TWM513673U - Portable vital signs wireless collection and storage smart gateway - Google Patents

Abstract

A portable smart gateway provides healthcare vital signs collection via wireless connection. This creation includes at least one signal receiving module for receiving measuring values of medical devices via wireless method. A micro control unit uses for managing previous data and write to storage unit, and those data will be encrypted then passed through signal transmitting module to data storage server. This creation also connects At least one identity distinguishing device uses for catching identifying characters from users and medical devices, a display unit for vital signs shown-off in terms of verifying with data on medical devices, history data inquiry and gateway easily operation. The power supply unit lets portable caring duty be feasible and won't stop measuring jobs if Wi-Fi is not available.

Description

Smart gateway for wireless collection and storage of portable physiological signals

This is a portable smart gateway that provides physiological data collection requirements with low-power Bluetooth or radio frequency connection. The near-field communication NFC or lens is used to obtain the identification device. The data can be synchronized to the data under the network connection. The server is stored in the gateway in the offline state.

As the demand and attention of health care is gradually formed, the distinction between physiological measurement needs can be roughly divided into one-time measurement and continuous monitoring. One-time measurements can be manually recorded or passed to the data server for storage, and continuous monitoring can simulate the previous state for trend prediction. Previous physiological signal collection techniques (such as the October 1, 100 Republic of China Announcement Certificate Number M412747 Programmable Physiological Signal Gateway) require the connection of external measurements (such as smart handheld devices) to display data. It is used when uploading to the remote monitoring server for storage and not being able to disconnect the network. The physiological signal is connected to the wired and signal input terminals. It is limited by wire and network in terms of mobility and operability.

In view of the limitations of the above products, this creation is proposed as an improvement.

This creation is a conventional physiological signal collection and transmission gateway. At low power The method of Bluetooth or radio frequency connection transmits the measured value of the physiological measuring equipment to the creation, and the intelligent gateway can collect the physiological data, and obtain the user and the medical equipment by means of near field communication or lens scanning. The identification device can be used normally under the connection and disconnection of the network, and can be carried in a fixed mode or a battery as a power source, without affecting the collection of physiological values, and making the care behavior more convenient.

To achieve the above objectives, the present invention provides a smart gateway for wireless collection and storage of portable physiological signals, comprising connecting at least one signal receiving module to receive the amount of physiological measuring equipment at low power Bluetooth or radio frequency. Measured value, an identity identification device is used as the identity of the identification caregiver/measured person and the medical device, a micro control unit is used as the identity data and measurement value signal processor, and the processed data is written into the storage unit, and the data is transmitted through The signal transmission communication module is sent to the data server for storage, and the display unit on the gateway device is used as an application operation and physiological data monitoring, so that the user can measure the data at a glance and can do the value displayed on the measuring device. In comparison, the gateway device is provided with a power supply unit as a portable device and can monitor the physiological measurement data of the care recipient at any time, so that the care worker can work uninterruptedly.

10‧‧‧Smart gateway for wireless collection and storage of portable physiological signals

11‧‧‧Signal receiving module

12‧‧‧identification device

13‧‧‧Micro Control Unit

14‧‧‧storage unit

15‧‧‧Display module

16‧‧‧Signal transmission communication module

17‧‧‧Power supply unit

20‧‧‧ medical equipment

21‧‧‧Wireless Signal Transmission Module

30‧‧‧Users

31‧‧‧ User Identification Label

32‧‧‧ Medical Device Identification Label

33‧‧‧ Physiological measurement screen

33a‧‧‧ gateway management screen

50‧‧‧Data Server

Figure 1 is the structure of the creation

Figure 2 is a connection diagram of physiological measurements

Figure 3 is the operation diagram of this creation

Referring to FIG. 1 to FIG. 3, the present invention provides a smart gateway 10 for portable wireless signal collection and storage, which is a signal receiving module 11 for low power. The Bluetooth or radio frequency receives the physiological measurement signal from the medical device 20, and the medical device can be any physiological signal measuring device such as a blood oxygen machine, a blood pressure machine, a pulse machine, an electrocardiogram or a weight machine, and can be built in or externally connected. The wireless signal transmitting module 21 of the type sends the measured value, and the signal receiving module 11 can simultaneously receive the signals from the different wireless signal transmitting modules 21, and the unique identity data obtained by the identification device 12, and the two are transmitted to the micro Control unit 13.

The identification device 12 is a tool for identifying the user 30 and the medical device 20 identification tags 31, 32. The device can collect the user 30 and the medical device 20 such as fingerprints by means of near field communication or lens image capture. , the face, the pupil, the palmprint physiological characteristics, the bar code and other unique identity data labels, and connect the creation through low-power Bluetooth or radio frequency, in order to be combined with the confirmed measurement value.

The micro control unit 13 is a single-chip processor that can be written into the control program, and can be updated with the program version as needed. The physiological measurement signal and the identification data are processed by the micro control unit 13 to write the data. The data in the storage unit 14 is simultaneously transmitted through the signal transmission communication module 16 to transmit the encrypted data to the data storage server 50 having the same data format for reservation by wire or wirelessly.

The intelligent gateway 10 for wirelessly collecting and storing the portable physiological signals can be connected to an external display or a built-in display through the display unit 15, and the display can display the user, the medical device identity data and the physiological signal measurement value screen 33. Displayed directly on the screen, the care user can compare with the measured value on the medical device 20 or determine whether the measured data has been transmitted to the data server 50 through the gateway or the operation management of the gateway. The screen 33a is displayed.

The smart gateway 10 for wirelessly collecting and storing the portable physiological signal has a built-in power supply unit 17 for use in the operation of the gateway, and the care user carries the gateway to go out on duty. The physiological signals are collected wirelessly and sent back to the data storage server 50 via the signal transmitting module 16 or stored in the storage module when the wireless mode is inoperable.

The smart gateway 10 for wireless collection and storage of portable physiological signals of the present invention is connected with the data server 50. The server function is not only for data storage but also for the purpose of management of the medical device 20 and the user 30. The server records the duty time of the nursing user, the measurement time of the physiological signal, the control of the user and the medical device, etc., and the application can be synchronized to the hospital information system by synchronizing the personal physiological data in the large medical field.

In summary, the smart gateway 10 for wirelessly collecting and storing portable physiological signals of the present invention uses wireless means such as low-power Bluetooth or radio frequency to receive data from the medical device 20 with wireless transmission function and identity. The unique identification data captured by the identification device 12 is stored in the storage unit 14 through the signal processing of the micro control unit 13 and uploaded to the data server 50 of the same communication protocol through the signal transmission module 16 to save the data. The creation also provides the power supply unit 17 as a portable power supply for avoiding interruption of the care work. The physiological signal measurement or the management of the gateway can also be confirmed by the display unit 15 for immediate confirmation.

10‧‧‧Smart gateway for wireless collection and storage of portable physiological signals

11‧‧‧Signal receiving module

12‧‧‧identification device

13‧‧‧Micro Control Unit

14‧‧‧storage unit

15‧‧‧Display module

16‧‧‧Signal transmission communication module

17‧‧‧Power supply unit

20‧‧‧ medical equipment

21‧‧‧Wireless Signal Transmission Module

50‧‧‧Data Server

Claims (7)

A smart gateway 10 for portable wireless signal collection and storage includes a signal receiving module 11 that simultaneously connects at least one corresponding identification device 12 or medical device 20 and receives it wirelessly. The device generates the identity information or the physiological measurement signal, and transmits the signal to the micro control unit 13; a micro control unit 13 receives the signal from the signal receiving module 11 and the identification device 12 and processes the signal. The storage unit 14 encrypts the data and transmits it via the signal transmission communication module 16; a storage unit 14 stores the measured value and identity data of the medical device 20 and the user 30 in the form of a database; The module 16 transmits the data in the storage unit 14 to the data server 50 in the same format in a wired or wireless manner; a power supply unit 17 is used for power supply operation of the portable gateway, and can be powered by USB. The connector is charged with an external power source. The smart gateway 10 for wirelessly collecting and storing portable physiological signals according to claim 1, wherein the signal receiving module 11 is a low-power Bluetooth or radio frequency module that receives a pair with the pair The identity data and physiological measurement data of the wireless signal transmitting module 21 and the data temporary storage function can temporarily store the data in the memory when the wireless communication cannot be transmitted, and the communication is resumed and transmitted again. The smart gateway 10 for wirelessly collecting and storing portable physiological signals according to claim 1, wherein the portable gateway 10 for wireless collection and storage of the physiological signals can be low-power Bluetooth or radio frequency The identity identification device 12 is connected to obtain the user identification tag 31 or the medical device identification tag 32. The identity recognition device 12 can be a near field communication device or a camera lens. The former obtains the near field communication tag in an inductive manner. Information, the latter The image can be imaged, and the unique features such as bar code, fingerprint, palm print, face, pupil, etc. can be applied to the micro control unit 13. The smart gateway 10 for wirelessly collecting and storing the portable physiological signals according to claim 1, wherein the medical device 20 can be any wireless signal transmission module 21 for obtaining a physiological signal to be built-in or externally connected. An instrument with low-power Bluetooth or radio frequency transmission. The smart gateway 10 for wirelessly collecting and storing portable physiological signals according to claim 1, wherein the micro control unit 13 is a programmable single chip for processing identification data and physiological measurement data. The storage unit 14 is written and encrypted, and the operation of the gateway to the network connection can be managed. The smart gateway 10 for wirelessly collecting and storing portable physiological signals according to claim 1, wherein the gateway has a display unit 15, which may be a built-in or external display. The smart gateway 10 for wirelessly collecting and storing portable physiological signals according to claim 1, wherein the data server 50 is a physiological measurement data storage center, and can be used by the medical device 20 and the user 30. Management, database management, and data can be linked to other servers.