CN203354532U - System for actively acquiring physiological parameters by using mobile device - Google Patents
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- CN203354532U CN203354532U CN 201320026755 CN201320026755U CN203354532U CN 203354532 U CN203354532 U CN 203354532U CN 201320026755 CN201320026755 CN 201320026755 CN 201320026755 U CN201320026755 U CN 201320026755U CN 203354532 U CN203354532 U CN 203354532U
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Abstract
一种利用行动装置主动取得生理参数的系统，该系统包含：一主控模块及一生理量测模块；其中该主控模块装置于一行动装置中，该主控模块经由该行动装置的第一无线通信模块主动发射主控制讯号及接收显示无线生理讯号，使该生理量测模块可被行动装置控制而进行量测，并将量测的生理数据回传给行动装置进行显示。如此一来，即可利用行动装置主动控制生理量测模块并取得生理数据并达到储存及主动将生理数据显示在行动装置的显示屏。
A system that uses a mobile device to actively obtain physiological parameters. The system includes: a main control module and a physiological measurement module; wherein the main control module is installed in a mobile device, and the main control module passes the first step of the mobile device. The wireless communication module actively transmits the main control signal and receives and displays the wireless physiological signal, so that the physiological measurement module can be controlled by the mobile device for measurement, and the measured physiological data is sent back to the mobile device for display. In this way, the mobile device can be used to actively control the physiological measurement module and obtain physiological data, and then store and actively display the physiological data on the display screen of the mobile device.
Description
Technical field
This utility model is the system of utilizing running gear initiatively to obtain physiological parameter about a kind of, refers in particular to a kind of system of utilizing carry-on running gear ACTIVE CONTROL and obtaining physiological parameter.
Background technology
Now in society, change due to dietary habit and life pattern, cause chronic disease seriously to have influence on modern's health, especially hyperglycemia, hypertension, hyperlipidemia especially chronic disease omen one, therefore, as if regular measurement physiological data becomes one of general knowledge of modern's indispensability.Current physiologic test instrument, as shown in Figure 1, mainly can divide into physiologic test unit 1, microcontroller module 2 and output module 3 three major types, wherein this physiologic test unit 1 is mainly to obtain a real-time physiological signal via measuring human body, this microcontroller module 2 is for controlling physiologic test unit 1 and output module 3, but this output module 3 is display screen, the operation-interface operated for the gauger with data show and the port that supplies data output or store;
Wherein, when a real-time physiological signal is mainly obtained via measuring human body in this physiologic test unit 1, this signal is treated to a real-time physiological data via microcontroller module 2, and this real-time physiological data is presented on the display screen of this output module 3, read, store or be printed as form for measurement person.
Along with the physiologic test instrument reaches customized direction gradually towards individualizing, cause manufacture and the design cost of physiologic test instrument can not to be in any more, especially the display cost costliness of output module, and size is increasing, its price also easily produces big ups and downs, so that the dealer can't effectively control cost, in addition, each measurement person is relatively different because of the physiological data that the health difference should be noted, therefore, the dealer takes a lot of trouble the operation-interface that development and Design meets various different measuring person demands again, but, the operation-interface that meets demand is but too complicated, for unfamiliar measurement person, increase virtually many operational puzzlements.
Download platform universal along with powerful running gear and prevailing and related software is ripe gradually, the running gear that how to effectively utilize current staff one machine solves aforesaid physiologic test instrument manufacturing high cost and a customized or even personalized operation-interface is provided, and making each gauger can obtain easily and carry the physiological data self measured is the problem of studying intensively for this utility model.
The utility model content
The purpose of this utility model is to provide a kind of system of utilizing running gear initiatively to obtain physiological parameter, utilizes running gear ACTIVE CONTROL physiologic test module and obtains physiological data, reaches the display screen that stores and initiatively physiological data is presented to running gear.
For achieving the above object, the system of utilizing running gear initiatively to obtain physiological parameter that this utility model provides comprises:
One main control module, it is installed on the running gear of tool display screen in advance, this action device has one first wireless communication module at least, and this main control module is initiatively launched the main control signal and received the display radio physiological signal via the first wireless communication module of this action device;
One physiology measurement module, this physiologic test module is not containing internal display, this physiologic test module obtains at least one physiological data via measuring human body, this physiologic test module at least has the second wireless communication module, this second wireless communication module at least has a physiology signal transmitter unit, this physiological data is emitted as to a wireless signal, the first wireless communication module by this action device receives this physiological data and transfers to this main control module, and this main control module also stores this physiological data and initiatively be presented on the display screen of this action device; One controls the signal receiving element, initiatively receives the control signal that this action device initiatively launches and triggers the physiologic test module and carry out the human body measurement.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this physiological data comprises: body temperature, pulse rate, blood pressure, blood glucose, blood oxygen saturation, electrocardiogram and respiration parameter.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this action device is intelligent mobile phone, tablet PC, notebook computer or low cost computer.
The described system of utilizing running gear initiatively to obtain physiological parameter, this physiological signal transmitter unit wherein, that the physiological data encryption that this physiologic test module is obtained is emitted as a wireless signal, the first wireless communication module by this action device receives this physiological data, and this physiological data of deciphering reduction transfers to this main control module, this main control module also stores this physiological data and initiatively be presented on the display screen of this action device.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this action device comprises loudspeaker, these loudspeaker can send the voice of physiological data.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this first wireless communication module and the second wireless communication module are wireless bluetooth (BLUE TOOTH), infrared ray (IR), WIFI wireless network, radio frequency identification (Radio Frequency IDentification, be called for short RFID) or the wireless communication module such as near-field communication (Near Field Communication is called for short NFC).
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this action device can be inputted data, and is sent to this physiologic test module from this first wireless communication module, and stores this input data in this physiologic test module.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this physiologic test module can be inputted data, and is sent to running gear from this second wireless communication module, and stores this input data at this action device.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module includes control software.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be an internal memory, memory card, Portable disk or solid state hard disc kenel.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be identified the different physiological datas that measure assembly automatically, and controls accordingly.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be identified the different physiological datas that measure assembly automatically, and the more than one physiologic test module of wireless connections, and controls accordingly.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be controlled the operation of this physiologic test module.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be inputted personal information.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be listed the physiological parameter historical record.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be listed statistical table or the figure of physiological parameter historical record.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module can be managed at least one physiological parameter to the individual.
The described system of utilizing running gear initiatively to obtain physiological parameter, wherein this main control module comprises the medical data relevant to this physiological parameter.
Can be learnt by above-mentioned explanation, the utlity model has following advantage:
1) no matter this utility model is last stage or after-stage, no matter be that control or demonstration physiological data are all controlled with measurement person's running gear and show in implementation, meaning, physiologic test module described in the utility model does not need additionally to be provided with display screen or operation-interface, effectively saves dealer's manufacturing cost.
2) main control module of the present utility model also can be designed for each measurement person's demand, as: medical professionals such as doctor, measurement person or older, can design and show that multiple physiological data judges for specialty analysis simultaneously, or design single data or single operation picture for simple and easy.
The accompanying drawing explanation
The structural representation that Fig. 1 is known physiologic test instrument.
Fig. 2 is that this utility model utilizes running gear initiatively to obtain the system architecture schematic diagram of physiological parameter.
Primary clustering symbol description in accompanying drawing:
Running gear D, the first wireless communication module D1, main control module 40, physiologic test module 50, the second wireless communication modules 51, physiological signal transmitter unit 511, control signal receiving element 512, display screen 46.
The specific embodiment
The system of utilizing running gear initiatively to obtain physiological parameter that this utility model provides comprises:
One main control module, on the running gear of tool for mounting display screen, this action device has one first wireless communication module at least in advance, and this main control module is initiatively launched the main control signal and is received the display radio physiological signal via the first wireless communication module of this action device; And,
One physiology measurement module, this physiologic test module is not containing internal display, this physiologic test module obtains at least one physiological data via measuring human body, this physiologic test module at least has one second wireless communication module and and controls the signal receiving element, this second wireless communication module at least has a physiology signal transmitter unit, this physiological data is emitted as to a wireless signal, the first wireless communication module by this action device receives this physiological data and transfers to this main control module, this main control module also stores this physiological data and initiatively be presented on the display screen of this action device, this controls signal receiving element, initiatively receives the control signal that this action device initiatively launches and triggers the physiologic test module and carry out the human body measurement.
According to aforesaid principal character, wherein this action device can be intelligent mobile phone, tablet PC, notebook computer or low cost computer.
According to aforesaid principal character, wherein this first wireless communication module and the second wireless communication module can be wireless bluetooth (BLUE TOOTH), infrared ray (IR), WIFI wireless network, radio frequency identification (Radio Frequency IDentification, be called for short RFID) or the wireless communication module such as near-field communication (NearField Communication is called for short NFC).
According to aforesaid principal character, wherein this main control module can be inputted personal information.
According to aforesaid principal character, wherein this physiological data newspaper is drawn together: body temperature, pulse rate, blood pressure, blood glucose, blood oxygen saturation, electrocardiogram and respiration parameter.
According to above-mentioned purpose, lift preferred embodiment and coordinate accompanying drawing to be illustrated technological means and effect thereof that this utility model adopts.
Which kind of device running gear D described in the utility model is not limited to, if only be convenient to the massaging device with wireless communication module (massaging device with central processing unit and internal memory) tool display screen that action is carried, all can be running gear described in the utility model, for example: intelligent mobile phone, tablet PC, notebook computer or low cost computer (as: EeePC).
As shown in Figure 2, Fig. 2 is that this utility model utilizes running gear initiatively to obtain the system architecture schematic diagram of physiological parameter.
As shown in the figure, this utility model provides a kind of system of utilizing running gear initiatively to obtain physiological parameter, this system comprises: main control module 40 and physiologic test module 50, and wherein, containing internal display, this physiologic test module 50 does not have the second wireless communication module 51 to this physiologic test module 50; Wherein, this action device D has one first wireless communication module D1 at least, this main control module 40 initiatively utilizes 50 couples of measurement persons of first this physiologic test module of wireless communication module D1 ACTIVE CONTROL of running gear D to be measured, stored, shown and analyzed to running gear D by this second wireless communication module 51 passback data again, in more detail:
This main control module 40 is installed on this action device D in advance, when this main control module 40 is installed while installing D in action smoothly, this main control module 40 initiatively is defined as the first wireless communication module D1 by the wireless communication module on running gear D, is used for initiatively launching the radio physiological signal of main control signal and reception physiologic test module 50.
When this, main control module 40 is actual while being triggered (being performed), this first wireless communication module D1 initiatively searches the second peripheral wireless communication module 51 of pairing, after pairing, initiatively initiatively launch the main control signal by this controls this physiologic test module 50 to this first wireless communication module D1.
One physiology measurement module 50, this module is to obtain at least one physiological data via measuring human body, this physiological data newspaper is drawn together: body temperature, pulse rate, blood pressure, blood glucose, blood oxygen saturation, electrocardiogram and respiration parameter etc., that is to say, this physiologic test module comprises: clinical thermometer, sphygmometer, sphygomanometer, blood-glucose meter, the blood oxygen saturation meter, heart beating instrument or respiration parameter etc. measure assembly but do not contain display device, in addition, this physiologic test module 50 at least has the second wireless communication module 51, this module at least has a physiology signal transmitter unit 511 and and controls signal receiving element 512, this physiological signal transmitter unit 511 wherein, this physiological data is emitted as to a wireless signal, the first wireless communication module D1 by this action device receives this physiological data and transfers to this main control module 40, and this main control module 40 also stores this physiological data and initiatively be presented on the display screen of this action device D, and this controls signal receiving element 512, initiatively receive the control signal that this action device D initiatively launches and trigger physiologic test module 50 and carry out the human body measurement.
Wherein, this the first wireless communication module D1 and the second wireless communication module 51 can be wireless bluetooth (BLUE TOOTH), infrared ray (IR), WIFI wireless network, radio frequency identification (RadioFrequency IDentification, be called for short RFID) or the wireless communication module such as near-field communication (Near FieldCommunication is called for short NFC).
This utility model system executive mode can be divided into last stage and after-stage;
The so-called last stage is when this main control module 40 is triggered (being performed), the matching function that these main control module 40 owner's movable contacts are sent out the first wireless communication module D1 is initiatively searched the second peripheral wireless communication module 51 of pairing, as for, how searching pairing is not demand emphasis of the present utility model, in this, do not repeat, pairing finishes, after this first wireless communication module D1 initiatively sends and controls signal and initiatively control physiologic test module 50 (being commonly referred to as initialization), this gauger coordinates the measurement mode of this physiologic test module 50, utilize the main control module 40 on operational action device D, making the first wireless communication module D1 initiatively launch the main control signal triggers this physiologic test module 50 and is measured.
After-stage is when this physiologic test module 50 obtains a real-time physiological data smoothly, the physiological signal transmitter unit 511 of this second wireless communication module 51 is a wireless signal by this data transmission, the first wireless communication module D1 by this action device D receives this physiological data and transfers to this main control module 40, and this main control module 40 also stores this physiological data and initiatively be presented on the display screen 46 of this action device D.
In suitable embodiment, above-mentioned this physiological signal transmitter unit 511, the physiological data that this physiologic test module 50 is obtained is encrypted and is emitted as a wireless signal, the first wireless communication module D1 by this action device D receives this physiological data, and this physiological data of deciphering reduction transfers to this main control module 40, this main control module 40 also stores this physiological data and initiatively be presented on the display screen 46 of this action device D.In suitable embodiment, this action device D comprises loudspeaker, and these loudspeaker can send the voice of physiological data, allows the user must know measured physiological data by voice are lighter.
In suitable embodiment, this action device D can input data, and from this first wireless communication module D1, these input data is sent to this physiologic test module 50, and stores this input data in this physiologic test module 50.
In suitable embodiment, this physiologic test module 50 can be inputted data, and is sent to running gear D from this second wireless communication module 51, and stores this input data at this action device D.
In suitable embodiment, this main control module 40 at least includes control software, and it can be an internal memory, memory card, Portable disk or solid state hard disc kenel.
In suitable embodiment, this main control module 40 can be identified the different physiological datas that measure assembly automatically, and controls accordingly.
In suitable embodiment, this main control module 40 can be identified different physiological data the more than one physiologic test modules 50 of wireless connections that measure assembly automatically, and controls accordingly.
In suitable embodiment, this main control module 40 can be controlled the operation of this physiologic test module 50, for example, on these main control module 40 pictures, with icon, picture, word, show, or indicate with voice, measure every step of blood pressure, allow the user on this action device D, can be operated easily.
In addition, main control module 40 of the present utility model is except emission control signal initiatively and receive the display radio physiological signal, also there is the historical data that store to measure or the function of input personal information (as the BMI value of measurement person's height, age, sex or measurement person's expectation etc.), and this main control module 40 can be listed the physiological parameter historical record, and this physiological parameter historical record is carried out to the data analysis computing, grasp situation to list various statistical tables or figure for measurement person; Wherein this physiological parameter history, for example, can be the measurement list that carrys out morning and evening every day in a week of blood pressure, the wherein statistical table of this physiological parameter or figure, for example, can be the rectangular histogram that measures pressure value in a week every day, allow user know the changes and trend of seeing blood pressure.
In suitable embodiment, 40 couples of individuals of this main control module can manage at least one physiological parameter.
In suitable embodiment, this main control module 40 also comprises the medical data relevant to this physiological parameter, for example, can be the fixed normotensive value scope of World Health Organization (WHO) (WHO), must points for attention while measuring blood glucose value etc.
Can learn and the utlity model has following advantage by above-mentioned explanation:
1) no matter this utility model is last stage or after-stage, no matter be that control or demonstration physiological data are all controlled with measurement person's running gear and show in implementation, meaning, physiologic test module 50 described in the utility model does not need additionally to be provided with display screen 46 or operation-interface, effectively saves dealer's manufacturing cost.
2) main control module 40 of the present utility model also can be designed for each measurement person's demand, as: medical professionals such as doctor, measurement person or older, can design and show that multiple physiological data judges for specialty analysis simultaneously, or design single data or single operation picture for simple and easy.
The above-mentioned preferred embodiment of this utility model is described in more detail, only this utility model is not limited to above-mentioned given an example embodiment, in all technological thought scopes disclosed at this utility model, those structures are made various changes and modify still belong to scope of the present utility model.
Claims (10)
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101216479 | 2012-08-28 | ||
| TW101216479U TWM445429U (en) | 2012-08-28 | 2012-08-28 | Active physiological parameter acquisition system by using mobile device |
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| Publication Number | Publication Date |
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| CN203354532U true CN203354532U (en) | 2013-12-25 |
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| CN 201320026755 Expired - Fee Related CN203354532U (en) | 2012-08-28 | 2013-01-18 | System for actively acquiring physiological parameters by using mobile device |
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| TW (1) | TWM445429U (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9357955B2 (en) | 2014-03-21 | 2016-06-07 | Industrial Technology Research Institute | Portable analytical device and system |
| TWI488607B (en) * | 2014-11-21 | 2015-06-21 | Physiological detection management system, physiological detection methods and the implementation of the method of computer software program |
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- 2012-08-28 TW TW101216479U patent/TWM445429U/en not_active IP Right Cessation
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