CN203107277U - Electronic type physiological parameter measuring device - Google Patents
Electronic type physiological parameter measuring device Download PDFInfo
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- CN203107277U CN203107277U CN2013200155056U CN201320015505U CN203107277U CN 203107277 U CN203107277 U CN 203107277U CN 2013200155056 U CN2013200155056 U CN 2013200155056U CN 201320015505 U CN201320015505 U CN 201320015505U CN 203107277 U CN203107277 U CN 203107277U
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- physiological parameter
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Abstract
The utility model discloses an electronic type physiological parameter measuring device which is used for enabling a user to measure at least one physiological parameter of the user. The electronic type physiological parameter measuring device comprises a physiological parameter sensing unit, a processing unit, a bar code generating unit and a display unit. The physiological parameter sensing unit is used for sensing the physiological parameter so as to send out a sensing signal. The processing unit analyzes the sensing signal to obtain the physiological parameter. The bar code generating unit captures the physiological parameter from the processing unit so as to generate bar code information which represents the physiological parameter. The display unit displays a bar code image which represents the bar code information. The bar code image is used for enabling the user to capture the bar code information through a handheld action electronic device to decipher the physiological parameter so that health management information which is exclusively personal to the user is analyzed.
Description
Technical field
This utility model is about a kind of device for measuring physiological parameter, particularly relevant for a kind of electronic type device for measuring physiological parameter that the physiological parameter of institute's sensing can be shown with barcode image.
Background technology
In daily life, the common people often must utilize device for measuring physiological parameter to measure common people individual's physiological parameter, with the reference as daily life daily life inertia.
With regard to the general common people, generally lack enough health control knowledge, in living at home, after the device for measuring physiological parameter (as weighing machine, sphygomanometer and clinical thermometer etc.) that utilizes the house type has measured physiological parameter, often will be by modes such as the inquiry health control knowledge of seeking advice from, go to see a doctor or surf the Net to health control teacher, fully solution is read the physiological situation meaning of the physiological parameter representative that institute measures out, and further takes the health control measure of correspondence at the physiological parameter that measures out.
For example, when the physiological parameter that measures as the common people is body weight or body fat rate, seek advice to health control teacher possibly, by the basic documents such as age, sex, height and personal history of health control teacher according to common people individual, in conjunction with the body weight or the body fat rate that measure out, give all health control measure suggestions relevant for daily life with the common people.Generally speaking, these health control measures suggestion comprises usually: the healthy recipe of the suggestion in each season or season, suggestion drink the water yield, the suggestion length of one's sleep and suggestion motion kind and the time number etc.Yet, if at seasonal and each physiological parameter measurement in each season, all will just can learn the health control measure that take which kind of correspondence to modes such as health control's teacher consulting, the inquiry health control knowledge of going to see a doctor or surf the Net by above-mentioned, be inconvenience very really.
On the other hand, when the common people feel not quite the thing and go to see a doctor, in order to grasp the common people's physiological situation fast, the comparatively advanced hospital of some equipment tends to utilize transmission of wireless signals that the common people's that measured physiological parameter is sent to a management host, for the usefulness of follow-up diagnosis.
See also Fig. 1, it is the technology sketch map that shows the common people's that utilize transmission of wireless signals in the prior art and measured physiological parameter.As shown in Figure 1, a device for measuring physiological parameter PA1 is used by healthcare givers operation to measure a user PA2(to be generally the common people that go to a doctor or accept physical examination) physiological parameter (as blood pressure or body temperature or pulse etc.).Device for measuring physiological parameter PA1 comprises a physiology parameter sensing module PA11, a processing unit PA12 and a wireless signal transmitter PA13.
When the healthcare givers operates device for measuring physiological parameter PA1, physiological parameter sensing module PA11 can sense the physiological parameter of user PA2, the physiological parameter of physiological parameter sensing module PA11 institute sensing can be passed to processing unit PA12 then handles, then, to be modulated into wireless signal S0 through the physiological parameter after the processing unit PA12 processing by wireless signal transmitter PA13, and with wireless signal S0 wireless transmission to management host PA3, usefulness for doctor or health control Shi Jinhang follow-up diagnosis or analysis, and after diagnosis or analyzing, provide the health management information of this user correspondence.
Yet, in above-mentioned technology, must pass through to hospital admission or to health control's teacher consulting, could utilize this above-mentioned system equipment (comprising device for measuring physiological parameter PA1 and management host PA3), can't popularization and application arrive the instantaneity health control of life at home.Edge this, this case creator thinks real a kind of new electronic type device for measuring physiological parameter that is necessary to develop, the phase can be in the instantaneity ground management information that secures good health in the life at home, more can implement the house health control.
The utility model content
Technical problem and purpose that this utility model institute desire solves:
Because in the prior art, lack the health control analytical technology of near-end (user end), cause must pass through to hospital admission or to health control's teacher consulting, could utilize this above-mentioned system equipment to obtain health management information corresponding to user.Edge this, main purpose of the present utility model is to provide a kind of electronic type device for measuring physiological parameter, it utilizes the form of barcode image to show the physiological parameter of user, so that user utilizes the hand-held action electronic device to capture barcode image nearby at near-end (user end), and then instantaneity ground obtains the health management information corresponding to user nearby.
The technological means that this utility model is dealt with problems:
This utility model provides a kind of electronic type device for measuring physiological parameter for the technological means that the solution prior art problems adopts, operate to measure at least one physiological parameter of this user with at least one user of confession, and comprise a physiology parameter sensing unit, a processing unit, a bar code generation unit and a display unit.The physiological parameter sensing cell is sent out a sensing signal according to this in order to sense physiological parameter.Processing unit is resolved sensing signal and is obtained physiological parameter.The bar code generation unit produces the bar code information of generation hypergene reason parameter according to this from handling unit acquisition physiological parameter.Display unit shows that one represents the barcode image of bar code information.
The preferably, user can prepare a hand-held action electronic device in addition, and this hand-held action electronic device has an image acquisition unit, a bar code interpretation unit, a health control processing unit and a display unit.The shown barcode image of display unit of image acquisition unit fechtable electronic type device for measuring physiological parameter; The bar code interpretation unit can go out the barcode image decipher that captures the physiological parameter that physiology parameter sensing unit senses; The health control processing unit can a built-in health control application program (app), and utilize the health control application program, in conjunction with the individual basic document (as age, sex, height and personal history) that is stored in the user in the hand-held action electronic device, and in conjunction with the physiological parameter that bar code interpretation unit institute solution translates, use analyzing the health management information that is specific to this user; The display unit of hand-held action electronic device then is used for the health management information that demonstration health control processing unit analyzes.
In addition, above-mentioned barcode image can be bar code image or two-dimensional bar code image.When above-mentioned barcode image is the two-dimensional bar code image, can be fast reaction bar code (Quick Response code; QRcode) image, Chinese letter co image, PDF417 bar code, color bar code (ColorCodeTM) or other two-dimensional bar code images.
Above-mentioned display unit can be liquid crystal display, Organic Light Emitting Diode (OrganicLight-Emitting Diode; OLED) display, touch control display or other can show the display of barcode image.Above-mentioned processing unit can be in a controller, the processor or other can be resolved sensing signal and obtain the treatment element of physiological parameter.
The preferably, above-mentioned electronic type device for measuring physiological parameter more comprises a memory element, and memory element is electrically connected at processing unit and bar code generation unit, uses in record physiological parameter and the bar code information at least one.Simultaneously, memory element can be in random access memory (Random Access Memory), the depositor or other can record the element of physiological parameter and bar code information.
In addition, above-mentioned electronic type device for measuring physiological parameter can be electronic type weighing machine, electronic type body fat measuring equipment, electronic type blood pressure meter, electronic type clinical thermometer, electronic type pulsation measuring equipment, electronic type heart beating measuring equipment or other can be in order to the electronic type measuring equipment of the physiological parameter that measures user.
The effect of this utility model contrast prior art:
Be directed in the prior art, because adopt the technology that device for measuring physiological parameter is wirelessly transmitted to the physiological parameter of institute's sensing management host, and just can provide cause such as health management information in diagnosis or after analyzing by doctor or health control teacher, so can only be applied to hospital or clinic end, thereby ubiquity can't provide corresponding problems such as health management information for user on near-end (user end) instantaneity ground.
Because electronic type device for measuring physiological parameter provided by the utility model can produce the barcode image corresponding to this user physiological parameter nearby at near-end (user end), therefore, as long as user is at near-end (user end) operation one hand-held action electronic device, and this hand-held action electronic device has image acquisition unit, the bar code interpretation unit, elements such as health control processing unit (built-in unsoundness management application program (app)) and display unit are namely watched to instantaneity health management information at near-end (user end) by the display unit of hand-held action electronic device.Without doubt, can effectively be applied to the health management arts of life at home, impel the common people's house life to pass more healthyly.
The specific embodiment that this utility model adopts will be by following embodiment and graphic being further described.
Description of drawings
Fig. 1 is the technology sketch map that shows the physiological parameter of utilizing transmission of wireless signals in the prior art and being measured;
Fig. 2 shows the preferable functional block diagram that the sharp electronic type device for measuring physiological parameter that provides is provided of this utility model, and the functional block diagram of user in the hand-held action electronic device of near-end use is provided simultaneously in the lump; And
Fig. 3 is the stereoscopic figure that shows when the sharp electronic type device for measuring physiological parameter that provides of the preferable enforcement of this utility model is weighing machine.
Wherein, description of reference numerals is as follows:
The PA1 device for measuring physiological parameter
PA11 physiological parameter sensing module
The PA12 processing unit
The PA13 wireless signal transmitter
The PA2 user
The PA3 management host
The S0 wireless signal
1 electronic type device for measuring physiological parameter
1a electronic type weighing machine
11 physiological parameter sensing cells
12 processing units
13 bar code generation units
131 bar code information
14 display units
141 barcode image
15 memory element
151 physiological parameter memory blocks
152 bar code information memory blocks
2 user
3 hand-held action electronic devices
31 image acquisition units
32 bar code interpretation units
33 health control processing units
331 health control application programs
34 display units
341 health management information
The S1 sensing signal
The specific embodiment
Because electronic type device for measuring physiological parameter provided by the utility model, can be widely used in the measurement of various physiological parameters, its combination embodiment is too numerous to enumerate especially, so give unnecessary details no longer one by one at this, only enumerates one of them preferred embodiment and is specified.
See also Fig. 2 and Fig. 3, Fig. 2 shows the preferable functional block diagram that the sharp electronic type device for measuring physiological parameter that provides is provided of this utility model, and the functional block diagram of user in the hand-held action electronic device of near-end use is provided simultaneously in the lump; Stereoscopic figure when the sharp electronic type device for measuring physiological parameter that provides of the preferable enforcement of this utility model is weighing machine is provided Fig. 3.
As shown in Figure 2, an electronic type device for measuring physiological parameter 1 usefulness supplies at least one physiological parameter that at least one user 2 operates to measure user 2.Electronic type device for measuring physiological parameter 1 comprises a physiology parameter sensing unit 11, a processing unit 12, a bar code generation unit 13, a display unit 14 and a memory element 15.
Physiological parameter sensing cell 11 is sent out a sensing signal S1 according to this in order to sense physiological parameter.Processing unit 12 is electrically connected at physiological parameter sensing cell 11, uses to resolve sensing signal S1 and obtain physiological parameter.Bar code generation unit 13 is electrically connected at processing unit 12, uses from handling unit 12 acquisition physiological parameters, produces the bar code information 131 of generation hypergene reason parameter according to this.Display unit 14 is electrically connected at bar code generation unit 13, uses to show that one represents the barcode image 141 of bar code information 131.Memory element 15 is electrically connected at processing unit 12 and bar code generation unit 13 respectively, and has a physiology parameter memory block 151 and a bar code information memory block 152, uses and records in above-mentioned physiological parameter and the bar code information 131 at least one respectively.
The preferably, above-mentioned electronic type device for measuring physiological parameter 1 can be electronic type weighing machine, electronic type body fat measuring equipment, electronic type blood pressure meter, electronic type clinical thermometer, electronic type pulsation measuring equipment, electronic type heart beating measuring equipment or other can be in order to the electronic type measuring equipment of the physiological parameter that measures user, wherein, the shown person of Fig. 3 is an electronic type weighing machine 1a, and all the other are then no longer to scheme iso-surface patch.
Above-mentioned physiological parameter sensing cell 11 general references are various can be in order to the element of the physiological parameter of responding to user 2, and described physiological parameter comprises body weight, body fat rate, blood pressure, body temperature (can be ear temperature, anus temperature, axil temperature or mouthful warm), palmic rate, pulse frequency or other can react the parameter of body physiological state.
Processing unit 12 can be in a controller, the processor or other can be resolved sensing signal and obtain the treatment element of physiological parameter.Above-mentioned barcode image 141 can be bar code image or two-dimensional bar code image.When above-mentioned barcode image is the two-dimensional bar code image, can be fast reaction bar code (Quick Responsecode; QR code) image, Chinese letter co image, PDF417 bar code, color bar code (ColorCodeTM) or other two-dimensional bar code images.
Above-mentioned display unit 14 can be liquid crystal display, Organic Light Emitting Diode (OrganicLight-Emitting Diode; OLED) display, touch control display or other can show the display of barcode image.Above-mentioned memory element 15 can be in random access memory (Random Access Memory), the depositor or other can record the element of physiological parameter and bar code information.
When the electronic type device for measuring physiological parameter 1 that the preferred embodiment of user operation this utility model provides, can arrange in pairs or groups and use a hand-held action electronic device 3.Hand-held action electronic device 3 comprises an image acquisition unit 31, a bar code interpretation unit 32, a health control processing unit 33 and a display unit 34.
The barcode image 141 that the display unit 14 of image acquisition unit 31 fechtable electronic type device for measuring physiological parameter 1 is shown.Bar code interpretation unit 32 is electrically connected at image acquisition unit 31, uses barcode image 141 deciphers that image acquisition unit 31 is captured and goes out the physiological parameter that physiology parameter sensing unit 11 senses.
Health control processing unit 33 is electrically connected at bar code interpretation unit 32, and can a built-in health control application program (app) 331, and utilize health control application program 331, in conjunction with the individual basic document (as age, sex, height and personal history etc.) that is stored in the user in the hand-held action electronic device 3, and in conjunction with the physiological parameter that 32 solutions of bar code interpretation unit translate, use analyzing the health management information that is specific to user 2.
The display unit 34 of hand-held action electronic device 3 is electrically connected at health control processing unit 33, and is used for the health management information 341 that demonstration health control processing unit 33 analyzes, and watches for user 2.
Such as technical staff in affiliated technical field, behind the technology contents that reading this utility model discloses, should understand: because electronic type device for measuring physiological parameter 1 provided by the utility model can produce the barcode image 141 corresponding to user 2 physiological parameters nearby at near-end (the user ends at user 2 places), therefore, as long as user can be watched to instantaneity health management information at near-end (user end) at near-end (user end) operation hand-held action electronic device 3 by the display unit 34 of hand-held action electronic device 3.Without doubt, can effectively be applied to the health management arts of life at home, impel the common people's house life to pass more healthyly.
By above-mentioned this utility model embodiment as can be known, the value on the true tool industry of this utility model.The embodiment explanation that thought is above only is preferred embodiment explanation of the present utility model, and the technical staff works as and can do other all improvement and variation according to above-described embodiment explanation of the present utility model in the affiliated technical field such as.Yet all improvement and variation that these are done according to this utility model embodiment are in the Patent right requirement scope that still belongs to utility model spirit of the present utility model and define.
Claims (10)
1. electronic type device for measuring physiological parameter with operating to measure at least one physiological parameter of this user at least one user, and comprises:
One sends out the physiological parameter sensing cell of a sensing signal according to this in order to sense this physiological parameter;
One processing unit is electrically connected at this physiological parameter sensing cell, uses to resolve this sensing signal and obtain this physiological parameter;
One bar code generation unit is electrically connected at this processing unit, uses from this processing unit and captures this physiological parameter, produces a bar code information that represents this physiological parameter according to this; And
One display unit is electrically connected at this bar code generation unit, uses to show that one represents the barcode image of this bar code information;
2. electronic type device for measuring physiological parameter as claimed in claim 1 is an electronic type weighing machine, an electronic type body fat measuring equipment, an electronic type blood pressure meter, an electronic type clinical thermometer, an electronic type pulsation measuring equipment or an electronic type heart beating measuring equipment.
3. electronic type device for measuring physiological parameter as claimed in claim 1, wherein, this barcode image is a two-dimensional bar code image.
4. electronic type device for measuring physiological parameter as claimed in claim 3, wherein, this two-dimensional bar code image is a fast reaction barcode image, a Chinese letter co image, a PDF417 barcode image or a color barcode image.
5. electronic type device for measuring physiological parameter as claimed in claim 1, wherein, this barcode image is a bar code image.
6. electronic type device for measuring physiological parameter as claimed in claim 1, wherein, this display unit is a liquid crystal display, an organic light emitting diode display or a touch control display.
7. electronic type device for measuring physiological parameter as claimed in claim 1, wherein, this processing unit is a controller or a processor.
8. the described electronic type device for measuring physiological parameter of claim 1 more comprises a memory element, and this memory element is electrically connected at this processing unit, uses this physiological parameter of record.
9. the described electronic type device for measuring physiological parameter of claim 1 more comprises a memory element, and this memory element is electrically connected at this bar code generation unit, uses this bar code information of record.
10. electronic type device for measuring physiological parameter as claimed in claim 1 more comprises a memory element, and this memory element is a random access memory or a depositor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200155056U CN203107277U (en) | 2013-01-11 | 2013-01-11 | Electronic type physiological parameter measuring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200155056U CN203107277U (en) | 2013-01-11 | 2013-01-11 | Electronic type physiological parameter measuring device |
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| Publication Number | Publication Date |
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| CN203107277U true CN203107277U (en) | 2013-08-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2013200155056U Expired - Lifetime CN203107277U (en) | 2013-01-11 | 2013-01-11 | Electronic type physiological parameter measuring device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103263294A (en) * | 2013-04-22 | 2013-08-28 | 刘梦阳 | Health indicator parameter detection instrument, device and system |
| CN105361864A (en) * | 2014-08-19 | 2016-03-02 | 张国源 | Patient physiological monitoring system and physiological monitor thereof |
-
2013
- 2013-01-11 CN CN2013200155056U patent/CN203107277U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103263294A (en) * | 2013-04-22 | 2013-08-28 | 刘梦阳 | Health indicator parameter detection instrument, device and system |
| CN105361864A (en) * | 2014-08-19 | 2016-03-02 | 张国源 | Patient physiological monitoring system and physiological monitor thereof |
| CN105361864B (en) * | 2014-08-19 | 2018-04-10 | 张国源 | Patient physiological monitoring system and physiological monitor thereof |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130807 |
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| CX01 | Expiry of patent term |