CN105686812A - An active feedback wearable device, system and method for physiological care - Google Patents

An active feedback wearable device, system and method for physiological care Download PDF

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Publication number
CN105686812A
CN105686812A CN201410706180.5A CN201410706180A CN105686812A CN 105686812 A CN105686812 A CN 105686812A CN 201410706180 A CN201410706180 A CN 201410706180A CN 105686812 A CN105686812 A CN 105686812A
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China
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physiology
wearer
transducing signal
preset function
function action
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CN201410706180.5A
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Chinese (zh)
Inventor
强纳森·蔡
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FLUIDITECH IP Ltd
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FLUIDITECH IP Ltd
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Priority to CN201410706180.5A priority Critical patent/CN105686812A/en
Publication of CN105686812A publication Critical patent/CN105686812A/en
Pending legal-status Critical Current

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Abstract

The invention provides an active feedback wearable device, system and method for physiological care. A physiological sensing device senses physiological sensing signals of a wearer and the wearable device applies corresponding preset function action to the wearer directly and actively if the physiological signals are not in a safe range, so that the wearer can enjoy care immediately and the physiological sensing signals are made to return to stable states. The device can resolutely and actively take action for timely treatment, so that the physiological state of the wearer is controlled in a relatively stable state or the wearer can obtain proper pretreatment as early as possible, and the wearer can wait for later rescue or perform autonomous self-aid arrangement and treatment.

Description

The Wearable device of active feedback looked after for physiology, system and method
Technical field
The present invention relates to a kind of physiology care device, system and method, particularly relate to a kind of look after for physiology the Wearable device of active feedback, system and method。
Background technology
Flourishing in network more shape, under the trend of electronic building brick miniature more, not only function is more powerful, and the application of Wearable science and technology is easier to be used in some position of human body also to allow Internet of Things add, and then can detect the important sign of life of human body at any time。Additionally, due to high in the clouds (cloud) and network is omnipresent, it is sensed as the Wearable device of guiding with medical treatment, initially enters in the daily life of common people。
But, this type of Wearable device all of at present, it is all collect individual's sign of life widely by the physiology transducing signal obtained, once wearer under some special statuss (as pathoglycemia raise suddenly, the situation such as Apnea, Sudden Neonatal Death (SIDS) front dyspnea in bed), now wearer be in one can not autonomous or unconscious situation, although Wearable device can actively send Email, news in brief or make a phone call, go to help wearer outwards to obtain relief。But well known, human physiological under abnormality (such as respiratory arrest 3 ~ 5 minutes), it is likely that just therefore becoming plant man, the time of abnormality survival is of a specified duration again, has no plan to make improvements with regard to relatively easy causing;Or extremely raise suddenly when blood glucose, it does not have the very first time looks after immediately and causes the overlong time of abnormality survival, it could even be possible to cause the sequela such as retinal damage, arteriosclerosis, nephropathy。
From the above, it is impossible to the management of looking after of the very first time is that the one of Wearable physiological sensing device now lacks greatly, although sensing outcome is accurate again, it is impossible to giving proper looking after in the very first time still has at a relatively high probability can cause regretting of wearer all one's life。
Summary of the invention
An object of the present invention is in that to provide a kind of active and immediacy the very first time to look after。
Another object of the present invention is to, before wearer accepts more complete looking after, significantly lower the infringement being likely to result on physiology。
For reaching above-mentioned purpose and other purpose, the present invention proposes the Wearable device of a kind of active feedback looked after for physiology, there is the physiology signal sensor being worn on wearer and the control device being connected with physiological signal sensing device, described Wearable device also comprises to be worn on the feedback device with described wearer, described feedback device connects described control device, when described control device judges that the physiology transducing signal of described physiological signal sensing device generation is not in safety range, described control device makes described feedback device apply preset function action and gives described wearer, wherein said preset function action is for making the physiology transducing signal of described wearer return to steady statue and be positioned at safety range。
In one of present invention embodiment, described feedback device comprises this at least one of Audio Players, vibrator, current release and drug release, the preset function action of wherein said Audio Players be play preset audio, the preset function action of described vibrator be produce vibrations, the preset function action of described current release be through positive and negative two electrodes produce electric shock effects, described drug release preset function action for applying medicine to described wearer。
In one of present invention embodiment, described current release comprises for being attached to positive pole paster with described wearer and negative pole paster, and described current release is through described positive pole paster and described negative pole paster release low-frequency current。
In one of present invention embodiment, also comprising wireless communication module, connect described control device, described wireless communication module is connected for doing with the first outside electronic communication device, gives described first electronic communication device transmitting described physiology transducing signal。Wherein, described wireless communication module is near-field communication module or far-field communication module。
For reaching above-mentioned purpose and other purpose, the present invention reintroduces a kind of physiology care system using aforementioned Wearable device, comprise: Wearable device, in order to be worn on wearer, to sense the physiology transducing signal of described wearer, and according to described physiology transducing signal not in safety range time respond this state and actively make feedback device produce preset function action give described wearer;And the first electronic communication device, connects described Wearable device, to receive described physiology transducing signal, and transmit the described physiology transducing signal the second electronic communication device to far-end。
In one of present invention embodiment, described first electronic communication device has global positioning satellite module and mobile communication module, when described physiology transducing signal is not in safety range, described first electronic communication device position data through physiology transducing signal described in described mobile communication module transfer and by the generation of described global positioning satellite module gives described second electronic communication device。
For reaching above-mentioned purpose and other purpose, the present invention also proposes the physiology nursing method of a kind of active feedback, comprises: the physiological status of sensing wearer is to produce physiology transducing signal;Judge that described physiology transducing signal is whether in safety range;And actively applying corresponding preset function action when described physiology transducing signal is not in safety range through feedback device and give described wearer, described preset function action is for making the physiology transducing signal of described wearer return to steady statue。
In one of present invention embodiment, also comprise: produce position data through global positioning satellite module, and when described physiology transducing signal is not in safety range, transmitting described physiology transducing signal to far-end with as warning simultaneously, wherein said far-end is the electronic communication device of predetermined liaisons and is positioned at the neighbouring medical institutions at least one both this according to described position data。
In one of present invention embodiment, except wherein giving described wearer through the described preset function action that actively applying is corresponding of described feedback device when described physiology transducing signal is not in safety range, also comprise: timing transmits described physiology transducing signal to far-end, wherein said far-end is monitoring host computer, in described monitoring host computer, physiological data is preset in storage, described monitoring host computer is according to described default physiological data and described physiology transducing signal, judge when described physiology transducing signal is in safety range, described wearer is given in the described preset function action that whether also must actively apply correspondence, when the situation being, force actively to apply corresponding described preset function action through described feedback device and give described wearer。
Thereby, under the configuration of the present invention, when as there is above-mentioned urgent physiological status cataclysm in wearer, being not necessary to as prior art must passive waiting for rescue, and can promptly rescue in prime time in what is called on one's own initiative and utilize the preset function action of the present invention to take suitable process step (as to adnormal respiration person, oxygen content is a lot of lower than normal value, it is in close to unconscious wearer, its preset function action is utilization and recovers consciousness as current release wakes wearer up via electricity irritation, does smooth and easy breathing to a certain degree;To pathoglycemia person, its preset function action is and applies medicine extremely described wearer and can discharge suitable insulin from Wearable device, via skin absorption, injection human body or other can allow the method for absorption of human body), and then all can promptly and at ordinary times, help wearer make more convenient, dispose timely, and the physiological status of wearer can be allowed to be controlled in a relatively steady state or in the very first time with first by proper pretreatment, with wait follow-up rescue or more the oneself of autonomous type arrange to dispose。
Accompanying drawing explanation
Fig. 1 is the functional block diagram of the Wearable device of active feedback in one embodiment of the invention。
Fig. 2 is the functional block diagram of the Wearable device of active feedback in another embodiment of the present invention。
Fig. 3 is the schematic perspective view of the Wearable device of active feedback in yet another embodiment of the invention。
Fig. 4 is the flow chart of the physiology nursing method of active feedback in one embodiment of the invention。
Fig. 5 is the flow chart of the physiology nursing method of active feedback in another embodiment of the present invention。
Fig. 6 is the flow chart of the physiology nursing method of active feedback in yet another embodiment of the invention。
Detailed description of the invention
For being fully understood by the purpose of the present invention, feature and effect, hereby by following specific embodiment, and coordinate accompanying drawing, the present invention elaborated, illustrate as rear:
Referring initially to Fig. 1, it it is the functional block diagram of the Wearable device of active feedback in one embodiment of the invention。The present invention has to be worn on the physiological signal sensing device 120 with wearer and outside connected control device 110 at Wearable device 101, more additionally arranges in order to be worn on the feedback device 130 with described wearer。
Described feedback device 130 connects described control device 110, and whether the physiology transducing signal that described control device 110 transmits in order to judge described physiological signal sensing device 120 to produce to described control device 110 is in safety range。If time not in safety range, described control device 110 actively makes described feedback device 130 apply preset function action, namely described preset function action can directly apply to give described wearer, and wherein said preset function action is for making the physiology transducing signal of described wearer return to steady statue and be positioned at safety range。
It is familiar with described item operator will be appreciated that, described control device 110, described physiological signal sensing device 120 and described feedback device 130 can be integrated into and appeared as single device or described control device 110 by outward appearance and be integrated into single device (see Fig. 3) or other configuration with described physiological signal sensing device 120, owing to namely described physiological signal sensing device 120 and described feedback device 130 need a control end that signal can be done master control, therefore, as long as having the execution of the function such as described in device all without departing from scope of the invention。
Described feedback device 130 of the present invention is arranged in pairs or groups mutually with described physiological signal sensing device 120, that is, the physiological status that described physiological signal sensing device 120 is detected is when critical, and namely described feedback device 130 is configured to can apply suitably to process so that the physiology transducing signal of described wearer can return to steady statue and be positioned at safety range。For example, when physiological signal sensing device 120 is for sensing blood oxygen amount (such as through the skin of infrared ray radiation wearer to capture its reflection light and analyze or other can obtain the sensing device of blood oxygen amount) of wearer, the setting of the corresponding safety range in described control device 110 will be the numerical value of normal blood oxygen amount, the numerical value that the physiology transducing signal sensed once described physiological signal sensing device 120 represents (is typically set at least above a certain threshold value) not in safety range, namely described control device 110 can actively make described feedback device 130 carry out release current (such as current release, it is attached to the positive pole paster with described wearer and negative pole paster, low-frequency current is discharged) through described positive pole paster and described negative pole paster, to wake wearer recovery consciousness up via electricity irritation。Have some setbacks and breathe owing to blood oxygen amount reduces usually wearer or cause during respiratory capacity deficiency, if now not giving immediately to stimulate strengthens respiratory capacity waking its consciousness up, often will enter shock in 3-5 minute and cause brain tissue impaired, also therefore namely the present invention is that arrange in pairs or groups in the home care system feedback device 130 of active feedback gives real-time suitable process for different physiological statuss, to hold the help moment of gold。
The feedback device 130 that the present invention mentions can comprise this at least one of Audio Players, vibrator, current release and drug release, the preset function action of wherein said Audio Players be play preset audio, the preset function action of described vibrator be produce vibrations, the preset function action of described current release be through positive and negative two electrodes produce electric shock effects, described drug release preset function action for applying medicine to described wearer。Wherein, described drug release for example can the sensing of corresponding this physiological signal of blood glucose, the process of correspondence can be applied when pathoglycemia, by the skin absorption of wearer as discharged suitable insulin through medicine patch under the control controlling device 110, and then reach real-time rescue and process。Additionally, outside other than with the diffusion absorption of patch, it is possible to through injection human body or other the bringing device of method of absorption of human body can be allowed to be used as described feedback device 130。
Then refer to Fig. 2, be the functional block diagram of the Wearable device of active feedback in another embodiment of the present invention。This embodiment embodiment compared to Fig. 1 also comprises wireless communication module 140, and it connects described control device 110。Described wireless communication module 140 is connected for doing with the first outside electronic communication device 200, gives described first electronic communication device 200 transmitting described physiology transducing signal。Wherein said wireless communication module 140 can be near-field communication module (such as NFC) or far-field communication module (such as Bluetooth, Wi-Fi) come with as described in the first electronic communication device 200 do wireless connections;On the other hand, described first electronic communication device 200 also can pass through universal serial bus (USB) and be directly connected to described Wearable device 101(not shown), to receive described physiology transducing signal, and the described physiology transducing signal the second electronic communication device 300 to far-end can be transmitted。Additionally, the firmware of described Wearable device 101 or manipulation software also can pass through described first electronic communication device 200 and is updated。
Then refer to Fig. 3, be the schematic perspective view of the Wearable device of active feedback in yet another embodiment of the invention。Wearable device 101 can pass through to be pasted band and is fastened in wearer, and uses fixing physiologically signal sensor 120 to correct sensing position, carries out the sensing of physiological signal with the human body to lower section。Fig. 3 shows the Wearable device being collocated with two kinds of feedback devices 131,132, the first feedback device 131 with patch exemplarily, its be controlled by control device 110 and can in due course between point be initiated to apply such as aforementioned insulin;Second feedback device 132, to discharge two electrode patchs of low-frequency current exemplarily, is controlled by control device 110 equally and is initiated to apply electric current to shock by electricity with point between in due course。
Then refer to Fig. 4, be the flow chart of the physiology nursing method of active feedback in one embodiment of the invention。As shown in Figure 4, after proceeding by the program of looking after, carry out as follows:
Step S100, sensing wearer physiological status to produce physiology transducing signal;
Step S200, judge that described physiology transducing signal is not whether in safety range, enter step S300 when "Yes", enter step S100 when "No";And
Described wearer is given in step S300, the preset function action that actively applying is corresponding through feedback device when described physiology transducing signal is not in safety range, (is generally to preset and first applies an appropriate amount) and return to step S100 after applying。
Wherein, described preset function action is for making the physiology transducing signal of described wearer return to steady statue, Wearable device can continue to look after, when an applied amount is still not enough to recover, namely the second applying taken turns can be carried out, these cycle-indexes also can preset its execution program, to make described master control set 110 can perform different to look after program according to practical situation or physiological status。
Then refer to Fig. 5, be the flow chart of the physiology nursing method of active feedback in another embodiment of the present invention。Fig. 5 is different from Fig. 4 part and is in that, in step S200, judge that described physiology transducing signal is not whether in safety range, step S300 is entered when "Yes", change entrance step S401 when "No" into, transmit described physiology transducing signal to far-end, wherein said far-end is monitoring host computer (being aforementioned the second electronic communication device 300 mentioned), and in described monitoring host computer, physiological data is preset in storage。Enter back into step S403, described monitoring host computer according to described default physiological data and described physiology transducing signal, judge when described physiology transducing signal is in safety range, whether still must actively force to apply corresponding described preset function action and give described wearer, step S300 is entered when "Yes", on the contrary, then enter step S100。This additional step is the judgement adding remote monitoring main frame, such as described monitoring host computer is due to the interior data having a large amount of identical physiological situation, therefore more careful judgment mechanism can be given, also or described monitoring host computer internal memory has a historical data of described wearer, can give to force to apply described preset function action under such as some specific period。
Then refer to Fig. 6, be the flow chart of the physiology nursing method of active feedback in yet another embodiment of the invention。Fig. 6 is different from Fig. 4 part and is in that, in step s 200, it is determined that whether described physiology transducing signal, not in safety range, enters step S300 and step S500, likewise enter step S100 when "No" when "Yes"。Wherein, step S500 is by described physiology transducing signal transmission to far-end, for example, aforementioned described first electronic communication device has global positioning satellite module and mobile communication module, when described physiology transducing signal is not in safety range, described first electronic communication device position data through physiology transducing signal described in described mobile communication module transfer and by the generation of described global positioning satellite module gives described second electronic communication device (i.e. far-end)。The electronic communication device that second electronic communication device is predetermined liaisons of wherein said far-end and be positioned at the neighbouring medical institutions at least one both this according to described position data, therefore, once the situation that wearer generation physiological signal is abnormal, the Wearable device of the present invention and physiology nursing method are except giving predetermined proper process in the very first time, more can circulate a notice of household or neighbouring medical institutions, to obtain follow-up rescue。
The present invention discloses with preferred embodiment hereinbefore, so has the knack of the technology person and it should be understood that described embodiment is only for describing the present invention, and is not construed as restriction the scope of the present invention。It should be noted that such as equivalent with embodiment of the present invention change and displacement, all should be set to be covered by scope of the invention。Therefore, protection scope of the present invention is when being as the criterion with Claims scope institute restriction person。
[symbol description]
100 physiology care systems
101 Wearable devices
110 control device
120 physiological signal sensing devices
130 feedback devices
131 first feedback devices
132 second feedback devices
140 wireless communication modules
200 first electronic communication devices
300 second electronic communication devices
S100 ~ S500 step

Claims (11)

1. a Wearable device for the active feedback looked after for physiology, has the physiological signal sensing device being worn on wearer and the control device being connected with described physiological signal sensing device, it is characterised in that:
Described Wearable device also comprises to be worn on the feedback device with described wearer, described feedback device connects described control device, when described control device judges that the physiology transducing signal of described physiological signal sensing device generation is not in safety range, described control device makes described feedback device apply preset function action and gives described wearer, and wherein said preset function action is positioned at the scope of described safety range for making the physiology transducing signal of described wearer return to steady statue。
2. Wearable device as claimed in claim 1, it is characterized in that, described feedback device comprises this at least one of Audio Players, vibrator, current release and drug release, the preset function action of wherein said Audio Players be play preset audio, the preset function action of described vibrator be produce vibrations, the preset function action of described current release be through positive and negative two electrodes produce electric shock effects, described drug release preset function action for applying medicine to described wearer。
3. Wearable device as claimed in claim 2, it is characterized in that, described current release comprises for being attached to positive pole paster with described wearer and negative pole paster, and described current release is through described positive pole paster and described negative pole paster release low-frequency current。
4. Wearable device as claimed in claim 3, it is characterized in that, also comprise wireless communication module, connect described control device, described wireless communication module is connected for doing with the first outside electronic communication device, gives described first electronic communication device transmitting described physiology transducing signal。
5. Wearable device as claimed in claim 4, it is characterised in that described wireless communication module is near-field communication module or far-field communication module。
6. the physiology care system of the Wearable device used as according to any one of claim 1-5, it is characterised in that comprise:
Wearable device, in order to be worn on wearer, to sense the physiology transducing signal of described wearer, and according to described physiology transducing signal not in safety range time respond this state and actively make feedback device produce preset function action give described wearer;And
First electronic communication device, connects described Wearable device, to receive described physiology transducing signal, and transmits the described physiology transducing signal the second electronic communication device to far-end。
7. physiology care system as claimed in claim 6, it is characterized in that, described first electronic communication device has global positioning satellite module and mobile communication module, when described physiology transducing signal is not in safety range, described first electronic communication device position data through physiology transducing signal described in described mobile communication module transfer and by the generation of described global positioning satellite module gives described second electronic communication device。
8. the physiology nursing method of an active feedback, it is characterised in that comprise:
The physiological status of sensing wearer is to produce physiology transducing signal;
Judge that described physiology transducing signal is not whether in safety range;And
Actively applying corresponding preset function action when described physiology transducing signal is not in safety range through feedback device and give described wearer, described preset function action is for making the physiology transducing signal of described wearer return to steady statue。
9. physiology nursing method as claimed in claim 8, it is characterised in that described preset function action comprises to play to be preset audio, produce vibrations, produces low-frequency electric shock, applies medicine to this at least one of described wearer。
10. physiology nursing method as claimed in claim 9, it is characterized in that, also comprise: produce position data through global positioning satellite module, and transmitting described physiology transducing signal when described physiology transducing signal is not in safety range to far-end with as warning simultaneously, wherein said far-end is the electronic communication device of predetermined liaisons and is positioned at the neighbouring medical institutions at least one both this according to described position data。
11. physiology nursing method as claimed in claim 9, it is characterized in that, except giving described wearer through the described preset function action that actively applying is corresponding of described feedback device when described physiology transducing signal is not in safety range, also comprise: timing transmits described physiology transducing signal to far-end, wherein said far-end is monitoring host computer, in described monitoring host computer, physiological data is preset in storage, described monitoring host computer is according to described default physiological data and described physiology transducing signal, judge when described physiology transducing signal is in safety range, described wearer is given in the described preset function action that whether also must actively apply correspondence, if yes time, force actively to apply corresponding described preset function action through described feedback device and give described wearer。
CN201410706180.5A 2014-11-27 2014-11-27 An active feedback wearable device, system and method for physiological care Pending CN105686812A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110354333A (en) * 2019-07-23 2019-10-22 四川大学华西医院 A kind of medical intravenous drip transfusion monitoring system

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Publication number Priority date Publication date Assignee Title
US6090037A (en) * 1997-01-21 2000-07-18 Gavish; Benjamin Modification of biorhythmic activity
CN101026995A (en) * 2002-12-13 2007-08-29 因特尔丘尔有限公司 Apparatus and method for beneficial modification of biorhythmic activity
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Application publication date: 20160622