TWM484735U - Medical data system for automatically sorting health education films and preventing medical personnel from carelessly disclosing patient's privacy - Google Patents

Description

A health care system that automatically screens educational videos and prevents medical staff from accidentally leaking patient privacy 【0001】

The present invention relates to a medical data system, and more particularly to a medical data system that can effectively screen medical data and reduce the complexity of construction, maintenance and operation.

【0002】

Doctors and other medical personnel can pre-load the digitalized medical records of different hospitalized patients in a tablet computer before they inspect the ward, so as to explain the relevant illness or examination results to the hospitalized patients or their caregivers during the patrol. However, if the medical staff wants to transmit the medical records in the tablet to the TV screen in the ward for wireless transmission for discussion with a specific hospitalized patient or his caregiver, it is likely that the medical staff is operating. Inadvertently, accidentally displaying the medical records of other patients on the TV screen, causing the leakage of privacy of other patients, and then causing related legal disputes.

[0003]

In addition, in the process of hospitalization, medical staff often need to explain the relevant medication methods, care methods, or precautions to the patients or their caregivers as appropriate. When the patient's caregiver changes, the medical staff has to re-explain. In the current situation where the medical staff is generally insufficient, the process of explaining the content of the teachings consumes a lot of time and effort of the medical staff, and it is easy to increase the workload of the medical staff, and often causes cognitive differences between the medical staff and the family members of the patients. Although the contents to be explained by the medical staff can be pre-made into a health education film for the patient or his caregiver to watch, but for different wards, different medications, different conditions, different treatment stages, different care methods, etc. The film of education is bound to be classified and numerous. It is difficult for patients without professional medical training or their caregivers to quickly and accurately find suitable films from the complicated educational videos.

[0004]

Furthermore, if the two technical problems mentioned above are solved by two separate sets of information systems, it will inevitably increase the complexity and cost of hardware construction and subsequent maintenance, and the operation of patients or their caregivers. The complexity, and the time that the health care provider spends explaining the way the system operates.

[0005]

In view of this, how to design a medical care that avoids the patient's privacy leakage, can help patients or their caregivers to easily and accurately screen and access appropriate educational videos for viewing while being easy to construct, maintain and operate. The data system is a problem that the industry has to solve.

[0006]

The present specification provides an embodiment of a medical care data system, comprising: a handheld medical record browsing device, configured to store a plurality of medical record data and a plurality of identity authentication materials respectively corresponding to the plurality of medical record materials, and to perform wireless transmission Transmitting a candidate identity authentication data of the plurality of identity authentication materials, wherein the candidate identity authentication data corresponds to a selected medical record data of the plurality of medical record materials; and a server configured to store a plurality of educational materials; a display device; and a medical data screening device coupled to the display device and configured to store one or more medical related parameters, receive the candidate identity authentication data transmitted by the handheld medical record browsing device through the wireless network, Comparing the candidate identity authentication data with a target patient identity authentication material, and transmitting the one or more medical related parameters to the server; wherein only the medical material screening device compares the candidate identity authentication data with the target When the patient identity authentication data is consistent, the medical data screening device only uses the handheld medical record browsing device The selected medical record data is transmitted to the display device for display, or the selected medical record data is received from the handheld medical record browsing device through the wireless network, and the selected medical record data is transmitted to the display device for display; The server is further configured to receive the one or more medical related parameters, and select, from the plurality of educational materials, a plurality of candidate items respectively having one or more versions according to the one or more medical related parameters, Establishing a list of items corresponding to the plurality of candidate items and related version information, and transmitting the item list to the medical data screening device; wherein the medical data screening device is further configured to receive the item list, and transmit the item list Displaying to the display device, generating an indication information according to a user operation, and transmitting the indication information to the server to select a target version of one of the plurality of candidate items; wherein, the servo After receiving the indication information, the target version of the target item is transmitted to the medical data screening device. And the medical screening device may send the data to the target server version coming from the target item to the display device for display.

【0007】

The present specification further provides an embodiment of a medical data system, comprising: a handheld medical record browsing device, configured to store a plurality of medical record data and a plurality of identity authentication materials respectively corresponding to the plurality of medical record materials, in a wireless transmission manner Receiving a target patient identity authentication data and a candidate identity authentication data of the target patient identity authentication data and the plurality of identity authentication materials, wherein the candidate identity authentication data corresponds to the plurality of medical record data a selected medical record data; a server configured to store a plurality of educational materials; a display device; and a medical data screening device coupled to the display device, configured to store one or more medical related parameters, and Transmitting, by the wireless network, the one or more medical related parameters to the server; wherein the handheld medical record browsing device is browsed only when the handheld medical record browsing device matches the candidate identity authentication data and the target patient identity authentication data The device transmits the selected medical record data to the medical data screening device through the wireless network, so that the device The data screening device transmits the selected medical record data to the display device for display; wherein the server is further configured to receive the one or more medical related parameters from the plurality of educational materials according to the one or more medical related parameters Extracting a plurality of candidate items respectively having one or more versions, establishing a list of items corresponding to the plurality of candidate items and related version information, and transmitting the item list to the medical data screening device; wherein the medical information The screening device is further configured to receive the item list, transmit the item list to the display device for display, generate an indication information according to a user operation, and transmit the indication information to the server to select the plurality of candidate items. a target version of a target item; wherein, after the server receives the indication information, the target version of the target item is transmitted to the medical data screening device, and the medical data screening device The target version of the target item transmitted from the device is transmitted to the display device for display.

[0008]

One of the advantages of the above embodiments is that it can effectively prevent the medical staff from accidentally leaking the patient's medical record data to other patients due to inadvertent operation, so as to reduce the legal risks associated with the privacy of the medical personnel involved in the leakage of the patient.

【0009】

Another advantage of the above embodiment is that it can assist the patient or the caregiver of the patient to easily and accurately screen out the most appropriate educational videos for the patient or the caregiver of the patient to reduce the medical staff's implementation of the education. burden.

[0010]

Another advantage of the above embodiment is that the same set of information systems can be used to solve different technical problems, thereby effectively reducing the complexity and cost of hardware construction and subsequent maintenance, and the operational complexity of the patient or his caregiver. Degree, and the time that the medical staff spends explaining the way the system operates.

[0011]

Other advantages of the novel will be explained in more detail by the following description and drawings.

【0129】

100‧‧‧Health Information System

【0130】

110‧‧‧Handheld medical record browsing device

【0131】

111, 171‧‧‧ storage devices

【0132】

112‧‧‧Touch screen

【0133】

113, 174‧‧‧ wireless communication circuits

【0134】

114‧‧‧Processing Circuit

【0135】

130‧‧‧Server

【0136】

150-a～150-n‧‧‧ display device

【0137】

170-a～170-n‧‧‧medical data screening device

【0138】

172‧‧‧Input device

【0139】

173‧‧‧Communication interface

【0140】

175‧‧‧Transmission circuit

【0141】

176‧‧‧Control circuit

【0142】

190‧‧‧Network

【0143】

202-220, 510, 512, 516-524, 610-622, 702-732‧‧‧ method flow

【0144】

310, 320, 410, 420, 800‧‧‧ screen

【0145】

312‧‧‧ display button

【0146】

810‧‧‧Basic data area

【0147】

820‧‧‧Health Education List

【0148】

830‧‧‧Version setting area

【0149】

811-815‧‧‧ fields

【0150】

831, 832‧‧ ‧ menu

[0151]

840‧‧ indicators

[0152]

850‧‧‧ watch button

[0012]

FIG. 1 is a simplified functional block diagram of a medical care data system according to an embodiment of the present invention.

[0013]

2 is a simplified flow diagram of an embodiment of the method of the healthcare data system of FIG. 1 to avoid leakage of patient privacy.

[0014]

3 and FIG. 4 are simplified diagrams showing an embodiment of the operation process of the medical data system of FIG. 1 to avoid leakage of patient privacy.

[0015]

5 and 6 are simplified flow diagrams of different embodiments of the method of the healthcare data system of FIG. 1 to avoid patient leakage.

[0016]

FIG. 7 is a simplified flow chart of an embodiment of the method for screening a health education film of the medical data system of FIG. 1. FIG.

[0017]

8 to FIG. 10 are simplified schematic views of an embodiment of an operation process of screening a health education film of the medical data system of FIG. 1.

[0018]

Embodiments of the present invention will be described below in conjunction with related drawings. In the drawings, the same reference numerals indicate the same or similar elements or methods.

[0019]

1 is a simplified functional block diagram of a healthcare data system 100 in accordance with an embodiment of the present invention. The medical information system 100 includes a handheld medical record browsing device 110, a server 130, and a plurality of display devices (only the display devices 150-a to 150-n are illustrated in FIG. 1). And a plurality of medical data filtering devices (only medical data screening devices 170-a to 170-n are shown in FIG. 1 as an example). As shown in FIG. 1, the medical data screening devices 170-a-170-n are respectively coupled to the display devices 150-a-150-n. The handheld medical record browsing device 110 and each medical data screening device 170 perform data communication through wireless transmission, and the foregoing wireless transmission mode can use Bluetooth, WiFi, IEEE 802.11 series protocol, or other wireless transmission suitable for shorter transmission distance. Technology to achieve. The medical data screening device 170 and the server 130 communicate with each other via the network 190, and the aforementioned network 190 may be an internet or internal network using various communication protocols.

[0020]

In practice, the server 130 can be implemented by a single server, or by multiple server combinations located in the same geographical area or in different geographical areas. Display devices 150-a-150-n can be implemented with multiple televisions, display screens, or projectors disposed in the same ward or in different wards. The medical care screening devices 170-a-170-n may also be disposed in the same ward or in different wards.

[0021]

In the embodiment of FIG. 1 , the handheld medical record browsing device 110 includes a first storage device 111 , a touch screen 112 , a first wireless communication circuit 113 , and a processing circuit 114 . The medical data screening device 170 includes a second storage device 171, an input device 172, a communication interface 173, a second wireless communication circuit 174, a transmission circuit 175, and a control circuit 176.

[0022]

The lowercase English indexes a to n in the component numbers and device numbers used in the present specification and drawings are merely for convenience of referring to individual components and devices, and are not intended to limit the number of the aforementioned components and devices to a specific number. In the specification and the drawings, if an element number or device number is used to indicate the index of the component number or device number, it means that the component number or device number refers to the component group or device group that is not specified. Any component or device. For example, the device number 170-a refers to the medical data screening device 170-a, and the device number 170 refers to any of the medical data screening devices 170-a to 170-n.

[0023]

In the handheld medical record browsing device 110, the first storage device 111 is configured to store a plurality of medical record data and a plurality of identity authentication materials respectively corresponding to the plurality of medical record materials. The processing circuit 114 is coupled to the first storage device 111, the touch screen 112, and the first wireless communication circuit 113, and is configured to control the first wireless communication circuit 113 to transmit a candidate identity authentication data to the medical data screening device 170.

[0024]

The medical record data stored in the handheld medical record browsing device 110 refers to personal medical record, X-ray film, ultrasonic photograph, tomographic record, various diagnostic records, or drug use records of the specific patient. The identity authentication data refers to the patient's medical record number, identity card number, or other coded information for identifying the patient's identity. Each medical record data corresponds to a specific identity authentication data, and each identity authentication data may correspond to one or more medical record materials. When the medical staff selects a selected medical record data in the handheld medical record browsing device 110, the handheld medical record browsing device 110 simultaneously prepares a candidate identity authentication data corresponding to the selected medical record data for use in the subsequent comparison program. .

[0025]

In the medical data screening device 170, the second storage device 171 is configured to store a target patient identity authentication data and one or more medical related parameters. The second wireless communication circuit 174 is configured to receive the candidate identity authentication material transmitted by the first wireless communication circuit 113. The control circuit 176 is coupled to the second storage device 171, the input device 172, the communication interface 173, the second wireless communication circuit 174, and the transmission circuit 175, and is configured to compare the candidate identity authentication data with the target patient identity authentication data, And the control transmission circuit 175 transmits the one or more medical related parameters to the server 130.

[0026]

The target patient identity authentication data stored in the medical care screening device 170 refers to the identity authentication data of the target patient who has the right to use the specific medical data screening device 170. Whenever a patient needs to be hospitalized, the hospital's information staff or nursing staff can write the patient's identity authentication data and the corresponding one or more medical-related parameters to the patient's bed. The medical data screening device 170. When the medical staff requests the medical data screening device 170 exclusive to the patient's bed through the handheld medical record browsing device 110 to perform the identity comparison, the medical data screening device 170 can supply the identity authentication data of the patient to the handheld device. The medical record browsing device 110 serves as a target patient identification material.

[0027]

In addition, the medical related parameters stored in the medical data screening device 170 may include the medical record number of the target patient, age, identification number, medical diagnosis code, nursing diagnosis code, medical order item, drug item, surgical method, department, The parameters related to the target patient, such as the ward, the number of days after the occurrence of a specific medical event, and the language used, may also include the caregiver of the target patient, the language of use, the type of caregiver, and the caregiver of the target patient. The relevant parameters can also contain the above two types of parameters.

[0028]

Both the aforementioned processing circuit 114 and control circuit 176 can be implemented by one or more processor units. The aforementioned input device 172 can be implemented by a remote controller, a touch screen, a touch pad, a keyboard, a mouse, a voice control device, a gesture sensing device, a circuit using other various command generation technologies, or a combination of the foregoing devices. The foregoing transmission circuit 175 can be implemented by a wired network interface, a wireless network interface, or a hybrid circuit that simultaneously integrates the foregoing two interfaces.

[0029]

In practice, the handheld medical record browsing device 110 can be implemented by using various devices that have a connection network function and can display images, for example, a smart phone, a tablet computer, a notebook computer, a small notebook, and the like, and an e-book. The medical data screening device 170 can be implemented in the form of a set-top box (STB) or a USB wireless network card (USB dongle). For convenience of explanation, other components and connection relationships in the handheld medical record browsing device 110 and the medical care screening device 170 are not shown in FIG.

[0030]

The operation of the healthcare information system 100 will be further described below in conjunction with FIGS. 2 through 4.

[0031]

2 is a simplified flow diagram of an embodiment of the method of the healthcare data system 100 of FIG. 1 to avoid leakage of patient privacy. 3 and FIG. 4 are simplified schematic diagrams of an embodiment of the operation process of the healthcare information system 100 of FIG. 1 to avoid leakage of patient privacy.

[0032]

In the flowcharts of FIG. 2 and subsequent ones, the flow located in the field to which a particular device belongs is representative of the flow performed by the particular device. For example, the portion of the field labeled "Handheld Medical Record Viewing Device" represents the flow performed by the handheld medical record browsing device 110; the portion of the field labeled "Server" represents the server 130. a flow; a portion of the field labeled "target display device" representing a flow performed by one of the display devices 150-a to 150-n; a portion of the field labeled "target medical data screening device" And represents the flow performed by one of the medical data screening devices 170-a to 170-n.

[0033]

As mentioned above, whenever a patient (hereinafter referred to as the target patient) needs to be hospitalized, the hospital's information staff or caregiver can identify the target patient's identity (hereinafter referred to as the target patient identification data). ), written into the target medical data screening device exclusively for the target patient's bed. For convenience of explanation, it is assumed that the target medical care screening device is the medical care screening device 170-a, and the target display device is the display device 150-a coupled to the medical care screening device 170-a.

[0034]

In practice, the hospital information staff or nursing staff can directly set up the system from the nursing station or the information room to remotely load the target patient identification data into the target medical data screening device 170-a. Alternatively, the hospital's information staff or caregiver can store the target patient identification data in a storage medium (such as a memory card, smart card, flash drive, CD, etc.), and then target the patient through the storage medium. The authentication data is loaded into the target medical care screening device 170-a. At this time, the target medical care screening device 170-a performs the flow 202 in FIG.

[0035]

In the process 202, the control circuit 176 of the medical care screening device 170-a stores the received target patient identification information in the second storage device 171.

[0036]

The hand-held medical record browsing device 110 can be pre-executed to perform the process 204 of FIG. 2 before the medical staff inspects the ward.

[0037]

In the process 204, the processing circuit 114 of the handheld medical record browsing device 110 stores a plurality of medical record data of a plurality of patients to be patrolled, and a plurality of identity authentication data respectively corresponding to the plurality of medical record materials in the first storage device. 111 for medical personnel to carry.

[0038]

When the medical staff inspects the bed of the target patient, the medical staff can operate the touch screen 112 of the handheld medical record browsing device 110 if it is necessary to explain the relevant condition or the diagnosis result to the target patient or his caregiver. The operations of process 206 through process 210 are performed.

[0039]

In the process 206, the processing circuit 114 of the handheld medical record browsing device 110 controls the first wireless communication circuit 113 to wirelessly transmit to the target medical data screening device 170-a according to the operation of the touch screen 112 by the medical staff.

[0040]

On the other hand, the medical staff can operate the touch screen 112 to select medical record data corresponding to the target patient from the plurality of medical record data stored in the first storage device 111. During the process of selecting the medical record data by the medical staff, the processing circuit 114 performs a process 208 of using the touch screen 112 to display the content of the selected medical record determined by the medical staff for the medical staff to confirm the correctness of the selection.

[0041]

Then, the medical staff can operate the touch screen 112 (for example, click the display button 312 presented on the touch screen 112) to instruct the handheld medical record browsing device 110 to transmit the selected medical record data to the target medical data screening device 170- a. At this time, the processing circuit 114 performs a process 210 of controlling the first wireless communication circuit 113 to transmit the selected medical record data and the corresponding candidate identity authentication data to the target medical care data screening device 170-a in a wireless transmission manner.

[0042]

In the process 212, the second wireless communication circuit 174 of the target medical care screening device 170-a receives the selected medical record data and the candidate identity authentication data transmitted by the handheld medical record browsing device 110.

[0043]

In flow 214, control circuitry 176 compares the candidate identity authentication data with the target patient identity authentication profile. If control circuit 176 determines that the candidate identity authentication data does not match the target patient identity authentication material, then flow 216 is performed. Conversely, if the control circuit 176 determines that the candidate identity authentication data matches the target patient identity authentication material, then flow 218 is performed.

[0044]

In flow 216, control circuit 176 will refuse to transmit the selected medical record information to target display device 150-a.

[0045]

In flow 218, control circuit 176 controls communication interface 173 to transmit the selected medical record data to target display device 150-a.

[0046]

In the process 220, the target display device 150-a receives and displays the selected medical record data transmitted from the communication interface 173 for discussion by the medical staff with the target patient or the family of the target patient.

[0047]

For example, in the embodiment of FIG. 3, the screen 310 displayed on the touch screen 112 is the content of the medical record data corresponding to the patient ○○, and in the embodiment of FIG. 4, the touch screen 112 displays The screen 410 is the content of the medical record data corresponding to the patient Wang ○○.

[0048]

Assuming that the target patient is the patient ○○, in the embodiment of FIG. 3, when the handheld medical record browsing device 110 performs the selected medical record data (that is, the medical record data of the patient ○○) in the process 210, When the corresponding candidate authentication data (that is, the identity authentication data of the patient ○○) is transmitted to the target medical care screening device 170-a, the target medical care screening device 170-a determines the patient CHAN in the foregoing process 214. The identity authentication data of ○○ does not match the target patient identification information of the target patient Wang ○○. Therefore, the target medical care data screening device 170-a does not transmit the medical record data of the patient ○○○ to the target display device 150-a for display, so the screen 320 displayed by the target display device 150-a does not appear. The contents of the medical records of the patient ○○○.

[0049]

In contrast, in the embodiment of FIG. 4, when the handheld medical record browsing device 110 performs the selected medical record data at this time (that is, the medical record data of the target patient ○○) and the corresponding candidate identity authentication in the process 210. When the data (that is, the identity authentication data of the patient ○○) is transmitted to the target medical care screening device 170-a, the target medical care screening device 170-a determines the identity authentication of the patient ○○ in the foregoing process 214. The data is consistent with the target patient identification data. Therefore, the target medical care screening device 170-a transmits the medical record data of the target patient ○○ to the target display device 150-a for display (such as the screen 420 shown in FIG. 4) for the medical staff and the target disease. The family members of the affected or target patients were discussed.

[0050]

It can be seen from the foregoing description that when the hand-held medical record browsing device 110 transmits the selected medical record data determined by the medical staff to the target medical care screening device 170-a, the target medical care screening device 170-a corresponds to the selected medical record data by comparison. The candidate identity authentication method determines the validity of the selected medical record data. Only when the candidate authentication data matches the target patient identification data, the target medical data screening device 170-a determines the selected medical record data as valid medical record data, and further transmits the selected medical record data to the selected medical record data. The target display device 150-a performs display. If the candidate authentication data does not match the target patient identification data, the target medical data screening device 170-a determines the selected medical record data as invalid medical record data, and refuses to transmit the selected medical record data to the target display. The device 150-a performs display.

[0051]

Therefore, the method of FIG. 2 can effectively prevent the medical staff from leaking the medical record data of other patients (for example, the aforementioned patient ○○) to the target patient (for example, the aforementioned patient ○○) due to inadvertent operation. Reduce the legal risk of health care workers involved in leaking the privacy of other patients.

[0052]

In addition, since the target medical care screening device 170-a has successively received some or all of the selected medical record data before completing the comparison of the candidate identity authentication materials, when the candidate identity authentication data passes the target medical care screening device 170- When the a is aligned, the target medical care screening device 170-a can quickly transmit the selected medical record data to the target display device 150-a for display, which can effectively shorten the selected medical record data from the handheld medical record browsing device 110 to the target display device. 150-a required latency. Such a manner is equivalent to speeding up the reaction speed of the target display device 150-a.

[0053]

5 is a simplified flow diagram of another embodiment of the method of the healthcare data system 100 of FIG. 1 to avoid leakage of patient privacy. The flow 202 to the flow 208 in FIG. 5 are the same as the embodiment of FIG. 2, so the foregoing description of the flow 202 to the flow 208 in FIG. 2 is also applicable to the embodiment of FIG. 5.

[0054]

In the embodiment of FIG. 5, the healthcare professional can operate the touch screen 112 (eg, click on the display button 312 presented on the touch screen 112) to instruct the handheld medical record browsing device 110 to transmit the selected medical record data to the target. Medical data screening device 170-a. At this time, the processing circuit 114 performs a flow 510 of controlling the first wireless communication circuit 113 to transmit the candidate identity authentication data corresponding to the selected medical record data to the target medical care data screening device 170-a in a wireless transmission manner.

[0055]

In the process 512, the second wireless communication circuit 174 of the target medical care screening device 170-a receives the candidate identity authentication data from the handheld medical record browsing device 110.

[0056]

Next, the control circuit 176 performs the foregoing process 214 to compare the candidate identity authentication data with the target patient identity authentication material. If control circuit 176 determines that the candidate identity authentication data does not match the target patient identity authentication material, then flow 516 is performed. Conversely, if the control circuit 176 determines that the candidate identity authentication data matches the target patient identity authentication material, then flow 518 is performed.

[0057]

In flow 516, control circuit 176 rejects the receipt of the selected medical record data.

[0058]

In flow 518, control circuit 176 controls second wireless communication circuit 174 to transmit an acknowledgment signal to handheld medical record browsing device 110 to request handheld medical record browsing device 110 to provide selected medical record information.

[0059]

In the process 520, the first wireless communication circuit 113 of the handheld medical record browsing device 110 receives the confirmation signal from the target medical care screening device 170-a.

[0060]

In the process 522, the processing circuit 114 controls the first wireless communication circuit 113 to transmit the selected medical record data to the target medical care screening device 170-a in a wireless transmission manner according to the confirmation signal.

[0061]

In flow 524, the second wireless communication circuit 174 of the target medical care screening device 170-a receives the selected medical record data from the handheld medical record browsing device 110. In addition, control circuit 176 also controls communication interface 173 to communicate the selected medical record data to target display device 150-a.

[0062]

Next, the target display device 150-a performs the foregoing process 220 to receive and display the selected medical record data transmitted from the communication interface 173 for discussion by the medical staff with the target patient or the family of the target patient.

[0063]

Assuming that the target patient is the patient ○○, in the embodiment of FIG. 3, when the handheld medical record browsing device 110 performs the identification data of the candidate identity at this time in the process 510 (that is, the identity authentication data of the patient ○○○) When the target medical care screening device 170-a is delivered, the target medical care screening device 170-a determines the identity authentication data of the patient ○○ and the target patient identity of the target patient ○○ in the foregoing process 214. The certification information does not match. Therefore, the target medical care screening device 170-a does not request the handheld medical record browsing device 110 to provide the selected medical record data at this time (that is, the medical record data of the patient ○○○), and of course, the patient will not be ○ The medical record data of ○ is transmitted to the target display device 150-a for display. Therefore, the content of the medical record data of the patient ○○ does not appear on the screen 320 displayed on the target display device 150-a.

[0064]

In contrast, in the embodiment of FIG. 4, when the handheld medical record browsing device 110 transmits the candidate identity authentication data (ie, the identity authentication data of the patient ○○) to the target medical care data in the process 510. In the screening device 170-a, the target medical care screening device 170-a determines in the foregoing flow 214 that the identity authentication data of the patient ○○ coincides with the target patient identification authentication data. Therefore, the target medical care screening device 170-a transmits a confirmation signal to the handheld medical record browsing device 110 to request the handheld medical record browsing device 110 to provide the selected medical record data at this time (that is, the medical record data of the target patient ○○). And further transmitting the medical record data of the target patient ○○ to the target display device 150-a for display (such as the screen 420 shown in FIG. 4), so that the medical staff can perform the target patient or the target patient's family. discuss.

[0065]

It can be seen from the foregoing description that when the handheld medical record browsing device 110 transmits the candidate identity authentication data corresponding to the selected medical record data determined by the medical staff to the target medical care screening device 170-a, the target medical care screening device 170-a will use the ratio. The method of selecting the candidate identification data to judge the eligibility of the selected medical record data. Only when the candidate identity authentication data matches the target patient identity authentication data, the target medical care screening device 170-a determines the selected medical record data as the appropriate medical record data, and further requests the handheld medical record browsing device 110 to provide the selected medical record browsing device 110. The medical record data is transmitted to the selected display device 150-a for display. If the candidate authentication data does not match the target patient identification information, the target medical data screening device 170-a determines the selected medical record data as unsuitable medical record data, and refuses to request the selected medical record information from the handheld medical record browsing device 110. The target medical device 150-a is also not used to display the selected medical record data.

[0066]

Therefore, the method of FIG. 5 can effectively prevent the medical staff from leaking the medical record data of other patients (for example, the aforementioned patient ○○) to the target patient (for example, the aforementioned patient ○○) due to inadvertent operation. Reduce the legal risk of health care workers involved in leaking the privacy of other patients.

[0067]

In addition, since the handheld medical record browsing device 110 does not transmit the selected medical record information to the target medical care screening device 170-a before the target medical care screening device 170-a completes the comparison of the candidate authentication materials, it can effectively reduce The amount of data transferred between the handheld medical record browsing device 110 and the target medical data screening device 170-a, and the power consumption of the handheld medical record browsing device 110, thereby greatly extending the operable time of the handheld medical record browsing device 110 .

[0068]

6 is a simplified flow diagram of another embodiment of the method of the healthcare data system 100 of FIG. 1 to avoid leakage of patient privacy. The flow 202 to the flow 208 in FIG. 6 are the same as the embodiment of FIG. 2, so the foregoing description about the flow 202 to the flow 208 in FIG. 2 is also applicable to the embodiment of FIG. 6.

[0069]

In the embodiment of FIG. 6, the medical staff can operate the touch screen 112, for example, a specific button (not shown) on the touch screen 112 can be clicked to instruct the handheld medical record browsing device 110 to filter the target medical data. Device 170-a requests to provide target patient identity authentication information. At this time, the processing circuit 114 performs a flow 610 of controlling the first wireless communication circuit 113 to transmit a request signal of the target patient identity authentication data to the target medical care data screening device 170-a in a wireless transmission manner.

[0070]

In flow 612, the second wireless communication circuit 174 of the target medical care screening device 170-a receives the request signal from the handheld medical record browsing device 110.

[0071]

Next, the control circuit 176 performs a flow 614 to control the second wireless communication circuit 174 to transmit the target patient identity authentication data stored in the target medical care screening device 170-a to the handheld medical record browsing device 110.

[0072]

In the process 616, the first wireless communication circuit 113 of the handheld medical record browsing device 110 receives the target patient identity authentication data transmitted from the target medical care screening device 170-a.

[0073]

Next, the processing circuit 114 proceeds to flow 618 to compare the target patient identification data with the candidate identity authentication data corresponding to the selected medical record data at that time. If the processing circuit 114 determines that the candidate identity authentication data does not match the target patient identity authentication material, then flow 620 is performed. On the other hand, if the processing circuit 114 determines that the candidate identity authentication data matches the target patient identity authentication material, then the process 622 is performed.

[0074]

In flow 620, processing circuit 114 will reject the transfer of the selected medical record data at this time to target medical care screening device 170-a.

[0075]

In flow 622, processing circuit 114 controls first wireless communication circuit 113 to transmit the selected medical record data at this time to target medical care screening device 170-a.

[0076]

Next, the target medical care screening device 170-a performs the aforementioned flow 524, receives the selected medical record data transmitted from the handheld medical record browsing device 110, and transmits the selected medical record data to the target display device 150-a.

[0077]

Next, the target display device 150-a performs the aforementioned process 220 to receive and display the selected medical record data for discussion by the medical staff with the target patient or the family of the target patient.

[0078]

Assuming that the target patient is a patient ○○, in the embodiment of FIG. 3, when the handheld medical record browsing device 110 receives the target patient identification information (ie, the patient ○○ identity authentication data), the hand-held In the foregoing process 618, the medical record browsing device 110 determines the target patient identity authentication data and the candidate identity authentication data at this time (that is, the identity authentication data of the patient ○○ displayed by the touch screen 112 at this time). Does not match. Therefore, the handheld medical record browsing device 110 does not provide the selected medical record data (that is, the medical record data of the patient ○○) to the target medical care screening device 170-a, so the target display device 150-a displays In the screen 320, the contents of the medical record data of the patient ○○ are unlikely to occur.

[0079]

In contrast, in the embodiment of FIG. 4, when the handheld medical record browsing device 110 receives the target patient identification information (that is, the identity authentication data of the patient ○○), the handheld medical record browsing device 110 In the foregoing process 618, it is determined that the target patient identity authentication data matches the candidate identity authentication data at this time (that is, the identity authentication data of the patient ○○ displayed by the touch screen 112 at this time). Therefore, the handheld medical record browsing device 110 transmits the selected medical record data (that is, the medical record data of the patient ○○) to the target medical care screening device 170-a, so that the target medical data screening device 170-a further targets the target. The medical record data of the patient ○○ is transmitted to the target display device 150-a for display (such as the screen 420 shown in FIG. 4) so that the medical staff can discuss with the target patient or the family of the target patient.

[0080]

It can be seen from the foregoing description that when the handheld medical record browsing device 110 receives the target patient identity authentication data, the handheld medical record browsing device 110 compares the candidate medical record data by means of comparing the candidate identity authentication materials. Make a judgment. Only when the candidate identity authentication data matches the target patient identity authentication data, the handheld medical record browsing device 110 determines the selected medical record data as the appropriate medical record data, and further transmits the selected medical record data to the target medical care screening device. 170-a, so that the target medical care screening device 170-a transmits the selected medical record data to the target display device 150-a for display. If the candidate authentication data does not match the target patient identification information, the target medical data screening device 170-a determines the selected medical record data as unsuitable medical record data, and refuses to transmit the selected medical record data to the target medical care screening device. 170-a to prevent the target display device 150-a from displaying the selected medical record data.

[0081]

Therefore, the foregoing method can effectively prevent the medical staff from leaking the medical record data of other patients (for example, the aforementioned patient ○○) to the target patient (for example, the aforementioned patient ○○) due to inadvertent operation, and reduce the medical record. The legal risk of medical staff leaking the privacy of other patients.

[0082]

In addition, since the comparison action of the candidate identity authentication data in the embodiment of FIG. 6 is performed by the handheld medical record browsing device 110 instead of the target medical data screening device 170-a, the target medical care screening device 170 can be effectively reduced. -a required amount of calculation, whereby the circuit complexity of the target medical care screening device 170-a can be greatly simplified.

[0083]

Furthermore, when the hospital's information department wants to redesign or upgrade the comparison algorithm for the candidate identity authentication data, the information department colleagues only need to modify the software programs in the handheld medical record browsing device 110 without having to modify all the medical data screening one by one. Software or firmware content in devices 170-a-170-n. In general, the total number of handheld medical record browsing devices 110 used by all departments in the hospital will be much lower than the total number of medical data screening devices 170 installed in the hospital. Therefore, the architecture of the embodiment of FIG. 6 is employed. It greatly simplifies the convenience and efficiency of updating the authentication data comparison algorithm.

[0084]

As mentioned above, in the process of hospitalization, the process of explaining the content of the education to the caregiver of the patient or the patient consumes a lot of time and effort of the medical staff, and it is easy to increase the workload of the medical staff. In order to effectively reduce the workload of the medical staff, the aforementioned medical information system 100 can assist the patient or the caregiver of the patient to easily and accurately screen and access the appropriate educational film for viewing.

[0085]

A method for assisting a caregiver of a patient or a patient to screen a health education film will be further described below in conjunction with FIGS. 7-10.

[0086]

FIG. 7 is a simplified flow chart of an embodiment of a method for screening a health education film by the healthcare information system 100. 8 to 10 are simplified schematic views of an embodiment of an operation process of the medical information system 100 for screening a health education film.

[0087]

In order to enable hospitalized patients or patient caregivers to learn the medical knowledge and concepts required through appropriate educational videos, the hospital's information staff or caregivers can prioritize different departments, different diseases, and different hospital stays. Different treatment methods, different treatment stages, different types of patients, and other types of health education classification, design and production of corresponding multimedia education materials. In addition, in order to assist the patient or the caregiver of the patient to clearly understand the content of the educational materials, the hospital information staff or nursing staff can also classify the attributes according to different ages, different types of caregivers, different languages, and the like. Design a variety of different versions for each of the aforementioned multimedia education materials.

[0088]

For example, a hospital information officer or nursing staff can design and produce a first multimedia education material for the first treatment of a particular disease, and design a children's Mandarin version for the first multimedia education material. Adult version of the Taiwanese version, adult Mandarin version, adult Vietnamese version, adult Indonesian version and other slightly different versions. The hospital's information staff or nursing staff can also design and produce a second multimedia education material for the second treatment of the specific disease, and design the children's Mandarin version, adult for the second multimedia education material. There are several versions of the Taiwanese version, the adult Mandarin version, the adult Vietnamese version, and the adult Indonesian version.

[0089]

For example, the hospital information staff or nursing staff can design and produce a third multimedia education material for the common nursing methods of inpatients in a specific department, and design children for the third multimedia education materials. The patient's Mandarin version, the adult patient's Taiwanese version, the adult patient's Mandarin version, the nursing Taiwanese version, and the nursing national language version have slightly different versions. The hospital's information staff or nursing staff can also design and produce a fourth multimedia education material for the common nursing methods of inpatients in another department, and design a child patient for the fourth multimedia education material. The Mandarin version, the adult patient's Taiwanese version, the adult patient's Mandarin version, the nursing Taiwanese version, and the nursing national language version have slightly different versions.

[0090]

The information staff or the nursing staff of the hospital may transmit the plurality of educational materials respectively having one or more versions respectively designed to be stored in the server 130 for storage. At this time, the server 130 performs the process 702 in FIG. 7 to store the received plurality of educational materials in one or more near-end or far-end databases (not shown).

[0091]

When the target patient needs to be hospitalized, the hospital information staff or nursing staff can store one or more medical related parameters corresponding to the target patient in the appropriate way to store the target medical care data specific to the target patient's bed. Screening device 170-a.

[0092]

In practice, the hospital information staff or nursing staff can directly set up a system from the nursing station or the information room to load the medical related parameters of the target patient from the distal end into the target medical care screening device 170-a. Alternatively, the hospital's information staff or caregiver can store the medical-related parameters of the target patient in a storage medium (such as a memory card, smart card, flash drive, CD-ROM, etc.), and then target the patient through the storage medium. The medical related parameters are loaded into the target medical care screening device 170-a. At this time, the target medical care screening device 170-a performs the flow 704 in FIG.

[0093]

In flow 704, control circuitry 176 of healthcare data screening device 170-a stores the received medical related parameters in second storage 171. As described above, the medical related parameters stored in the medical data screening device 170 may include the medical record number of the target patient, age, identification number, medical diagnosis code, nursing diagnosis code, medical order item, drug item, surgical mode, The parameters related to the target patient, such as the department, the ward, the number of days after the occurrence of a specific medical event, and the language used, may also include the age of the caregiver of the target patient, the language of use, the type of caregiver, etc. The caregiver's parameters can also contain both types of parameters.

[0094]

When the target patient or the caregiver of the target patient needs to inquire about the appropriate educational materials for viewing, the input device 172 of the medical care screening device 170-a can be operated, and the following instructions are obtained. At this time, the target medical care screening device 170-a performs the flow 706.

[0095]

In flow 706, control circuit 176 controls transmission circuit 175 to transmit one or more medical related parameters stored in second storage device 171 to server 130 via network 190. In practice, the control circuit 176 can transmit all medical related parameters stored in the second storage device 171 to the server 130, or only transfer some medical related parameters stored in the second storage device 171 to the server. 130.

[0096]

In flow 708, server 130 receives one or more medical related parameters from healthcare data screening device 170-a.

[0097]

In the process 710, the server 130 performs the first stage data filtering action according to the received one or more medical related parameters, and automatically selects one or more of the plurality of educational materials stored in the database respectively. Multiple candidate projects for each version. For example, the server 130 may automatically select a plurality of educational materials corresponding to at least one of the received medical related parameters from the database as a plurality of candidate items, and find each candidate item from the database. All versions. For another example, the server 130 can automatically select multiple teaching materials corresponding to all the medical related parameters received from the database as multiple candidate items, and find all versions of the individual candidate items from the database. .

[0098]

Next, the server 130 proceeds to flow 712 to establish a list of items corresponding to the plurality of candidate items and related version information.

[0099]

In flow 714, server 130 transmits the established list of items to target healthcare screening device 170-a via network 190.

【0100】

In flow 716, transmission circuit 175 of target healthcare data screening device 170-a receives a list of items transmitted by server 130. In addition, the control circuit 176 also controls the communication interface 173 to transmit the list of items received by the transmission circuit 175 to the target display device 150-a.

【0101】

In the process 718, the target display device 150-a receives and displays a list of items transmitted from the communication interface 173 for selection by the target patient or the caregiver of the target patient.

【0102】

For example, the screen 800 illustrated in FIG. 8 is an embodiment in which the target display device 150-a presents the content of the item list. In the embodiment of FIG. 8, the screen 800 includes a basic data area 810, a health education material list area 820, a version setting area 830, an indicator 840, and a viewing button 850. The target display device 150-a can display the current date and time in the basic data area 810, as well as several basic medical related parameters of the target patient. For example, the target display device 150-a may display the name of the target patient in the field 811, the age of the target patient in the field 812, the subject of the target patient in the field 813, and the field in the field. The type of ward for the target patient is displayed at 814, and/or the number of days after the occurrence of a particular medical event for the target patient is displayed in field 815. For example, in the embodiment of FIG. 8, the target display device 150-a may display the number of days since the hospitalized patient has been hospitalized in the field 815.

【0103】

The target display device 150-a may display the names of the plurality of candidate items selected by the server 130 after completing the data filtering operation of the first stage described above in the educational material list area 820.

[0104]

In addition, the target display device 150-a may display a version parameter setting option in the version setting area 830 for setting by the target patient or the caregiver of the target patient. For example, the target display device 150-a may display one of the plurality of identity options of the viewer of the educational material in the menu 831, and may display the plurality of languages of the viewer of the educational material in the menu 832. A default language option in the option for confirmation or adjustment by the target patient or the caregiver of the target patient.

【0105】

The target patient or the caregiver of the target patient can operate the input device 172 of the medical care screening device 170-a, and the following instruction is selected. At this time, the target medical care screening device 170-a performs the flow 720.

【0106】

In flow 720, control circuit 176 generates a corresponding indication message based on the operation of input device 172 by the target patient or the caregiver of the target patient. For example, as shown in FIG. 8, the target patient or the caregiver of the target patient can operate the input device 172 to move the indicator 840 in the screen 800 to the preset option of the menu 831 (in this example, "ill" Suffering from myself"). At this point, the target display device 150-a will expand all of the options of the menu 831 and present them in the screen 800 for selection by the target patient or the caregiver of the target patient. In the present embodiment, the menu 831 includes three options: "patient himself", "nationality care", and "external care".

【0107】

For convenience of explanation, it is assumed below that the caregiver of the target patient operates the input device 172 to move the indicator 840 to the "nationality care" option of the menu 831 for clicking. At this point, control circuit 176 records the selected identity options in menu 831.

【0108】

Likewise, the target patient or the caregiver of the target patient can operate the input device 172 to move the indicator 840 to the preset option of the menu 832 (in this example, "Mandarin"). At this point, the target display device 150-a will expand all of the options of the menu 832 and present it in the screen 800 for selection by the target patient or the caregiver of the target patient. In this embodiment, the menu 832 includes three options of "Mandarin", "Taiwanese", and "Guest". For convenience of explanation, it is assumed below that the caregiver of the target patient operates the input device 172 to move the indicator 840 to the "Guest" option of the menu 832, as shown in FIG. At this point, control circuit 176 will record the selected language options in menu 832.

【0109】

In practice, the control circuit 176 can also dynamically adjust the combination of options in the menu 832 based on the selection result of the menu 831. On the other hand, the control circuit 176 can also dynamically adjust the combination of options in the menu 831 based on the selection result of the menu 832. For example, when the target patient's caregiver first moves the indicator 840 to the "external care" option of the menu 831, the control circuit 176 can dynamically add "Vietnamese", "Indonesian", and / in the menu 832. Or the option of "English". For another example, when the target patient's caregiver first moves the indicator 840 to the "patient's own" option of the menu 831, the control circuit 176 can display "Vietnamese", "Indonesian" in the menu 832, and / or "English" option is removed.

[0110]

Additionally, the target patient or the caregiver of the target patient can operate the input device 172 to move the indicator 840 to the name of one of the candidate items displayed in the educational material list area 820 for clicking. For example, the caregiver of the target patient can move the indicator 840 to the "insulin injection method" item in the health education information list area 820 for clicking, as shown in FIG.

[0111]

Click on the name of one of the candidate items displayed. At this time, the control circuit 176 records the selected candidate item as a target item.

[0112]

When the target patient or the caregiver of the target patient moves the indicator 840 to the view button 850 for a click, the control circuit 176 generates an indication to indicate the aforementioned selected identity option, selected language option, and target item. .

[0113]

Next, the control circuit 176 performs a flow 722 to control the communication interface 173 to transmit the indication information to the server 130 via the network 190.

【0114】

In flow 724, server 130 receives the indication information from healthcare data screening device 170-a.

[0115]

In the process 726, the server 130 performs a second stage data filtering operation according to the received indication information, and automatically selects the selected identity option and the selected language from the plurality of versions of the target item stored in the database. A version of the option that matches the two as a target version of the target project.

[0116]

In process 728, the server 130 transmits the target version of the target item to the target healthcare data screening device 170-a via the network 190.

【0117】

In flow 730, the transmission circuit 175 of the target healthcare data screening device 170-a receives the target version of the target item from the server 130. In addition, control circuit 176 also controls communication interface 173 to communicate the target version of the target item to target display device 150-a.

【0118】

In the process 732, the target display device 150-a receives and displays the target version of the target item from the communication interface 173 for viewing by the target patient or the caregiver of the target patient.

【0119】

It can be seen from the foregoing description that the server 130 can perform the first stage data screening action according to one or more medical related parameters of the target patient, and automatically select one or more from the plurality of educational materials stored in the database. Multiple candidate projects in multiple versions. In this way, the number of educational materials that can be selected by the target patient or the target patient's caregiver can be greatly reduced, which helps the target patient or the target patient's caregiver to easily find the required educational program. In addition, the target patient or the caregiver of the target patient only needs to select one of the candidate items through the target medical care screening device 170-a, and set relevant identity options and language options to easily obtain accurate teaching. The data is viewed.

[0120]

Therefore, the aforementioned medical information system 100 can assist a patient or a patient caregiver to easily and accurately screen out the most appropriate educational videos for the patient or the caregiver of the patient to watch and learn, and also helps to lower the medical staff. Time and manpower in implementing the education work.

【0121】

In addition, as can be seen from the foregoing description, the medical information system 100 proposed in the present case can solve the two different technical problems by using the same information system, thereby effectively reducing the complexity of hardware construction and subsequent maintenance. The degree and cost can also reduce the operational complexity of the patient or his caregiver, and can also reduce the time spent by the medical staff on explaining the operation of the system.

【0122】

In practice, the number of display areas divided in the screen 800 or the arrangement of contents in each display area is not limited to the embodiment of the foregoing embodiment, and may be adjusted according to the design requirements of the system.

【0123】

In addition, in the foregoing embodiment, the target patient identity authentication data is stored in the second storage device 171 of the medical care screening device 170, but this is merely an exemplary embodiment and is not intended to limit the actual implementation of the present invention. In practice, the target patient identification data can also be stored in the electronic tag (iBeacon) of the target patient.

[0124]

For example, in the foregoing embodiments of FIGS. 2 and 5, the control circuit 176 can control the second wireless communication circuit 174 to read the target patient identity from the electronic tag on the target patient by wireless transmission prior to the aforementioned flow 214. Certification information. For another example, in the foregoing embodiment of FIG. 6, the processing circuit 114 can control the first wireless communication circuit 113 to read the target patient identity authentication data from the electronic tag on the target patient in a wireless transmission manner in the flow 610.

【0125】

Furthermore, the order of execution of the processes in the foregoing FIGS. 2, 5, and 6 is merely an exemplary embodiment and is not intended to limit the actual implementation of the present invention. For example, the order of flows 202 and 204 can be reversed, and the order of flows 206 and 208 can also be reversed.

【0126】

Certain terms are used throughout the description and claims to refer to particular elements. However, those of ordinary skill in the art should understand that the same elements may be referred to by different nouns. The specification and the scope of patent application do not use the difference in name as the way to distinguish the components, but the difference in function of the components as the basis for differentiation. The term "including" as used in the specification and the scope of the patent application is an open term and should be interpreted as "including but not limited to". In addition, "coupled" includes any direct and indirect means of attachment herein. Therefore, if the first element is described as being coupled to the second element, the first element can be directly connected to the second element by electrical connection or wireless transmission, optical transmission or the like, or by other elements or connections. The means is indirectly electrically or signally connected to the second component.

【0127】

The description of "and/or" as used herein includes any combination of one or more of the listed items. In addition, the terms of any singular are intended to include the meaning of the plural, unless otherwise specified in the specification.

【0128】

The above are only the preferred embodiments of the present invention, and all changes and modifications made in accordance with the requirements of the present invention are within the scope of the present invention.

100‧‧‧Health Information System

110‧‧‧Handheld medical record browsing device

111, 171‧‧‧ storage devices

112‧‧‧Touch screen

113, 174‧‧‧ wireless communication circuits

114‧‧‧Processing Circuit

130‧‧‧Server

150-a~150-n‧‧‧ display device

170-a~170-n‧‧‧medical data screening device

172‧‧‧Input device

173‧‧‧Communication interface

175‧‧‧Transmission circuit

176‧‧‧Control circuit

190‧‧‧Network

Claims (13)

[Item 1] A medical care system comprising:
a handheld medical record browsing device configured to store a plurality of medical record data and a plurality of identity authentication data respectively corresponding to the plurality of medical record materials, and transmit a candidate identity authentication data of the plurality of identity authentication materials by using a wireless transmission manner Wherein the candidate identity authentication data corresponds to a selected medical record data of the plurality of medical record materials;
a server configured to store a plurality of educational materials;
a display device; and a medical data screening device coupled to the display device and configured to store one or more medical related parameters, and receive the candidate identity authentication data sent by the handheld medical record browsing device through the wireless network Comparing the candidate identity authentication data with a target patient identity authentication data, and transmitting the one or more medical related parameters to the server;
Wherein, the medical data screening device transmits the selected medical record data transmitted by the handheld medical record browsing device to the medical information screening device only when the candidate identification data matches the target patient identification data. Displaying the display device, or starting to receive the selected medical record data from the handheld medical record browsing device through the wireless network, and transmitting the selected medical record data to the display device for display;
The server is further configured to receive the one or more medical related parameters, and select, from the plurality of educational materials, a plurality of candidate items respectively having one or more versions according to the one or more medical related parameters, Establishing a list of items corresponding to the plurality of candidate items and related version information, and transmitting the item list to the medical data screening device;
The medical data screening device is further configured to receive the item list, transmit the item list to the display device for display, generate an indication message according to a user operation, and transmit the indication information to the server to select a target version of one of the plurality of candidate projects;
After the server receives the indication information, the target version of the target item is transmitted to the medical data screening device, and the medical data screening device transmits the target of the target item to the server. The version is transferred to the display device for display. [Item 2] The medical information system of claim 1, wherein the handheld medical record browsing device comprises:
a first storage device configured to store a plurality of medical record data and a plurality of identity authentication materials respectively corresponding to the plurality of medical record materials;
a touch screen;
a first wireless communication circuit; and a processing circuit coupled to the first storage device, the touch screen, and the first wireless communication circuit, configured to control the first wireless communication circuit to transmit the candidate identity authentication data to The medical data screening device;
Wherein, the medical data screening device comprises:
a second storage device configured to store the one or more medical related parameters;
An input device;
a communication interface;
a second wireless communication circuit configured to receive the candidate identity authentication data sent by the first wireless communication circuit;
a transmission circuit; and a control circuit coupled to the second storage device, the input device, the communication interface, the second wireless communication circuit, and the transmission circuit, configured to compare the candidate identity authentication data with the target Patient identity authentication information, and controlling the transmission circuit to transmit the one or more medical related parameters to the server;
The control circuit controls the communication interface to transmit the selected medical record data transmitted by the first wireless communication circuit to the control circuit only when the control circuit matches the target identity authentication data and the target patient identity authentication data. The display device performs display, or begins to receive the selected medical record data from the first wireless communication circuit through the second wireless communication circuit, and controls the communication interface to transmit the selected medical record data to the display device for display;
The server is further configured to receive the one or more medical related parameters, and select, from the plurality of educational materials, a plurality of candidate items respectively having one or more versions according to the one or more medical related parameters, Establishing a list of items corresponding to the plurality of candidate items and related version information, and transmitting the item list to the transmission circuit;
The control circuit is further configured to receive the item list through the transmission circuit, control the communication interface to transmit the item list to the display device for display, generate the indication information according to the operation of the input device by the user, and control The transmission circuit transmits the indication information to the server;
After the server receives the indication information, the target version of the target item is transmitted to the transmission circuit, and the control circuit controls the communication interface to transmit the target of the target item to the server. The version is transferred to the display device for display. [Item 3] The medical data system of claim 2, wherein the target item comprises a plurality of versions, and the control circuit further selects the target version from the plurality of versions according to an operation performed by the user on the input device, This indication information is generated. [Item 4] The medical information system of claim 3, wherein the one or more medical related parameters are selected from a medical record number, age, identification number, medical diagnosis code, nursing diagnosis code, medical order item of the target patient , the drug program, the surgical procedure, the department, the ward, the number of days after the occurrence of the specific medical event, the language of the target patient, the age of the caregiver of the target patient, the type of the caregiver, and the caregiver A group of languages used. [Item 5] The health care data system of claim 2, wherein when the handheld medical record browsing device displays the selected medical record data on the touch screen, the processing circuit controls the first wireless communication circuit to transmit the corresponding medical record data The candidate identity authentication data is to the second wireless communication circuit. [Item 6] The medical information system of claim 2, wherein the second storage device is further configured to store the target patient identity authentication data. [Item 7] The medical data system of claim 2, wherein the target patient identity authentication data is stored in an electronic tag on the target patient, and the control circuit controls the second wireless communication circuit to read from the electronic tag The target patient identification information. [Item 8] A medical care system comprising:
a handheld medical record browsing device configured to store a plurality of medical record data and a plurality of identity authentication materials respectively corresponding to the plurality of medical record materials, receive a target patient identity authentication data by a wireless transmission method, and compare the target disease The candidate authentication data and one of the plurality of identity authentication materials, wherein the candidate identity authentication data corresponds to a selected medical record data of the plurality of medical record materials;
a server configured to store a plurality of educational materials;
a display device; and a medical data screening device coupled to the display device, configured to store one or more medical related parameters and transmit the one or more medical related parameters to the server through the wireless network;
The handheld medical record browsing device transmits the selected medical record data to the medical care data through the wireless network only when the handheld medical record browsing device matches the candidate identity authentication data and the target patient identification authentication data. The device, wherein the medical data screening device transmits the selected medical record data to the display device for display;
The server is further configured to receive the one or more medical related parameters, and select, from the plurality of educational materials, a plurality of candidate items respectively having one or more versions according to the one or more medical related parameters, Establishing a list of items corresponding to the plurality of candidate items and related version information, and transmitting the item list to the medical data screening device;
The medical data screening device is further configured to receive the item list, transmit the item list to the display device for display, generate an indication message according to a user operation, and transmit the indication information to the server to select a target version of one of the plurality of candidate projects;
After the server receives the indication information, the target version of the target item is transmitted to the medical data screening device, and the medical data screening device transmits the target of the target item to the server. The version is transferred to the display device for display. [Item 9] The medical data system of claim 8, wherein the handheld medical record browsing device comprises:
a first storage device configured to store a plurality of medical record data and a plurality of identity authentication materials respectively corresponding to the plurality of medical record materials;
a touch screen;
a first wireless communication circuit configured to receive the target patient identity authentication data; and a processing circuit coupled to the first storage device, the touch screen, and the first wireless communication circuit, configured to compare Target patient identification information and the candidate identity authentication data;
Wherein, the medical data screening device comprises:
a second storage device configured to store the one or more medical related parameters;
An input device;
a communication interface;
a second wireless communication circuit;
a transmission circuit; and a control circuit coupled to the second storage device, the input device, the second wireless communication circuit, and the transmission circuit, configured to control the transmission circuit to transmit the one or more medical related parameters to The server;
The processing circuit controls the first wireless communication circuit to transmit the selected medical record data to the second wireless communication circuit only when the processing circuit matches the candidate identity authentication data and the target patient identity authentication data. The control circuit controls the communication interface to transmit the selected medical record data to the display device for display;
The server is further configured to receive the one or more medical related parameters, and select, from the plurality of educational materials, a plurality of candidate items respectively having one or more versions according to the one or more medical related parameters, Establishing a list of items corresponding to the plurality of candidate items and related version information, and transmitting the item list to the transmission circuit;
The control circuit is further configured to receive the item list through the transmission circuit, control the communication interface to transmit the item list to the display device for display, generate the indication information according to the operation of the input device by the user, and control The transmission circuit transmits the indication information to the server;
After the server receives the indication information, the target version of the target item is transmitted to the transmission circuit, and the control circuit controls the communication interface to transmit the target of the target item to the server. The version is transferred to the display device for display. [Item 10] The medical data system of claim 9, wherein the target item comprises a plurality of versions, and the control circuit further selects the target version from the plurality of versions according to an operation performed by the user on the input device, This indication information is generated. [Item 11] The medical information system of claim 10, wherein the one or more medical related parameters are selected from a medical record number, age, identity number, medical diagnosis code, nursing diagnosis code, medical order item, The drug item, the surgical procedure, the department, the ward, the number of days after the occurrence of the specific medical event, the language of the target patient, the age of the caregiver of the target patient, the type of the caregiver, and the caregiver's A group of languages. [Item 12] The medical information system of claim 9, wherein the second storage device is further configured to store the target patient identity authentication data, and when the handheld medical record browsing device displays the selected medical record data on the touch screen, The processing circuit controls the first wireless communication circuit to transmit a request signal to the second wireless communication circuit to request the medical data screening device to provide the target patient identity authentication data;
The control circuit controls the second wireless communication circuit to transmit the target patient identity authentication data to the first wireless communication circuit, after the second wireless communication circuit receives the request signal. [Item 13] The health care information system of claim 9, wherein the target patient identity authentication data is stored in an electronic tag on the target patient, and when the handheld medical record browsing device displays the selected medical record data on the touch screen In the upper case, the processing circuit controls the first wireless communication circuit to read the target patient identity authentication data from the electronic tag.