TW200941417A - Multi-way physiological security notification system - Google Patents

Abstract

The present invention relates to a multi-way physiological security notification system, which comprises: a portable device for receiving physiological signals from a user and a physiological status regarding the user, wherein the portable device includes a wireless transceiver module used for wirelessly transmitting the physiological signals and the physiological status; a near-end base device including a wireless transceiver module for wirelessly receiving the physiological signal and the physiological status, a data network communication module for connecting to a data network, and a telephone network communication module for connecting to a telephone network; and at least one remote monitoring unit, wherein a connection between the remote monitoring unit and the near-end base device via the data network can be established through a verification procedure. The near-end base device transmits the physiological signals and the physiological status to the remote monitoring unit via the data network. If the physiological signals and the physiological status do not conform to a predetermined range, the near-end base device additionally transmits an audio notification to a predetermined destination, wherein the audio notification is transmitted via the telephone network.

Description

200941417 IX. Description of the Invention: [Technical Field] The present invention relates to a multiple physiological safety notification system, and more particularly, to a related type of both AudiGType and data form ((10) plus) The multiple physiological safety notifications of the two transfer methods are pure, and the temporary and smooth operation of the miscellaneous physiological safety notification secret. [Prior Art] e 10 With modern people riding over (four) 'recorded people who provide perfect bribes are getting harder and harder, for example, 'years of parents, young children, etc. need extra care, of course, seeking care, nanny Help, the most common way, but this is not the way everyone can afford it, and also, every elderly parent has no wheel and needs special care. Usually, the more common situation is in the field. Children who are J1 or daily (4) jade will worry about whether the elderly parents have had an accident or whether they need help in life. Moreover, even if the young children are handed over to the nanny, they will still appear in the temple. Unfortunate incidents, such as suffocation while sleeping, not falling and hurting, falling to the floor, etc. 'This means that there are too many situations, even if someone is avoiding it at the side, what is the knife, why by technology The power to help people achieve perfect physiological monitoring as much as possible has become a very important topic in today's care field. Based on the above-mentioned health, it is quite a development of the remote physiological monitoring system. The main goal is to make the machine H replace the necessary personnel, and even achieve more detailed care than the human. That is, the money type has been realized _ end-generation hybrid control system. Ptulips Llfeline provides an emergency ambulance network using telephone lines, portable buttons, and services 2, as shown in the figure below. In such a mode, the home connected to the telephone, such as the 'single-staying old man', will be set up with a telephone 1112, and the first button can be carried with an emergency button 14 that provides a press, which will be in the home. Machine 5| _Shame' When pressing the emergency button 14, the button will send a wireless 峨 to the home machine, for example, it will automatically dial to the service center 18 (via the general telephone system, A public telephone network) 16) Then, the service staff of the service t-heart 18 will use the power 200941417 = solution = control object to what happened, and then notify the ambulance agency according to the situation, for example: =r, or the caregiver of the monitored object, etc. The first - this operating system 'has gained a lot of resounding, but its operation = yes, the monitored object can press the emergency sister, or the subject of the monitored object ^ = someone pressed The emergency button, so if the button cannot be pressed = it is likely to be ineffective. It is the same as the town.普及 The popularity and prevalence of the Internet, the system for remote monitoring through the network, however, έ 'US 7260480 ' US 7238156, and US 6807564 are all related to the correct === media = end, system and method. Using the network as a transmission medium can also achieve the goal of full automation. However, the Internet and the X are especially difficult for remote areas. In addition, the network operation is for some people, for example, the elderly. There are still a considerable number of obstacles, but there may be counterproductive effects. Moreover, whether it is the use of the telephone system or the network system, there is actually a problem of one, that is, the basic factor that the entire system must keep the connection unblocked ^, and the ugly transformation of the shape of the shape of the rapid (10) It is impossible to make the most convenient, most complete, and most secure care system. The purpose of the invention is to provide a physiological safety notification system that provides both (three) frequency and data. Xunlin loses the form and compiles the ability to notify the multi-function. The word==r aims to provide a kind of physiological safety notification system, which uses electricity ====: face step =: transmission guarantee, avoiding the line =: to achieve the long-term rescue == phone network: == again The control center performs other notifications. However, based on each of the following: ΪΙ^ΓΓ* fixed transmission path reports may cause delays in the rescue side due to multiple message transmissions, and may also be a waste of resources. 6 200941417 a Therefore, a further object of the present invention is to provide a physiological safety notification system capable of setting a transmission path of a signal and thereby achieving an optimization process for different use cases. [Summary of the Invention]

According to an aspect of the present invention, a multiple physiological safety notification system is provided, the system comprising: a portable device... a proximal base device and a JL less-remote monitoring unit, wherein 'the portable device is gamma The user obtains the physiological signal and the physiological state related to the use, and the system includes a wireless transceiver module for wirelessly transmitting the physiological signal and the electronic device. 4 proximal base device system includes __wireless The transceiver module wirelessly receives the physiological signal and the physiological state of the data network communication module to connect to the data network (D coffee)

NetW〇rk), and the telephone network communication module to connect to a telephone network (the telephone network) and the remote monitoring unit and the near-end base device are required to pass an authentication procedure to achieve both The connection between the data network, wherein the near-end base device transmits the physiological subtraction and the physical condition via the data network, and when the physiological signal does not conform to the physiological state, the preset range The near-end base device additionally transmits an audio shout notification (AudiGN() tifleatiGn) to the pre-destination and is transmitted via the telephone network. The gamma-based device can be selected by the authentication program to select the remote control that it is allowed to connect. The authentication process can include the authentication password and the identity set by the user. The latter can determine the transmission path of the signal, and can also set the destination axis monitoring unit H to which the near-end base device is connected. The remote monitoring unit provides an authentication procedure to authenticate the access from the outside. In addition, preferably, the remote monitoring unit can control the transmission path via the signal; the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Or the signal used by its scales; and the lion-style notification Ke transmitted via Wei Xilu. ... According to - the better real customs, the Judging element system can add the proximal base scale can be directly used to ship the slaves, the plural number of the butterfly, the material can also be transferred to its towel - _ Wei control unit, then the domain Remote monitoring list = 7 200941417 The signal is transmitted to other remote monitoring units. According to still another preferred embodiment, the near-end base device further includes a web interface provided by a web server to provide the remote monitoring unit through the data network and a webpage. The remote monitoring unit can set the near-end base device and the portable device via the webpage interface, where the remote monitoring unit can be a personal computer, and accordingly And further comprising a positive matching server (ipmapping server) to provide an ip pairing service for both the near-end base device and the remote monitoring unit when the remote monitoring unit is unable to provide a true positive address, and further, the near-end base device A connection information (p〇rt information) can be provided to provide a path for the remote monitoring unit to connect. φ According to the embodiment, the portable device may further comprise an emergency button for the user to press when needed to send a distress signal to the near-end base device, and the distress signal is met. The near-end base device is driven to transmit a distress notification, where the distress notification may be an audio form of a distress notification, and/or a data form distress notification. . More advantageously, the portable device further includes a voice communication module for voice communication with the remote monitoring unit. It is also advantageous that the near-end base device further includes a voice communication group f to communicate with the portable device and/or the monitoring line. It is also advantageous that the portable device further includes a display element for displaying time, electrical state, physiological state of the user, and/or connection status with the proximal base unit. The advantage is that the portable device, including the factory memory, stores the physiological signal and the physiological state, and the remote monitoring unit can transfer the physiological stored in the memory through the proximal base device. Signal and physiological status. It is also preferred that the broadcastable physiological detecting device supplies power by a battery, and the data network is PHS, GSM, or CDMA. According to the #m example, the physiological signal is aggregated by the physiological sensing component, and the sensing sensor is one of the following groups: or more: acceleration sensing oxygen sensing 11 , transduction, body temperature sensor, a pressure sensor, and ECG electrode. According to still another embodiment, the system further includes at least one repeater to form a transmission network between the portable farm and the near-end base device, and the relay is The voice communication module can also be used to communicate with the near-end base device and/or the remote monitoring unit. 8 200941417 According to the present invention, a multiple physiological safety notification system is provided. a portable device, a near-end base device, and at least a monitoring unit, wherein 'the portable device includes a button> for pressing by a user, and a wireless transceiver module, the near-end base device comprising a wireless transceiver module for wirelessly communicating with the portable device, a data network communication module for connecting to a data network (DataNetw〇rk), and a telephone network communication module to Connected to a telephone network (Tdeph〇neNetw〇rk), and the remote monitoring unit is connected to the near-end base device through the data network, wherein when the user presses the job, the portable device Produce - ask for help, Sent to the near end of the base unit, to drive the local base station transmits an audio emergency notification (Audi〇 Emergency

Notification) and a data emergency notification, the audio help notification is transmitted to the preset destination through the telephone network, and the data help notification is transmitted to the remote monitoring through the data network. unit. Provided according to the present invention, which includes a portable device, a near-end base device, and at least one remote monitoring unit, wherein the portable device The system generates a physiological signal from the user and a physiological state related to the user, and includes a wireless transceiver module for wirelessly transmitting the physiological signal and the physiological state, the near-end base device including a wireless transceiver module a group, wirelessly receiving the physiological signal and the physiological state, and a data network communication module to connect to a data network, and the remote monitoring unit is connected to the data network through the data network The proximal base device, and the connection between the two is subjected to an authentication procedure, wherein the near-end base device transmits the received physiological signal and the physiological state to the remote monitoring unit via the data network. And when the physiological signal does not meet a predetermined range, the near-end base device is driven to transmit a digitized audio notification (Digitized Audio Notification), and The digital audio form notification is transmitted over the data network in the form of VoIP (V〇ice over IP VoIP). [Embodiment] The present invention will be fully understood by the following examples, so that those skilled in the art can complete the present invention. However, the implementation of the present invention is not limited by the following embodiments. In the physiologically-held device 22, a near-end base device, as shown in Fig. 2, it includes a first, for the first-order monitoring unit 28. The convenience between the 22 and the near-end base device μ is that the portable device device 22 uses a battery as a power source, and the mobile device and the portable device are also portable to the user. _ 峨 _ _ ^ ^ butterfly _ is set f to the near-end base device 24, in addition to the use of no ^ ❹

At the same time, there will be a wealth of data network domain _ base device% of the interface, so it can be connected to the m circuit communication module, as an external transmission _ connected to the miscellaneous network (DataNetwork) 26 ^ = road (five): t) 'For example, through TCMp, you can also connect to the Telephone Network 25, (ρδΤΝ,

Tf—η6 Ν—10 ' Therefore, when the near-end base device 24 has the need to transmit information externally, it is possible to select a better transmission path or not to ensure the correct information by a dual transmission path. Delivery, dedication can provide a delivery path choice in a certain transfer. The remote monitoring unit 28 receives information from the near-end base device μ, and further, the remote monitoring unit is controlled by the near-end base device 24, and controls the local base device 24 via the near-end base device 24 The portable device 22, that is, the communication of the physiological security notification system according to the present invention is bidirectional. Here, the signal transmitted by the near-end base device 24 can be in two forms, that is, a data type signal ( DataType) and audio type (Audio), for example, voice, MF, DTMF, etc., that is, the near-end base device 24 can respond to signals transmitted by the portable device 22, and/or the user 20 The operation transmits external data signals, such as notification signals, distress signals, etc., or audio signals, such as a rescue recording, a voice directly talking to a service person, or both data and audio signals. As is well known in the art, both the telephone network 25 and the data network 26 can perform the transmission of the data format signal and the audio format signal 200941417 in an interpenetrating application scheme, for example, An analog modem (ADSL modem) that uses a telephone network for data transmission, and an audio data transmission v应用Ip of an application data network. With the advancement of technology, there are more and more applications for these two transmission architectures, and the boundaries between applications are becoming less and less obvious. In addition, with the development of wireless technology, wireless transmission modes have been developed for both audio and data transmission, such as GSM, CDMA, PHS, etc., as well as WLAN and WiFi. Therefore, the present invention is similarly As a result, more support is available in the application. Ο Ο Next, we will introduce the actual implementation. First, the portable device 22 is disposed on the user, regardless of the manner, for example, (4) using a lanyard, a strap, a patch, etc., as shown in FIG. 3, the patch form physiological detection The device 22 includes a wristband blood oxygen sensing device 222, an attached respiratory gas influenza detecting device 223, and an ear-mounted breathing gas influenza detecting device 224. Firstly, when the portable device 122 is implemented to provide a physiological signal and a physiological state of the user, the portable device can be connected to the physiological sensing component to measure the physiological signal of the user and the physiological state of the user.峨 and the physiological state are wirelessly transferred to the near-end base device%, and then transmitted to the remote Μ, to achieve the purpose of immediate physiological monitoring, and help the development of family care community care. Here, the physiological component can be a variety of sensing components that can help monitor the state, such as a blood oxygen sensor, a heart rate sensor, and a body temperature sensation, and the device, the electrocardiogram electrode, and / or accelerometers, etc., the choice of the type is equivalent to meet the needs of the system and for each purpose of the test, the speed sense can know whether the user has a fall, and the older users Quite applicable, therefore, there are no restrictions. , brother's Γ ΐϊ ΐϊ 理 理 , , , , , 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 卩 卩 卩 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解 解Τ physiological state 'such as 'heartbeat stop, or body temperature drop, etc., so - come, Tian Ran here, the preset condition can be set by age - can be from the near-end base device, or directly from the The portable device enters ^^°仃11 200941417 degrees, according to ί to enhance the effectiveness and strength of the security notification, and then additional transmission = frequency is the person who will continuously transmit the data physiological signal, or multiple transmission The same-- can be transmitted to different locations / and as above, the sound knows and two ===5^; ^^^ rate 2: and the transmission, which is more advanced - only the Chinese network The mechanism on the 26th is that it can be used in the same situation. As for the portable device that generates the notification device 1 at the user end, and/or the near-end base does not match the preset condition to automatically be in the original physiological signal

❹ = Recording 'When there is a discrepancy, the near-end base device transmits the voice: for example, 'local ambulance team, family member, and/or caregiver y ', ', ', save' It can be used as a notification, or it can also be used to make (4) touch audio channels·1= 'system preset recording' DTMF tone (t°ne). Therefore, by means of this audio form, it is possible to respond to the user's emergency situation more quickly, without waiting for the remote monitoring to monitor the physiological state of the 7L, or to perform subsequent reactions after receiving the notification, thereby shortening the user as much as possible. Waiting time for getting an ambulance. When the near-end base device 24 sends a voice ship cake, it will be answered by the computer voice line, the person 30, or when the sound source is 28, the sound can be converted into a text message, etc., and is not displayed on the screen. 'Or other notification signals can be triggered and sent to other systems', for example, to the ambulance center, hospital' police station, etc. 8. Here, the audio form notification is mainly transmitted by the telephone network 25, but the audio form notification can also be digitized first and transmitted by the data network %, that is, VoIP (Voice) Over IP, IP network voice) form. In addition, in addition to connecting the physiological sensing component to provide an immediate physiological signal, the portable device 22 can further include a button (not shown) for the user to press when needed. When the user presses the button, the portable device 22 wirelessly transmits a distress signal to the near-end base device 24 to drive the near-end base device 24 to transmit immediately - the audio help notification and the 12 200941417 data. The help notification is sent to the remote monitoring unit 28 and/or a preset person 30 to initiate an emergency ambulance mechanism, for example, a hospital, a fire brigade, a police station, a neighbor, a family member, a caregiver, a doctor, etc. Come, you can get users more quickly and help your family feel at ease. Therefore, the information that can be provided by the portable device according to the present invention can be variously changed according to different use purposes and different use environments, and can fully meet different needs of users without one-way limitation. User usage mode. Moreover, according to the present invention, the main function of the near-end base device 24 is as a transit point between the portable skirt 22 and the remote monitoring unit 28, and also due to such a setting, k It provides the possibility of changing the transmission path from the signal of the far portable device.

信号 The signal from the removable device will be wirelessly transmitted to the near-end base device, and then, according to the setting of the near-end base thief t (can be set by the near end or by the monitoring unit, Read the narrative description) 'The decision is made from the transmission path of the signal that the near-end base device itself needs to send, for example, ···1, only by the single control unit (4) At the same time, the scale signal will be directly transmitted to the remote monitoring early element, for example, a remote server ❶ 2 · There are multiple remote monitoring units to monitor at the same time: 'The remote monitoring (1) The unit may transmit to the other remote monitoring unit after being transmitted to its towel-remote monitoring unit, or (7) the proximal base device may transmit the signal to the plurality of remote control units in succession. Can be: =====,,, = The other is a more simple remote monitoring unit, the master remote = 3 = soil, 疋 single yard, or - in the 楝Scope, for example, = 'The remote control unit of the master can perform large-scale monitoring, for example ===J 2 around the cross-country, shouting _ _ only supervisor, Fan ΓΞΓ = such a small yuan is the phase, when Suitable for use by caregivers, nursing stations, etc. In this way, it is possible to achieve the purpose of multiple monitoring and multiple guarantees. In addition, when the city only implements the scale-removal unit, it is also implemented according to different needs of 13 200941417 to cover different monitoring ranges. For example, +, spring-person living alone, they usually have independent life. In the action ^ factory community, there are many such things in the community can be developed, a caretaker borrowed 2 * move = no need to take care of the small area of the monitoring, so - come, usually can be model = remote The monitoring unit learns the immediate demand in a small range at a speed, and can also quickly and surely know when it is needed. Therefore, when the situation occurs, the care is in the soil area. The elderly can respond. The same situation, suitable for hospital towels, so, = 卩 = ^ = 2 = Yes, road, telephone system, you can simply report immediate monitoring ς = condition 'and the care station can also quickly occur for patients The situation is reacting. ... ❹ = ===== woven, sample (4) touch other distance =, the transmission path of the signal is not absolute, it can also be different according to different situations, for example, s, can be set according to different daily time periods For example, the signal of the portable device can be set to the remote control unit that is only sent through the proximal base device, and the remote control unit can be set to change the county signal. Transfer to other remote control units to make sure that the control is actually executed, but still can be used for the purpose of the instant announcement of the above-mentioned lion-style notification, so that different usage scenarios can be fully taken into account. Different use needs. In addition, according to another embodiment of the present invention, the connection between the near-end base device and the remote monitoring device can be implemented to have an authentication procedure. For example, one of the situations may be: 'The authentication procedure may include the authentication password and identity set by the user in the near-end base device. 'When the _the control unit wants to connect to the financial base device , the user must be authenticated by the password, so that the user can face the remote monitoring unit that he or she is allowed to connect to (may (10) record, offer), or do not connect with the remote control unit. It is awkward that the near-end device is connected to the remote monitoring unit, and through the authentication process, this is similar to the status of the member boarding service center, that is, the remote monitoring unit handle simultaneously controls multiple users. Such a certification can be confirmed that the pure base station 200941417 is indeed monitored by the remote monitoring unit. Bran is not limited. Tian..., 'This is just two of the conditions. In addition to the connection from the near-end base device, the remote monitoring unit can also implement authentication procedures for external access, for example, other remote monitoring. Or other users from outside the system access 辇 γ +, take, water 糸,. 死 outside access special 'for example, from the Internet connection, etc., Γ Γ Γ 远 远 鲜 鲜 鲜 监控 监控Before being a producer, you must be humiliated by a certified ί program to ensure personal privacy. The second most common implementation of the data network used in the present invention.

Network iIntemet), therefore, according to a further embodiment of the present invention, the near-end base device;, built-in network_county (webse) provided _ page interface (Lion In secret ee), J f Internet, on Always use _妓 (webBr. Cong) for access. Under such circumstances, it is most advantageous that the caregiver can actively take care of the care line when it can connect to the Internet. That is, as long as it can be a device that can browse the webpage, it can become a remote monitoring device. By way of example, a caregiver can log in by using the web interface provided by the near-end base device to obtain a certain/some patient's feeding, for example, physiological information, as for the nursing care. The content of the information that can be viewed by the staff and the identity of the patient who can be difficult can be determined by means of “authentication, etc. Therefore, in this way, the small-scale control becomes simpler and more convenient. The caregiver does not need the monitoring device of Timin, and only needs to be able to access the computer, PDA, mobile phone, etc. that can be connected to the Internet, and can grasp the physiological state of the monitored person monitored by it, and can receive any notification and help. The signal is also used because the caretaker can conveniently perform physiological monitoring using a network-connected device such as a computer. Therefore, the physiological safety notification system according to the present invention can omit the parameter through the web interface. The limitation of a specific service center is that its towel is quite real (4). The implementation method is that the user selects the portable device and the near-end base device, and then the remote domain (four) is monitored by the remote end. The effect of joining the service center, plus the user can set and select the destination of the signal transmission, naturally more comprehensive care can be obtained. When implementing remote physiological monitoring, as described previously, the conventional implementation situation Mostly, when the user is in a situation, the side phone and the service towel, the message 'or the remote ship will handle the warning after receiving the warning signal via the network, that is, the commonly known physiological monitoring. 15 200941417 = Γ Γ: 施 施 == The choice of use is limited, so if you can mention that the user is more riding Ζ Γ Γ ' 但 但 但 但 但 但 但 , , , , , , , , , , , , , , , , , , , It is also possible to set up the near-end base device by logging in to the near-end base device. For example, if the caretaker is a temporary language port, then it can be entered. Change the setting of the signal transmission path on the webpage, for example, from Chu 2 to 其他 to other remote monitoring units, or the safety of another caregiver, it will be more convenient to care for the operation of the stomach, but also more - Step to ensure monitoring system

❹ f This is based on the fact that today's network connection is mostly using dynamic ΙΡ, and it will also be used: Ξ or ί, NAT router, etc. to provide network protection, miscellaneous 22nd It may be that the near-end base device and the remote monitoring unit cannot raise the length and make the (four) fixed IP, so that the remote monitoring unit cannot connect to the near-end base. Provided - IP Matching Server (IP Map i _·, 'To allow the light monitoring element and the near-end base to get mutual IP addresses' into the ffij π money line, the outline can be given The near-end base that cannot mention the IP address is installed on the network. It will upload its current address and its own identification code to the Ip pair. Therefore, when the remote monitoring unit wants to monitor it, When the website is on the site, the IP-matching feeder can be used to find the current IP address of the private-station device, and then the remote-end monitoring unit is directed to the near-end base device. IP address, or 'may be that the remote monitoring unit is connected to the network The pairing servo H obtains the current 115 address of the near-end base station monitored by the servo H, and by the obtained address, the remote monitoring single-chip can be smoothly connected to the near-end base device monitored by it. In this case, it is possible to avoid the problem that may be caused by the ribbed IP. However, it should be reminded that the above-mentioned generality of the ship’s IP matching may be a method and method, not as a limitation. Due to the adoption of the network protection mechanism (firewall, NAT R〇uter), the two parties cannot connect to each other. For the case of mining (10) road collision, the village of the present invention is implemented as: = near-end base device in addition to the side to match In addition, it will also provide information about the port information (that is, provide itself for the remote monitoring unit to be connected to the remote terminal from 200941417. The opening is for the remote monitoring material to pass. The connection (埠), so-to, the connection between the two will not be affected by the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In the implementation form of the near-end base device, the weight is reported As desired

The 基地-end base device also has a TelephGne NetWOTk bribe and data network communication interface, so the form that can be implemented can be simply a two-year-old face with no wei_ The device box, a more lion example, would be a mode with a wireless telephone number (replacement), or the near-end base device can also include a firewall and a NAT routing device to maintain network security mechanisms. It will be more conducive to the adoption of the web service interface. Independently, it should be noted that, as previously stated, audio, or data, may be transmitted purely via the telephone network, and/or the data network, and thus there are no restrictions on implementation. In addition, in particular, the physiological safety notification system according to the present invention may further include a Repeater 40' as shown in FIG. 4, that is, the portable device 22 that receives the signal receives the signal. Outside the local base device 24 and the remote monitoring unit, between the portable device 22 and the near-end base device 24, the financial device of the hometown is communicated with the repeater 40 of the company to achieve a wireless random The form of the network (WirdessadH〇cNetw〇rk), the purpose of this is to use the characteristics of the repeater to ensure the effective and complete transmission of the signal. For example, a, when the range of activities of the environment in which the user is located is large, it is possible that the wireless transmission between the portable device 22 and the near-end base device 24 becomes unstable, and therefore, if it can be added The relay 40 transmits the signal in the form of a wireless random network, which can ensure the effective and complete transmission of the signal. For another example, it is also likely that when the portable device is implemented for long-term physiological monitoring, continuously transmitting signals to the near-end base device will cause power consumption to become large, in which case The method that can be implemented is that the user body is provided in addition to the portable device, so that the portable device transmits the signal to the repeater only a short distance, and then The power supply of the repeater itself is used for long-distance signal transmission, so that the physiological monitoring time can be made longer, and such a form is also advantageous for attaching the portable device to the user. Device, because when the power demand of transmitting signals becomes smaller, the volume of the battery can be reduced, then 17 200941417 η: volume and weight will become more favorable for attaching to the body, by way of example only The physiological safety notification line of ^ will be closer to the use requirement, and the above examples are only described in (4), and are not related to the present invention. ^ The near-end base device performs wireless transmission of the signal, and the portable device can also be grouped to perform voice communication with the remote monitoring unit, and/or the near-end pitch communication module to interact with the portable The device, and/or the remote monitoring unit=incoming-communication', in addition to the system, the above-mentioned _, especially the repeater 40' can also be implemented as having a voice communication module, and Nearly the monitoring unit performs voice communication. The clear way is to help the monitor understand the actual situation of the user in the case of clear user awareness. _=1 If the function is to be enhanced, the portable device may further include a display component to help Γί3 ί, for example, time, battery status, physiological state of itself, and/or message with the proximal squama. In addition, the portable device can still include a memory, and the memory can also be a removable memory. In addition to the immediate physiological monitoring of the field, the system according to the present invention can also be used for remote use. The user can perform physiological tests in the county, woven, and then transfer the '.' The measurement touched by the doctor, the system can be passed to the doctor, which is very suitable for long-term dependence, tracking reduction, for example, after the m & dirty disease, etc. in the money for simple self-checking Wire reference, or, if the individual itself wants to know the status of the self (phase), the money can be used to help the user to use the calculus, f library, etc. in the remote monitoring unit. 'Through the monitoring method, it can save the trouble of patients going to the hospital for treatment, and it is convenient for users to grasp their own physiological conditions at any time. In addition, the user can actively select the transmission of the signal generated by the user, that is, the user can select the destination remote monitoring unit. For example, when there are multiple perspectives: for example, when there are multiple services that provide monitoring, different remote monitoring units can have different functions of the moon, such as 'different monitoring modes, different analysis and operations. Function, 18 200941417 Different comparison database, etc., therefore, the user can decide the form and content of the monitoring according to his own needs, and then select different remote monitoring units to further close to their own needs. . In addition, the user can also choose whether to monitor by the remote end, that is, the user can actively decide to perform the detection only at the near end without transmitting the signal to the remote end, for example, the near-end base device. An authentication procedure of the remote monitoring unit may be provided for the user to set the connection status of the monitoring unit of the terminal, for example, connectable, non-connectable, or only accessible to the afl, therefore, through this System, the user can completely determine the degree of disclosure of his own signal. In summary, the physiological security notification system according to the present invention not only provides a dual transmission path including a data network and a telephone network to effectively improve the accuracy of signal transmission, when a user has a physiological abnormality, or when When the user presses the help button, the system according to the present invention will simultaneously issue a vocal scale and a number of lying help notifications, the financial emergency position and reduce the probability of being ignored, and the level of response to the position, listening, root The county system, whether it is a portable device, a near-end base device, or a remote monitoring unit, can judge the physiological signal and immediately send a notification or warning when the physiological abnormality occurs to achieve multiple security. The effect of the notification, _ let the user get a strong limb. Therefore, through such a party j ’ according to the _ physiological safety notification system, the implementation of the remote control will be more accurate and more in line with the actual needs of life. In addition, the present invention further provides a signal for information recognition and change, and an information transmission path, in order to meet different user needs and different = and then achieve a customized physiological safety notification button to avoid limited face manner and incompleteness. Take advantage of the system's performance. The present invention has been described in detail by the above-described embodiments, and can be modified by those skilled in the art, and is not intended to be protected by the appended claims. [Simple diagram of the diagram] ^图························································································ ® is not intended to be worn on a portable device according to the present invention; and 19 200941417 FIG. 4 is a view showing a portable device according to a preferred embodiment of the present invention. A schematic diagram of the use of repeaters between the near-end base units. [Main component pair symbol description] ❹ 10 Monitored object 12 Monitoring machine 14 Emergency sister 16 Public telephone network 18 Service center 20 User 22 Portable device 221 Patch form physiological detection device 222 Wristband blood oxygen sensing Device 223 Attached Breathing Influenza Test Device 224 Ear-hook Breathing Influenza Test Device 24 Near-end Base Device 25 Telephone Network 26 Data Network 28 Remote Monitoring Unit 30 Answering Person / Computer Voice System 40 Repeater 20

Claims (1)

200941417 X. Patent application scope: 1. A multiple physiological safety notification system, comprising: a portable device for obtaining a physiological signal from a user and a physiological state related to the user, and comprising: a wireless transceiver The module 'transmits the physiological signal and the physiological state wirelessly; a near-end base device includes: a wireless transceiver module for wirelessly receiving the physiological signal and the physiological state; a data network communication module 'connected to a data network (DataNetwork); and a tongue and keyboard network through the gfL module to connect to a telephone network (Teieph〇ne Network); And at least one remote monitoring unit, wherein the remote monitoring unit and the near-end base device are required to pass an authentication procedure to establish a connection between the two via the data network, wherein the near-end base device Transmitting the physiological signal and the physiological state to the remote monitoring unit via the data network; and when the physiological rhyme 1 is inconsistent with the physiological state, the near-end base device is a quantity=send s-frequency form notification (Audi〇N〇锐〇n) to a preset destination, and the audio form notification is transmitted via the telephone network. It is expected that the near-end base scale will be used to keep away from the fresh elements. 3. According to the system described in the second paragraph of the patent application, the authentication password and the identity set by the person. 4. The transmission path of the system according to item 3 of the patent application scope. The authentication procedure includes the use of a user-determinable signal 5' according to the system of claim 3, wherein the destination remote monitoring unit to which the base device is connected. 6. The system provides an authentication procedure as described in the scope of the patent application to authenticate external access. The middle 3 touches the financial board. 7. The secret of the root-shooting axis, wherein the control unit controls 21 200941417 the transmission path of the signal transmitted via the near-end base unit. 8. The root shoots the patent, which is a computer voice system, and/or a person. 9. The system according to the scope of the patent application, wherein the detailed notification is a voice signal, an MF 峨, a DTMF signal, or a signal used by other telephone systems. 10. The system of claim i, wherein the audio form notification is transmitted by the data network. 11. The system of claim i, wherein the remote monitoring unit is implemented in a plurality. 12. The system of claim n, wherein the near-end base device transmits signals to a plurality of remote monitoring units. ^ I3. According to the system of claim U claims, wherein the near-end base device transmits the number to its towel_monitoring unit, and then the terminal monitor unit transmits the signal to other remote monitoring unit. U. The system of claim 5, wherein the near-end base device further includes a web server (webinterfaee) provided by the web service to provide the remote monitoring unit The data system and the system described in claim 14, wherein the remote monitoring unit sets the proximal base device by the interface, and The lag device is a system of the invention according to claim 14, which further includes a -p pairing feeder ι^ΓΓΤ_γ)' at the proximal base device When the remote monitoring unit cannot provide a real address, it provides an ip pairing service for both. Will mention the system described in item 17 of the patent scope, wherein the near-end base unit has a larger road (4), and the spray can be connected to the remote control unit - the tight H system = the patent system described in item 1 The towel, the portable device further includes a tight button for the user to press the fort when the rescue is required to send a distress signal to the near 22 200941417 end base device. The near-end Kisaki will take care of the n-shot, and the look-and-see will drive 21. According to the scope of the patent application, the audio form is fine-cag-2. Μ 'Yue notice is - 22. According to the scope of the patent application scope of the system, a voice pass, kiss "she set more includes 23. According to the system of claim 2, paragraph 2, 2, The near-end base device includes a voice pass-through group for voice communication with the portable device. Device ❹ ❹ 24. Voice communication with the remote monitoring unit according to the scope of the patent application. " ', 统' its towel' the near-end base device system 25 = shooting, the system described in the scope of item i, wherein the portable device further includes two =; showing the time 'electricity state, the user's physiology The state, and/or the system of the present invention, wherein the portable device further includes a δ hexamed body for storing the physiological signal and the physiological state. The system of claim 5, wherein the physiological signal and the physiological state stored in the memory are obtained by the near-end base device: 2. The system according to the scope of the application, wherein The portable physiological detecting device is powered by a battery. The system according to claim i, wherein the extracting of the physiological signal is achieved by a physiological sensing element. The system of claim 29, wherein the physiological sensing component is one or more of the following groups: an acceleration sensor, a blood oxygen sensor, a heart rate sensor, and a body temperature sense. Detector, blood pressure sensing 31. The system of claim 1, wherein the data network is pHS, GSM, or CDMA. 32. According to the system of claim 1, It further includes at least one repeater to form a transmission network between the portable device and the near-end base device. 23 200941417 33. The system of claim 32, wherein The repeater has a voice communication module 'to communicate with the near-end base device and/or the remote monitoring unit. 34. A multiple physiological security notification system, comprising: a portable device, including a button for the user to press; and a wireless transceiver module; a near-end base device comprising: a wireless transceiver module to achieve a wireless communication with the portable device; a data network communication a module for connecting to a data network (DataNetwork); and a telephone network communication module for connecting to a telephone network (Telephone Network); and at least one remote monitoring unit Connected to the near-end base device according to the network, wherein when the user presses the button, the portable device generates a distress signal and wirelessly transmits the signal to the near-end base device to drive the near-end base device to transmit An audio alert notification (Audio Emergency Notification) and a data emergency notification (Data Emergency Notification); the audio help notification is transmitted to the preset destination through the telephone network; and the data help notification is transmitted through the data network The system is transmitted to the remote monitoring unit. The system of claim 34, wherein the remote monitoring unit is configured to control the portable device by the proximal base device The transmission path of the distress notice. The system of claim 34, wherein the portable device is further connectable to a physiological sensing component to obtain a physiological signal of the user. 3λ According to the system described in claim 36, the physiological signal is wirelessly transmitted to the near-end base device, and the hybrid (four) silky delivery/monitoring unit. 38. A multiple physiological safety notification system, comprising: - a portable device, the lining obtains a physiological signal from the individual, reduces a physiological state associated with the user, and includes: the wireless transceiver module 'transmits the wireless Physiological contact and the physiological state; 24 200941417 A near-end base device comprising: a wireless transceiver module for wirelessly receiving the physiological signal and the physiological state; and a data network communication module for connecting to a data network a data network; and at least one remote monitoring unit is connected to the near-end base device through the data network, and the connection between the two is subjected to an authentication procedure, wherein the near-end base device is The data network transmits the received physiological signal and the physiological state to the remote monitoring unit; and when the physiological signal does not conform to a predetermined range, the near-end base device is driven to transmit a digitization= Digitized Audio Notification, and the digitalized audio form notification = in the form of VoIP (VoiceoverIp, ιρ network voice) The data network is transmitted ❹ 25