TWM517881U - Distant medical measuring management equipment - Google Patents

Description

Telemedicine measurement management equipment

This creation department is about a medical measurement management device, especially a remote medical measurement management device with simple structure and identity management function.

Press, in the case of medical or home care, it is often necessary to use various measuring devices to measure the physiological data of the measured person such as the patient or the caregiver, such as body temperature, blood pressure, pulse, blood sugar or blood oxygen, etc. Taking hospitals as an example, traditionally, nursing staff must complete the measurement of a patient, that is, they must immediately record the measurement results or data one by one on the paper. After all the patients are measured, return to the nursing station. All the measurement data are input into the computer information system of the computer one by one to provide reference for relevant medical diagnosis. The whole process requires a lot of precious nursing manpower and time cost, which is extremely cumbersome and inconvenient, and easily leads to physiological measurement data. The diagnostic value of immediacy may be missed.

In addition, although there are some medical measurement devices that open some wireless transmission modules in the industry, and the measurement data can be transmitted wirelessly to the remote monitoring technology, there are still many improvements: First, Most of the technical solutions do not have or combine the functions of identity identification or identity management. It is difficult to distinguish or manage the data of different measured persons. Therefore, it is only suitable for personal use, and the system has limited scalability. Secondly, a small part has The technical solution of the identification function is mainly based on the soft and hard identification code of the mobile device corresponding to the measured person (such as the card number of the SIM card or the user account of the web service or application) to identify the identity, which is equivalent to a measured device that needs to be paired with a dedicated mobile device. It is obvious that the unmeasured or inconveniently operated mobile device will cause great inconvenience and limitation, and will also increase the structural complexity and cost of the overall system design, and detract from the practicality and feasibility of the technical solution. It is also a small number of specific types of measuring equipment. It is not possible to universally integrate the medical care equipment needed for subsequent operations, which is inconvenient for nursing or caregivers. It cannot be combined with the needs of the current situation and the needs of the future. Therefore, how to deal with the above-mentioned missing The improvement is the technical difficulty point that the applicant of the case wants to solve.

At present, the industry's possible measurement management equipment, in order to provide follow-up managers to use the measured data of the measured person, requires the measurer or the measured person to additionally learn how to operate the data transmission knowledge of the measuring device, and The measured burden of the measured person and the pressure of additional learning in order to be managed in conjunction with the provision of measurement data are likely to cause rejection, and reduce the authenticity and value of the measurement data application and the post-mortem statistical application reference. .

In view of the use of medical measurement equipment with identification function, the overall system architecture is complex and costly, which reduces the practicability and feasibility of the product. Therefore, the purpose of this creation is to develop an identity management function with a simple and high architecture. Efficiency, in line with the daily operation habits of the measurer and the humanized remote medical measurement management equipment.

In order to achieve the above objective, the present invention provides a remote medical measurement management device, comprising: at least one measurement device, wherein the measurement device is provided with a first network transceiver module; an information collection device, the information The collecting device is provided with a control unit, a second network transceiver module corresponding to the first network transceiver module, a third network transceiver module and a reading device; A central control server is provided with a fourth network transceiver module for transmitting and exchanging data with the third network transceiver module of the information collection device.

With the user identification device provided by the creation, the measured person can easily perform the identity recognition operation without the complicated knowledge or operation skill of the mobile device, and the entire system only needs to use one mobile device as the information collecting device, which can be greatly Simplifying the operation procedure can also significantly reduce the structural complexity and cost of the system design, so that the creation can greatly improve the product usability and ease of use.

[this creation]

3‧‧‧Measurement equipment

31‧‧‧First network transceiver module

4‧‧‧Information collection device

41‧‧‧Control unit

411‧‧‧Measurement data collection module

412‧‧‧Measurement Information Output Module

42‧‧‧Second network transceiver module

43‧‧‧The third network transceiver module

44‧‧‧storage unit

45‧‧‧Reading device

46‧‧‧Reminder warning device

47‧‧‧Connection interface

48‧‧‧ Input device

5‧‧‧User identification device

6‧‧‧Central Control Server

61‧‧‧4th network transceiver module

7‧‧‧Mobile devices

8‧‧‧ Terminal devices

The first picture is a schematic diagram of the architecture of this creation.

The second figure is a schematic block diagram of the control unit of the present creation.

The third figure is a schematic block diagram of the second embodiment of the present creation.

The fourth picture is a schematic diagram of the action of generating measurement information in this creation.

The fifth picture is a schematic diagram of the action in which the control server sends a reminder alert message.

Figure 6 is a block diagram showing the architecture of the third embodiment of the present invention.

Referring to the first figure, the present invention provides a telemedicine measurement management device, which comprises: at least one measurement device 3 for measuring physiological data of a measured person, in fact, according to different measurements The measuring device 3 can be operated by another person or a measured person. Specifically, the measuring device 3 can be a weight scale, a body fat meter, a blood pressure meter, a blood glucose machine, or the like. Medical measuring equipment such as a thermometer or a blood oxygen concentration machine, but it is not actually The foregoing description is limited to the above, and in addition, in a feasible embodiment, the present invention can have a plurality of different measuring devices 3 at the same time, and a first network transceiver module 31 is disposed in the measuring device 3, The first network transceiver module 31 can be a signal line or a network route or a wireless network module such as a Bluetooth module, a Zigbee module or an RF module, that is, the first network transceiver module 31 can be wired. The information collecting device 4 can be a smart phone, a tablet computer, a notebook computer or a personal computer. The information collecting device 4 is provided with a control unit 41 such as a processor and a The second network transceiver module 42 , a third network transceiver module 43 , a storage unit 44 , and a reading device 45 , the second network transceiver module 42 , the third network transceiver module 43 , and the storage The unit 44 and the reading device 45 are respectively electrically connected to the control unit 41. In this embodiment, the second network transceiver module 42 corresponds to the first network transceiver module 31, so that the information collection device 4 can Connected to the measuring device 3 in wired or wireless mode and received measurement For the measurement data of the device 3, the third network transceiver module 43 can be a signal line or a network route or a wireless network module such as a WiFi module or a mobile internet module (such as a mobile internet module such as 3G or 4G). The storage unit 44 can be a non-volatile memory (Non-Volatile Memory) such as a hard disk or a random access memory (RAM) or a flash memory for storing measurement data. The reading device 45 is used to read the identification data of the user, and the reading device 45 may specifically be a contactless reader such as an RFID reader or an NFC reader or a face recognizer or an iris recognizer or a barcode scanner such as The photographing device, in addition, the reading device 45 can also adopt a contact type reader such as a magnetic card reader or an IC card reader or a fingerprint identification machine. It can be mentioned that, in the embodiment, the reading is performed. The device 45 is built in the information collecting device 4, but in other feasible embodiments, please refer to the third figure, the reading device 45 can also be connected to the information collecting device 4 by external means. Set a connection interface 47 (such as USB connection Therefore, the information collecting device 4 can be externally connected to different types of reading devices 45 according to actual needs or hardware conditions, thereby improving the flexibility and hardware configuration flexibility of the present creation. Further, the information collecting device 4 The reminder warning device 46 can be further connected to the control unit 41. The reminder alert device 46 can be a screen, a horn or an indicator light. Further, the information collecting device 4 can further be provided with an input device. 48. The input device 48 is electrically connected to the control unit 41 for operating the information collecting device 4 or inputting a message. The input device 48 can be a physical keyboard, a touch screen, a mouse or a microphone (a voice message can be input). Moreover, it is worth mentioning that, in a preferred embodiment, the information collecting device 4 equipped with a touch screen can be used, that is, a single component can be used as both the alerting device 46 and the input device 48, thereby being simplified. The effect of the hardware structure; wherein, in conjunction with the second figure, the control unit 41 further includes a measurement data collection module 411 and a quantity measurement The measurement information output module 412 is connected to the measurement module 411, and the measurement data collection module 411 and the measurement information output module 412 can be software application programs (APP), and the function and operation principle thereof will be In addition, when the reading device 45 is a face recognizer, an iris recognizer or a fingerprint recognition machine, it can directly read a human face, an iris or a fingerprint, etc. of the user (ie, the measured person). Characteristic, otherwise, the creation may further include at least one user identification device 5 corresponding to the information collection device 4 and the reading device 45 and capable of transmitting or exchanging data with the user, in particular, the user The identification device 5 can be an RFID tag or an NFC tag or a bar code tag such as a QR code tag. In addition, the user identification device 5 can also use a magnetic card or an IC card, and the user identification device 5 is provided with a user identification code such as a serial number. In order to identify and represent a specific user (ie, the measured person), the user identification device 5 can be made into a wristband, a wristband, a badge, an epaulette or a card, etc., to facilitate The user controls the server; the central control server 6 is provided with a fourth network transceiver module 61 such as a wired network card or a wireless network card, so as to connect to the third network through wired or wireless means. The transceiver module 43 transmits the exchanged data. In addition, it can be noted that although the central control server 6 is usually implemented by a common hardware device such as a computer or a server, it is not limited thereto. Other computing devices capable of executing related control software to implement management functions, such as mobile computing devices such as smart phones, can be used as the central control server 6 of the present creation; the following will explain the working principle of the creation: It is convenient to explain and understand the characteristics and beneficial effects of this creation. Here, the application of the hospital nursing staff to measure the physiological data for the patient is taken as an example. Please refer to the fourth figure. At the beginning, the nursing staff use the reading. The device 45 reads the patient identification device 5 of the patient, and the reading device 45 can transmit the read user identification code to the measurement data of the control unit 41, as shown in the second figure. The whole module 411, next, the nursing staff can start the measuring device 3 to measure a certain physiological data of the patient, and the measured value is a measured data, and the measuring device 3 can measure the amount The measurement data is transmitted to the measurement data collection module of the control unit 41 through the first network transceiver module 31 and the second network transceiver module 42 (in this embodiment, for example, a wireless Bluetooth module). 411. At this time, the measurement data collection module 411 can perform the integration and necessary conversion of the user identification code and the measurement data collected in the previous data to generate a combined user identification code and quantity. The measurement information of the measured data, at this time, if necessary, the nursing staff can continue to measure other physiological data of the patient using other kinds of measuring devices 3, and the measurement data collecting module 411 can use the data. After the same data format is integrated, the conversion process is added and integrated into the measurement information of the same user. Finally, the caregiver can operate the information collection device 4 through the input device 48 (for example, a touch screen) to make the amount Measurement The information output module 412 can transmit the complete measurement information of the patient to the remote end through the third network transceiver module 43 and the fourth network transceiver module 61 (such as the HIS information system center of the nursing station or the hospital). The central control server 6 can also record other additional information (such as the patient's other condition or symptom complaint) through the input device 48 and transmit it to the central control server 6 as a follow-up diagnosis or treatment of the doctor. Reference, next, the nursing staff can follow the same action flow as before, and complete the measurement and retransmission of other patients' measurement information in sequence, and the whole process will greatly reduce the pen and paper copying or computer of the nursing staff. The workload of the input and the like is reduced and the labor time cost is reduced. In addition, the information collecting device 4 is provided with a storage unit 44. When the control unit 41 transmits the measurement information to the remote central control server 6, the synchronous control unit 41 can also synchronously The measurement information is stored in the storage unit 44, and the data backup effect can be combined. In addition, the creation can also be designed to initially store the measurement information in the storage unit 44 until When accumulating measurement information of a certain number of patients or when the network connection status is permitted or good, the measurement information is transmitted to the remote central control server 6 in batch mode, so that the system is not too Frequently receiving data, so that this creation can both reduce the burden on the system and improve the efficiency of the system. In addition, it is worth mentioning that although the above description takes the hospital as an example, those skilled in the art should be able to easily This creation is used in other occasions or uses and achieves the same benefits, such as remote care for the silver-haired family at home, cloud health management for the whole family or individual, health care for the public community in the public community, community medical care, government health care Statistical analysis of chronic disease home care measurement data, etc., the specific operational procedures or principles are similar to the previous examples, so they will not be described one by one.

Referring to the first and fourth figures, compared with the conventional architecture, the user identification device 5 is provided by the present invention, and the measured person or the operator can easily without the complicated knowledge or operation skill of the mobile device. Complete identity recognition, and the entire system only needs one line As the information collecting device 4, the moving device not only greatly simplifies the operation procedure, but also significantly reduces the structural complexity and cost of the system design, thereby enabling the creation to greatly improve the practicability and ease of use of the product; Referring to the fifth figure, the information collecting device 4 is further provided with a reminder warning device 46 and an input device 48. Therefore, the creation can be designed such that the central control server 6 is forgotten under certain conditions, for example, when the user forgets When the measured value of the timed measurement or the return is abnormal, a reminder warning message is sent to the control unit 41, so that the control unit 41 can issue the relevant sound and light signal or text message on the reminder warning device 46, or When the user's certain medical care supplies (such as blood glucose test strips, other test strips, etc.) are too low or the measuring equipment has reached the battery use replacement demand, a reminder warning message is issued for the management of the hospital care station. In other words, you can set the automatic reminder to apply for replenishment or replace the battery when the quantity is lower than the safety stock quantity of the consumables; for the home care user, it is reminder and mention The purchase information of the qualified medical device sellers in the vicinity is referenced, and the user can complete the information consultation process before purchasing all kinds of medical materials through the operation of the input device 48, and establish the concept of correct use of medical materials and the knowledge of the teaching knowledge. In order to achieve more intimate health management functions and increase the added value of the entire system, this creation can achieve better practicality.

In addition, please refer to the sixth embodiment, which is a third embodiment of the present invention, which further includes a mobile device 7 and a terminal device 8, and the mobile device 7 and the terminal device 8 are respectively connected to the central control server 6. The line transmission exchange data, in this embodiment, the mobile device 7 may be the mobile phone of the measured person or the guardian, whereby the central control server 6 can automatically transmit the measurement information of the measured person. To the mobile device 7 designated by the user, it is convenient for the health management of the autonomous or remote guardian. For example, the parental guardian of the type 1 diabetes patient can provide instant access to the patient through the device built by the school nursing department. The measurement results of the schoolchildren at the time, or accepting the residence The long-term care of the patient is provided to the guardian who is working outside or the medical institution to which it belongs, through the data transmission after the routine inspection of the caregiver, to instantly grasp the physiological measurement data of the patient at home, and provide immediate care. Supporting, in addition, the terminal device 8 may be a personal computer or a public inquiry device (such as an Ibon system of a convenience store) set at a fixed point, and thus, a user who obtains a system authorization (such as an account password), such as a measured person, a medical care provider. A person or a system administrator can connect to the central control server 6 through the terminal device 8 to perform data query or other medical management applications, and the above-mentioned diversified information connection access pipeline can be used. Further improve the practicality and application benefits of this creation.

3‧‧‧Measurement equipment

31‧‧‧First network transceiver module

4‧‧‧Information collection device

41‧‧‧Control unit

42‧‧‧Second network transceiver module

43‧‧‧The third network transceiver module

44‧‧‧storage unit

45‧‧‧Reading device

46‧‧‧Reminder warning device

48‧‧‧ Input device

5‧‧‧User identification device

6‧‧‧Central Control Server

61‧‧‧4th network transceiver module

Claims (8)

A remote medical measurement management device includes: at least one measurement device, wherein the measurement device is provided with a first network transceiver module; an information collection device, the information collection device is provided with a control unit, a a second network transceiver module corresponding to the first network transceiver module, a third network transceiver module, a reading device, a storage unit, a reminder alert device, and an input device, the second network The transceiver module, the third network transceiver module, the reading device, the storage unit, the reminder alert device and the input device are respectively electrically connected to the control unit; at least one user identification device, the user identification device and the information collecting device read Corresponding to the device and capable of transmitting or exchanging data with it; a central control server, the central control server is provided with a fourth network transceiver module for transmitting with the third network transceiver module of the information collection device Exchanging data; a mobile device for transmitting and exchanging data with the central control server; and a terminal device for transmitting and exchanging data with the central control server. The remote medical measurement management device according to claim 1, wherein the first network transceiver module is a signal line or a network route or a wireless network module, and the third network transceiver module is Signal line or network route or wireless network module. The telemedicine measurement management device according to claim 1, wherein the reading device is an RFID reader or an NFC reader or a barcode scanner or a magnetic card reader or an IC card reader or a person Face recognizer or iris recognizer or fingerprint reader. The telemedicine measurement management device according to claim 1, wherein the user identification device is an RFID tag or an NFC tag or a bar code label or a magnetic card or an IC card. The telemedical measurement management device of claim 1, wherein the reading device is built in the information collecting device. The telemedicine measurement management device of claim 1, wherein the information collection device is provided with a connection interface, and the reading device is connected to the information collection device through the connection interface. The remote medical measurement management device according to claim 1, wherein the reminder warning device is a screen, a speaker or an indicator light. The telemedicine measurement management device according to claim 1, wherein the input device is a physical keyboard, a touch screen, a mouse or a microphone.