CN205719215U - A kind of integral and intelligent child height body weight measuring device and Internet of things system thereof - Google Patents
A kind of integral and intelligent child height body weight measuring device and Internet of things system thereof Download PDFInfo
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- CN205719215U CN205719215U CN201620501658.5U CN201620501658U CN205719215U CN 205719215 U CN205719215 U CN 205719215U CN 201620501658 U CN201620501658 U CN 201620501658U CN 205719215 U CN205719215 U CN 205719215U
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Abstract
The utility model discloses a kind of integral and intelligent child height body weight measuring device and Internet of things system thereof, use weighing structure, height measurement structure and height to measure horizontal accessory plate, it is achieved that complete body weight simultaneously and height is measured；The result data obtained can be managed by mobile phone A PP by being wirelessly transmitted to mobile phone, or upload cloud server, it is achieved that the monitoring to the height and weight changing condition of client.
Description
Technical field
This utility model relates to a kind of height and weight measuring instrument, in particular a kind of integral and intelligent child height body
Remeasurement instrument and Internet of things system thereof.
Background technology
Electronic boby weight measurement the most on the market uses the LOAD CELLS that technology is more ripe to measure, weighing and sensing
Device possesses the advantages such as low cost, reliability is high, power consumption is low, but LOAD CELLS measurement data is disposable result, does not has
Do data record, be more not carried out the statistics to data variation.Occur the most on the market and the weighing machine of mobile phone interconnection, but due to
Use process is complicated, and adult's BMI (body-mass index) data fluctuations is little, is the most finally only used as the electronics that a Daepori is logical
Weighing machine.
The application of contactless instrument for measuring height is few, main cause be in-convenience in use and accuracy of measurement the highest, non-connect
Touch instrument for measuring height mainly uses the ultrasonic measuring distance technology that certainty of measurement is higher, and its use process is: need in advance
Measuring the distance of measuring instrument and ground, then measure the distance with the tested person crown, both differences are the height of tested person；Measure
Process is affected by aligned relationship and the hair style on the tested person crown with measuring probe, and the fluctuation of repetitive measurement result is relatively big, thus measures
Accuracy is extremely queried.
At society, the healths such as child grows stage, trophic structure are especially paid close attention to by the heads of a family, current market
On product, the measurement of body weight and height is independent, and measurement process is separate, and measurement data can not embody the health of child
Developmental state.
Therefore, prior art has yet to be improved and developed.
Utility model content
The purpose of this utility model is to provide a kind of integral and intelligent child height body weight measuring device and Internet of Things system thereof
System, it is intended to solving existing measuring instrument and can not measure height and body weight simultaneously, measurement result fluctuation is big, measures process complicated, no
Can meet and use the problem required.
The technical solution of the utility model is as follows:
A kind of integral and intelligent child height body weight measuring device, wherein, including:
For the weighing structure weighed in；
For measuring the height measurement structure of height；
For controlling the Central Control Module that whole measuring instrument is properly functioning；
For the wireless communication module that measurement data is transmitted by wireless communication mode；
Described weighing structure, height measurement structure and wireless communication module are all connected with Central Control Module respectively.
Described integral and intelligent child height body weight measuring device, wherein, also includes for showing height and measured body weight
The display module of result, described display module is connected with Central Control Module.
Described integral and intelligent child height body weight measuring device, wherein, also includes for providing electricity for whole measuring instrument
The power module in source, described power module respectively with weighing structure, height measurement structure, Central Control Module, display module and
Wireless communication module connects.
Described integral and intelligent child height body weight measuring device, wherein, described weighing structure includes:
For supporting the panel of weighing of gauger；
It is arranged on the LOAD CELLS for sensing weight change weighing on panel；
For filtering weight signal filtered and amplify and amplifying circuit；
For the zeroing circuit that weight signal is adjusted；
Described LOAD CELLS is connected with filtering and amplifying circuit, and filtering and amplifying circuit are connected with zeroing circuit, zeroing
Circuit is connected with Central Control Module, and LOAD CELLS is connected with Central Control Module.
Described integral and intelligent child height body weight measuring device, wherein, described weighing structure also includes status alert electricity
Road, described status alert circuit is connected with Central Control Module.
Described integral and intelligent child height body weight measuring device, wherein, the process that described weighing structure is weighed in is such as
Under: measuring instrument starts, and Central Control Module writes down the first current gravity value；After gauger stands in panel of weighing, weighing and sensing
Device detects pressure change output signal, and signal enters filtering and amplifying circuit, obtains the second gravity value；Zeroing circuit is to
Two gravity value signals are adjusted, and obtain gravimetric value=the second gravity value the-the first gravity value, and gravimetric value is final weighing measurement knot
Really, Central Control Module is delivered to.
Described integral and intelligent child height body weight measuring device, wherein, described height measurement structure includes:
The horizontal accessory plate of measurement for subsidiary height；
Start the single-point laser module that height is measured；
Send the clock circuit of clock signal；
The first signal amplification circuit that clock signal is amplified；
For launching the ultrasonic transmission device of ultrasonic signal；
Ultrasonic probe, ultrasonic receiver for received ultrasonic signal；
For the second amplifying circuit that ultrasonic signal is amplified；
For calculating the signal calculation circuit of reflex time；
Described single-point laser module is connected with Central Control Module, and clock circuit is connected with Central Control Module, clock electricity
Road is connected with the first signal amplification circuit, and the first signal amplification circuit is connected with ultrasonic transmission device, ultrasonic probe, ultrasonic receiver
Being connected with the second amplifying circuit, the second amplifying circuit is connected with signal calculation circuit, signal calculation circuit and Central Control Module
Connect.
Described integral and intelligent child height body weight measuring device, wherein, described height measurement structure measures height process
As follows: after weighing measurement process completes, Central Control Module control single-point laser module is launched a redness from the bottom up and is swashed
Photo measure line, before the horizontal accessory plate of the hand-held measurement of gauger is positioned over volume, measurement horizontal accessory plate height is held with the measured crown
Flat, utilize the horizontal ruler measured on horizontal accessory plate to adjust level, it is ensured that health does not stop that red laser measures the situation of line
Lower maintenance a period of time, Central Control Module controls clock circuit and starts, and the clock signal of generation is delivered to the first signal and amplified electricity
Road, amplified clock signal delivers to ultrasonic transmission device, and the ultrasound wave that ultrasonic transmission device sends is to up to measuring water
After flat accessory plate, reflecting, received by ultrasonic probe, ultrasonic receiver and be converted into the signal of telecommunication, the signal of telecommunication is sent to the second amplifying circuit
It is amplified, is then passed to signal calculation circuit and calculates, draw reflex time, be sent to Central Control Module meter reflex time
Calculate distance, draw height values.
A kind of Internet of things system, wherein, including the integral and intelligent child height measured body weight as described in above-mentioned any one
Instrument and the handheld terminal being provided with APP client, described integral and intelligent child height body weight measuring device and handheld terminal communication
Connect.
Described Internet of things system, wherein, also includes cloud server, and described cloud server is with handheld terminal communication even
Connect.
The beneficial effects of the utility model: this utility model is by providing a kind of integral and intelligent child height measured body weight
Instrument and Internet of things system thereof, use weighing structure, height measurement structure and height to measure horizontal accessory plate, it is achieved that to complete simultaneously
Body weight and height are measured；The result data obtained can be managed by mobile phone A PP by being wirelessly transmitted to mobile phone, or upload high in the clouds
Server, it is achieved that the monitoring to the height and weight changing condition of client.
Accompanying drawing explanation
Fig. 1 is the inside connection figure of integral and intelligent child height body weight measuring device in this utility model.
Fig. 2 is the inside connection figure of Internet of things system in this utility model.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, clear and definite, develop simultaneously enforcement referring to the drawings
This utility model is further described by example.
As it is shown in figure 1, a kind of integral and intelligent child height body weight measuring device, including:
For the weighing structure weighed in；
For measuring the height measurement structure of height；
For controlling the properly functioning Central Control Module of whole measuring instrument 300；
Described weighing structure and height measurement structure are the most all connected with Central Control Module 300, by Central Control Module
300 control to run.
In order to measurement result is shown in real time, described integral and intelligent child height body weight measuring device also include for
Display height and the display module 400 of body weight measurements, described display module 400 is connected with Central Control Module 300.This reality
Executing in example, described display module 400 uses LED display.
Data in order to enable to obtain measuring instrument transfer out, it is simple to the statistics of measurement data and research, described integral type
Intelligence child height body weight measuring device also includes the wireless telecommunications for measurement data being transmitted by wireless communication mode
Module 600, described wireless communication module 600 is connected with Central Control Module 300.
The use of the most whole measuring instrument, described integral and intelligent child height body weight measuring device also include for for
Whole measuring instrument provide power supply power module 500, described power module 500 respectively with weighing structure, height measurement structure, in
Heart control module 300, display module 400 and wireless communication module 600 connect, and provide power supply for each module.
Specifically, described weighing structure includes:
For supporting the panel 110 of weighing of gauger；
It is arranged on the LOAD CELLS 120 for sensing weight change weighing on panel 110；
For filtering weight signal filtered and amplify and amplifying circuit 130；
For the zeroing circuit 140 that weight signal is adjusted；
Described LOAD CELLS 120 is connected with filtering and amplifying circuit 130, filtering and amplifying circuit 130 and zeroing circuit
140 connect, and zeroing circuit 140 is connected with Central Control Module 300, and LOAD CELLS 120 is connected with Central Control Module 300:
During measurement, measuring instrument starts, and Central Control Module 300 writes down current gravity value G1；Gauger stands in panel 110 of weighing
After, LOAD CELLS 120 detects pressure change output signal, and signal enters filtering and amplifying circuit 130, obtains gravity value
G2；G2 signal is adjusted by zeroing circuit 140, obtains G=G2-G1, and body weight G is final weighing measurement result, delivers to center
Control module 300, is shown by LED display.
In order to protect weighing structure will not damage due to overload, reduction of service life, described weighing structure also includes shape
State warning circuit 150, described status alert circuit 150 is connected with Central Control Module 300: when the weight weighed is beyond measuring instrument
During the portative scope of institute, will trigger status alert circuit 150, status alert circuit 150 makes alarm.
Specifically, described height measurement structure includes:
The horizontal accessory plate of measurement 210 for subsidiary height；
Start the single-point laser module 220 that height is measured；
Send the clock circuit 230 of clock signal；
The first signal amplification circuit 240 that clock signal is amplified；
For launching the ultrasonic transmission device 250 of ultrasonic signal；
Ultrasonic probe, ultrasonic receiver 260 for received ultrasonic signal；
For the second amplifying circuit 270 that ultrasonic signal is amplified；
For calculating the signal calculation circuit 280 of reflex time；
Described single-point laser module 220 is connected with Central Control Module 300, clock circuit 230 and Central Control Module 300
Connecting, clock circuit 230 is connected with the first signal amplification circuit 240, the first signal amplification circuit 240 and ultrasonic transmission device
250 connect, and ultrasonic probe, ultrasonic receiver 260 is connected with the second amplifying circuit 270, the second amplifying circuit 270 and signal calculation circuit
280 connect, and signal calculation circuit 280 is connected with Central Control Module 300: during measurement, after weighing measurement process completes, in
Heart control module 300 controls single-point laser module 220 and launches a red laser measurement line, display module 400 from the bottom up
Prompting height is measured, and now, Central Control Module 300 controls clock circuit 230 and starts, and the clock signal of generation delivers to the first letter
Number amplifying circuit 240, amplified clock signal delivers to ultrasonic transmission device 250, and it is super that ultrasonic transmission device 250 sends
Sound wave, to after up to measuring horizontal accessory plate 210, reflects, and is received by ultrasonic probe, ultrasonic receiver 260 and is converted into the signal of telecommunication, this
The signal of telecommunication is sent to the second amplifying circuit 270 and is amplified, and is then passed to signal calculation circuit 280 and calculates, when drawing reflection
Between T, reflex time, T was sent to Central Control Module 300 computed range, draws height values, demonstrates finally by LED display
Come.
As in figure 2 it is shown, a kind of Internet of things system, including above-described integral and intelligent child height body weight measuring device and
The handheld terminal of APP client, described integral and intelligent child height body weight measuring device and handheld terminal communication are installed connect:
Body weight and height data that measurement is obtained by integral and intelligent child height body weight measuring device transmit the APP client to handheld terminal
End.
In the present embodiment, described handheld terminal can be equipped with mobile phone or the IPAD of APP client.
In order to the body weight obtained and height data are added up and studied, described Internet of things system also includes cloud service
Device, described cloud server is connected with handheld terminal communication: measurement is obtained by integral and intelligent child height body weight measuring device
Body weight and height data are synchronized to the APP client of handheld terminal, and APP client is transmitted by cell phone network or WIFI data again
Device data syn-chronization to cloud server；Cloud server is by the input information with reference to user, the height body of statistics client
Weight changing condition, thus the health condition of child grows health status or user is carried out record analysis, finally analysis is tied
Fruit sends back APP client or sends with note form, simultaneously it is also proposed that suggestion of more reasonably living is (such as quantity of motion, drink
Food structure, the daily schedule, etc.).
The operation of this Internet of things system is as follows: integral and intelligent child height body weight measuring device starts, LED display
Display is lighted, and Central Control Module 300 writes down current gravity value G1, after gauger stands in panel 110 of weighing, and LOAD CELLS
120 detect pressure change output signal, and signal enters filtering and amplifying circuit 130, obtains gravity value G2, zeroing circuit
140 pairs of G2 signals are adjusted, and obtain G=G2-G1, and body weight G is final weighing measurement result, delivers to Central Control Module 300,
Shown by LED display；LED display prompting " please measure height ", Central Control Module 300 controls single-point laser mould
Group 220 is launched a red laser from the bottom up and is measured line, before the horizontal accessory plate of the hand-held measurement of gauger 210 is positioned over volume,
Measure horizontal accessory plate 210 height to maintain an equal level with the measured crown, utilize the horizontal ruler measured on horizontal accessory plate 210 to adjust water
Flat, it is ensured that health does not stop that red laser is measured in the case of line (keeping 3 seconds), and Central Control Module 300 controls clock circuit
230 start, and the clock signal of generation delivers to the first signal amplification circuit 240, and amplified clock signal delivers to ultrasonic emitting
Device 250, after the ultrasound wave that ultrasonic transmission device 250 sends to the horizontal accessory plate of up to measurement 210, reflects, is surpassed
Acoustic receiver device 260 receive be converted into the signal of telecommunication, this signal of telecommunication is sent to the second amplifying circuit 270 and is amplified, then by
Delivering to signal calculation circuit 280 calculate, draw T reflex time, reflex time, T was sent to Central Control Module 300 computed range,
Draw height values, show finally by LED display, complete height and measure；Survey in integral and intelligent child height body weight
Under amount instrument open state, opening the APP client of handheld terminal, APP can automatic matching integral and intelligent child height body weight survey
Amount instrument；Integral and intelligent child height body weight measuring device the data do not uploaded recently temporally can be separated together be uploaded to hand-held
Terminal, APP can be classified by user data, manually or automatically sorts out the data of multiple users；At any time
User opens APP client actively or arrange data and automatically upload can be uploaded to cloud server by measurement data, and can be from
APP checks data analysis and Health & Fitness Tip.
The technical program measures horizontal accessory plate by using weighing structure, height measurement structure and height, it is achieved that with
Time complete body weight and height and measure；The result data obtained can be managed by mobile phone A PP by being wirelessly transmitted to mobile phone, or on
Pass cloud server, it is achieved that the monitoring to the height and weight changing condition of client.
It should be appreciated that application of the present utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come
Saying, can be improved according to the above description or convert, all these modifications and variations all should belong to the appended power of this utility model
The protection domain that profit requires.
Claims (7)
1. an integral and intelligent child height body weight measuring device, it is characterised in that including:
For the weighing structure weighed in；
For measuring the height measurement structure of height；
For controlling the Central Control Module that whole measuring instrument is properly functioning；
For the wireless communication module that measurement data is transmitted by wireless communication mode；
Described weighing structure, height measurement structure and wireless communication module are all connected with Central Control Module respectively；
Described height measurement structure includes:
The horizontal accessory plate of measurement for subsidiary height；
Start the single-point laser module that height is measured；
Send the clock circuit of clock signal；
The first signal amplification circuit that clock signal is amplified；
For launching the ultrasonic transmission device of ultrasonic signal；
Ultrasonic probe, ultrasonic receiver for received ultrasonic signal；
For the second amplifying circuit that ultrasonic signal is amplified；
For calculating the signal calculation circuit of reflex time；
Described single-point laser module is connected with Central Control Module, and clock circuit is connected with Central Control Module, clock circuit with
First signal amplification circuit connects, and the first signal amplification circuit is connected with ultrasonic transmission device, ultrasonic probe, ultrasonic receiver and the
Two amplifying circuits connect, and the second amplifying circuit is connected with signal calculation circuit, and signal calculation circuit is connected with Central Control Module.
Integral and intelligent child height body weight measuring device the most according to claim 1, it is characterised in that also include for
Display height and the display module of body weight measurements, described display module is connected with Central Control Module.
Integral and intelligent child height body weight measuring device the most according to claim 1, it is characterised in that also include for for
Whole measuring instrument provides the power module of power supply, and described power module controls with weighing structure, height measurement structure, center respectively
Module, display module and wireless communication module connect.
Integral and intelligent child height body weight measuring device the most according to claim 1, it is characterised in that described weighing structure
Including:
For supporting the panel of weighing of gauger；
It is arranged on the LOAD CELLS for sensing weight change weighing on panel；
For filtering weight signal filtered and amplify and amplifying circuit；
For the zeroing circuit that weight signal is adjusted；
Described LOAD CELLS is connected with filtering and amplifying circuit, and filtering and amplifying circuit are connected with zeroing circuit, zeroing circuit
Being connected with Central Control Module, LOAD CELLS is connected with Central Control Module.
Integral and intelligent child height body weight measuring device the most according to claim 4, it is characterised in that described weighing structure
Also include that status alert circuit, described status alert circuit are connected with Central Control Module.
6. an Internet of things system, it is characterised in that include the integral and intelligent child's body as described in any one of claim 1-5
High body weight measuring device and the handheld terminal being provided with APP client, described integral and intelligent child height body weight measuring device and hands
Hold terminal called to connect.
Internet of things system the most according to claim 6, it is characterised in that also include cloud server, described cloud service
Device is connected with handheld terminal communication.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620501658.5U CN205719215U (en) | 2016-05-26 | 2016-05-26 | A kind of integral and intelligent child height body weight measuring device and Internet of things system thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620501658.5U CN205719215U (en) | 2016-05-26 | 2016-05-26 | A kind of integral and intelligent child height body weight measuring device and Internet of things system thereof |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105865601A (en) * | 2016-05-26 | 2016-08-17 | 佛山朗昊智能科技有限公司 | Integrated intelligent child height and weight measuring instrument and Internet-of-things system thereof |
| CN107192434A (en) * | 2017-06-07 | 2017-09-22 | 四川鸣医科技有限公司 | Intelligent height and weight monitoring system for children |
| CN107255508A (en) * | 2017-06-07 | 2017-10-17 | 四川鸣医科技有限公司 | Automatic body height and weight measuring instrument |
-
2016
- 2016-05-26 CN CN201620501658.5U patent/CN205719215U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105865601A (en) * | 2016-05-26 | 2016-08-17 | 佛山朗昊智能科技有限公司 | Integrated intelligent child height and weight measuring instrument and Internet-of-things system thereof |
| CN107192434A (en) * | 2017-06-07 | 2017-09-22 | 四川鸣医科技有限公司 | Intelligent height and weight monitoring system for children |
| CN107255508A (en) * | 2017-06-07 | 2017-10-17 | 四川鸣医科技有限公司 | Automatic body height and weight measuring instrument |
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