CN203369894U - Remote vital sign measuring device and system - Google Patents
Remote vital sign measuring device and system Download PDFInfo
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- CN203369894U CN203369894U CN201320263385.1U CN201320263385U CN203369894U CN 203369894 U CN203369894 U CN 203369894U CN 201320263385 U CN201320263385 U CN 201320263385U CN 203369894 U CN203369894 U CN 203369894U
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Abstract
The embodiment of the utility model discloses a remote vital sign measuring device and system. The remote vital sign measuring device and system comprise a detector, a wearing device and a mobile terminal device; the detector is used for acquiring and processing first vital sign signals, wherein the detector comprises an electrocardio recorder, an oximeter, a thermometer, a glucometer, a blood lipid instrument and a sphygmomanometer; the wearing device is used for receiving and processing the first vital sign signals sent by the detector and sending second vital sign signals to the mobile terminal device, wherein the second vital sign signals are obtained through processing; the mobile terminal device is used for receiving, displaying, storing and processing the second vital sign signals sent by the detector via the wearing device and transmitting out third vital sign signals, wherein the third vital sign signals are obtained through processes. The remote vital sign measuring device and system have the advantages of being capable of reminding a user to test vital sign signals, monitoring important vital sign parameters of a patient continuously and conveniently in real time for a long time, and sending an alarm calling for help in case of an emergency.
Description
Technical field
This utility model relates to a kind of wireless monitoring system, relates in particular to a kind of remote life sign measuring device and system.
Background technology
A kind of personal health monitoring system of documents and method (application number CN200910087373), this invention is comprised of physiological parameter measurement mechanism, data processing equipment (containing human-machine interface module, data acquisition module, processor module, communication module) and Center for Health Communication server, it is characterized in that one or more acquisition interface in the infrared communication built-in by physiological parameter measurement mechanism, bluetooth communication, serial communication, USB, then be connected with data processing equipment.Its drawback is: 1) if use USB and/or Serial Communication to be connected with data processing equipment, need the interface of data processing equipment and the serial communication adapter of various physiological parameter measurement mechanisms to be complementary, needs are customized to special data processing equipment, can't use the mobile terminal device (as iPhone, the Samsung smart mobile phone based on Android operating system, panel computer) of the market mainstream; 2), as used the infrared communication technology, need equally the special data processing equipment of customization, and the mobile terminal device of most of main flows there is no the infrared communication interface, and can't mate; 3) if use blue-tooth technology, as while relating to the measurements of various physiological parameters device, every table apparatus all needs bluetooth module, power module are set, cause expensive, user managing electrical power trouble.After using a kind of physiological parameter measurement mechanism, while then using remaining measuring device, need again with data processing equipment, to be connected pairing, such operation is the step of a complexity.
A kind of senior health and fitness's mobile phone of documents (application number is CN201020288730), the blood pressure testing equipment that this patent discloses is led in cable and is connected with mobile phone, for transmitting physiological signal, its drawback is: need the special mobile phone of customization and blood pressure testing equipment coupling, mobile terminal device (as iPhone, the Samsung smart mobile phone based on Android operating system, panel computer) for the market mainstream, can't normally connect and work, for the user who has mobile phone, increase burden, also be unfavorable for the use of existing resource.
Summary of the invention
This utility model embodiment technical problem to be solved is, a kind of remote life sign measuring device and system are provided.Can monitor in real time, continuously, for a long time, easily the important vital signs parameter of patient, and send the emergency alarm under the state of emergency.
In order to solve the problems of the technologies described above, this utility model embodiment provides a kind of remote life sign measuring device, comprising:
For the checkout gear of acquisition and processing Dai-ichi Mutual Life Insurance sign signal, described checkout gear comprises: electro-cardiograph, blood oxygen instrument, thermometer, blood glucose meter, blood fat instrument, sphygomanometer;
For receiving and process the described Dai-ichi Mutual Life Insurance sign signal that described checkout gear is sent, the second vital sign parameter signals after processing is sent to the wearing equipment of mobile terminal device;
Be used for receiving and show, store, process the second vital sign parameter signals that checkout gear sends through wearing equipment, the mobile terminal device that the third life sign signal after processing is transferred out;
Further, described wearing equipment comprise for giving transport module, call for help module and pedometer module the power module of power supply is provided, for the transport module that described the second vital sign parameter signals is transferred to terminal unit, for controlling calling for help module that buzzer called for help and for gathering the pedometer module of acceleration and calculating step number and displacement; Described transport module, calling for help module and pedometer module are connected with power module respectively; Described calling for help module and pedometer module are connected with transport module respectively.
Further, described calling for help module comprise for control stroboscopic lamp, buzzer and send first central processor MCU of calling for help instruction, for sending the buzzer of calling for help audio warning, for receiving the calling for help button of calling for help operation, for the optical frequency pipe of induced environment light intensity with for sending the stroboscopic lamp of calling for help optical signal, described buzzer, call for help button, optical frequency pipe and stroboscopic lamp and be connected with the first central processor MCU respectively.
Further, described pedometer module comprises 3-dimensional digital sensor for gathering acceleration and for controlling the 3-dimensional digital sensor, and receiving the second central processor MCU that the 3-dimensional digital sensing data is processed, described 3-dimensional digital sensor is connected with the second central processor MCU.
Further, described mobile terminal device is mobile phone, PC or PDA.
Further, described transport module is for supporting the transport module of ZigBee, WIFI, bluetooth or infrared transmission mode.
Further, described wearing device power supply (DPS) module is rechargeable battery, aneroid battery or button cell.
A kind of remote life sign measuring system, comprise remote life sign measuring device as above.
Implement this utility model embodiment, have following beneficial effect: the test reminder prompting user who installs by mobile terminal device measures vital sign parameter signals, checkout gear carries out data acquisition to every vital sign parameter signals of user, by mobile phone, utilize communication to transfer to data platform, by the professional medical personnel, data are carried out to statistical observation, necessary consultancy service is provided, realize tele-medicine, and monitor in real time vital sign parameter signals, when abnormal, send sound and light signal to the alarm of crying for help of crowd nearby, power module can be powered to a plurality of checkout gears, to simplify the management of user to power supply.
The accompanying drawing explanation
In order to be illustrated more clearly in this utility model embodiment or technical scheme of the prior art, below will the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The structure chart that Fig. 1 is remote life sign measuring system of the present utility model;
The structure chart that Fig. 2 is wearing equipment of the present utility model;
The structure chart that Fig. 3 is calling for help module of the present utility model;
The structure chart that Fig. 4 is pedometer module of the present utility model.
The specific embodiment
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, obviously, described embodiment is only this utility model part embodiment, rather than whole embodiment.Embodiment based in this utility model, those of ordinary skills are not making under the creative work prerequisite the every other embodiment obtained, and all belong to the scope of this utility model protection.
As shown in Figure 1, the structure chart of remote life sign measuring system of the present utility model, remote life sign measuring system comprises remote life sign measuring device 101 and data platform 201, between remote life sign measuring device 101 and data platform 201, by wireless network, connected, wherein remote life sign measuring device 101 comprises:
For receiving and process the described Dai-ichi Mutual Life Insurance sign signal that described checkout gear is sent, the second vital sign parameter signals after processing is sent to the wearing equipment 120 of mobile terminal device.In concrete enforcement, wearing equipment 120 can be small-sized, as to have a water-proof function box, and shell is provided with on and off switch, calls for help switch, stroboscopic lamp, charging indicator light, transport module status indicator lamp, fixture (can fill watchband, can press from both sides money on clothes, wrister, belt) etc.In box, by transport module, power module, calling for help module, pedometer module, formed.Wearing equipment 120 can be fixed on wrist, on belt, also can, by top clip in the first-class position of clothes, also can hang over the front under neck with lanyard.
Be used for receiving and show, store, process the second vital sign parameter signals that checkout gear sends through wearing equipment, the mobile terminal device 130 that the third life sign signal after processing is transferred out.Mobile terminal device 130 is medium and dialog interface of transmission, exchange message between people and equipment, is the important component part of system.The user is by this Interface Control checkout gear 110, wearing equipment 120, and by this interface, the vital sign parameter signals detected is stored in local storage, maybe the vital sign parameter signals detected is reached to data platform 201 by communication networks such as 2G, 3G, note, GRPS, also can receive health doctor's suggestion that data platform 201 sends and diagnostic result, expert consultation result.Be designed with the test prompting function in described mobile terminal device 130, according to doctor's suggestion, by test plan input test annoyware, when having arrived the default testing time, software will point out the user to measure, and jump in the man machine interface of set test event.
Described Dai-ichi Mutual Life Insurance sign signal comprises any one or more in blood pressure, electrocardiographic recording, pulse blood oxygen record, body temperature, glycemic index, blood fat record, pedometer record.
As shown in Figure 2, the structure chart of wearing equipment of the present utility model.Described wearing equipment 120 comprises for giving transport module, call for help module and pedometer module the power module 124 of power supply is provided, for the transport module 122 that described the second vital sign parameter signals is transferred to terminal unit, for controlling calling for help module 121 that buzzer called for help and for gathering the pedometer module 123 of acceleration and calculating step number and displacement; Described transport module 122, calling for help module 121 and pedometer module 123 are connected with power module 124 respectively; Described calling for help module 121 and pedometer module 123 are connected with transport module 122 respectively.
The vital sign parameter signals that transport module 122 measures for receiving detection device 110, and transmit it in mobile terminal device 130, the preferential Radio Transmission Technology of using of transport module 122, as WIFI communication, bluetooth communication, Zigbee communication and infrared communication.Power module 124 removes for powering to transport module 122, return checkout gear 110, calling for help module 121, pedometer module 123 power supplies, to realize simple power management, when relating to a plurality of checkout gear, can to checkout gear, power by wire, set up respectively power module without each checkout gear, to simplify the management of user to power supply.Described power module 124 can be rechargeable battery, can be also aneroid battery, button cell, and preferential is rechargeable battery, as Ni-MH battery, lithium battery, lithium polymer battery.
As shown in Figure 3, the structure chart of calling for help module of the present utility model.Described calling for help module 121 comprise for control stroboscopic lamp 1215, buzzer 1212 and send first central processor MCU 1211 of calling for help instruction, for sending the buzzer 1212 of calling for help audio warning, for receiving the calling for help button 1213 of calling for help operation, for the optical frequency pipe 1214 of induced environment light intensity with for sending the stroboscopic lamp 1215 of calling for help optical signal, described buzzer 1212, call for help button 1213, optical frequency pipe 1214 and stroboscopic lamp 1215 and be connected with the first central processor MCU 1211 respectively.
In concrete enforcement, call for help button 1213 and can be positioned at wearing device housings surface, the button diameter is 10mm at least, and the recessed 1-3mm of phase specific surface avoids maloperation.Stroboscopic lamp 1215 can protrude from dresses the device housings surface, and preferably LED light source, be encapsulated in transparent lens that are the diamond facet, after pressing calling for help button 1213, stroboscopic lamp 1215 starts, and light can be to surrounding 180 degree angle scatterings, to accelerate the speed of finding at night.Buzzer 1212 can be arranged in the calling for help module 121 of dressing appliance case, and after pressing calling for help button 1213, buzzer 1212 sends the sound of at least 90 decibels, to cause peripheral personnel, notes, plays the purpose of quick relief.The first central processor MCU 1211 is for controlling stroboscopic lamp 1215, buzzer 1212, and send instruction, by transport module 122 with mobile communication equipment 130(as mobile phone) be connected, and start the calling for help program of installing in advance, the calling for help program pull out the interpreter first default phone, send note.Optical frequency pipe 1214 is for the induced environment light intensity, and when environmental light intensity, lower than preset level, stroboscopic lamp 1215 can start work.
For example, whether the user answers running check to dress equipment 120 and is worn on wrist or on belt, and guarantees the power supply abundance, with mobile communication equipment 130, keeps wireless connection conditions.When the user falls, or have other critical phenomenons, user to press 1213 duration 1-3 seconds of calling for help button on wearing equipment, after startup, the first central processor MCU 1211 is controlled buzzers 1212 and is sent the sound that surpasses 90 decibels and cries for help to peripheral personnel.Simultaneously, MCU1211 can determine whether to start stroboscopic lamp 1215 according to the brightness of environment of living in, if ambient brightness is lower than preset level, the first central processor MCU 1211 will start the flash of light that stroboscopic lamp 1215 sends 10-50 time per minute, so that during night, the people of periphery and rescue personnel's fast searching are to (mobile terminal device 130 can be controlled the condition that stroboscopic lamp 1215 starts, such as at 4 in afternoon to point in mornings 8, do not close the lightning source when calling for help after button 1213 starts, stroboscopic lamp will be 4 of every afternoons to 8 work in morning).Buzzer 1212 and stroboscopic lamp 1215 be not until have electric energy just to quit work, or, after being arrived by the rescue personnel, close the power supply of wearing equipment 120.After calling for help button 1213 startups, the first central processor MCU 1211 will be sent a string instruction, by transport module 122, be sent in mobile terminal device 130, the note that mobile terminal device 130 presets transmission is to the telephone number of having predicted, the telephone number that dials prior forecast is required assistance, until, after 1 closing of the circuit is arranged, just can stop dialing.If do not pull out logically, continue to dial 15 minutes.
As shown in Figure 4, the structure chart of pedometer module of the present utility model.Described pedometer module 123 comprises 3-dimensional digital sensor 1231 for gathering acceleration and for controlling the 3-dimensional digital sensor, and receiving the second central processor MCU 1232 that the 3-dimensional digital sensing data is processed, described 3-dimensional digital sensor 1231 is connected with the second central processor MCU 1232.
3-dimensional digital sensor 1231 refers to the three-dimensional acceleration digital sensor, acceleration transducer can detect the vibration of AC signal and object, the people can produce the vibration of certain regularity when walking about, can detect the zero crossing of vibration, thereby calculate the step number that step that the people walks or running are walked, thereby calculate the displacement that the people moves.And utilize certain formula can calculate caloric consumption.The second central processor MCU 1232 is determined sensor for controlling three dimensions, and receives the three-dimension sensor data, changes into after treatment packet, exports transport module 122 to.
For example, when the user need to move or go out, check and make that wearing equipment 120 electric weight are enough, electric power starting mated and be connected with mobile communication equipment 130.The meter step program of operation mobile communication equipment 130, and, after the information such as motor pattern, body weight, step pitch are set, start pedometer module 123 work for the treatment of states.Vibration signal when 3-dimensional digital sensor 1231 induction users walk about, change into serial ports or usb data after the second central processor MCU 1232 computings, transport module 122 is sent on mobile communication equipment 130, the information such as mobile communication equipment 130 and then demonstration and calculating user's step number, speed, distance, consumed energy.After motion finishes, the meter step Automatic Program in mobile communication equipment 130 gathers and shows the result of motion, is stored in local storage simultaneously, and after storage, whether the inquiry user is sent to background server data platform 201.If the user falls down and reaches 10 minutes and do not rise in motor process, also length is not pressed the emergency key, the second central processor MCU 1232 in pedometer module 123 will be sent instruction to the first central processor MCU 1211, the first central processor MCU 1211 of the module of crying for help and will automatically start and call for help button 1213.
Described mobile terminal device 130 is mobile phone, PC or PDA.In concrete enforcement, described mobile terminal device can be equipped with the application program for control, checkout gear, meter step unit, calling for help unit, and application program can show, record, transmit the vital sign parameter signals that checkout gear measures.Described mobile terminal device also is equipped with the test reminder application, for the suggestion according to the doctor, by test plan input test annoyware, when having arrived the default testing time, software will point out the user to measure, and jump in the man machine interface of set test event.
A kind of data platform 201 comprises: for receiving and record the data platform that comes from the third life sign signal that the remote life sign measuring device sends.Data platform 201 is based on the background server of WEB, can receive the vital sign parameter signals that comes from the remote life sign measuring device and send, user profile etc.But doctor's game server data platform 201, User information and vital sign information, historical record are diagnosed, and diagnostic result and record are recorded in data platform, data platform can be sent to the mobile terminal device in user's hands by diagnostic result and suggestion.
For example, the operating process that needs of patients Measure blood pressure, electrocardiogram, ear temperature, a blood oxygen are example is as follows:
S101: the patient is according to doctor's suggestion, and the test in mobile terminal device is set blood pressure, electrocardio, ear temperature, the Measuring Time of blood oxygen, number of times in reminding.
S102: mobile terminal device is reminded patient's Measure blood pressure; And automatically jump to the man machine interface of blood pressure measurement.
S103: the user opens the power supply (power supply can often be held usually) of wearing equipment, and with data wire, sphygomanometer is connected on wearing equipment, and mobile terminal device automatically mates and is connected with wearing equipment.
S104: the user points out on sphygomanometer wrap wrist or arm according to the picture and text of man machine interface, and keeps correct posture.
S105: by the initiating key of sphygomanometer or man machine interface start to measure control, sphygomanometer is started working and is measured, and approximately within 30 seconds, has measured, data show, in the man machine interface of mobile terminal device, and generates document and exists in local storage.After completing during survey, whether human-computer interface system inquiry user is sent to data platform by measurement result.
S106: the user confirms to transmit measurement result to data platform, and mobile terminal device is sent to result the data platform of background server by note, GRPS or all the other communication networks, and then is stored in memorizer.Data platform can be sent to test result in the relatives' mobile phone pre-set.
S107: data platform can be sent to user profile in responsibility doctor mobile phone or computer, responsibility doctor is analyzed and is diagnosed according to test result and historical record, and outcome record is sent to data platform or directly is recorded in data platform, data platform is sent to analysis and diagnostic result, suggestion in customer mobile terminal equipment.Simultaneously, also can be sent in default relatives' mobile phone.
S108: the user selects processing mode according to doctor advised.
S109: after having surveyed blood pressure, the user takes off sphygomanometer, and data wire is connected to electrocardiographic recorder, (equipment of now dressing be always open state and with the mobile terminal device state of keeping in communication).When data wire, by after electrocardiographic recorder and wearing equipment connection, mobile terminal device jumps to the electrometric man machine interface of the heart automatically.
S110: the user is measured by the man machine interface prompting, and measurement result is presented in the man machine interface of mobile terminal device, and between asking, whether the user is sent to data platform by result.Follow-up operation is consistent with blood pressure measurement step S106 to S109 step.
Ear temperature, Oximetry, also consistent with above blood pressure.
The mode that this patent provides is, checkout gear share wearing equipment power module, data transmission module, share the man machine interface of mobile terminal device.This patent also provides test to remind, and can set in advance test plan according to doctor's suggestion, in order to avoid the user forgets measurement, causes adverse consequences.
Above disclosed is only this utility model preferred embodiment, certainly can not limit with this interest field of this utility model, and the equivalent variations of therefore doing according to this utility model claim, still belong to the scope that this utility model is contained.
Claims (8)
1. a remote life sign measuring device, is characterized in that, comprising:
For the checkout gear of acquisition and processing Dai-ichi Mutual Life Insurance sign signal, described checkout gear comprises: electro-cardiograph, blood oxygen instrument, thermometer, blood glucose meter, blood fat instrument, sphygomanometer;
For receiving and process the described Dai-ichi Mutual Life Insurance sign signal that described checkout gear is sent, the second vital sign parameter signals obtained after processing is sent to the wearing equipment of mobile terminal device;
Be used for receiving and show, store, process the second vital sign parameter signals that checkout gear sends through described wearing equipment, the mobile terminal device that the third life sign signal obtained after processing is transferred out.
2. remote life sign measuring device according to claim 1, it is characterized in that, described wearing equipment comprises for giving transport module, call for help module and pedometer module the power module of power supply is provided, for the transport module that described the second vital sign parameter signals is transferred to terminal unit, for controlling calling for help module that buzzer called for help and for gathering the pedometer module of acceleration and calculating step number and displacement; Described transport module, calling for help module and pedometer module are connected with power module respectively; Described calling for help module and pedometer module are connected with transport module respectively.
3. remote life sign measuring device according to claim 2, it is characterized in that, described calling for help module comprise for control stroboscopic lamp, buzzer and send first central processor MCU of calling for help instruction, for sending the buzzer of calling for help audio warning, for receiving the calling for help button of calling for help operation, for the optical frequency pipe of induced environment light intensity with for sending the stroboscopic lamp of calling for help optical signal, described buzzer, call for help button, optical frequency pipe and stroboscopic lamp and be connected with the first central processor MCU respectively.
4. remote life sign measuring system according to claim 2, it is characterized in that, described pedometer module comprises 3-dimensional digital sensor for gathering acceleration and for controlling the 3-dimensional digital sensor, and receiving the second central processor MCU that the 3-dimensional digital sensing data is processed, described 3-dimensional digital sensor is connected with the second central processor MCU.
5. remote life sign measuring device according to claim 1, is characterized in that, described mobile terminal device is mobile phone, PC or PDA.
6. remote life sign measuring device according to claim 2, is characterized in that, described transport module is for supporting the transport module of ZigBee, WIFI, bluetooth or infrared transmission mode.
7. remote life sign measuring device according to claim 2, is characterized in that, described wearing device power supply (DPS) module is rechargeable battery, aneroid battery or button cell.
8. a remote life sign measuring system, is characterized in that, comprises remote life sign measuring device as described as claim 1-7.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320263385.1U CN203369894U (en) | 2013-05-15 | 2013-05-15 | Remote vital sign measuring device and system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320263385.1U CN203369894U (en) | 2013-05-15 | 2013-05-15 | Remote vital sign measuring device and system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103263257A (en) * | 2013-05-15 | 2013-08-28 | 深圳市美的连电子科技有限公司 | Remote vital sign measuring system |
| CN104113618A (en) * | 2014-08-06 | 2014-10-22 | 石家庄恒运网络科技有限公司 | Flexible screen based wearable monitoring device |
| CN106037634A (en) * | 2016-08-24 | 2016-10-26 | 深圳市柯林健康医疗有限公司 | Infrared detection device of medical monitoring system and detection method |
| EP3186926A1 (en) * | 2014-08-29 | 2017-07-05 | Microsoft Technology Licensing, LLC | Client device and host device subscriptions |
-
2013
- 2013-05-15 CN CN201320263385.1U patent/CN203369894U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103263257A (en) * | 2013-05-15 | 2013-08-28 | 深圳市美的连电子科技有限公司 | Remote vital sign measuring system |
| CN104113618A (en) * | 2014-08-06 | 2014-10-22 | 石家庄恒运网络科技有限公司 | Flexible screen based wearable monitoring device |
| EP3186926A1 (en) * | 2014-08-29 | 2017-07-05 | Microsoft Technology Licensing, LLC | Client device and host device subscriptions |
| EP3186926B1 (en) * | 2014-08-29 | 2023-10-18 | Microsoft Technology Licensing, LLC | Client device and host device subscriptions |
| CN106037634A (en) * | 2016-08-24 | 2016-10-26 | 深圳市柯林健康医疗有限公司 | Infrared detection device of medical monitoring system and detection method |
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Owner name: SHENZHEN MEIDILIAN MEDICAL ELECTRONICS CO., LTD. Free format text: FORMER NAME: SHENZHEN MED-LINK ELECTRONICS TECHNOLOGY CO., LTD. |
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| CP03 | Change of name, title or address |
Address after: 518109 Guangdong city of Shenzhen Province Office of wave wave mouth community Dalang South Road West Ying Tyrone building A Industrial Zone (A zone 1 building, 4 floor) Patentee after: SHENZHEN MED-LINK ELECTRONICS TECH Co.,Ltd. Address before: 518000 Guangdong city of Shenzhen province Baoan District Longhua Dalang Street Hua Fu Road, Industrial Park Second Patentee before: SHENZHEN MEDLINK ELECTTRONICS TECH Co.,Ltd. |
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