TWM563042U - Telemedicine data storage system - Google Patents

Abstract

A remote medical data storage system comprising a detecting device, an analyzing device and an action The device includes a sensor, an operation module, a storage module, a lens and a screen, the sensor can detect the patient's body frequency and generate a detection signal; the operation module can analyze the detection signal and generate a detection data stored in the storage module; the analysis device and the detection device are connected through the Internet; the mobile device can download the detection data in the detection device through a media transmission protocol device, and store the detection data in the action In the device, when the patient wants to ask other medical staff about the relevant conditions, the test data in the mobile device can be transmitted to other analysis devices through the Internet, so that other medical personnel can judge and the patient does not need to be tested again. Very convenient.

Description

Telemedicine data storage system

This creation is about a remote medical data storage system, especially a data record that can store medical records, so that patients do not need to re-test, and can remotely query other medical staff for related conditions with the stored medical record data.

According to changes in living and eating habits, many civilized diseases or chronic diseases have emerged today, resulting in increasing medical demand and shortage of supply. Therefore, how to effectively use medical resources is an important issue that everyone faces.

The classification of general medical institutions is mainly divided into medical centers, regional hospitals, regional hospitals and grassroots clinics. The medical equipment in medical centers is the most complete. Many people are used to visiting large hospitals when they are uncomfortable, resulting in overcrowding in large hospitals. ,  Patients with critically ill emergency often need long queues, and waiting for a long time is extremely common, causing uneven distribution of medical resources.  

Therefore, some manufacturers have developed a remote medical detection system, which mainly includes a detecting device and a display device. The detecting device and the display device can be connected through an internet connection, wherein the detecting device can detect the patient's body and detect After completion, a detection data will be generated, and the detection data is transmitted to the display device through the Internet, so that the display device displays the detection data for the medical staff to initially determine the patient's detection data and discuss with the patient for subsequent treatment. Through the remote medical detection system, medical staff and patients can overcome the obstacles of space and time, and conduct video analysis to avoid waste of medical resources.

However, the detection data of the conventional remote medical detection system cannot be stored in the mobile device, for example, a smart phone or a tablet computer. The test data can only be stored in the detection device, and the patient's medical record data cannot be stored in other ways. When the patient's desire to ask other medical staff about the relevant conditions, the test device must be tested again, which is extremely inconvenient. In view of this, the creator has made in-depth research and improvement, and this creation has occurred.

In order to achieve the above object, the present invention provides a remote medical data storage system, comprising a detecting device, an analyzing device and a mobile device, the detecting device comprising a sensor, an arithmetic module, a storage module and a lens. And a screen, wherein the sensor can detect the patient's body frequency and generate a detection signal; the operation module can analyze the detection signal and generate a detection data; the storage module can store the detection data; the lens can be Ingesting the patient's instant video; the screen can play the test data and a video of the medical staff; the analyzing device is connected to the detecting device via the Internet to receive the detecting data and the instant video of the detecting device; The device includes a lens and a screen, wherein the lens of the analyzing device can capture the instant video of the medical staff, and can be transmitted to the detecting device through the Internet; the screen of the analyzing device can play the test data and the patient's Instant video and audio for medical staff to use as a reference for judging the condition; Means connected to the detecting means; the mobile device having a storage module, can be stored in the detection data of the detection means through the media transport protocol means.

The remote medical data storage system described above, wherein the mobile device is a smart phone or tablet with an Android system.

The telemedicine data storage system described above, wherein the mobile device is connectable to the analysis device via the Internet to transmit the detection data stored by the mobile device to the analysis device.

The remote medical data storage system described above, wherein the detecting device is a non-linear diagnostic human body frequency analyzing device.

The remote medical data storage system, wherein the mobile device can also be wirelessly connected to other physiological detectors through a wireless network, and the physiological detector can be a blood pressure meter or a temperature gun or a blood glucose machine or a weight scale. Or a self-regulatory neuroanalyzer.

Based on the above, the mobile device can download the detection data in the detection device through the media transmission protocol device to store the detection data in the storage module of the mobile device, and when the patient desires to inquire other medical personnel about the relevant condition, The detection data in the mobile device is transmitted to other analysis devices through the Internet, so that other medical personnel can judge, and it is not necessary to detect the detection device again, which is extremely convenient.

In order to achieve the above objectives, the technical means and the achievable effects of the present invention, the following preferred embodiments are described in detail with reference to the accompanying drawings, which can be fully understood.

Referring to FIG. 1 , the remote medical data storage system of the present embodiment includes: a detecting device 1 , which is a non-linear diagnostic human body frequency analyzing device, comprising a sensor 10 , an arithmetic module 11 , and a storage module 12, a lens 13 and a screen 14, wherein the sensor 10 can detect the patient's body frequency and generate a detection signal; the operation module 11 can analyze the detection signal and generate a detection data; the storage module 12 The detection data can be stored; the lens 13 can capture the instant audio and video of the patient; the screen 14 can play the detection data and receive a live video of a medical staff; an analysis device 2 is connected to the detection device 1 via the Internet. A lens 20 and a screen 21 are included, wherein the lens 20 can capture the instant audio and video of the medical staff; the screen 21 can play the test data and the patient's instant video and audio for the medical staff to use as a reference for determining the condition; A mobile device 3 is connected to the detecting device 1 by a media transfer protocol device 31. The media transfer protocol device 31 (Media Transfer Protocol) The mobile device 3 has a storage module 30 for downloading the detection data of the storage module 12, wherein the mobile device 3 is provided with an Android system (Android). Smart phone or tablet.

In the present embodiment, the mobile device 3 can be connected to the analyzing device 2 via the Internet to transmit the detection data stored by the storage module 30 to the analyzing device 2, so that the screen 21 displays the detected data.

Referring to FIG. 1, after the sensor 10 is connected to the patient, the detecting device 1 is turned on, and the sensor 10 transmits a detecting signal to the computing module 11. After processing, a detection data is generated and stored in the storage module 12. At the same time, the screen 14 displays the detection data for the patient to view, and transmits the detection data to the analysis device 2 through the Internet, so that the screen 21 displays the detection data for the medical staff to initially determine the patient's detection data. At the same time, the instant audio and video of the patients and medical staff are taken through the lenses 13 and 20 respectively, and the two-way transmission is instantaneously transmitted through the Internet, so that the screens 21 and 14 respectively display the instant audio and video of the patient and the medical staff, so that the patient and the medical staff can far Communicate from instant communication for follow-up.

Referring to FIG. 1, the mobile device 3 can download the detection data in the storage module 12 through the media transmission protocol device 31, and store the detection data in the storage module 30. When the patient wants to inquire about other medical personnel's related conditions, The detection data in the storage module 30 is transmitted to other analysis devices via the Internet, and is judged by other medical personnel.

In addition, referring to FIG. 1 and FIG. 2, the mobile device 3 can also be wirelessly connected to other physiological detectors 32 through a wireless network, such as a sphygmomanometer or a temperature gun or a blood glucose machine or a weight scale or an autonomic nerve analyzer. The detection result of the physiological detector 32 is stored in the storage module 30, so that the mobile device 3 can transmit the detection result to the analysis device 2 via the Internet, so that the medical staff can judge the detection result.

Therefore, the mobile device can download the detection data in the detection device through the media transmission protocol device, so as to store the detection data in the storage module of the mobile device, and when the patient wants to remotely inquire about other medical personnel's related conditions, It is extremely convenient to transmit the detection data in the mobile device to other analysis devices through the Internet, so that other medical personnel can make judgments without detecting the detection device again.

In summary, the present invention can achieve the intended function and purpose, and the detailed description can be implemented by those skilled in the art, and the above embodiments are only used to illustrate the creation, all equivalent structures. The change still does not deviate from the scope of the rights of this creation.

1‧‧‧Detection device

10‧‧‧ Sensors

11‧‧‧ arithmetic module

12‧‧‧Storage module

13‧‧‧ lens

14‧‧‧ screen

2‧‧‧Analytical device

20‧‧‧ lens

21‧‧‧ screen

3‧‧‧Mobile devices

30‧‧‧Storage module

31‧‧‧Media Transfer Protocol Device

32‧‧‧Physical detector

Figure 1 is a block diagram showing the structure of the present embodiment. Figure 2 is a schematic view showing the use of the present embodiment.

Claims (5)

A remote medical data storage system includes: a detecting device comprising a sensor, an arithmetic module, a storage module, a lens and a screen, wherein the sensor can detect a patient's body frequency, and Generating a detection signal; the operation module can analyze the detection signal and generate a detection data; the storage module can store the detection data; the lens can capture the instant video of the patient; the screen can play the detection data and a medical staff An analysis device is connected to the detecting device through the Internet to receive the detection data and the instant video of the detecting device; and includes a lens and a screen, wherein the lens of the analyzing device can ingest the medical staff The instant audio and video can be transmitted to the detecting device through the Internet, so that the screen of the detecting device plays the instant video of the medical staff; the screen of the analyzing device can play the detected data and the instant video of the patient for the Medical staff as a reference for judging the condition; and a mobile device, transmitted by a medium Setting means connected to the detection device, the detection data can be stored in the detecting apparatus through the media transport protocol means; having a storage module may store the detected data. The telemedicine data storage system of claim 1, wherein the mobile device is a smart phone or tablet with an Android system. The telemedicine data storage system of claim 1, wherein the mobile device is wirelessly connected to the analysis device via the Internet to transmit the detection data stored by the mobile device to the analysis device. The telemedicine data storage system of claim 1, wherein the mobile device is also wirelessly connected to other physiological detectors via a wireless network, and the physiological detector can be a sphygmomanometer or a temperature gun. Or a blood glucose machine or a weight scale or an autonomous nerve analyzer. The telemedicine data storage system of any one of claims 1 to 4, wherein the detection device is a non-linear diagnostic human body frequency analysis device.