is fixed in the scale body, be equipped with on the scale pan panel 4 respectively with a left side, the impedance measurement electrode 14a that the toe of right bipod contacts with heel, 14c, 14b, 14d, and LCD LCD and 3 keyswitch K2-K4, in the scale body circuit board is housed, it is characterized in that also being equipped with the USB socket J2 that can peg graft with the USB plug J1 of memory stick, circuit on the described circuit board comprises single-chip microcomputer U21, clock circuit U22, eeprom memory U23, weight measurement circuit and impedance measuring circuit, its signal annexation is: USB socket J2 the 2nd is connected with the PA2 end with the PA1 of single-chip microcomputer U21 respectively with the 3rd pin, the 5th of clock circuit U22,6,7 pin respectively with the PF6 of single-chip microcomputer U21, PF5, the PF4 pin connects, eeprom memory U23 the 5th, 6 pin respectively with the PF7 of single-chip microcomputer U21, the PA4 pin connects, the 1-18 pin of LCD LCD respectively with the PC1-PC7 of single-chip microcomputer U21, PD0-PD7, PF1-PF3 connects, two signal output parts 2 of weight sensor RS and 4 ends are connected with two input ends of operational amplifier U26 in the weight measurement circuit respectively, the output signal of operational amplifier U26 converts the PA5/INT end that pulse signal outputs to single-chip microcomputer U21 to through double integration circuit U27 and U28, the PA3/PFD end of single-chip microcomputer U21 is successively through capacitor C 15, resistance R 22, inductance L 1 is connected with electrode 14c,

electrode

14a, 14b, 14d is respectively through diode D7, D6, the PB2/AN2 of D5 and single-chip microcomputer U21, PB1/AN1, PB0/AN0 holds connection, electrode 14a is also through two resistance in series R41 and R42 ground connection, connect diode D8 positive pole between two resistance in series R41 and the R42, this diode D8 negative pole connects the PB3/AN3 end of single-chip microcomputer U21, the PB0/AN0-PB3/AN3 of single-chip microcomputer U21 is also respectively through capacitor C 18-C21 ground connection, the key K1 ground connection of weighing that the PA6/SDA end of single-chip microcomputer U21 stands scale pan gravity control, the PA7/SCL end of single-chip microcomputer U21 is through acknowledgement key K2 ground connection, and the PD3 of single-chip microcomputer U21 end and PD4 end are respectively through lifting key K3 and decline key K4 ground connection.

For in not power consumption of holding state or few power consumption, between the power supply ground of electronic scales and signal ground, be provided with a switch triode Q5 who is subjected to single-chip microcomputer U21 control, the base stage of this switch triode Q5 hold with the PB4/AN5 of single-chip microcomputer U21 through resistance R 10 be connected, emitter and collector is connected with signal ground with power supply ground respectively.

Stable and prevent that voltage is too low in order to ensure voltage, in the power circuit of electronic scales, also be provided with mu balanced circuit U24 and low voltage detector U25, described mu balanced circuit U24 is serially connected between power supply and the VDD, and low voltage detector U25 is serially connected between the PB5/AN5 end and power supply ground of single-chip microcomputer U21.

Household personal electric health controller of the present invention is owing to use I ²The C agreement can directly be passed through I with the data that electronic scales is measured ²The C agreement deposits memory stick in and dumps to computing machine again, data energy transmitted in both directions and transmission speed fast (its transmission speed is the us level), do not need to use 232 chips that the 5-VTTL/COMS level conversion is become the TIA/EIA-232-F level, do not need photoelectricity or wireless transmitter yet, be not subjected to the restriction of the cable length of wire transmission yet, and memory stick can be taked partitioning technique, the corresponding user of each subregion, memory stick can subregion quantity by the size decision of eeprom memory, for example there are 4 subregions to use for 4 people, has more advantages of simple of circuit structure, can use for many people are convenient, with advantage such as good and cheap, also can in memory stick, add member's code, each is with becoming health management system arranged member automatically per family, when the user uses memory stick on computers first, computing machine can be jumped out dialog box, require the user that relevant information is set, to accomplish maintaining secrecy of individual privacy, by online, computing machine also can send to relevant information the server of health institution by network, so that server is set up health control archives and health care consulting etc. for the user, compared with similar products, the memory stick cost is lower, also can many people use, product has bigger competitive power on price, be the personal electric health controller that a kind of suitable kinsfolk uses.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the electrical block diagram of memory stick;

Fig. 3 is the program flow diagram of explanation memory stick work;

Fig. 4 is the process flow diagram of the exchanges data between explanation computing machine and the memory stick;

Fig. 5 is the electrical block diagram of a kind of most preferred embodiment of electronic scales among explanation the present invention;

Process flow diagram when Fig. 6 is the explanation electronic scale weighing;

Fig. 7 a and Fig. 7 b are the process flow diagrams of explanation human body bodily fat measurement;

Fig. 8 is the process flow diagram that description time is set.

Embodiment

Referring to accompanying drawing 1, among the figure 1 is memory stick (its shape and volume and common U disk are similar), the 3rd, the USB plug J1 on the memory stick, the 11st, electronic scales, 11a is a pan of a steelyard, and 4 are provided in a side of the USB socket J2 on the electronic scales, and 13 is three button operation K switch 2-K4, for the ease of making, can be with the acknowledgement key that is made as in the middle of it, the top be made as lifting key, the following decline key that is made as, the 14th, impedance measurement electrode, 14a wherein is corresponding with the toe position of left foot, 14c is corresponding with the toe position of right crus of diaphragm, 14b is corresponding with the heel position of left foot, and 14d is corresponding with the heel position of right crus of diaphragm, and the 15th, LCD, the 30th, computing machine, the 31st, USB interface of computer.During use, memory stick 1 is plugged into the USB socket 4 of electronic scales through USB plug 3 after, can be in memory stick 1 with the human body information data storage of electronic scales 11 outputs.The memory stick 1 that will store the human body information data of electronic scales output then change peg graft with the USB interface 31 of computing machine 30 after, the human body information data conversion storage that can will be stored under the control of computing machine on the memory stick 1 carries out health control in computing machine.Communications protocol of the present invention is used I ²The C agreement can directly be passed through I with the data that electronic scales is measured ²The C agreement deposits memory stick in and dumps to computing machine again, data energy transmitted in both directions and transmission speed fast (its transmission speed is the us level), do not need to use 232 chips that the 5-VTTL/COMS level conversion is become the TIA/EIA-232-F level, do not need photoelectricity or wireless transmitter yet, be not subjected to the restriction of the cable length of wire transmission yet, and memory stick can be taked partitioning technique, the corresponding user of each subregion, memory stick can subregion quantity by the size decision of eeprom memory, for example there are 4 subregions to use for 4 people, has more advantages of simple of circuit structure, can use for many people are convenient, with advantage such as good and cheap, also can in memory stick, add member's code, each user who buys this product becomes health management system arranged member automatically, the user is when computing machine (or claiming PC) the last first time of memory stick, PC can jump out dialog box, require the user that relevant information is set, to accomplish maintaining secrecy of individual privacy, and relevant information can be sent to the server on the network, so that server is set up the health control archives for the user.

The circuit structure of memory stick 1 of the present invention as shown in Figure 2, comprise barred body, USB plug J1, single-chip microcomputer U1, eeprom memory U2, its signal annexation is: the USBD-end of the data-signal of single-chip microcomputer U1 is connected with the 3rd pin with the 2nd pin of USB plug J1 respectively with the USBD+ end, the PA2 end of single-chip microcomputer U1, PA3 end and PA4-end are held with the WP of eeprom memory U2 respectively, the SCL end is connected with the SDA end, described memory stick is taked partitioning technique, the corresponding user of each subregion, when the USB socket J2 of the USB plug J1 of memory stick and electronic scales pegs graft, the human body information data of electronic scales can be transferred to memory stick according to the I that sets through USB interface ²The C agreement deposits in the setting subregion of eeprom memory U2 through single-chip microcomputer U1; After memory stick is pulled up from electronic scales and is inserted USB interface of computer, computing machine can and deposit in the database of computing machine according to the automatic human body information data read of rapidly memory stick being stored of pre-set programs, carries out data processing and health control by computing machine.Electronic scales or computing machine that the working power of this memory stick is got by the 1st pin and the 4th pin of USB plug J1, in order to prevent brownout, can set up low voltage detector U3, this low voltage detector U3 is connected between the VDD and PA7 end of single-chip microcomputer U1, and this low voltage detector U3 selects 7044 or 7040 or 7050 types for use.

The working routine flow process of described memory stick 1 as shown in Figure 3.

The workflow of the exchanges data between computing machine and the memory stick mainly comprises following steps as shown in Figure 4: 1) just begin execution monitoring when computing machine is opened till computing machine cuts out; 2) if do not have USB device to insert then keep monitored state; 3) if detecting USB device inserts, then judge whether memory stick version, then return 1) if not the memory stick of needs into our company; 4) if the memory stick version of our company then begins the Connection Service device; 5) if the server connection failure then, prompting customer inspection network settings return the maintenance monitored state; 6) if usb memory stick is then opened in successful connection; 7) open and read thread; 8) personal data that read in the memory stick are set height, age, sex etc.; 9) judged whether to measure record; 10), then read and measure record if do not read record; 11) translation data form; 12) send to server, store in the SQL database, return step 9 after finishing; 13) do not note down if there is the measurement of not reading to note down then removing in the memory stick; 14) close and read thread; 15) close USB port; 16) eject browser, show health control Web login page; Return step 1) after finishing.

Fig. 5 is the electrical block diagram of a kind of most preferred embodiment of electronic scales among explanation the present invention.This electronic scales comprises the scale body and the scale pan, the scale pan is contained on the weight sensor RS that is fixed in the scale body, be equipped with on the scale pan panel 4 respectively with a left side, the impedance measurement electrode 14a that the toe of right bipod contacts with heel, 14c, 14b, 14d, and LCD LCD and 3 keyswitch K2-K4, in the scale body circuit board is housed, it is characterized in that also being equipped with the USB socket J2 that can peg graft with the USB plug J1 of memory stick, circuit on the described circuit board comprises single-chip microcomputer U21, clock circuit U22, eeprom memory U23, weight measurement circuit and impedance measuring circuit, its signal annexation is: USB socket J2 the 2nd is connected with the PA2 end with the PA1 of single-chip microcomputer U21 respectively with the 3rd pin, the 5th of clock circuit U22,6,7 pin respectively with the PF6 of single-chip microcomputer U21, PF5, the PF4 pin connects, eeprom memory U23 the 5th, 6 pin respectively with the PF7 of single-chip microcomputer U21, the PA4 pin connects, the 1-18 pin of LCD LCD respectively with the PC1-PC7 of single-chip microcomputer U21, PD0-PD7, PF1-PF3 connects, two signal output parts 2 of weight sensor RS and 4 ends are connected with two input ends of operational amplifier U26 in the weight measurement circuit respectively, the output signal of operational amplifier U26 converts the PA5/INT end that pulse signal outputs to single-chip microcomputer U21 to through double integration circuit U27 and voltage comparator circuit U28, the PA3/PFD end of single-chip microcomputer U21 is successively through capacitor C 15, resistance R 22, inductance L 1 is connected with electrode 14c,

electrode

Above-mentioned single-chip microcomputer U1 selects the single-chip microcomputer of HT82M99E or HT82K94E or HT82K9AE type for use, and eeprom memory U2 and U23 select 24LC32 or 24LC64,24LC128,24LC256,24LC512 type I for use ²The storer of C communication mode, single-chip microcomputer U21 selects HT46R232 or HT46R23 or HT46RU25 or HT46R24 type single-chip microcomputer for use, clock circuit U22 selects 1381 or 1380 or 8576 types for use, mu balanced circuit U24 selects 7544 or 7540 or 7550 types for use, and low voltage detector U25 selects 7044 or 7040 or 7050 types for use.

During use, earlier memory stick 1 is inserted the USB socket of electronic scales, by the acknowledgement key K2 on scale pan or foot-operated (being equivalent to) start by K1, the numeral that shows according to LCD LCD 15 according to year, month, day, branch, the time the order time of carrying out be provided with, it specifically is provided with flow process and gets final product referring to shown in Figure 8.Can enter according to the program of Fig. 7 a code, height, age, surname from A by acknowledgement key K2 again after time is provided with and finishes and not be provided with the user.Can take off footgear then, left foot is stood on the 14a and 14b of the scale pan, right crus of diaphragm stands on the 14c and 14d of the scale pan, when weighing, also has a faint electric current through 14c and 14a and by between the bipod, can through and two heel electrodes in contact 14b and 14d and measure resistance value between the bipod, again with the body weight of previous measurement and the height of input, age, after not waiting data to be calculated according to the equation of setting by single-chip microcomputer U21, surname can obtain the number percent of body fat, body fluids, interior fat content, muscle quality, skeleton density, healthy data such as basic metabolism, and show in turn and store in the memory stick that by the LCD LCD its detailed working signal flow process relation is referring to Fig. 7 b.Be provided with constant and only need weigh the time, weigh on the scale pan of also can directly standing as other, this moment electronic scales the workflow relation as shown in Figure 6.The data conversion storage that will be stored at last in the memory stick gets final product in the computing machine that is preset with program shown in Figure 4.

Claims

1. a household personal electric health controller comprises the electronic scales of human body information, memory stick and computing machine, it is characterized in that described memory stick comprises barred body, USB plug J1, single-chip microcomputer U1, eeprom memory U2, its signal annexation is: the USBD-end of the data-signal of single-chip microcomputer U1 is connected with the 3rd pin with the 2nd pin of USB plug J1 respectively with the USBD+ end, the PA2 end of single-chip microcomputer U1, PA3 end and PA4 end are held with the WP of eeprom memory U2 respectively, the SCL end is connected with the SDA end, described memory stick is taked partitioning technique, the corresponding user of each subregion, can select a plurality of subregions according to kinsfolk's quantity, when the USB socket J2 of the USB plug J1 of memory stick and electronic scales pegs graft, the human body information data of electronic scales can be transferred to memory stick through USB interface and deposit in the setting subregion of eeprom memory U2 through single-chip microcomputer U1 according to the I2C agreement of setting; After memory stick is pulled up from electronic scales and is inserted USB interface of computer, computing machine can and deposit in the database of computing machine according to the automatic human body information data read of rapidly memory stick being stored of pre-set programs, carries out data processing and health control by computing machine.

2. household personal electric health controller as claimed in claim 1 is characterized in that the exchanges data between described computing machine and the memory stick comprises following steps: 1) just begin execution monitoring when computing machine is opened till computing machine cuts out; 2) if do not have USB device to insert then keep monitored state; 3) if detecting USB device inserts, then judge whether memory stick version, then return 1) if not the memory stick of needs into our company; 4) if the memory stick version of our company then begins the Connection Service device; 5) if the server connection failure then, prompting customer inspection network settings return the maintenance monitored state; 6) if usb memory stick is then opened in successful connection; 7) open and read thread; 8) personal data that read in the memory stick are set height, age, sex etc.; 9) judged whether to measure record; 10), then read and measure record if do not read record; 11) translation data form; 12) send to server, store in the SQL database, return step 9 after finishing; 13) do not note down if there is the measurement of not reading to note down then removing in the memory stick; 14) close and read thread; 15) close USB port; 16) eject browser, show health control Web login page; Return step 1) after finishing.

3. household personal electric health controller as claimed in claim 1, described electronic scales comprises the scale body and the scale pan, the scale pan is contained on the weight sensor RS that is fixed in the scale body, be equipped with on the scale pan panel 4 respectively with a left side, the impedance measurement electrode 14a that the toe of right bipod contacts with heel, 14c, 14b, 14d, and LCD LCD and 3 keyswitch K2-K4, in the scale body circuit board is housed, it is characterized in that also being equipped with the USB socket J2 that can peg graft with the USB plug J1 of memory stick, circuit on the described circuit board comprises single-chip microcomputer U21, clock circuit U22, eeprom memory U23, weight measurement circuit and impedance measuring circuit, its signal annexation is: USB socket J2 the 2nd is connected with the PA2 end with the PA1 of single-chip microcomputer U21 respectively with the 3rd pin, the 5th of clock circuit U22,6,7 pin respectively with the PF6 of single-chip microcomputer U21, PF5, the PF4 pin connects, eeprom memory U23 the 5th, 6 pin respectively with the PF7 of single-chip microcomputer U21, the PA4 pin connects, the 1-18 pin of LCD LCD respectively with the PC1-PC7 of single-chip microcomputer U21, PD0-PD7, PF1-PF3 connects, two signal output parts 2 of weight sensor RS and 4 ends are connected with two input ends of operational amplifier U26 in the weight measurement circuit respectively, the output signal of operational amplifier U26 converts the PA5/INT end that pulse signal outputs to single-chip microcomputer U21 to through double integration circuit U27 and voltage comparator circuit U28, the PA3/PFD end of single-chip microcomputer U21 is successively through capacitor C 15, resistance R 22, inductance L 1 is connected with electrode 14c, electrode 14a, 14b, 14d is respectively through diode D7, D6, the PB2/AN2 of D5 and single-chip microcomputer U21, PB1/AN1, PB0/AN0 holds connection, electrode 14a is also through two resistance in series R41 and R42 ground connection, connect diode D8 positive pole between two resistance in series R41 and the R42, this diode D8 negative pole connects the PB3/AN3 end of single-chip microcomputer U21, the PB0/AN0-PB3/AN3 of single-chip microcomputer U21 is also respectively through capacitor C 18-C21 ground connection, the key K1 ground connection of weighing that the PA6/SDA end of single-chip microcomputer U21 stands scale pan gravity control, the PA7/SCL end of single-chip microcomputer U21 is through acknowledgement key K2 ground connection, and the PD3 of single-chip microcomputer U21 end and PD4 end are respectively through lifting key K3 and decline key K4 ground connection.

4. household personal electric health controller as claimed in claim 3, it is characterized in that also comprising a switch triode Q5, the base stage of this switch triode Q5 through the PB4/AN5 of resistance R 10 and single-chip microcomputer U21 end be connected, emitter and collector is connected with signal ground with power supply ground respectively.

5. household personal electric health controller as claimed in claim 4, it is characterized in that also comprising mu balanced circuit U24 and low voltage detector U25, described mu balanced circuit U24 is serially connected between positive source and the VDD, and low voltage detector U25 is serially connected between the PB5/AN5 end and power supply ground of single-chip microcomputer U21.

6. as claim 1 or 3 or 4 or 5 described household personal electric health controllers, it is characterized in that described single-chip microcomputer U1 selects the single-chip microcomputer of HT82M99E or HT82K94E or HT82K9AE type for use, eeprom memory U2 and U23 select 24LC32 or 24LC64 for use, 24LC128,24LC256, the storer of 24LC512 type I2C communication mode, single-chip microcomputer U21 selects HT46R232 or HT46R23 or HT46RU25 or HT46R24 type single-chip microcomputer for use, clock circuit U22 selects 1381 or 1380 or 8576 types for use, mu balanced circuit U24 selects 7544 or 7540 or 7550 types for use, and low voltage detector U25 selects 7044 or 7040 or 7050 types for use.