TW201212676A - Hoping wireless medical caring and monitoring system and method thereof - Google Patents

Abstract

The present invention is related to a hoping wireless medical caring and monitoring system, which is an ANT multiple nodes hoping network and comprises at least one hopping node, at least one physical status measuring apparatus, a server and at least one user-end apparatus. The server communicates with the at least one user-end apparatus via the ANT network. The user-end apparatus reads a medical measurement result from the physical status measuring apparatus and transmits the results to the server via the ANT network. The present invention provides a wireless remote health and medical caring and monitoring system that is suitable for home-care or hospital.

Description

201212676 VI. Description of the invention: [Technical field to which the invention pertains] The present invention is a medical care system and method thereof, and more particularly to a medical care system for the ability to transmit. [Prior Art]; The proportion of elderly people is increasing, so the global health care industry has developed in recent years. Near car is also a shot ^ Tongyu technology and wireless pass gft transmission technology rapid development

Continuing medical care has become an important research paradigm for the future of the market and the focus of the market,

Academic units are constantly researching and developing phase products. U & Yi and the month. The environment developed by J is mostly based on one-way wireless transmission, with wireless transmission..., line surface sighing is usually a passive one-way transmission product, its unilateral and nothing. I am doing the i connection and (4) #物+到小心心, and when wireless medical equipment is to be conveyed, it is usually necessary to transmit the signal at the location of the wireless base station of the wireless feeding device, which is not convenient to use.

SUMMARY OF THE INVENTION In order to solve the technical problem that the existing wireless medical display device belongs to the one-way transmission system, and the signal must be transmitted normally in a very limited (four) range τ, it is inconvenient to make a hop network. The method 'allows a plurality of user terminals to smoothly transmit or receive physiological medical resources from each hop. The present invention provides a wireless peach point medical care system, comprising: more than one hopping point, the one or more hopping points forming one or more hops to transmit one of the 201212676 multi-hop hopping networks to wirelessly transmit the wireless signal : and the first one; follow a network topology to transmit more than one physiological signal quantity, each - physiological signal measuring device - one of the user's physiological signals; - 祠 service n, which passes through - like (4) Pointing and lying _, receiving the wireless signal 'or making a therapy alert signal to form the wireless signal to be transmitted via the (four) hopping network; and

More than one maker interface device, each user interface device reads or connects (4) physiological sputum by the physiological signal measuring device, and forms the physiological signal to form the wireless signal to pass to the multipoint hopping network Each of the panelists transposes the measurement or medical alert signal from one of the multi-hop network to form the wireless signal, and outputs according to the content of the measurement or medical prompt signal-alert Signal. 'Transmission unit, a physiological signal input unit, 'rounding interface and an instant clock unit, the mother and sister user interface device comprises - a central processing unit and one of the electrical connection with the central processing unit respectively ANT wireless transmission of a warning The output unit, a display unit, the middle: the central processing unit control _ANT_ transmission unit and the position to carry out bidirectional cooked line signal transmission; display transmission = central office worship Yuan Shun - miscellaneous - control the alarm * The display unit or the instant clock unit performs the corresponding function; The central processing unit of the Hai through the physiological information capture h, (4) the screaming sensor to control the wireless transmission unit of the layer to generate the wireless signal, and the multi-point jump 201212676 jumps the network to the server; x wheel The control of the central processing unit by the output TL is generated by the control of the central processing unit; and the control unit of the data processing unit of the data processing unit receives the warning signal. Each hop includes a hop micro-processing unit and a hopping micro-processing unit, 纟'"^(4) fresh yuan' lion point no-transition fresh element can perform the transmission of the wireless signal of the ANT network architecture. U-pass-through parameters and the network connection and connection relationship and the wireless service transfer, the channel operation parameters include - hop number frequency, channel number, channel number and channel period; Connected from the channel of the chain network topology, the (four) channels of each job and other hops include - connect the channel, the light transmission system and the _ channel, and the user and the user Performing wireless signal transmission; when the 侑 侑 channel is in the event of a hop failure, two hops adjacent to the fault hop point establish the wireless signal transmission by the pre- and automatic hops. A wireless hop medical photo compliance §fl number delivery method, the step package is established under the ANT network architecture, and the multi-hop network includes - 仴 裔, plural Jump points and a user interface device · l > into a jump point communication channel: The two hops are R-clear--automatically establish-channel, and wireless signal transmission: the user interface carries the bitter phase value a. The ship's private channel transmits wireless messages to each other, wherein the wireless message from τ' contains - Physiological information measurement results and - 201212676

The measurement or medical prompt signal D 〃, 中 u玄 form a jump point communication channel, when one of the jump points occurs, the fault occurs, and the two adjacent jump points of the fault jump point are established after a waiting time. A preparatory channel. In the wireless signal transmission step, the physiological information measurement result is read by the user interface device-the physiological signal quantity, and the sensing result is converted into a wireless signal and transmitted through the multi-hop network. The measurement or medical alert signal is transmitted from the server to the user interface device. The user interface device reads the measurement or medical prompt signal automatic output-alert signal. The invention has the advantages of convenient operation, low cost jumping point and desktop user interface device, and is convenient for being applied to a large medical institution or a home care wireless hop medical care system. Reading the results, you can also obtain information such as test notifications, drug notifications, etc., and the technical effects of instant and two-way communication. In addition, the present invention has the following advantages: The system can have various (four) structures without being limited by the radio wave coverage of wireless transmission. , making the situation more widely and farther and transmitting without dead ends. Providing a measurement record for physiological information for elderly, inconvenient or chronically ill patients, the user can easily move within the scope of the signal and do not need to go to a specific place to measure. this system. "The city's product with a safety certification is the main physiological signal." It includes an electronic sphygmomanometer and an oximeter to increase the reliability of the system. This π, 'first can not only (4) in the general home environment, and can be applied to large hospitals and 2. 3. 4. 201212676 Nursing homes and other internal "bed" multi-physical 4 positions of reduced transmission use. [Embodiment] Please refer to the first figure, which is a preferred embodiment of the wireless hop medical care line of the present invention, which is a multi-hop network under the ANT network architecture, which includes more than one User interface device 10, more than one physiological signal measurement (four), more than one hop point 3 〇 and - healthy lion; its towel, in multi-purpose Yueqing, _ packet silk - source (Source) sent In the path of a destination end (Destinati〇n), one or more of the hop points are required to be forwarded by the _ _ _ _ _ _, the towel, the user interface device of the embodiment is fine _ can not lose The demand and job content respectively determine the source or the destination. The multi-point 魄 本 of this embodiment can be used for various «structures without being limited by the benefit line = the range of the radio wave to be transmitted, and the different application materials are set according to the requirements of the jump point 3 ◦, for example, this edition I 『is applied to the large medical Wei The patients _, the care of the Daheyang Center or their own care can make the signal can be transmitted farther and farther and transmitted without dead ends. Please refer to the second picture of Mai Kao's - each user interface (4) includes - the central processing unit n is electrically connected from the knife and the oblique processing unit 11 - followed by the wireless transmission unit 12, a physiological signal input unit 13,铯 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Receiving the line dry into π ten from... Continued (10) _, the shot field I is 11 according to the non-existent heart-controlled volume control, the display unit 15 or the 201212676 time-scheduled unit 13 performs the corresponding For example, the wireless input signal may be a medication reminder signal, a physiological signal measurement reminder signal, an instant time signal or a barrier notification signal, etc., and the towel is based on the signals of the signals. Content, controlled separately. The alarm box does not output a single number 14, the display unit 15 or the instant clock unit 17 displays or plays X l a prompt 5fl唬, a physiological signal measurement reminder signal, the instant time signal or the obstacle

The notification signal ', for example, displays the medication signal signal on the display unit 15 or sends a warning sound from the warning output unit 14. The ANT wireless transmission unit 12 also accepts the control of the central processing unit to transmit a wireless output signal to the semaphore, so that the wireless output signal can transmit the wireless output signal to the servo through each hop 30. The physiological signal input unit 13 is an electronic signal connection interface, and the form thereof is not limited, and may be, for example, a USB, RS232 or wireless transmission interface (such as Bluetooth, infrared), etc., which can be related to the one or more physiological The signal measurement lion transmits the signal, and the physiological signal measuring device 2 reads the signal to transmit the signal to the central processing unit, and the central processing unit passes the multi-hop network again. The physiological signal measurement lion obtains the signal related to the physiological information. The element 17 can display the warning output unit 14 as an electronic relay capable of generating the warning sound or the like warning message (for example, flash); the transfer element 5 can be __ The domain is transferred to the system (10). The liquid crystal display, the organic light-emitting diode display, etc.); the wheel-in secret is for the user to operate the human interface of the user interface device 1Q; Electronic components for displaying or reporting time. 电子 Electronic detection devices, for example, each physiological signal measuring device 20 is a detectable physiological news 201212676 electronic sphygmomanometer, oximeter, blood glucose meter, etc. The peak and physiological dose After the detector 2 is connected to the physiological signal input unit 13, the central processing unit 11& F兀n takes over the user's physiological signal information stored in the physiological signal measuring device 2 of the party. Each jump point 30 conforms to the ANT Network _, which can communicate with each other interface (4) and other hopping point ANT network architecture for signal transmission, which can include - hop micro-processing unit and -_ job micro-discrimination unit new connection to find rogue fresh elements , the jump

The wireless transmission unit can perform the transmission and reception of the wireless network to serve as the user interface device 10 and the server 40. The pass path between. Each of the servers that follow the network architecture tears through the channel to connect other hops 30 or user interface devices to the servo lion. Two ways of communication can be established on the master (S) and slave (S|ave) architectures. In order to make the jump points of the two ANT network architectures or devices communicate, a common channel configuration is required between the hops 30. The method includes a set-channel operation parameter, and the channel operation parameter may include a network job (_g), a hop number, an operating frequency (RF FreqUency), a channel number, a channel number (Ch_e丨丨D), a channel type (Channel Type) 'Channa| Peri〇d, data form (spoken)

Types & Data Format), etc. Before the two hops 30 actually perform wireless communication, the channel must be established and configured. The specific channel that completes the configuration may continue to maintain the channel operating parameters, but in use, the master ( Maste ") hop 3 〇 can use different channel operation parameter configuration in the same channel to communicate with different devices. 0 Wireless network hop 30 transmission must be received simultaneously from other hops 3 与 and make 201212676 The user interface device 1G or the relay (4) is transmitted. Therefore, each of the hop points of the embodiment has three dedicated channels and one spare channel, which respectively perform the following functions: 1· arranged for the receiving serial number A receiving channel Rx with a jump point of 3〇

Channel (Slave); 2_ is a transmission channel that communicates with the serial number of the next hop point 〇 Channel (Master); 3. Used to communicate with the user interface device 1 使用者 a user channel ( Use "Lu Channel"; 4_Prepared channel as a hop 3 When a network abnormality occurs, the network is automatically connected. At the previous hop 30 of the abnormal hop 30, the preparatory channel is established as a transmission. Channel (Tx Channel). The next hop point is 3〇 at the abnormal hop point of 3〇, then the preparatory channel is established as a receiving channel (Rx Channe|). δ month with the first picture of McCaw, with the following examples Explain the signal transmission process of each hop 3 and the user interface device 10 and the server 4: when the device 4 () sends a medicine or a physiological signal measurement to remind a specific user interface device (Α ), the first hop (Α) will receive the signal from the server 4〇, then the hop must send the signal to find out if the user interface device (Α) has the signal coverage of the hop (Α) again. Since the user interface (Α) is not within the range of the jump point (α), The jump point (Α) transmits the signal to be transmitted to the next-hop point (Β); similarly, the presence or absence of the user interface device (Α), because the user interface in this example The device (Α) does indeed cover the signal in the hop (Β), and the squat point β is sent back to the server 4〇 through the hops 3 In addition, if the signal coverage of each hop point is not found in 201212676, the face κ is set to 1 until the end jump point 30, then the last jump point 30 is sent back to the user 40 direction. Signals that are not in the range of the wireless network. In summary, each hop 30 receives a subtraction from the feeder or each user interface device. (net_k mail. 丨. (10) The signal is transmitted. Take the above example as an example. The network topology and the setting of each hop point are transmitted one by one (the line network topology). When the data is transmitted, According to the preset _ _ _ order of each hop point (A - B - c - D). Taking the jump point c as an example, the jump point Φ ^ will Jump assist and jump as automatic establishment - communication Tongjian (5) coffee, black jump (3) in tandem with each other, in order to avoid the problem of mutual interference between communication channels, each communication channel of this embodiment is provided with - specific parameters By dividing the difference between the modes, the problem of mutual interference can be avoided in the multiplex transmission. In addition, the jump point 30 of the embodiment uses the battery as the power supply, before the battery power is completely exhausted (below a pre- A low voltage threshold is set, and each hop 3 transmits a reminder signal to the server 40 according to the network topology to remind the user to replace the battery. # The following is the setting of the receiving channel (Rx Channe Bu Slav > and the transmission channel (Τχ

Channel, Master) How to set the channel operation parameters: Suppose there are five hops 30, and the number of hops 30 (H〇P-Node ID) is in order: (Ό hop 31: Hop-Node ID =0x31 (2) Hopping point 32: Hop-Node ID =0x32 (3) Hopping point 33: Hop-Node ID =0x33 (4) Jumping point 34: Hop-Node ID =0x34 12 201212676 (5) Jumping point 35: Hop-Node ID =0x35 According to the number of each hop 30, the setting of the channel number is based on the channel number (C han nel丨D). The network channel model and channel number of each hop 30 are based on The sequence is as follows: Channel between server 40 and hop 1: Channel Number=0, Channel ID=0x30;

The channel between hop 31 and hop 32: Channel Number=1, Channel ID=0x31; channel between hop 32 and hop 33: Channel Number=0, Channel ID=0x32; hop 33 and hop 34 Channel: Channel Number=1, Channel ID=0x33; Channel between hopping point 34 and hopping point 35: Channel Number=0, Channel ID=0x34; The following is an example of the setting principle:

If ChanneMD is an odd number, then the Channe丨 Number in the communication channel with the previous hop is set to 0, and Channel ID=(the old hop is decremented by 1). The Channel Number of the communication channel with the next hop is set to 0, and ChanneMD=(jump id). If ChanneMD is even, then the Channe| Number of the channel that communicates with the previous hop is set to 1, and the Channel ID is 1 for the old hop. The Channel Number of the communication channel with the next hop is set to 1 ’ Channel ID is the hop id. 201212676 During the transmission, 'when (four) to a certain jump point 3σ, an abnormal fault can not be transmitted to the next jump point 3G, and the jump point 3Q will be sent to the ship test end (4) - the foreign material knows the signal, the abnormal notice informs the news Contains the next - job D's #讯' read troubleshooting. Further, the path of each hop point of this embodiment has a repair function. Please use the example of the second A to the third C to explain the situation of the occurrence of the different f and the automatic repair. · When the hop (34) is abnormal, the network composed of the hops will be in the open state. The next hop (35) of the abnormal hop (34) receives the channel (4) Channel's 丨ave) in the no-fed receiving state, and the hop (35) passes - wait time (four) 3 〇 seconds) (4) Open-prepare channel (as a receiving channel, such as 吟 at this time its receiving is transmitted through the preparatory channel, and the channel number of the preparatory channel (channe丨丨Ο, the original abnormal hopping channel number (Channe丨丨D = Double of 34), the first hop (33) of the abnormal hop (34) will wait for the message to be transmitted, and start a preparatory channel (as the transmission channel Tx, Mas (4)' at this time, the data is transmitted through the preparatory channel. The channel number of the jump point is also twice the abnormal jump. At this time, the front and back _ hops of the job (4) can ignore the abnormal jump point (34) and transmit the data, as shown in the figure. The user or manager can Check the abnormal jump at the servo foot according to the change of the jump point channel or the transmission path. (34) Perform repair or replacement. It can be seen that any single hop 3 failure in this embodiment will not affect the message transmission of the entire network, and the maintenance or transfer of the single-hop point does not affect the substantial Network operation. When the network transmission path with the abnormal hop (34) is repaired, the transmission path does not contain the hop of the exception (34), and the abnormal hop (34) after the network repair is performed. A hop (33)-broadcast signa (Broadcast signa丨) makes it not open the pre-channel, 201212676 as shown in Figure B. If another hop (35) on the transmission path also occurs In case of abnormality, the jump point (33) will change its transmission 4 channels according to the paraphrase mode, and the message will be transmitted to the repaired jump point (34), and the transmission path will be transmitted to the jump point via (34) (36). According to the foregoing description, in the wireless hop medical care system of the embodiment, the wireless message transmission between the multi-hop hopping network is formed by the servo interface 40's user interface device 1 and each hopping point 3〇. A wireless hop medical signal transmission method can be followed, the steps of which include: (STEP 1) establishing an ANT network architecture One of the multi-hop network includes the server 4〇, a plurality of jump points 3〇 and more than one user interface device 10; (STEP 2) forms a jump point 3〇 communication channel: two A network topology is used between the two hops to automatically establish a channel; (STEP3) hotline λ number transmission: the user interface device 1 〇 and the server 4 传递 pass through each hop 30 channel to each other wirelessly The message, wherein the wireless message includes a physiological information measurement result and a measurement or medical prompt signal. wherein the 'STEP 2 step' is when one of the jump points 3〇 fails, the fault jump point 30 occurs. After two adjacent hops pass a waiting time, a preparatory channel is established. In the STEP3 step towel, the physiological resource 1 is read by the manufacturer interface device 1 to read the sensing result of the physiological signal measuring device 20, and then converted into a wireless signal and transmitted through the multi-hop network; The measurement or medical alert signal is transmitted from the server 4 to the user interface device 1 ◦ 'the user interface device 10 reads the measurement or medical prompt signal to automatically output a warning signal. 15 201212676 [Simple Description of the Drawings] The first figure is a block diagram of a system according to a preferred embodiment of the present invention. The second figure is a circuit block diagram of a user interface device according to a preferred embodiment of the present invention. The third A to C diagrams are schematic diagrams of the jump point repair of the preferred embodiment of the present invention.

[Main component symbol description] 10 user interface device 11 central processing unit 12ANT wireless transmission unit 13 physiological signal input unit 14 warning output unit 15 display unit 16 input interface 17 instant clock unit 20 physiological signal measuring device 30 hop 40 server 16

Claims (1)

201212676 VII. Patent application scope: 1. A wireless hopping medical care system, which is an ANT network architecture-multipoint hopping network, which includes: more than one hopping point 'more than one hopping point formation More than one channel to transmit one of the wireless signals of the multipoint hopping network, and the one or more hops follow the network topology to transmit the wireless signal; more than one physiological signal metric, each physiological signal measuring device Measurement - user's | a physiological signal; a feeding device that receives the wireless signal through the one or more hops and the network topology, or transmits a measurement or medical alert signal to the wireless signal via The multi-hop network is transmitted; and more than one user interface device, each user interface device reads or receives the physiological signal from the physiological signal measuring device, and forms the physiological signal to form the wireless signal to The multipoint hopping network is delivered to the server; each of the user interface devices receives the measurement or medical treatment from one of the multipoint hopping network The alert signal forms the wireless signal and outputs a warning message based on the content of the measurement or medical alert signal. 2. The wireless hopping medical care system according to claim 1, wherein each of the user interface devices comprises a central processing unit and an ANT wireless transmission unit electrically connected to the central processing unit, respectively. a signal input unit, a warning wheeling unit, a display unit, an input interface and an instant clock unit, wherein: 忒 the central processing unit controls the ANT wireless transmission unit to perform the wireless signal transmission in both directions with the hop; 17 201212676 The central processing unit controls the warning output unit, the display unit or the instant clock unit to perform a corresponding function according to the content of the information of the measurement or the therapy signal; the central processing unit transmits the physiological battle volume through the physiological input unit The information read by the detector controls the ANT wireless transmission material to generate the wireless signal, and is outputted to the server by the multi-point network; the ii unit can receive the control unit relay control signal The pro, and the tank can not only accept the warning signal of the age of the processing unit of the towel. The woman applies for the wireless hop medical care system described in item 1 or 2 of the patent scope. The hopping point includes a hopping microprocessing unit and a hopping point of the electrical connection of the lining job processing unit, , and a line transmission unit, and the _ subsequent transmission unit can perform the transmission of the wireless horn of the ANT network. π 4_, as in the wireless hop medical care system described in claim 3, each peach point establishes a connection relationship according to the channel insertion parameter and the network topology, and performs wireless signal transmission '(four) channel operation parameter includes - hop point Number, fresh, channel number, channel number, and channel period. 々 Declare the wireless hop medical care system described in item 4 of the patent scope, the hopping point of each hop, the channel connection of the chain network topology, and the channel between each hop and other hops. a transmission channel, a user channel, and a preparatory channel, wherein the "Haier channel is wirelessly transmitted with the user interface device; the preparatory channel is two of two adjacent to the fault hop when the hop is faulty The hops automatically establish a channel for wireless signal transmission with the preparatory channel. The wireless hop medical care system described in item 5 of the female π patent scope, two completed 18 201212676 hopping points established by the preparatory channel, with the broadcast ringing L _ hopping to open another preparatory channel. 7 kinds of wireless point-hop medical care signal transmission methods, the steps comprising: establishing a multi-hop network under the ANT network architecture, the multi-hop network comprising a server, a plurality of hops and a user Interface device; forming a hop communication channel: a network topology is used between the two hops to automatically establish a channel; and wireless signal transmission: the user interface device and the server transmit wireless messages to each other through the hops The wireless message includes a physiological information measurement result and a measurement or medical prompt signal. 8. The method for transmitting the signal of the wireless hop medical care as described in claim 7 of the patent application, wherein the step of forming the hop communication channel is when one of the hops fails, and the fault hop occurs. After two adjacent hops pass a waiting time, a preparatory channel is established. 9. The method for transmitting a wireless hop medical care according to claim 7 or 8, wherein in the wireless signal transmitting step, the physiological information measurement result is a physiological signal amount read by the user interface device. After sensing the result of the detector, it is converted into a wireless signal and transmitted through the multi-hop network. 10 _ The method for transmitting a wireless hop medical care according to claim 9 of the patent application, wherein the measurement or medical alert signal is transmitted by the server to the user interface device, the user interface device reads the The measurement or medical prompt signal automatically outputs a warning signal. Eight, schema: (such as the next page) !9