CN104739518A - Program updating method and system for portable physiological parameter measurement equipment - Google Patents
Program updating method and system for portable physiological parameter measurement equipment Download PDFInfo
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- 238000005259 measurement Methods 0.000 title claims abstract description 159
- 238000000034 method Methods 0.000 title claims abstract description 34
- 238000004891 communication Methods 0.000 claims abstract description 117
- 238000001514 detection method Methods 0.000 claims description 4
- 230000006870 function Effects 0.000 description 18
- 230000005540 biological transmission Effects 0.000 description 5
- 230000036541 health Effects 0.000 description 5
- 238000012545 processing Methods 0.000 description 5
- 239000008280 blood Substances 0.000 description 4
- 210000004369 blood Anatomy 0.000 description 4
- 230000000694 effects Effects 0.000 description 4
- 210000000707 wrist Anatomy 0.000 description 4
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 description 3
- 230000036772 blood pressure Effects 0.000 description 3
- 229910052760 oxygen Inorganic materials 0.000 description 3
- 239000001301 oxygen Substances 0.000 description 3
- 230000035790 physiological processes and functions Effects 0.000 description 3
- 230000008569 process Effects 0.000 description 3
- 238000013461 design Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000002641 glycemic effect Effects 0.000 description 2
- 238000012544 monitoring process Methods 0.000 description 2
- 210000002321 radial artery Anatomy 0.000 description 2
- 238000001028 reflection method Methods 0.000 description 2
- 230000008439 repair process Effects 0.000 description 2
- WQZGKKKJIJFFOK-GASJEMHNSA-N Glucose Natural products OC[C@H]1OC(O)[C@H](O)[C@@H](O)[C@@H]1O WQZGKKKJIJFFOK-GASJEMHNSA-N 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 201000010099 disease Diseases 0.000 description 1
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 1
- 239000008103 glucose Substances 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000005303 weighing Methods 0.000 description 1
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Abstract
The invention discloses a program updating method and system for portable physiological parameter measurement equipment. The program updating method includes that a server detects the updating program of the portable physiological parameter measurement equipment, wherein the portable physiological parameter measurement equipment comprises a measurement device and a display device, the measurement device is used for measuring physiological parameters of a user, and the display device is used for displaying the physiological parameters; the server sends the detected upgrading program to the display device; the display device receives identity information input by the user and acquires identification connection information related to the identity information from the server according to the identity information; the display device builds short-distance wireless communication connection with the measurement device according to the identification connection information; the display device sends the upgrading program to the measurement device; the measurement device runs the updating program to finish the program updating of the portable physiological parameter measurement equipment.
Description
Technical field
The present invention relates to medical measurement instrument field, particularly relate to a kind of method and system of the program updates for portable physiological parameter measurement device.
Background technology
At present, along with growth in the living standard and people are for the concern of personal health condition, are convenient to the Medical measurement device that ordinary populace uses and are used widely.Human body physiological parameter is a series of indexs medically weighing human body physiological state, comprises pulse, blood pressure, blood glucose, blood oxygen saturation etc.Physiological parameter reflects the health of human body on a macro scale, and for disease forecasting, body maintenance has very important early warning and impulse.Usual physiological parameter is obtained through special instrument health check-up in hospital by people.But along with the progress of science and technology, the portable physiological parameter measurement device of increasing miniaturization, family oriented comes out, and is subject to the favor of people.
At present, portable physiological parameter measurement device generally includes two parts: measuring device and display device.Wherein, measuring device is for measuring the physiological parameter of user, and display device is then checked for user for showing this physiological parameter, and the mode by Bluetooth communication between measuring device and display device connects.No matter be measuring device or display device, all need could realize corresponding function by the cooperation of both hardware and softwares.Be directed to measuring device, namely most crucial in portable physiological parameter measurement device component part, when portable physiological parameter measurement device dispatches from the factory, measuring device inside carries software program, and this software program runs thus realizes the measurement function of user's physiological parameter on the basis of hardware.Under normal circumstances, after portable physiological parameter measurement device dispatches from the factory, if find that the software program of measuring device inside exists leak or measuring device needs to add new function, then the mode by carrying out upgrading upgrading to software program is needed to realize the interpolation of leak repairing or New function.Therefore, after portable physiological parameter measurement device enters user's operational phase, the renewal of program just becomes an important step in the use procedure of portable physiological parameter measurement device.
In prior art, after there is refresh routine in the measuring device detected in portable physiological parameter measurement device when server, can the network address of this refresh routine be sent in display device, user clicks this network address and this refresh routine is downloaded to display device, download rear indicator, by the mode of Bluetooth communication, refresh routine is transferred to measuring device, measuring device runs this refresh routine and carries out renewal upgrading after receiving refresh routine.Wherein, display device is set up Bluetooth communication with measuring device by the mode that conventional Bluetooth matches and is connected, that is, be directed to a portable physiological parameter measurement device, the mode that any user can be matched by conventional Bluetooth connects and then realizes the renewal of program between display device and measuring device.Different from the health monitoring equipment for numerous patient in hospital, portable physiological parameter measurement device is a kind of personal health monitoring equipment, this special specific aim makes when operating portable physiological parameter measurement device, the executor of operation should be the actual user of this portable physiological parameter measurement device and be not any user, thus, processing safety and the privacy of portable physiological parameter measurement device can just effectively be ensured.So, being directed to this important operation of program updates, is arbitrarily to ensure the safety of equipment operating and privacy by the mode of operation can carrying out program updates to portable physiological parameter measurement device per family in prior art.
Summary of the invention
In order to overcome above-mentioned defect of the prior art, the invention provides a kind of method of the program updates for portable physiological parameter measurement device, the method comprises:
The refresh routine of server to portable physiological parameter measurement device detects, wherein, described portable physiological parameter measurement device comprises measuring device and display device, and described measuring device is for measuring the physiological parameter of user, and described display device is for showing described physiological parameter;
The refresh routine detected is sent to described display device by described server;
Described display device receives the identification information of user's input, and obtains the identification link information be associated with this identification information from described server according to this identification information;
Described display device is set up short-distance wireless communication according to described identification link information with described measuring device and is connected;
Described refresh routine is sent to described measuring device by described display device;
Described measuring device runs described refresh routine to complete the program updates of described portable physiological parameter measurement device.
According to an aspect of the present invention, in the method, described display device receives the identification information of user's input and obtains from described server the identification link information be associated with this identification information according to this identification information and comprise: this identification information is sent to described server after receiving the identification information that user inputs by described display device, the identification information of pre-stored user, the identification link information be associated with this identification information and the incidence relation both it in described server; Described identification information is mated with the identification information of pre-stored by described server, obtains the described identification link information be associated with described identification information; Described identification link information is sent to described display device by described server.
According to another aspect of the present invention, in the method, described short-distance wireless communication is Bluetooth communication; Described identification link information comprises device identification information and the bluetooth recognition code of described measuring device.
According to a further aspect of the invention, in the method, described identification information, described device identification information and bluetooth recognition code all have uniqueness.
According to a further aspect of the invention, in the method, described display device is set up short-distance wireless communication according to described identification link information and described measuring device and is connected and comprises: after described display device identifies described measuring device according to described device identification information, described bluetooth recognition code is sent to described measuring device; Described measuring device is verified described bluetooth recognition code; If be proved to be successful, described measuring device is set up Bluetooth communication with described display device and is connected.
According to a further aspect of the invention, in the method, described measuring device runs described refresh routine with after the program updates completing described portable physiological parameter measurement device, and the method also comprises: described refresh routine is deleted in described display device.
According to a further aspect of the invention, in the method, described portable physiological parameter measurement device has wrist-and wears structure, and described measuring device and described display device are integrated in this wrist-and wear in structure.
Present invention also offers a kind of system of the program updates for portable physiological parameter measurement device, this system comprises server, portable physiological parameter measurement device, and this portable physiological parameter measurement device comprises measuring device and display device, wherein:
Described server comprises the first memory module and detects sending module;
Described first memory module, for the identification information of pre-stored user, the identification link information of described measuring device and the incidence relation both it;
Described detection sending module, for detecting the refresh routine of described measuring device, and for the refresh routine detected is sent to described display device;
Described display device comprises display module, receiver module, acquisition module and first communication module;
Described display module, for showing the physiological parameter of user;
Described receiver module, for receiving the described refresh routine that described server sends;
Described acquisition module, for receiving the identification information of user's input and obtaining the identification link information be associated with this identification information according to this identification information from described server;
Described first communication module, is connected for setting up short-distance wireless communication according to described identification link information and described measuring device and described refresh routine is sent to described measuring device;
Described measuring device comprises measurement module, the second memory module, second communication module and more new module;
Described measurement module, for measuring the physiological parameter of user;
Described second memory module, for the identification link information of measuring device described in pre-stored;
Described second communication module, for receiving the described refresh routine that described display device sends;
Described more new module, for running described refresh routine to complete the program updates of described measuring device.
According to an aspect of the present invention, in this system, this identification information is sent to described first memory module after receiving the identification information of user's input by described acquisition module; Described identification information is mated with the identification information of pre-stored by described first memory module, obtains the described identification link information be associated with described identification information; Described identification link information is sent to described acquisition module by described first memory module.
According to another aspect of the present invention, in this system, described short-distance wireless communication is Bluetooth communication; Described identification link information comprises device identification information and the bluetooth recognition code of described measuring device.
According to a further aspect of the invention, in this system, described identification information, described device identification information and bluetooth recognition code all have uniqueness.
According to a further aspect of the invention, in this system, after described first communication module identifies described measuring device according to described device identification information, described bluetooth recognition code is sent to described second communication module; The described bluetooth recognition code received mates with the bluetooth recognition code of pre-stored in described second memory module by described second communication module; If the match is successful, described second communication module is set up Bluetooth communication with described first communication module and is connected.
According to a further aspect of the invention, in this system, described display device also comprises: removing module, after completing the program updates of described portable physiological parameter measurement device in described more new module, delete described refresh routine.
According to a further aspect of the invention, in this system, described portable physiological parameter measurement device has wrist-and wears structure, and described measuring device and described display device are integrated in this wrist-and wear in structure.
The method and system of the program updates for portable physiological parameter measurement device provided by the invention have the following advantages: the identification link information of the identification information of user and portable physiological parameter measurement device be associated and be pre-stored in server end, when upgrading the program of measuring device, user needs to input its identification information, display device obtains from server end the identification link information that is associated by this identification information and utilizes this identification link information and measuring device to set up after short-distance wireless communication is connected, refresh routine server being sent to display device is forwarded to measuring device, measuring device runs this refresh routine to realize the program updates of portable physiological parameter measurement device.Thus, make to only have the user that is associated with portable physiological parameter measurement device just can the operation that upgrades of performing a programme, other irrelevant users then arbitrarily cannot perform the renewal rewards theory of portable physiological parameter measurement device, thus effectively improve user to the processing safety of portable physiological parameter measurement device and privacy.In addition, because display device needs to connect with measuring device according to this identification link information after server end obtains identification link information, therefore can pass through the administrative intervention display device of server internal information and the connection of measuring device, that is, can by making display device cannot be connected with measuring device to the management of server internal information, thus, once user finds that the situations such as such as loss appear in the portable physiological parameter measurement device of oneself, can by making other any users (even if when knowing the identification information of user of this portable physiological parameter measurement device) all cannot operate this portable physiological parameter measurement device to the management (such as by modes such as the identification information cancellations of user) of server internal information, and then further ensure processing safety and the privacy of portable physiological parameter measurement device.
Accompanying drawing explanation
By reading the detailed description done non-limiting example done with reference to the following drawings, other features, objects and advantages of the present invention will become more obvious:
Fig. 1 is the flow chart of a detailed description of the invention of method according to the program updates for portable physiological parameter measurement device of the present invention;
Fig. 2 is the structural representation of a detailed description of the invention of system according to the program updates for portable physiological parameter measurement device of the present invention.
In accompanying drawing, same or analogous Reference numeral represents same or analogous parts.
Detailed description of the invention
For a better understanding and interpretation of the present invention, below in conjunction with accompanying drawing, the present invention is described in further detail.
The invention provides a kind of method of the program updates for portable physiological parameter measurement device.Please refer to Fig. 1, Fig. 1 is the flow chart of a detailed description of the invention of method according to the program updates for portable physiological parameter measurement device of the present invention.As shown in the figure, the method comprises:
In step S101, the refresh routine of server to portable physiological parameter measurement device detects, wherein, described portable physiological parameter measurement device comprises measuring device and display device, described measuring device is for measuring the physiological parameter of user, and described display device is for showing described physiological parameter;
In step s 102, the refresh routine detected is sent to described display device by described server;
In step s 103, described display device receives the identification information of user's input, and obtains the identification link information be associated with this identification information from described server according to this identification information;
In step S104, described display device is set up short-distance wireless communication according to described identification link information with described measuring device and is connected;
In step S105, described refresh routine is sent to described measuring device by described display device;
In step s 106, described measuring device runs described refresh routine to complete the program updates of described portable physiological parameter measurement device.
Particularly, in step S101, described portable physiological parameter measurement device comprises measuring device and display device, wherein, measuring device is for measuring the physiological parameter of user, and display device is used for showing the physiological parameter measured by measuring device checking for user.Described physiological parameter comprises arbitrary in the Pulse-Parameters of user, blood pressure parameter, glycemic parameters, blood oxygen saturation parameter or its combination.In a specific embodiment, measuring device adopts reflection method to measure the physiological parameter of user, its concrete principle is as follows: measuring device sends to tissue and measures light (such as HONGGUANG or infrared light), this measurement light generates reflected light after tissue reflection, measuring device receives this reflected light and analyzes this reflected light, thus obtains the physiological parameter reflecting body physiological state.For the ease of the measurement of the physiological parameter to user, preferably, portable physiological parameter measurement device has wrist-and wears structure, measuring device and display device are integrated in this wrist-and wear in structure, wherein, can design by wearing integrated position in structure to measuring device and display device in wrist-, make user when wearing this portable physiological parameter measurement device and carrying out physiological parameter measurement, measuring device is worn on aim at radial artery inside wrist position on and display device be worn on be convenient to outside wrist on position that user checks.It will be understood by those skilled in the art that, above-mentioned measuring device and display device are integrated in wrist-and wear in structure and be only a preferred embodiment, in other embodiments, described wrist-to wear in structure only parameter measuring device, and the mobile terminal that display device then adopts such as smart mobile phone, intelligent PDA, panel computer or hand-held embedded intelligent equipment etc. to have Presentation Function realizes.
It should be noted that, each portable physiological parameter measurement device is when dispatching from the factory, and its measuring device all corresponding one identifies link information, and this identification link information, except being pre-stored in measuring device inside, also can be pre-stored in server simultaneously.The effect of described identification link information is for identifying measuring device, utilizes this identification link information to realize identification between measuring device and display device and connection in subsequent step.For identifying that the explanation of link information will provide in subsequent step.
In addition, before user uses portable physiological parameter measurement device first time, need the information (hereinafter referred to identification information) being used for identifying user identity to be associated with the identification link information for identifying measuring device at server end by the mode such as registered, that is, before user uses portable physiological parameter measurement device first time, server can carry out pre-stored to the identification information of the identification link information of measuring device, user and the incidence relation both it.Thus, user and its portable physiological parameter measurement device one_to_one corresponding used can be got up.In subsequent step, user can utilize the portable physiological parameter measurement device of its identification information to oneself to operate.Explanation for the identification information of user also will provide in subsequent step.
In actual applications, measuring device needs by the cooperation (i.e. operating software on the basis of hardware) of hardware and software two parts to realize the measurement function of user's physiological parameter.When portable physiological parameter measurement device dispatches from the factory, its measuring device inner band has the program for realizing physiological parameter measurement function, when follow-up need to repair the program of measuring device inside or need to add New function to measuring device time, then need to measuring device inside with program upgrade.It should be noted that, the major function of portable physiological parameter measurement device measures the physiological parameter of user, and this measurement function is realized by measuring device, therefore, the refresh routine of hereinafter mentioned portable physiological parameter measurement device refers to the refresh routine of measuring device.
Typically, when portable physiological parameter measurement device needs to carry out program updates, the refresh routine of this portable physiological parameter measurement device will be uploaded in server, therefore, server needs to detect by modes such as contrast program versions number the refresh routine that whether there is portable physiological parameter measurement device.
In step s 102, once server detects the refresh routine that there is portable physiological parameter measurement device, then this refresh routine is sent to display device by wireless Internet.Wherein, described wireless Internet comprises arbitrary in 3G, 4G, Wi-Fi and GPRS or its combination.
In step s 103, after display device receives the refresh routine of server transmission, prompting user inputs its identification information, and wherein, the identification information of user has uniqueness, and that is, different users adopts different identification information.In the present embodiment, described identification information is the cell-phone number of user.In other embodiments, described identification information can also be the identification card number, email address etc. of user.It will be appreciated by persons skilled in the art that every information with uniqueness be made up of numeral, symbol, letter and/or Chinese character etc. all can as the identification information of user.This identification information is sent to server by wireless Internet after receiving the identification information of user's input by display device.The identification information that the identification information of the user received and its inside prestore is mated by server.After the match is successful, the identification link information be associated with this identification information is sent to display device.
In step S104, display device is set up short-distance wireless communication according to this identification link information with measuring device and is connected after getting identification link information from server.Wherein, the effect of described identification link information is, utilizes this identification link information display device from the device of periphery, to identify measuring device and establish a communications link with measuring device.In a specific embodiment, short-distance wireless communication is Bluetooth communication, identifies that link information comprises device identification information and the bluetooth recognition code of measuring device.Wherein, device identification information is the information (the device ID etc. of such as measuring device) for identifying measuring device, and bluetooth recognition code is that measuring device and display device both sides are used for pairing with the information setting up Bluetooth communication.Device identification information and bluetooth recognition code all can be made up of such as numeral, symbol, letter etc.Preferably, device identification information and bluetooth recognition code all have uniqueness, that is, for any two portable physiological parameter measurement devices, the device identification information of being somebody's turn to do the two included measuring device is different, and the measuring device included by both being somebody's turn to do and display device are also different for the bluetooth recognition code matched.
Below, be Bluetooth communication for short-distance wireless communication, identify that link information comprises device identification information and the bluetooth recognition code of measuring device, to display device how according to identifying that the process that link information and measuring device establish a communications link is described.In the present embodiment, bluetooth recognition code is sent to measuring device after identifying measuring device according to device identification information by display device; Measuring device is verified bluetooth recognition code; If be proved to be successful, measuring device and display device are set up Bluetooth communication and are connected.Particularly, after display device receives the identification link information of server transmission, start to carry out scanning to obtain the device identification information (hereinafter referred to as first device identification information) with the device of function of Bluetooth communication around, and this first device identification information and its device identification information obtained from server (hereinafter referred to as the second device identification information) are compared, if the second device identification information of a certain device is identical with the first device identification information that display device obtains, then can judge that this device is measuring device; Then, bluetooth recognition code is sent to measuring device by display device, the bluetooth recognition code (hereinafter referred to as the second bluetooth recognition code) that the bluetooth recognition code (hereinafter referred to as the first bluetooth recognition code) of its inside and display device send compares by measuring device, if the first bluetooth recognition code is identical with the second bluetooth recognition code, then measuring device and display device are set up Bluetooth communication and are connected.
In the above-described embodiments, display device as main equipment, measuring device as the connection carrying out Bluetooth communication from equipment.It will be appreciated by persons skilled in the art that in other embodiments, can also by measuring device as main equipment, display device as the connection carrying out Bluetooth communication from equipment, for brevity, do not repeat them here.
It should be noted that in addition, in the above-described embodiments, identify that link information comprises device identification information and the bluetooth recognition code of measuring device.It will be understood by those skilled in the art that, identify that the information included by link information is not limited only to device identification information and bluetooth recognition code, in other embodiments, identify that link information only can also comprise device identification information, automatically can set up Bluetooth communication connection when display device identifies measuring device by this device identification information later.
Be directed to above-mentioned steps S103 and step S104, if user have input the identification information of mistake in step s 103, so in follow-up step S104, display device then cannot be set up short-distance wireless communication with measuring device and is connected.Particularly, a kind of situation is the unregistered mistake of identification information that user inputs, and server cannot return any identification link information in this case, and therefore display device cannot perform step S104.Another kind of situation is that inputted identification information is registered, but be not the user corresponding in advance with this portable physiological parameter measurement device, in this case in the identification link information that returns of server and measuring device, the identification link information of pre-stored is different, and therefore in step S104, display device correctly cannot identify measuring device and set up short-distance wireless communication with this measuring device and is connected according to the identification link information returned from server.
In step S105, display device and measuring device are set up after short-distance wireless communication is connected, and refresh routine is sent to measuring device by the mode of short-distance wireless communication by display device.In the present embodiment, refresh routine is sent to measuring device by the mode of Bluetooth communication by display device.
In step s 106, measuring device automatically runs this refresh routine and upgrades program original in measuring device after receiving the refresh routine of display device transmission.After measuring device operation refresh routine terminates, perform and restart operation, thus complete the renewal to program original in measuring device, namely complete the program updates of portable physiological parameter measurement device.After portable physiological parameter measurement device restarts, user can utilize identification information to activate this portable physiological parameter measurement device, makes it enter duty and starts to measure the physiological parameter of user.That is, perform step S103 and step S104, input the identification information of user on the display apparatus, display device obtains the identification link information be associated from server according to this identification information, and set up short-distance wireless communication according to this identification link information with measuring device and be connected, now, the physiological parameter obtaining user started working by measuring device, and the physiological parameter that display device then receives measuring device transmission shows.
In a preferred embodiment, after measuring device operation refresh routine is successfully completed the program updates of portable physiological parameter measurement device, display device is deleted the refresh routine got from server, discharges memory space with this.
It should be noted that, although describe the operation of the inventive method in the accompanying drawings with particular order, but this is not that requirement or hint must perform these operations according to this particular order, or must perform the result that all shown operation could realize expectation.On the contrary, the step described in flow chart can change execution sequence.Additionally or alternatively, some step can be omitted, multiple step be merged into a step and perform, and/or a step is decomposed into multiple step and perform.
Correspondingly, present invention also offers a kind of system of the program updates for portable physiological parameter measurement device.Please refer to Fig. 2, Fig. 2 is the structural representation of a detailed description of the invention of system according to the program updates for portable physiological parameter measurement device of the present invention.As shown in the figure, this system comprises server 200, portable physiological parameter measurement device 210, and this portable physiological parameter measurement device 210 comprises measuring device 211 and display device 212, wherein:
Described server 200 comprises the first memory module 201 and detects sending module 202;
Described first memory module 201, for the identification information of pre-stored user, the identification link information of described measuring device 212 and the incidence relation both it;
Described detection sending module 202, for detecting the refresh routine of described measuring device 212, and for the refresh routine detected is sent to described display device 211;
Described display device 212 comprises display module 2121, receiver module 2122, acquisition module 2123 and first communication module 2124;
Described display module 2121, for showing the physiological parameter of user;
Described receiver module 2122, for receiving the described refresh routine that described server 200 sends;
Described acquisition module 2123, for receiving the identification information of user's input and obtaining the identification link information be associated with this identification information according to this identification information from described server 200;
Described first communication module 2124, is connected for setting up short-distance wireless communication according to described identification link information and described measuring device 212 and described refresh routine is sent to described measuring device 212;
Described measuring device 211 comprises measurement module 2111, second memory module 2112, second communication module 2113 and more new module 2114;
Described measurement module 2111, for measuring the physiological parameter of user;
Described second memory module 2112, for the identification link information of measuring device described in pre-stored;
Described second communication module 2113, for receiving the described refresh routine that described display device 212 sends;
Described more new module 2114, for running described refresh routine to complete the program updates of described measuring device 211.
Below, the work process of the modules of system provided by the present invention is specifically described.
Particularly, described portable physiological parameter measurement device 210 comprises measuring device 211 and display device 212.Further, described measuring device 211 comprises measurement module 2111, second memory module 2112, second communication module 2113 and more new module 2114, and described display device 212 comprises display module 2121, receiver module 2122, acquisition module 2123 and first communication module 2124.Wherein, described measurement module 2111 is for measuring the physiological parameter of user, and described display module 2121 is checked for user for showing the physiological parameter measured by measurement module 2111.In a specific embodiment, measurement module 2111 adopts reflection method to measure the physiological parameter of user, its concrete principle is as follows: measurement module 2111 sends to tissue and measures light (such as HONGGUANG or infrared light), this measurement light generates reflected light after tissue reflection, measurement module 2111 receives this reflected light and analyzes this reflected light, thus obtains the physiological parameter reflecting body physiological state.Described physiological parameter comprises arbitrary in the Pulse-Parameters of user, blood pressure parameter, glycemic parameters, blood oxygen saturation parameter or its combination.For the ease of the measurement of the physiological parameter to user, preferably, portable physiological parameter measurement device 210 has wrist-and wears structure, measuring device 211 and display device 212 are integrated in this wrist-and wear in structure, wherein, can design by wearing integrated position in structure to measuring device 211 and display device 212 in wrist-, make user when wearing this portable physiological parameter measurement device 210 and carrying out physiological parameter measurement, being worn on inside wrist by measurement module 2111 in measuring device 211 aims on the position of radial artery, and the display module 2121 in display device 212 is worn on is convenient to outside wrist on position that user checks.It will be understood by those skilled in the art that, above-mentioned measuring device 211 and display device 212 are integrated in wrist-and wear in structure and be only a preferred embodiment, in other embodiments, described wrist-to wear in structure only parameter measuring device 211, and the mobile terminal that display device 212 then adopts such as smart mobile phone, intelligent PDA, panel computer or hand-held embedded intelligent equipment etc. to have Presentation Function realizes.
It should be noted that, each portable physiological parameter measurement device 210 is when dispatching from the factory, its measuring device 211 all corresponding one identifies link information, this identification link information, except being pre-stored in except in the second memory module 2111 in measuring device 211, also can be pre-stored in the first memory module 201 in server 200 simultaneously.The effect of described identification link information is for identifying measuring device 211, utilizes this identification link information to realize identification between measuring device 211 and display device 212 and connection.For identifying that the explanation of link information will provide hereinafter.
In addition, before user uses portable physiological parameter measurement device 210 first time, need the information (hereinafter referred to identification information) being used for identifying user identity to be associated with the identification link information for identifying measuring device 211 at server 200 end by the mode such as registered, that is, before user uses portable physiological parameter measurement device 210 first time, the identification link information of the first memory module 201 meeting to measuring device 211 in server 200, the identification information of user and the incidence relation both it carry out pre-stored.Thus, user and its portable physiological parameter measurement device 210 one_to_one corresponding used can be got up, thus make user that the portable physiological parameter measurement device 210 of its identification information to oneself can be utilized to operate.Explanation for the identification information of user also will provide hereinafter.
In actual applications, measurement module 2111 needs by the cooperation (i.e. operating software on the basis of hardware) of hardware and software two parts to realize the measurement function of user's physiological parameter.When portable physiological parameter measurement device 210 dispatches from the factory, measurement module 2111 inner band in its measuring device 211 has the program for realizing physiological parameter measurement function, when follow-up need repair the program of measurement module 2111 inside or need to add New function to measurement module 2111 time, then need to measurement module 2111 inner with program upgrade.It should be noted that, the major function of portable physiological parameter measurement device 210 measures the physiological parameter of user, and this measurement function is realized by the measurement module 2111 in measuring device 211, therefore, the refresh routine of hereinafter mentioned portable physiological parameter measurement device 210 refers to the refresh routine of measurement module 2111.
Typically, when portable physiological parameter measurement device 210 needs to carry out program updates, the refresh routine of this portable physiological parameter measurement device 210 will be uploaded in server 200, therefore, the detection sending module 202 in server 200 needs to detect by modes such as contrast program versions number the refresh routine that whether there is portable physiological parameter measurement device 210.
Once detect sending module 202 refresh routine that there is portable physiological parameter measurement device 210 to be detected, then this refresh routine is sent to display device 212 by wireless Internet.Wherein, described wireless Internet comprises arbitrary in 3G, 4G, Wi-Fi and GPRS or its combination.
After receiver module 2122 in display device 212 receives the refresh routine detecting sending module 202 transmission, prompting user inputs its identification information, and wherein, the identification information of user has uniqueness, that is, different users adopts different identification information.In the present embodiment, described identification information is the cell-phone number of user.In other embodiments, described identification information can also be the identification card number, email address etc. of user.It will be appreciated by persons skilled in the art that every information with uniqueness be made up of numeral, symbol, letter and/or Chinese character etc. all can as the identification information of user.After acquisition module 2123 in display device 212 receives the identification information of user's input, this identification information is sent to the first memory module 201 in server 200, described identification information is mated with the identification information of pre-stored by the first memory module 201, obtain the described identification link information be associated with described identification information, then described identification link information is sent to acquisition module 2123.
This identification link information is transferred to first communication module 2124 after receiving and identifying link information by acquisition module 2123, and this first communication module 2124 is set up short-distance wireless communication according to this identification link information with measuring device 211 and is connected.Wherein, the effect of described identification link information is, utilizes this identification link information first communication module 2124 from the device of periphery, to identify measuring device 211 and establish a communications link with measuring device 211.In a specific embodiment, short-distance wireless communication is Bluetooth communication, identifies that link information comprises device identification information and the bluetooth recognition code of measuring device 211.Wherein, device identification information is the information (the device ID etc. of such as measuring device 211) for identifying measuring device 211, and bluetooth recognition code is that measuring device 211 and display device 212 both sides are used for pairing with the information setting up Bluetooth communication.Device identification information and bluetooth recognition code all can be made up of such as numeral, symbol, letter etc.Preferably, device identification information and bluetooth recognition code all have uniqueness, that is, for any two portable physiological parameter measurement devices 210, the device identification information of being somebody's turn to do the two included measuring device 211 is different, and the measuring device 211 included by both being somebody's turn to do and display device 212 are also different for the bluetooth recognition code matched.
Below, be Bluetooth communication for short-distance wireless communication, identify that link information comprises device identification information and the bluetooth recognition code of measuring device 211, the process how display device 212 establishes a communications link with measuring device 211 is described.In the present embodiment, described bluetooth recognition code is sent to the second communication module 2113 in described measuring device 211 after identifying described measuring device 211 according to described device identification information by first communication module 2124; The bluetooth recognition code received mates with the bluetooth recognition code be pre-stored in the second memory module 2112 by second communication module 2113; If the match is successful, described second communication module 2113 is set up Bluetooth communication with described first communication module 2124 and is connected, and namely measuring device 211 is set up Bluetooth communication with display device 212 and is connected.Particularly, after first communication module 2124 obtains and identifies link information, start to carry out scanning to obtain the device identification information (hereinafter referred to as first device identification information) with the device of function of Bluetooth communication around, and the device identification information (hereinafter referred to as the second device identification information) of this first device identification information and its acquisition is compared, if the second device identification information of a certain device is identical with first device identification information, first communication module 2124 judges that this device is measuring device 211, then, bluetooth recognition code is sent to the second communication module 2113 in measuring device 211 by first communication module 2124, the bluetooth recognition code (hereinafter referred to as the second bluetooth recognition code) that the bluetooth recognition code (hereinafter referred to as the first bluetooth recognition code) of pre-stored in the second memory module 2112 and first communication module 2124 send compares by second communication module 2113, if the first bluetooth recognition code is identical with the second bluetooth recognition code, then second communication module 2113 is set up Bluetooth communication with first communication module 2124 and is connected, namely measuring device 211 is set up Bluetooth communication with display device 212 and is connected.
In the above-described embodiments, display device 212 as main equipment, measuring device 211 as the connection carrying out Bluetooth communication from equipment.It will be appreciated by persons skilled in the art that in other embodiments, can also by measuring device 211 as main equipment, display device 212 as the connection carrying out Bluetooth communication from equipment, for brevity, do not repeat them here.
It should be noted that in addition, in the above-described embodiments, identify that link information comprises device identification information and the bluetooth recognition code of measuring device 211.It will be understood by those skilled in the art that, identify that the information included by link information is not limited only to device identification information and bluetooth recognition code, in other embodiments, identify that link information only can also comprise device identification information, automatically can set up Bluetooth communication and connect after display device 212 identifies measuring device 211 by this device identification information.
If the identification information of the user that the acquisition module 2123 in display device 212 receives is wrong, so follow-up display device 212 cannot be set up short-distance wireless communication with measuring device 211 and is connected.Particularly, a kind of situation is the unregistered mistake of identification information that user inputs, and server 200 cannot return any identification link information in this case, and therefore first communication module 2124 cannot perform the step that short-distance wireless communication connects.Another kind of situation is that inputted identification information is registered, but be not the user corresponding in advance with this portable physiological parameter measurement device 210, in this case in the identification link information that returns of server 200 and measuring device 211, the identification link information of pre-stored is different, and therefore first communication module 2124 correctly cannot identify measuring device 211 and set up short-distance wireless communication with this measuring device 211 and be connected according to the identification link information returned from server 200.
Display device 212 and measuring device 211 are set up after short-distance wireless communication is connected, refresh routine is sent to measuring device 211 by the mode of short-distance wireless communication by first communication module 2124, wherein, the second communication module 2113 in measuring device 211 receives this refresh routine.In the present embodiment, refresh routine is sent to measuring device 211 by the mode of Bluetooth communication by first communication module 2124.
After second communication module 2113 receives the refresh routine that display device 212 sends, more new module 2114 is automatically run this refresh routine and is upgraded program original in measurement module 2111.When more new module 2114 is run after refresh routine terminates, perform and restart operation, thus complete the renewal to program original in measurement module 2111, namely complete the program updates of portable physiological parameter measurement device 210.After portable physiological parameter measurement device 210 restarts, user can utilize identification information to activate this portable physiological parameter measurement device 210, makes it enter duty and starts to measure the physiological parameter of user.Particularly, acquisition module 2123 in display device 212 receives the identification information of user's input and obtains the identification link information be associated according to this identification information from server 200, first communication module 2124 is set up short-distance wireless communication according to this identification link information with measuring device 211 and is connected, now, measurement module 2111 in measuring device 211 starts working the physiological parameter obtaining user, and by second communication module 2113, this physiological parameter is sent to display device 212, display module 2121 in display device 212 shows this physiological parameter.
In a preferred embodiment, display device 212 also comprises removing module (not shown), run after refresh routine is successfully completed the program updates of portable physiological parameter measurement device 210 in more new module 2114, refresh routine received by receiver module 2122 is deleted by removing module, discharges the memory space of display device 212 with this.
To those skilled in the art, obviously the invention is not restricted to the details of above-mentioned one exemplary embodiment, and when not deviating from spirit of the present invention or basic feature, the present invention can be realized in other specific forms.Therefore, no matter from which point, all should embodiment be regarded as exemplary, and be nonrestrictive, scope of the present invention is limited by claims instead of above-mentioned explanation, and all changes be therefore intended in the implication of the equivalency by dropping on claim and scope are included in the present invention.Any Reference numeral in claim should be considered as the claim involved by limiting.In addition, obviously " comprising " one word do not get rid of miscellaneous part, unit or step, odd number does not get rid of plural number.Multiple parts, unit or the device of stating in system claims also can be realized by software or hardware by parts, unit or a device.
The method and system of the program updates for portable physiological parameter measurement device provided by the invention have the following advantages: the identification link information of the identification information of user and portable physiological parameter measurement device be associated and be pre-stored in server end, when upgrading the program of measuring device, user needs to input its identification information, display device obtains from server end the identification link information that is associated by this identification information and utilizes this identification link information and measuring device to set up after short-distance wireless communication is connected, refresh routine server being sent to display device is forwarded to measuring device, measuring device runs this refresh routine to realize the program updates of portable physiological parameter measurement device.Thus, make to only have the user that is associated with portable physiological parameter measurement device just can the operation that upgrades of performing a programme, other irrelevant users then arbitrarily cannot perform the renewal rewards theory of portable physiological parameter measurement device, thus effectively improve user to the processing safety of portable physiological parameter measurement device and privacy.In addition, because display device needs to connect with measuring device according to this identification link information after server end obtains identification link information, therefore can pass through the administrative intervention display device of server internal information and the connection of measuring device, that is, can by making display device cannot be connected with measuring device to the management of server internal information, thus, once user finds that the situations such as such as loss appear in the portable physiological parameter measurement device of oneself, can by making other any users (even if when knowing the identification information of user of this portable physiological parameter measurement device) all cannot operate this portable physiological parameter measurement device to the management (such as by modes such as the identification information cancellations of user) of server internal information, and then further ensure processing safety and the privacy of portable physiological parameter measurement device.
Above disclosedly be only preferred embodiments more of the present invention, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the claims in the present invention are done, still belong to the scope that the present invention is contained.
Claims (14)
1., for a method for the program updates of portable physiological parameter measurement device, the method comprises:
The refresh routine of server to portable physiological parameter measurement device detects, wherein, described portable physiological parameter measurement device comprises measuring device and display device, and described measuring device is for measuring the physiological parameter of user, and described display device is for showing described physiological parameter;
The refresh routine detected is sent to described display device by described server;
Described display device receives the identification information of user's input, and obtains the identification link information be associated with this identification information from described server according to this identification information;
Described display device is set up short-distance wireless communication according to described identification link information with described measuring device and is connected;
Described refresh routine is sent to described measuring device by described display device;
Described measuring device runs described refresh routine to complete the program updates of described portable physiological parameter measurement device.
2. method according to claim 1, wherein, described display device receives the identification information of user's input and obtains from described server the identification link information be associated with this identification information according to this identification information and comprise:
This identification information is sent to described server after receiving the identification information of user's input by described display device, the identification information of pre-stored user, the identification link information be associated with this identification information and the incidence relation both it in described server;
Described identification information is mated with the identification information of pre-stored by described server, obtains the described identification link information be associated with described identification information;
Described identification link information is sent to described display device by described server.
3. method according to claim 1, wherein:
Described short-distance wireless communication is Bluetooth communication;
Described identification link information comprises device identification information and the bluetooth recognition code of described measuring device.
4. method according to claim 3, wherein:
Described identification information, described device identification information and bluetooth recognition code all have uniqueness.
5. the method according to claim 3 or 4, wherein, described display device is set up short-distance wireless communication according to described identification link information and described measuring device and is connected and comprises:
After described display device identifies described measuring device according to described device identification information, described bluetooth recognition code is sent to described measuring device;
Described measuring device is verified described bluetooth recognition code;
If be proved to be successful, described measuring device is set up Bluetooth communication with described display device and is connected.
6. method according to claim 1, wherein, described measuring device runs described refresh routine with after the program updates completing described portable physiological parameter measurement device, and the method also comprises:
Described refresh routine is deleted in described display device.
7. method according to claim 1, wherein:
Described portable physiological parameter measurement device has wrist-and wears structure, and described measuring device and described display device are integrated in this wrist-and wear in structure.
8. for a system for the program updates of portable physiological parameter measurement device, this system comprises server, portable physiological parameter measurement device, and this portable physiological parameter measurement device comprises measuring device and display device, wherein:
Described server comprises the first memory module and detects sending module;
Described first memory module, for the identification information of pre-stored user, the identification link information of described measuring device and the incidence relation both it;
Described detection sending module, for detecting the refresh routine of described measuring device, and for the refresh routine detected is sent to described display device;
Described display device comprises display module, receiver module, acquisition module and first communication module;
Described display module, for showing the physiological parameter of user;
Described receiver module, for receiving the described refresh routine that described server sends;
Described acquisition module, for receiving the identification information of user's input and obtaining the identification link information be associated with this identification information according to this identification information from described server;
Described first communication module, is connected for setting up short-distance wireless communication according to described identification link information and described measuring device and described refresh routine is sent to described measuring device;
Described measuring device comprises measurement module, the second memory module, second communication module and more new module;
Described measurement module, for measuring the physiological parameter of user;
Described second memory module, for the identification link information of measuring device described in pre-stored;
Described second communication module, for receiving the described refresh routine that described display device sends;
Described more new module, for running described refresh routine to complete the program updates of described measuring device.
9. system according to claim 8, wherein:
This identification information is sent to described first memory module after receiving the identification information of user's input by described acquisition module;
Described identification information is mated with the identification information of pre-stored by described first memory module, obtains the described identification link information be associated with described identification information;
Described identification link information is sent to described acquisition module by described first memory module.
10. system according to claim 8, wherein:
Described short-distance wireless communication is Bluetooth communication;
Described identification link information comprises device identification information and the bluetooth recognition code of described measuring device.
11. systems according to claim 10, wherein:
Described identification information, described device identification information and bluetooth recognition code all have uniqueness.
12. systems according to claim 10 or 11, wherein:
After described first communication module identifies described measuring device according to described device identification information, described bluetooth recognition code is sent to described second communication module;
The described bluetooth recognition code received mates with the bluetooth recognition code of pre-stored in described second memory module by described second communication module;
If the match is successful, described second communication module is set up Bluetooth communication with described first communication module and is connected.
13. systems according to claim 8, wherein, described display device also comprises:
Removing module, deletes described refresh routine after completing the program updates of described portable physiological parameter measurement device in described more new module.
14. systems according to claim 8, wherein:
Described portable physiological parameter measurement device has wrist-and wears structure, and described measuring device and described display device are integrated in this wrist-and wear in structure.
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