CN102525425B - Physiological information identification device and physiological information identifying method - Google Patents
Physiological information identification device and physiological information identifying method Download PDFInfo
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Abstract
The invention provides a physiological information identification device and a physiological information identifying method, wherein, the physiological information identification device comprises an image acquisition unit, an information acquisition unit, an image identification unit and a control unit; the image acquisition unit is used for acquiring and reflecting a physiological information image of a person to be detected, taking the image as the image to be identified, and sending the image to be identified to the image identification unit; the information acquisition unit is used for acquiring the position information in the image to be identified relative to the display position of the physiological information, and sending the position information to the image identification unit; in addition, the image identification unit is used for reading the physiological information that is displayed in the position limited by the position information in the image to be identified according to the position information, and sending out the read physiological information. The physiological information identification device can identify the physiological information detected by a medical facility, thereby summarizing the physiological information detected by different medical facilities.
Description
Technical field
The present invention relates to medical detection field, particularly, relate to a kind of physiologic information recognition device and physiologic information recognition methods.
Background technology
The health status of evaluator needs the multiple physiologic information of the such as electrocardio of human body, blood oxygen, blood pressure, pulse, breathing and body temperature etc. usually, and carries out total score after being gathered by detected physiologic information and analyse, to obtain assessment result accurately.At present, although extensive use has been in the medical field for the medical detector of the physiologic information of human body.But inevitably there is following problem in actual applications in existing medical detector:
One, for larger medical detector, because it is integrated with multiple functional module to realize several functions, thus often have that volume is large, complicated operation and the problem such as expensive, this makes larger medical detector usually not be suitable for family or individual, and can only be provided in the medical institutions such as hospital.In this case, patient be difficult to by the physiological data detected in hospital and family, the physiological data that detects of other hospitals and other places gathers, thus to make troubles to the harvesting that patient carries out the information such as physiological data, diagnosis.In addition, if larger medical detector is apart from each other or not when same room because of the restriction of the interior space, the physiologic information that then medical personnel are difficult to it to detect gathers, thus to medical personnel carry out conditions of patients comprehensive analysis, set up the work such as medical archive and bring inconvenience.
They are two years old, for small medical detector, because it is often more single in order to the function detecting physiologic information, thus user must adopt the corresponding medical detector of multiple stage to detect when needs detect multiple physiologic information, and this can bring such problem: namely, because small medical detector does not often possess the communication function carrying out data transmission with other medical detector, even and if it possesses communication function, also can factor data form different, different and/or the equal factor of communication mode of communication interface and cannot intercoming mutually from different medical detectors, thus user is difficult to the physiologic information detected by different medical detectors to gather.This not only to user carry out physiologic information comprehensive analysis, set up the work such as medical archive and bring inconvenience, and user is difficult to extract the physiologic information that detected by multiple stage small medical detector and carried away, if thus when making user expect it to gather from the physiologic information detected in different place, then make troubles because must carry multiple stage small medical detector simultaneously.
Summary of the invention
The present invention is intended at least to solve one of technical problem existed in prior art, propose a kind of physiologic information recognition device and physiologic information recognition methods, it can identify the physiologic information that armarium detects, thus is gathered by the physiologic information that different armarium detects.
A kind of physiologic information recognition device is provided for realizing object of the present invention, it comprises image acquisition units, information acquisition unit, image identification unit and control unit, wherein, described image for gathering the image of the physiologic information of reflection detected person, and is sent to described image identification unit as image to be identified by described image acquisition units; The image of physiologic information of described reflection detected person comprises the image shown by display that armarium carries, or reflection shown by external equipment is from the image of the physiologic information of other armarium; Described information acquisition unit for obtaining positional information relevant to the display position of physiologic information in described image to be identified, and sends it to described image identification unit; The physiologic information that described image identification unit reads in described image to be identified shown by the position limited by described positional information according to described positional information, and read physiologic information is sent; And described control unit is for controlling the work of described image acquisition units, information acquisition unit and image identification unit.
Wherein, physiologic information recognition device also comprises memory element, and described memory element comprises physiologic information memory block, in order to store the physiologic information sent by described image identification unit.
Wherein, described information acquisition unit comprises MIM message input module, in order to receive positional information relevant to the display position of physiologic information in the image described to be identified of user's input, and described positional information is sent to described image identification unit.
Wherein, described memory element also comprises display mode memory block, in order to store the display mode of the image of identification information and the reflection physiologic information corresponding with it of being correlated with relevant armarium, described identification information comprises and reflects the numbering that the relevant armarium of the image of physiologic information is relevant and/or model with output; And described information acquisition unit comprises MIM message input module and place information inquiry module, wherein, described MIM message input module is for receiving the identification information relevant to described image to be identified of user's input, and sending it to described place information inquiry module, the identification information that described and described image to be identified is relevant comprises numbering and/or the model of the armarium exporting described image to be identified; Described place information inquiry module is used for the display mode searching the armarium matched with described identification information based on the relevant identification information of described and described image to be identified in described display mode memory block, to obtain positional information relevant to the display position of physiologic information in described image to be identified, and send it to described image identification unit.
Wherein, described MIM message input module comprises touching display screen or button.
Preferably, described MIM message input module also for receiving the operational order of user's input, and sends it to described control unit.
Wherein, physiologic information recognition device also comprises health Evaluation unit, sent and next physiologic information by described physiologic information memory block in order to receive, and itself and corresponding setting threshold value are compared, and comparative result and/or the analytical information relevant to described comparative result are sent, further, described memory element also comprises analysis result memory block, is sent and next comparative result and/or the analytical information relevant to described comparative result by described health Evaluation unit in order to receive.
Wherein, physiologic information recognition device also comprises importing unit, in order to import the analytical data relevant to described comparative result to described analysis result memory block.
Wherein, physiologic information recognition device also comprises lead-out unit, sent and next physiologic information, the comparative result sent by analysis result memory block, the analytical information relevant to described comparative result sent by analysis result memory block and/or the analytical data sent by analysis result memory block by described physiologic information memory block in order to receive, and exported to external equipment.
Wherein, described lead-out unit adopts wire communication or communication to communicate; Wherein, the communication interface that described wire communication mode adopts comprises at least one wired communication interface in network interface, IEE1394 interface and USB interface; Described communication comprise bluetooth, 2.4G radio communication, infrared ray, Wi-Fi communication, worldwide interoperability for microwave access communicate with carrierfree at least one communication.
Wherein, physiologic information recognition device also comprises video signal processing unit, sent and next physiologic information, the analysis result sent by analysis result memory block, the analytical information relevant to described comparative result sent by analysis result memory block and/or the analytical data sent by analysis result memory block by described physiologic information memory block in order to receive, and be converted into video signal, and described video signal is sent.
Wherein, described image acquisition units comprises photographic head.
The present invention also provides a kind of physiologic information recognition methods, and it comprises the following steps:
Step S10, gathers the image of the physiologic information of reflection detected person as image to be identified; The image of physiologic information of described reflection detected person comprises the image shown by display that armarium carries, or reflection shown by external equipment is from the image of the physiologic information of other armarium;
Step S20, obtains positional information relevant to the display position of physiologic information in described image to be identified;
Step S30, reads the physiologic information shown by the position limited by described positional information in described image to be identified.
Wherein, physiologic information recognition methods also comprises step S40, stores the described physiologic information read.
Wherein, in step S20, the obtain manner of described positional information comprises:
Receive the described positional information of user's input; Or receive the identification information relevant to exporting the armarium of described image to be identified of user's input, and the display mode searching the armarium matched with described identification information prestored based on described identification information obtains described positional information; Described identification information comprises the numbering relevant to the armarium exporting described image to be identified and/or model.
Wherein, the mode that user inputs described positional information or identification information comprises by touching display screen or key-press input.
The present invention has following beneficial effect:
Physiologic information recognition device provided by the invention, it obtains positional information relevant to the display position of physiologic information in the image of the reflection physiologic information gathered by image acquisition units by configuration information acquiring unit, physiologic information is read exactly in the position that image identification unit can be enable to be limited by this positional information in gathered image, thus the identification achieved the physiologic information that armarium detects, and then achieve different armarium detected
Gathering of physiologic information.This be not only conducive to medical personnel carry out conditions of patients comprehensive analysis, set up the work such as medical archive, and be conducive to patient by the physiological data detected in hospital and family, the physiological data that detects of other hospitals and other places gathers, thus patient can be received and kept the information such as physiological data, diagnosis easily.
Physiologic information recognition methods provided by the invention, it is by obtaining positional information relevant to the display position of physiologic information in the image of the reflection physiologic information gathered, the physiologic information in the position limited by this positional information in gathered image can be read exactly, thus the identification achieved the physiologic information that armarium detects, and then achieve gathering the physiologic information that different armarium detects.
Accompanying drawing explanation
Fig. 1 is the theory diagram of a specific embodiment of physiologic information recognition device provided by the invention;
Fig. 2 is the workflow diagram of the first embodiment of physiologic information recognition methods provided by the invention; And
Fig. 3 is the workflow diagram of the second embodiment of physiologic information recognition methods provided by the invention.
Detailed description of the invention
For making those skilled in the art understand technical scheme of the present invention better, below in conjunction with accompanying drawing, physiologic information recognition device provided by the invention and physiologic information recognition methods are described in detail.
Fig. 1 is the theory diagram of a specific embodiment of physiologic information recognition device provided by the invention.Refer to Fig. 1, this physiologic information recognition device comprises image acquisition units 11, information acquisition unit 12, image identification unit 13, memory element 14, health Evaluation unit 15, imports unit 16, lead-out unit 17, video signal processing unit 18 and control unit 19.
The physiologic information recognition device that the present embodiment provides has image identification function, that is, identify this armarium of reflection presented by armarium survey the image of physiologic information.This physiologic information recognition device mainly realizes above-mentioned image identification function by image acquisition units 11, information acquisition unit 12, image identification unit 13 and memory element 14.
Wherein, memory element 14 comprises physiologic information memory block 141 and display mode memory block 142.Particularly, physiologic information memory block 141 is for storing the physiologic information sent by image identification unit 13; Display mode memory block 142 is for storing the display mode of the image of identification information and the reflection physiologic information corresponding with it of being correlated with relevant armarium.So-called relevant armarium refers to the armarium of at least one signal in the signals such as such as electrocardiosignal, blood oxygen signal, blood pressure signal, pulse signal, breath signal and the temperature signals that can be used for human body in technical field of the present invention.
This image for gathering the image of the physiologic information of reflection detected person, and is sent to image identification unit 13 as image to be identified by image acquisition units 11.In actual applications, image acquisition units 11 can adopt photographic head to take the image of the physiologic information of reflection detected person, then captured image is sent to image identification unit 13.The image of the physiologic information of so-called reflection detected person can be the image shown by display carried by different armarium; Also can be the image of the reflection shown by the external equipments such as such as display, computer, mobile phone from the physiologic information of other armarium.As for size, the performance parameter such as pixel and resolution of photographic head, user can select according to specific needs, as long as selected photographic head can shoot the image that can be identified by image identification unit 13.
Information acquisition unit 12 for obtaining positional information relevant to the display position of physiologic information in the image to be identified that gathered by image acquisition units 11, and sends it to image identification unit 13.In actual applications, because the display mode of different armarium to the image display of reflection physiologic information is different, the display position of the physiologic information in the image thus gone out shown by it may be different, this makes image identification unit 13 when carrying out the reading of physiologic information to the image of gathered different armarium, must know that the display position of the physiologic information in this image could read physiologic information exactly.Therefore, just need configuration information acquiring unit 12 in physiologic information recognition device provided by the invention, to obtain positional information relevant to the display position of physiologic information in the image to be identified that gathers, thus make image identification unit 13 can the position reading physiologic information that limits of this positional information in the picture.
In the present embodiment, information acquisition unit 12 can adopt two kinds of obtain manners to obtain positional information relevant to the display position of physiologic information in the image gathered by image acquisition units 11.The first obtain manner can adopt positional information to search the combination of module 122 and touching display screen 22 to obtain above-mentioned positional information; The second obtain manner can adopt touching display screen 22 to obtain above-mentioned positional information.
When adopting the first obtain manner, information acquisition unit 12 comprises touching display screen 121 and positional information searches module 122.Particularly, the physiologic information recognition device that the present embodiment provides stores the display mode of the image of identification information and the reflection physiologic information corresponding with it of being correlated with relevant armarium in advance in the display mode memory block 142 of memory element 14; Receive by touching display screen 121 identification information relevant to the armarium exporting image to be identified that user adopts the mode of touch to input, and send it to place information inquiry module 122; The display mode of the image that the armarium that the identification information that place information inquiry module 122 inputs based on user and searching in display mode memory block 142 matches with this identification information exports, obtain positional information relevant to the display position of physiologic information in gathered image to be identified with this, and positional information is sent to image identification unit 13.In actual applications, identification information can be the numbering corresponding with armarium and/or model.
When adopting the second obtain manner, information acquisition unit 12 comprises touching display screen 121, and without the need to setting position information searching module 122 again.Particularly, gathered image to be identified is sent to touching display screen 121 and shows by image acquisition units 11; Standardized of the position annular closed of the display physiologic information on the image to be identified that user demonstrates at touching display screen 121 in the mode touched, the region that this annular limits is position image to be identified showing physiologic information; Touching display screen 121 by user enclose choosing annular resolve and obtain the positional information that this annular limits, and positional information is sent to image identification unit 13.
The physiologic information that image identification unit 13 reads in gathered image shown by the position limited by positional information according to the positional information from information acquisition unit 12, and read physiologic information is sent.Particularly, image identification unit 13 receives the positional information from touching display screen 121 or place information inquiry module 122, and the physiologic information read in the image gathered shown by the position limited by positional information, and read physiologic information is sent.
In the present embodiment, in order to realize the functions such as the assessment of human health status of the physiologic information recognition device provided for the present embodiment, the derivation of physiologic information and/or display, this physiologic information recognition device also comprises health Evaluation unit 15, imports unit 16, lead-out unit 17 and video signal processing unit 18.
Wherein, itself and corresponding setting threshold value for receiving the physiologic information sent by physiologic information memory block 141, and compare by health Evaluation unit 18, and comparative result and/or the analytical information relevant to this comparative result are sent.Such as, health Evaluation unit 15 receives the blood pressure information sent by physiologic information memory block 141, and it is compared with the highest normotensive and lowest threshold respectively; If the blood pressure information received does not exceed the highest normotensive and lowest threshold, then health Evaluation unit 15 generates comparative result, can also provide the normotensive analytical information of detected person for this comparative result simultaneously; The analytical informations such as if the blood pressure information received exceeds the highest normotensive or lowest threshold, then health Evaluation unit 15 generates comparative result, the causes and precautions that the blood pressure that simultaneously can also provide detected person for this comparative result exceeds standard.In actual applications, can comparative result and/or the analytical information relevant to this comparative result be stored in memory element 14, for this reason, memory element 14 can also arrange analysis result memory block 143, in order to store the comparative result and/or the analytical information relevant to this comparative result that are sent by health Evaluation unit 15.
Import unit 16 for importing the analytical data relevant to the comparative result of health Evaluation unit 15 to analysis result memory block 143.In actual applications, the analytical data relevant to the comparative result of health Evaluation unit 15 can be the supporting paper relevant with comparative result, and the illness analysis of such as carrying out for this comparative result and countermeasure illustrate; Also can be file, the condition-inference that such as doctor does or the record of user oneself editor.
Lead-out unit 17 for receiving at least one physiological data sent by memory element 14, and sends it to the external equipments such as such as computer, mobile phone and printer, brings convenience with the transmission carrying out data to user.The physiological data sent by memory element 14 comprises the physiologic information sent by physiologic information memory block 141 and the comparative result sent by analysis result memory block 143, the analytical information relevant to comparative result and the analytical data relevant with comparative result.In actual applications, lead-out unit 17 can adopt wire communication or communication to communicate.Wherein, the communication interface that wire communication mode adopts can comprise at least one wired communication interface in network interface, IEE1394 interface and USB interface; Communication can comprise bluetooth, 2.4G radio communication, infrared ray, Wi-Fi communication, worldwide interoperability for microwave access communicate with carrierfree at least one communication.
Video signal processing unit 18 for receiving at least one physiological data sent by memory element 14, and is converted into video signal, and is sent by this video signal.In the present embodiment, video signal can be sent to touching display screen 121 and show by video signal processing unit 18.Particularly, this physiological data comprises the physiologic information sent by physiologic information memory block 141 and the analysis result sent by analysis result memory block 143, the analytical information relevant to described comparative result and the analytical data relevant with described comparative result.In actual applications, physiologic information recognition device provided by the invention also can arrange display screen in addition and realize Presentation Function to replace touching display screen.
Control unit 19 is for controlling the work of image acquisition units 11, information acquisition unit 12, image identification unit 13 and memory element 14.In actual applications, touching display screen 121 may be used for the operational order that reception user adopts touch manner to input, and this operational order is sent to control unit 19, controls the work of corresponding units to make control unit 19 according to operational order.
It should be noted that, although the physiologic information recognition device that the present embodiment provides adopts touching display screen 121 as the MIM message input module of information acquisition unit 12 to receive positional information relevant to the display position of physiologic information in the image to be identified gathered of user's input, receive the identification information relevant to image to be identified of user's input and/or receive the operational order that user inputs, but the present invention is not limited thereto, in actual applications, physiologic information recognition device provided by the invention also can adopt button as the MIM message input module of information acquisition unit 12 to receive above-mentioned positional information, identification information to be identified and/or operational order, and send it to corresponding unit.
Also it should be noted that, although in the present embodiment, video signal processing unit 18 receives the physiologic information sent by physiologic information memory block 141, but the present invention is not limited thereto, in actual applications, video signal processing unit also can directly receive the physiologic information sent by figure recognizing unit, and is converted into video signal, and this video signal is sent to touching display screen or other display screens show.That is, physiologic information recognition device provided by the invention can not also store the physiologic information of figure recognizing unit, and is directly converted to video signal by video signal processing unit, and is shown by touching display screen.Can save according to the concrete needs of user the process storing above-mentioned physiologic information like this, thus improve the speed of service of physiologic information recognition device, and save the memory space of physiologic information recognition device.
It should be noted that further, although in the present embodiment, lead-out unit 17 receives the physiologic information sent by physiologic information memory block 141, but the present invention is not limited to this, in actual applications, lead-out unit can also directly receive the physiologic information sent by figure recognizing unit, and derive, that is, physiologic information recognition device provided by the invention can not also store the physiologic information of figure recognizing unit, and directly exports to external equipment by lead-out unit.Can save according to the concrete needs of user the process storing above-mentioned physiologic information like this, thus improve the speed of service of physiologic information recognition device, and save the memory space of physiologic information recognition device.
In sum, the above-mentioned physiologic information recognition device that the present embodiment provides, it obtains positional information relevant to the display position of physiologic information in the image of the reflection physiologic information gathered by image acquisition units by configuration information acquiring unit, physiologic information is read exactly in the position that image identification unit can be enable to be limited by this positional information in gathered image, thus the identification achieved the physiologic information that armarium detects, and then achieve gathering the physiologic information that different armarium detects.
As another technical scheme, the present invention also provides a kind of physiologic information recognition methods, identifies in order to the physiologic information detected armarium.
Fig. 2 is the workflow diagram of the first embodiment of physiologic information recognition methods provided by the invention.Refer to Fig. 2, in step slo, gather the image of the physiologic information of reflection detected person as image to be identified.In actual applications, the image of the physiologic information of reflection detected person can be taken by photographic head.Further, the image of the physiologic information of reflection detected person can be the image that the display carried by different armarium demonstrates; Also can be the image reflecting the physiologic information from other armarium shown by the external equipments such as such as display, computer, mobile phone.As for size, the performance parameter such as pixel and resolution of photographic head, user can select according to specific needs, as long as selected photographic head can shoot the image that can be identified.
After step S10 completes, flow process enters step S20.In step S20, obtain positional information relevant to the display position of physiologic information in the image to be identified gathered.In the present embodiment, the acquisition of this positional information comprises two kinds of obtain manners.
Wherein, the first obtain manner can adopt user to obtain by the mode of touching display screen or the above-mentioned positional information of key-press input.In actual applications, when adopting touching display screen to input above-mentioned positional information, user can with standardized of the position of the display physiologic information of mode on the image to be identified shown by touching display screen the touched annular closed, and the region that this annular limits is position image to be identified showing physiologic information; Touching display screen by user enclose choosing annular resolve and obtain the positional information that this annular limits.When the above-mentioned positional information of employing key-press input, user can input the coordinate of position image to be identified showing physiologic information, and this coordinate is above-mentioned positional information.
The second obtain manner comprises the steps: to receive to the armarium that the export to be identified image relevant identification information of user by touching display screen or key-press input; The display mode of the armarium matched with identification information prestored is searched, to obtain positional information image to be identified showing physiologic information based on this identification information.In actual applications, identification information can be the numbering relevant to the armarium exporting image to be identified and/or model.
After step S20 completes, flow process enters step S30.In step s 30, the physiologic information shown by the position that the positional information obtained limits in image to be identified is read.
By above-mentioned steps S10, step S20 and step S30, the physiologic information recognition methods that the present embodiment provides can realize the function identified the physiologic information that armarium detects, thus achieves gathering the physiologic information that different armarium detects.In actual applications, can physiologic information recognition methods provided by the invention be applied in the portable set such as mobile phone, panel computer, carry with user friendly.
Fig. 3 is the workflow diagram of the second embodiment of physiologic information recognition methods provided by the invention.Refer to Fig. 3, the physiologic information recognition methods that the present embodiment provides, except recognition function described in the first embodiment of physiologic information recognition methods of having the invention described above and providing, can also have health assessment, derive and/or the function such as display physiologic information.Below the physiologic information recognition methods that the present embodiment provides is described in detail.
Particularly, in step slo, the image of the physiologic information of reflection detected person is gathered as image to be identified.
In step S20, obtain positional information relevant to the display position of physiologic information in the image to be identified gathered.
In step s 30, the physiologic information shown by the position that the positional information obtained limits in image to be identified is read.
Because step S10, step S20 and step S30 there has been detailed description in the first embodiment of physiologic information recognition methods provided by the invention, at this no longer to its repeated description.
In step s 40, the physiologic information read in storing step S30 is judged whether.If so, then flow process enters step S50; If not, then flow process enters step S60.
In step s 50, the physiologic information read is stored.
In step S60, judge whether physiologic information and corresponding setting threshold value to compare.This physiologic information comprises the physiologic information without storage from step S30, or from the physiologic information after the storage of step S50.If so, then flow process enters step S70; If not, then flow process enters step S100.
In step S70, above-mentioned physiologic information is compared to corresponding setting threshold value and comparative result and/or the analytical information relevant with this comparative result are sent.
After step S70 completes, flow process enters step S80.In step S80, judge whether to store the comparative result of acquisition and/or the analytical information relevant to this comparative result.If so, then flow process enters step S90; If not, then flow process enters step S100.
In step S90, store the comparative result and/or the analytical information relevant to this comparative result that obtain.
In the step s 100, judge whether to show physiologic information, comparative result and/or the analytical information relevant to this comparative result.This physiologic information comprises the physiologic information without storage from step S30, or from the physiologic information after the storage of step S50.This comparative result and/or the analytical information relevant to this comparative result comprise from step S70 without the comparative result stored and/or the analytical information relevant with this comparative result, or from the comparative result after the storage of step S90 and/or the analytical information relevant to this comparative result.If so, then flow process enters step S110; If not, then flow process enters step S120.
In step s 110, above-mentioned physiologic information, comparative result and/or the analytical information relevant to this comparative result is shown.
In the step s 120, judge whether to derive physiologic information, comparative result and/or the analytical information relevant to this comparative result.This physiologic information comprises the physiologic information without storage from step S30, or from the physiologic information after the storage of step S50.This comparative result and/or the analytical information relevant to this comparative result comprise from step S70 without the comparative result stored and/or the analytical information relevant with this comparative result, or from the comparative result after the storage of step S90 and/or the analytical information relevant to this comparative result.If so, then flow process enters step S130; If not, then flow process enters step S140.
In step s 130, which, physiologic information, comparative result and/or the analytical information relevant to this comparative result is derived.In actual applications, can adopt wire communication or communication that above-mentioned physiologic information, comparative result and/or the analytical information relevant to this comparative result are exported to the external equipments such as such as computer, mobile phone and printer.Wherein, the communication interface that wire communication mode adopts can comprise at least one wired communication interface in network interface, IEE1394 interface and USB interface; Communication can comprise bluetooth, 2.4G radio communication, infrared ray, Wi-Fi communication, worldwide interoperability for microwave access communicate with carrierfree at least one communication.
In step S140, process ends.
It should be noted that, although the physiologic information recognition methods that the present embodiment provides adopts first to judge whether to show then to judge whether that the order derived carries out work, that is, first perform step S100 and step S110; Rear execution step S120 and step S130, but the present invention is not limited thereto, in actual applications, also said sequence can be put upside down, that is, adopt first to judge whether to derive then to judge whether that the order shown carries out work.
In sum, the above-mentioned physiologic information recognition methods that the present embodiment provides, it is by obtaining positional information relevant to the display position of physiologic information in the image of the reflection physiologic information gathered, the physiologic information in the position limited by this positional information in gathered image can be read exactly, thus the identification achieved the physiologic information that armarium detects, and then achieve gathering the physiologic information that different armarium detects.
Be understandable that, the illustrative embodiments that above embodiment is only used to principle of the present invention is described and adopts, but the present invention is not limited thereto.For those skilled in the art, without departing from the spirit and substance in the present invention, can make various modification and improvement, these modification and improvement are also considered as protection scope of the present invention.
Claims (13)
1. a physiologic information recognition device, is characterized in that, comprises image acquisition units, information acquisition unit, image identification unit, memory element and control unit, wherein
Described memory element comprises physiologic information memory block and display mode memory block;
Described image for gathering the image of the physiologic information of reflection detected person, and is sent to described image identification unit as image to be identified by described image acquisition units;
Described information acquisition unit for obtaining positional information relevant to the display position of physiologic information in described image to be identified, and sends it to described image identification unit; Described information acquisition unit comprises MIM message input module and place information inquiry module, wherein, described MIM message input module is for receiving the identification information relevant to described image to be identified of user's input, and sending it to described place information inquiry module, the identification information that described and described image to be identified is relevant comprises numbering and/or the model of the armarium exporting described image to be identified; Described place information inquiry module is used for the display mode searching the armarium matched with described identification information based on the relevant identification information of described and described image to be identified in described display mode memory block, to obtain positional information relevant to the display position of physiologic information in described image to be identified, and send it to described image identification unit;
The physiologic information that described image identification unit reads in described image to be identified shown by the position limited by described positional information according to described positional information, and read physiologic information is sent;
Described physiologic information memory block is in order to store the physiologic information sent by described image identification unit; Described display mode memory block is in order to store the display mode of the image of identification information and the reflection physiologic information corresponding with it of being correlated with relevant armarium, and described identification information comprises and reflects the numbering that the relevant armarium of the image of physiologic information is relevant and/or model with output; And
Described control unit is for controlling the work of described image acquisition units, information acquisition unit and image identification unit.
2. physiologic information recognition device according to claim 1, it is characterized in that, described information acquisition unit comprises MIM message input module, in order to receive positional information relevant to the display position of physiologic information in the image described to be identified of user's input, and described positional information is sent to described image identification unit.
3. physiologic information recognition device according to claim 1 and 2, is characterized in that, described MIM message input module comprises touching display screen or button.
4. physiologic information recognition device according to claim 3, is characterized in that, described MIM message input module also for receiving the operational order of user's input, and sends it to described control unit.
5. physiologic information recognition device according to claim 1, it is characterized in that, also comprise health Evaluation unit, sent and next physiologic information by described physiologic information memory block in order to receive, and itself and corresponding setting threshold value are compared, and comparative result and/or the analytical information relevant to comparative result are sent, and
Described memory element also comprises analysis result memory block, is sent and next comparative result and/or the analytical information relevant to comparative result by described health Evaluation unit in order to receive.
6. physiologic information recognition device according to claim 5, also comprises importing unit, in order to import the analytical data relevant to described comparative result to described analysis result memory block.
7. the physiologic information recognition device according to claim 5 or 6, it is characterized in that, also comprise lead-out unit, sent and next physiologic information, the comparative result sent by analysis result memory block, the analytical information relevant to described comparative result sent by analysis result memory block and/or the analytical data sent by analysis result memory block by described physiologic information memory block in order to receive, and exported to external equipment.
8. physiologic information recognition device according to claim 7, is characterized in that, described lead-out unit adopts wire communication or communication to communicate; Wherein
The communication interface that described wire communication mode adopts comprises at least one wired communication interface in network interface, IEE1394 interface and USB interface;
Described communication comprise bluetooth, 2.4G radio communication, infrared ray, Wi-Fi communication, worldwide interoperability for microwave access communicate with carrierfree at least one communication.
9. the physiologic information recognition device according to claim 5 or 6, it is characterized in that, also comprise video signal processing unit, sent and next physiologic information, the analysis result sent by analysis result memory block, the analytical information relevant to described comparative result sent by analysis result memory block and/or the analytical data sent by analysis result memory block by described physiologic information memory block in order to receive, and be converted into video signal, and described video signal is sent.
10. physiologic information recognition device according to claim 1, is characterized in that, described image acquisition units comprises photographic head.
11. 1 kinds of physiologic information recognition methodss, is characterized in that, comprise the following steps:
Step S10, gathers the image of the physiologic information of reflection detected person as image to be identified;
Step S20, receives the identification information relevant to exporting the armarium of described image to be identified of user's input, and the display mode searching the armarium matched with described identification information prestored based on described identification information obtains described positional information; Described identification information comprises the numbering relevant to the armarium exporting described image to be identified and/or model;
Step S30, reads the physiologic information shown by the position limited by described positional information in described image to be identified.
12. physiologic information recognition methodss according to claim 11, is characterized in that, also comprise step S40, store the described physiologic information read.
13. physiologic information recognition methodss according to claim 11, is characterized in that, the mode that user inputs described identification information comprises by touching display screen or key-press input.
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| CN104616025A (en) * | 2015-01-19 | 2015-05-13 | 南京邮电大学 | Medical thermometer recognizing system |
| CN106529120A (en) * | 2016-09-28 | 2017-03-22 | 云诺维康（深圳）科技有限公司 | Health management method and device |
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| JP2007282771A (en) * | 2006-04-14 | 2007-11-01 | Konica Minolta Medical & Graphic Inc | Medical information processor, and program |
| CN101536001A (en) * | 2006-08-11 | 2009-09-16 | 皇家飞利浦电子股份有限公司 | Anatomy-related image-context-dependent applications for efficient diagnosis |
| CN202553900U (en) * | 2012-03-05 | 2012-11-28 | 北京超思电子技术有限责任公司 | Physiological information identification device |
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| CN101536001A (en) * | 2006-08-11 | 2009-09-16 | 皇家飞利浦电子股份有限公司 | Anatomy-related image-context-dependent applications for efficient diagnosis |
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